//
// Alias String Catalog:
// Last updated: 2018-12-11 22:22
// WARNING: this file is automatically generated, do not edit
// 
//
// String set: n_AISEnvFacade
//
n_AISEnvFacade.a_aaq_niceName = "Anti Aliasing Quality"
n_AISEnvFacade.a_bc_niceName = "Background Color"
n_AISEnvFacade.a_bcb_niceName = "Background Color B"
n_AISEnvFacade.a_bcg_niceName = "Background Color G"
n_AISEnvFacade.a_bcr_niceName = "Background Color R"
n_AISEnvFacade.a_elc_niceName = "Extra Light Color"
n_AISEnvFacade.a_elcb_niceName = "Extra Light Colorb"
n_AISEnvFacade.a_elcg_niceName = "Extra Light Color G"
n_AISEnvFacade.a_elcr_niceName = "Extra Light Color R"
n_AISEnvFacade.a_eli_niceName = "Extra Light Info"
n_AISEnvFacade.a_elin_niceName = "Extra Light Intensity"
n_AISEnvFacade.a_eloo_niceName = "Extra Light On Off"
n_AISEnvFacade.a_elsc_niceName = "Extra Light Shadow Color"
n_AISEnvFacade.a_elscb_niceName = "Extra Light Shadow Color B"
n_AISEnvFacade.a_elscg_niceName = "Extra Light Shadow Color G"
n_AISEnvFacade.a_elscr_niceName = "Extra Light Shadow Color R"
n_AISEnvFacade.a_elsd_niceName = "Extra Light Shadows"
n_AISEnvFacade.a_elsh_niceName = "Extra Light Shape"
n_AISEnvFacade.a_elss_niceName = "Extra Light Shadow Smoothness"
n_AISEnvFacade.a_elsw_niceName = "Extra Light Shadow Width"
n_AISEnvFacade.a_faaq_niceName = "Factory Anti Aliasing Quality"
n_AISEnvFacade.a_fgiq_niceName = "Factory Global Illumination Quality"
n_AISEnvFacade.a_fh_niceName = "Floor Height"
n_AISEnvFacade.a_frflq_niceName = "Factory Reflections Quality"
n_AISEnvFacade.a_frfrq_niceName = "Factory Refractions Quality"
n_AISEnvFacade.a_ftq_niceName = "Factory Tessellation Quality"
n_AISEnvFacade.a_giq_niceName = "Global Illumination Quality"
n_AISEnvFacade.a_hf_niceName = "Has Floor"
n_AISEnvFacade.a_his_niceName = "Has Infinite Stage"
n_AISEnvFacade.a_hudsr_niceName = "Has User Defined Stage Radius"
n_AISEnvFacade.a_maxmrq_niceName = "Max Mental Ray Quality Node"
n_AISEnvFacade.a_minmrq_niceName = "Min Mental Ray Quality Node"
n_AISEnvFacade.a_osr_niceName = "Original Stage Radius"
n_AISEnvFacade.a_rflq_niceName = "Reflections Quality"
n_AISEnvFacade.a_rfrq_niceName = "Refractions Quality"
n_AISEnvFacade.a_taaq_niceName = "Test Anti Aliasing Quality"
n_AISEnvFacade.a_tgiq_niceName = "Test Global Illumination Quality"
n_AISEnvFacade.a_tq_niceName = "Tessellation Quality"
n_AISEnvFacade.a_trflq_niceName = "Test Reflections Quality"
n_AISEnvFacade.a_trfrq_niceName = "Test Refractions Quality"
n_AISEnvFacade.a_ttq_niceName = "Test Tessellation Quality"
n_AISEnvFacade.a_udsr_niceName = "User Defined Stage Radius"
n_AISEnvFacade.baseName = "AISEnvFacade"
n_AISEnvFacade.niceName = "AISEnv Facade"
//
// String set: n_aboutToSetValueTestNode
//
n_aboutToSetValueTestNode.a_a_niceName = "Attrib A"
n_aboutToSetValueTestNode.a_b_niceName = "Attrib B"
n_aboutToSetValueTestNode.baseName = "aboutToSetValueTestNode"
n_aboutToSetValueTestNode.niceName = "About To Set Value Test Node"
//
// String set: n_abstractBaseCreate
//
n_abstractBaseCreate.baseName = "abstractBaseCreate"
n_abstractBaseCreate.niceName = "Abstract Base Create"
//
// String set: n_abstractBaseNurbsConversion
//
n_abstractBaseNurbsConversion.baseName = "abstractBaseNurbsConversion"
n_abstractBaseNurbsConversion.niceName = "Abstract Base Nurbs Conversion"
//
// String set: n_addDoubleLinear
//
n_addDoubleLinear.a_i1_niceName = "Input 1"
n_addDoubleLinear.a_i2_niceName = "Input 2"
n_addDoubleLinear.a_o_niceName = "Output"
n_addDoubleLinear.baseName = "addDoubleLinear"
n_addDoubleLinear.niceName = "Add Double Linear"
//
// String set: n_addMatrix
//
n_addMatrix.a_i_niceName = "Matrix In"
n_addMatrix.a_o_niceName = "Matrix Sum"
n_addMatrix.baseName = "addMatrix"
n_addMatrix.niceName = "Add Matrix"
//
// String set: n_adskAssetInstanceNode
//
n_adskAssetInstanceNode.a_aid_niceName = "Asset ID"
n_adskAssetInstanceNode.a_al_niceName = "Asset Library"
n_adskAssetInstanceNode.baseName = "adskAssetInstanceNode"
n_adskAssetInstanceNode.niceName = "Adsk Asset Instance Node"
//
// String set: n_adskMaterial
//
n_adskMaterial.a_gi_niceName = "Glow Intensity"
n_adskMaterial.a_mog_niceName = "Matte Opacity"
n_adskMaterial.a_mom_enum_kBlackHoleM = "Black Hole"
n_adskMaterial.a_mom_enum_kOpacityGain = "Opacity Gain"
n_adskMaterial.a_mom_enum_kSolidMatte = "Solid Matte"
n_adskMaterial.a_mom_niceName = "Matte Opacity Mode"
n_adskMaterial.a_oc_niceName = "Out Color"
n_adskMaterial.a_ocb_niceName = "Out Color B"
n_adskMaterial.a_ocg_niceName = "Out Color G"
n_adskMaterial.a_ocr_niceName = "Out Color R"
n_adskMaterial.a_ogb_niceName = "Out Glow Color B"
n_adskMaterial.a_ogc_niceName = "Out Glow Color"
n_adskMaterial.a_ogg_niceName = "Out Glow Color G"
n_adskMaterial.a_ogr_niceName = "Out Glow Color R"
n_adskMaterial.a_omo_niceName = "Out Matte Opacity"
n_adskMaterial.a_omob_niceName = "Out Matte Opacity B"
n_adskMaterial.a_omog_niceName = "Out Matte Opacity G"
n_adskMaterial.a_omor_niceName = "Out Matte Opacity R"
n_adskMaterial.a_ot_niceName = "Out Transparency"
n_adskMaterial.a_otb_niceName = "Out Transparency B"
n_adskMaterial.a_otg_niceName = "Out Transparency G"
n_adskMaterial.a_otr_niceName = "Out Transparency R"
n_adskMaterial.baseName = "adskMaterial"
n_adskMaterial.niceName = "Adsk Material"
//
// String set: n_aimConstraint
//
n_aimConstraint.a_a_niceName = "Aim Vector"
n_aimConstraint.a_ax_niceName = "Aim Vector X"
n_aimConstraint.a_ay_niceName = "Aim Vector Y"
n_aimConstraint.a_az_niceName = "Aim Vector Z"
n_aimConstraint.a_cjo_niceName = "Constraint Joint Orient"
n_aimConstraint.a_cjox_niceName = "Constraint Joint Orient X"
n_aimConstraint.a_cjoy_niceName = "Constraint Joint Orient Y"
n_aimConstraint.a_cjoz_niceName = "Constraint Joint Orient Z"
n_aimConstraint.a_cpim_niceName = "Constraint Parent Inverse Matrix"
n_aimConstraint.a_cr_niceName = "Constraint Rotate"
n_aimConstraint.a_cro_enum_kXYZ = "xyz"
n_aimConstraint.a_cro_enum_kXZY = "xzy"
n_aimConstraint.a_cro_enum_kYXZ = "yxz"
n_aimConstraint.a_cro_enum_kYZX = "yzx"
n_aimConstraint.a_cro_enum_kZXY = "zxy"
n_aimConstraint.a_cro_enum_kZYX = "zyx"
n_aimConstraint.a_cro_niceName = "Constraint Rotate Order"
n_aimConstraint.a_crp_niceName = "Constraint Rotate Pivot"
n_aimConstraint.a_crpx_niceName = "Constraint Rotate Pivot X"
n_aimConstraint.a_crpy_niceName = "Constraint Rotate Pivot Y"
n_aimConstraint.a_crpz_niceName = "Constraint Rotate Pivot Z"
n_aimConstraint.a_crt_niceName = "Constraint Rotate Translate"
n_aimConstraint.a_crtx_niceName = "Constraint Rotate Translate X"
n_aimConstraint.a_crty_niceName = "Constraint Rotate Translate Y"
n_aimConstraint.a_crtz_niceName = "Constraint Rotate Translate Z"
n_aimConstraint.a_crx_niceName = "Constraint Rotate X"
n_aimConstraint.a_cry_niceName = "Constraint Rotate Y"
n_aimConstraint.a_crz_niceName = "Constraint Rotate Z"
n_aimConstraint.a_ct_niceName = "Constraint Translate"
n_aimConstraint.a_ctx_niceName = "Constraint Translate X"
n_aimConstraint.a_cty_niceName = "Constraint Translate Y"
n_aimConstraint.a_ctz_niceName = "Constraint Translate Z"
n_aimConstraint.a_cv_niceName = "Constraint Vector"
n_aimConstraint.a_cvx_niceName = "Constraint Vector X"
n_aimConstraint.a_cvy_niceName = "Constraint Vector Y"
n_aimConstraint.a_cvz_niceName = "Constraint Vector Z"
n_aimConstraint.a_is_niceName = "Inverse Scale"
n_aimConstraint.a_isx_niceName = "Inverse Scale X"
n_aimConstraint.a_isy_niceName = "Inverse Scale Y"
n_aimConstraint.a_isz_niceName = "Inverse Scale Z"
n_aimConstraint.a_o_niceName = "Offset"
n_aimConstraint.a_ox_niceName = "Offset X"
n_aimConstraint.a_oy_niceName = "Offset Y"
n_aimConstraint.a_oz_niceName = "Offset Z"
n_aimConstraint.a_rrx_niceName = "Rest Rotate X"
n_aimConstraint.a_rry_niceName = "Rest Rotate Y"
n_aimConstraint.a_rrz_niceName = "Rest Rotate Z"
n_aimConstraint.a_rsrr_niceName = "Rest Rotate"
n_aimConstraint.a_ssc_niceName = "Scale Compensate"
n_aimConstraint.a_tg_niceName = "Target"
n_aimConstraint.a_tpm_niceName = "Target Parent Matrix"
n_aimConstraint.a_trp_niceName = "Target Rotate Pivot"
n_aimConstraint.a_trpx_niceName = "Target Rotate Pivot X"
n_aimConstraint.a_trpy_niceName = "Target Rotate Pivot Y"
n_aimConstraint.a_trpz_niceName = "Target Rotate Pivot Z"
n_aimConstraint.a_trt_niceName = "Target Rotate Translate"
n_aimConstraint.a_trtx_niceName = "Target Rotate Translate X"
n_aimConstraint.a_trty_niceName = "Target Rotate Translate Y"
n_aimConstraint.a_trtz_niceName = "Target Rotate Translate Z"
n_aimConstraint.a_tt_niceName = "Target Translate"
n_aimConstraint.a_ttx_niceName = "Target Translate X"
n_aimConstraint.a_tty_niceName = "Target Translate Y"
n_aimConstraint.a_ttz_niceName = "Target Translate Z"
n_aimConstraint.a_tw_niceName = "Target Weight"
n_aimConstraint.a_u_niceName = "Up Vector"
n_aimConstraint.a_uooc_niceName = "Use Old Offset Calculation"
n_aimConstraint.a_ux_niceName = "Up Vector X"
n_aimConstraint.a_uy_niceName = "Up Vector Y"
n_aimConstraint.a_uz_niceName = "Up Vector Z"
n_aimConstraint.a_wu_niceName = "World Up Vector"
n_aimConstraint.a_wum_niceName = "World Up Matrix"
n_aimConstraint.a_wut_enum_kUpNone = "None"
n_aimConstraint.a_wut_enum_kUpObject = "Object Up"
n_aimConstraint.a_wut_enum_kUpObjectRotation = "Object Rotation Up"
n_aimConstraint.a_wut_enum_kUpScene = "Scene Up"
n_aimConstraint.a_wut_enum_kUpVector = "Vector"
n_aimConstraint.a_wut_niceName = "World Up Type"
n_aimConstraint.a_wux_niceName = "World Up Vector X"
n_aimConstraint.a_wuy_niceName = "World Up Vector Y"
n_aimConstraint.a_wuz_niceName = "World Up Vector Z"
n_aimConstraint.baseName = "aimConstraint"
n_aimConstraint.niceName = "Aim Constraint"
//
// String set: n_airField
//
n_airField.a_co_niceName = "Component Only"
n_airField.a_d_niceName = "Direction"
n_airField.a_dx_niceName = "Direction X"
n_airField.a_dy_niceName = "Direction Y"
n_airField.a_dz_niceName = "Direction Z"
n_airField.a_es_niceName = "Enable Spread"
n_airField.a_ir_niceName = "Inherit Rotation"
n_airField.a_iv_niceName = "Inherit Velocity"
n_airField.a_spd_niceName = "Speed"
n_airField.a_spr_niceName = "Spread"
n_airField.baseName = "airField"
n_airField.niceName = "Air Field"
//
// String set: n_airManip
//
n_airManip.baseName = "airManip"
n_airManip.niceName = "Air Manip"
//
// String set: n_alignCurve
//
n_alignCurve.a_at_niceName = "Attach"
n_alignCurve.a_cc_niceName = "Curvature Continuity"
n_alignCurve.a_cs1_niceName = "Curvature Scale 1"
n_alignCurve.a_cs2_niceName = "Curvature Scale 2"
n_alignCurve.a_ic1_niceName = "Input Curve 1"
n_alignCurve.a_ic2_niceName = "Input Curve 2"
n_alignCurve.a_jnp_niceName = "Join Parameter"
n_alignCurve.a_kmk_niceName = "Keep Multiple Knots"
n_alignCurve.a_oc1_niceName = "Output Curve 1"
n_alignCurve.a_oc2_niceName = "Output Curve 2"
n_alignCurve.a_pc_niceName = "Positional Continuity"
n_alignCurve.a_pct_enum_kModifyBothPosContinuity = "Modify Both"
n_alignCurve.a_pct_enum_kModifyFirstPosContinuity = "Modify First"
n_alignCurve.a_pct_enum_kModifySecondPosContinuity = "Modify Second"
n_alignCurve.a_pct_enum_kMoveBothPosContinuity = "Move Both"
n_alignCurve.a_pct_enum_kMoveFirstPosContinuity = "Move First"
n_alignCurve.a_pct_enum_kMoveSecondPosContinuity = "Move Second"
n_alignCurve.a_pct_niceName = "Positional Continuity Type"
n_alignCurve.a_rv1_niceName = "Reverse 1"
n_alignCurve.a_rv2_niceName = "Reverse 2"
n_alignCurve.a_tc_niceName = "Tangent Continuity"
n_alignCurve.a_tct_enum_kFirstTangentContinuity = "First"
n_alignCurve.a_tct_enum_kSecondTangentContinuity = "Second"
n_alignCurve.a_tct_niceName = "Tangent Continuity Type"
n_alignCurve.a_ts1_niceName = "Tangent Scale 1"
n_alignCurve.a_ts2_niceName = "Tangent Scale 2"
n_alignCurve.baseName = "alignCurve"
n_alignCurve.niceName = "Align Curve"
//
// String set: n_alignManip
//
n_alignManip.baseName = "alignManip"
n_alignManip.niceName = "Align Manip"
//
// String set: n_alignSurface
//
n_alignSurface.a_at_niceName = "Attach"
n_alignSurface.a_cc_niceName = "Curvature Continuity"
n_alignSurface.a_cs1_niceName = "Curvature Scale 1"
n_alignSurface.a_cs2_niceName = "Curvature Scale 2"
n_alignSurface.a_du_niceName = "Direction U"
n_alignSurface.a_is1_niceName = "Input Surface 1"
n_alignSurface.a_is2_niceName = "Input Surface 2"
n_alignSurface.a_jnp_niceName = "Join Parameter"
n_alignSurface.a_kmk_niceName = "Keep Multiple Knots"
n_alignSurface.a_os1_niceName = "Output Surface 1"
n_alignSurface.a_os2_niceName = "Output Surface 2"
n_alignSurface.a_pc_niceName = "Positional Continuity"
n_alignSurface.a_pct_enum_kModifyBothPosContinuity = "Modify Both"
n_alignSurface.a_pct_enum_kModifyFirstPosContinuity = "Modify First"
n_alignSurface.a_pct_enum_kModifySecondPosContinuity = "Modify Second"
n_alignSurface.a_pct_enum_kMoveBothPosContinuity = "Move Both"
n_alignSurface.a_pct_enum_kMoveFirstPosContinuity = "Move First"
n_alignSurface.a_pct_enum_kMoveSecondPosContinuity = "Move Second"
n_alignSurface.a_pct_niceName = "Positional Continuity Type"
n_alignSurface.a_rv1_niceName = "Reverse 1"
n_alignSurface.a_rv2_niceName = "Reverse 2"
n_alignSurface.a_sw1_niceName = "Swap 1"
n_alignSurface.a_sw2_niceName = "Swap 2"
n_alignSurface.a_tc_niceName = "Tangent Continuity"
n_alignSurface.a_tct_enum_kFirstTangentContinuity = "First"
n_alignSurface.a_tct_enum_kSecondTangentContinuity = "Second"
n_alignSurface.a_tct_niceName = "Tangent Continuity Type"
n_alignSurface.a_ts1_niceName = "Tangent Scale 1"
n_alignSurface.a_ts2_niceName = "Tangent Scale 2"
n_alignSurface.a_tw_niceName = "Twist"
n_alignSurface.baseName = "alignSurface"
n_alignSurface.niceName = "Align Surface"
//
// String set: n_ambientLight
//
n_ambientLight.a_as_niceName = "Ambient Shade"
n_ambientLight.a_cw_niceName = "Cast Soft Shadows"
n_ambientLight.a_gs_niceName = "Receive Shadows"
n_ambientLight.a_n_niceName = "Normal Camera"
n_ambientLight.a_nx_niceName = "Normal Camera X"
n_ambientLight.a_ny_niceName = "Normal Camera Y"
n_ambientLight.a_nz_niceName = "Normal Camera Z"
n_ambientLight.a_ot_niceName = "Object Type"
n_ambientLight.a_sr_niceName = "Shadow Radius"
n_ambientLight.baseName = "ambientLight"
n_ambientLight.niceName = "Ambient Light"
//
// String set: n_angleBetween
//
n_angleBetween.a_a_niceName = "Angle"
n_angleBetween.a_ax_niceName = "Axis"
n_angleBetween.a_axa_niceName = "Axis Angle"
n_angleBetween.a_axx_niceName = "Axis X"
n_angleBetween.a_axy_niceName = "Axis Y"
n_angleBetween.a_axz_niceName = "Axis Z"
n_angleBetween.a_eu_niceName = "Euler"
n_angleBetween.a_eux_niceName = "Euler X"
n_angleBetween.a_euy_niceName = "Euler Y"
n_angleBetween.a_euz_niceName = "Euler Z"
n_angleBetween.a_v1_niceName = "Vector 1"
n_angleBetween.a_v1x_niceName = "Vector 1X"
n_angleBetween.a_v1y_niceName = "Vector 1Y"
n_angleBetween.a_v1z_niceName = "Vector 1Z"
n_angleBetween.a_v2_niceName = "Vector 2"
n_angleBetween.a_v2x_niceName = "Vector 2X"
n_angleBetween.a_v2y_niceName = "Vector 2Y"
n_angleBetween.a_v2z_niceName = "Vector 2Z"
n_angleBetween.baseName = "angleBetween"
n_angleBetween.niceName = "Angle Between"
//
// String set: n_angleDimension
//
n_angleDimension.a_angl_niceName = "Angle"
n_angleDimension.a_ep_niceName = "End Point"
n_angleDimension.a_epx_niceName = "End Point X"
n_angleDimension.a_epy_niceName = "End Point Y"
n_angleDimension.a_epz_niceName = "End Point Z"
n_angleDimension.a_mp_niceName = "Middle Point"
n_angleDimension.a_mpx_niceName = "Middle Point X"
n_angleDimension.a_mpy_niceName = "Middle Point Y"
n_angleDimension.a_mpz_niceName = "Middle Point Z"
n_angleDimension.a_sp_niceName = "Start Point"
n_angleDimension.a_spx_niceName = "Start Point X"
n_angleDimension.a_spy_niceName = "Start Point Y"
n_angleDimension.a_spz_niceName = "Start Point Z"
n_angleDimension.baseName = "angleDimension"
n_angleDimension.niceName = "Angle Dimension"
//
// String set: n_animBlend
//
n_animBlend.a_b_niceName = "Blend"
n_animBlend.a_w_niceName = "Weight"
n_animBlend.baseName = "animBlend"
n_animBlend.niceName = "Anim Blend"
//
// String set: n_animBlendInOut
//
n_animBlendInOut.a_ri_enum_kEuler = "Euler"
n_animBlendInOut.a_ri_enum_kQuaternion = "Quaternion"
n_animBlendInOut.a_ri_niceName = "Rotate Interp"
n_animBlendInOut.baseName = "animBlendInOut"
n_animBlendInOut.niceName = "Anim Blend In Out"
//
// String set: n_animBlendNodeAdditive
//
n_animBlendNodeAdditive.a_ia_niceName = "Input A"
n_animBlendNodeAdditive.a_ib_niceName = "Input B"
n_animBlendNodeAdditive.a_im_enum_kAdditive = "additive"
n_animBlendNodeAdditive.a_im_enum_kMultiply = "multiply"
n_animBlendNodeAdditive.a_im_niceName = "Interpolate Mode"
n_animBlendNodeAdditive.a_o_niceName = "Output"
n_animBlendNodeAdditive.baseName = "animBlendNodeAdditive"
n_animBlendNodeAdditive.niceName = "Anim Blend Node Additive"
//
// String set: n_animBlendNodeAdditiveDA
//
n_animBlendNodeAdditiveDA.a_ia_niceName = "Input A"
n_animBlendNodeAdditiveDA.a_ib_niceName = "Input B"
n_animBlendNodeAdditiveDA.a_im_enum_kAdditive = "additive"
n_animBlendNodeAdditiveDA.a_im_enum_kMultiply = "multiply"
n_animBlendNodeAdditiveDA.a_im_niceName = "Interpolate Mode"
n_animBlendNodeAdditiveDA.a_o_niceName = "Output"
n_animBlendNodeAdditiveDA.baseName = "animBlendNodeAdditiveDA"
n_animBlendNodeAdditiveDA.niceName = "Anim Blend Node Additive DA"
//
// String set: n_animBlendNodeAdditiveDL
//
n_animBlendNodeAdditiveDL.a_ia_niceName = "Input A"
n_animBlendNodeAdditiveDL.a_ib_niceName = "Input B"
n_animBlendNodeAdditiveDL.a_im_enum_kAdditive = "additive"
n_animBlendNodeAdditiveDL.a_im_enum_kMultiply = "multiply"
n_animBlendNodeAdditiveDL.a_im_niceName = "Interpolate Mode"
n_animBlendNodeAdditiveDL.a_o_niceName = "Output"
n_animBlendNodeAdditiveDL.baseName = "animBlendNodeAdditiveDL"
n_animBlendNodeAdditiveDL.niceName = "Anim Blend Node Additive DL"
//
// String set: n_animBlendNodeAdditiveF
//
n_animBlendNodeAdditiveF.a_ia_niceName = "Input A"
n_animBlendNodeAdditiveF.a_ib_niceName = "Input B"
n_animBlendNodeAdditiveF.a_im_enum_kAdditive = "additive"
n_animBlendNodeAdditiveF.a_im_enum_kMultiply = "multiply"
n_animBlendNodeAdditiveF.a_im_niceName = "Interpolate Mode"
n_animBlendNodeAdditiveF.a_o_niceName = "Output"
n_animBlendNodeAdditiveF.baseName = "animBlendNodeAdditiveF"
n_animBlendNodeAdditiveF.niceName = "Anim Blend Node Additive F"
//
// String set: n_animBlendNodeAdditiveFA
//
n_animBlendNodeAdditiveFA.a_ia_niceName = "Input A"
n_animBlendNodeAdditiveFA.a_ib_niceName = "Input B"
n_animBlendNodeAdditiveFA.a_im_enum_kAdditive = "additive"
n_animBlendNodeAdditiveFA.a_im_enum_kMultiply = "multiply"
n_animBlendNodeAdditiveFA.a_im_niceName = "Interpolate Mode"
n_animBlendNodeAdditiveFA.a_o_niceName = "Output"
n_animBlendNodeAdditiveFA.baseName = "animBlendNodeAdditiveFA"
n_animBlendNodeAdditiveFA.niceName = "Anim Blend Node Additive FA"
//
// String set: n_animBlendNodeAdditiveFL
//
n_animBlendNodeAdditiveFL.a_ia_niceName = "Input A"
n_animBlendNodeAdditiveFL.a_ib_niceName = "Input B"
n_animBlendNodeAdditiveFL.a_im_enum_kAdditive = "additive"
n_animBlendNodeAdditiveFL.a_im_enum_kMultiply = "multiply"
n_animBlendNodeAdditiveFL.a_im_niceName = "Interpolate Mode"
n_animBlendNodeAdditiveFL.a_o_niceName = "Output"
n_animBlendNodeAdditiveFL.baseName = "animBlendNodeAdditiveFL"
n_animBlendNodeAdditiveFL.niceName = "Anim Blend Node Additive FL"
//
// String set: n_animBlendNodeAdditiveI16
//
n_animBlendNodeAdditiveI16.a_ia_niceName = "Input A"
n_animBlendNodeAdditiveI16.a_ib_niceName = "Input B"
n_animBlendNodeAdditiveI16.a_im_enum_kAdditive = "additive"
n_animBlendNodeAdditiveI16.a_im_enum_kMultiply = "multiply"
n_animBlendNodeAdditiveI16.a_im_niceName = "Interpolate Mode"
n_animBlendNodeAdditiveI16.a_o_niceName = "Output"
n_animBlendNodeAdditiveI16.baseName = "animBlendNodeAdditiveI16"
n_animBlendNodeAdditiveI16.niceName = "Anim Blend Node Additive I16"
//
// String set: n_animBlendNodeAdditiveI32
//
n_animBlendNodeAdditiveI32.a_ia_niceName = "Input A"
n_animBlendNodeAdditiveI32.a_ib_niceName = "Input B"
n_animBlendNodeAdditiveI32.a_im_enum_kAdditive = "additive"
n_animBlendNodeAdditiveI32.a_im_enum_kMultiply = "multiply"
n_animBlendNodeAdditiveI32.a_im_niceName = "Interpolate Mode"
n_animBlendNodeAdditiveI32.a_o_niceName = "Output"
n_animBlendNodeAdditiveI32.baseName = "animBlendNodeAdditiveI32"
n_animBlendNodeAdditiveI32.niceName = "Anim Blend Node Additive I32"
//
// String set: n_animBlendNodeAdditiveRotation
//
n_animBlendNodeAdditiveRotation.a_acm_enum_kByComponent = "by Component"
n_animBlendNodeAdditiveRotation.a_acm_enum_kByLayerBlended = "by Layer Blended"
n_animBlendNodeAdditiveRotation.a_acm_enum_kByLayerCumulative = "by Layer Cumulative"
n_animBlendNodeAdditiveRotation.a_acm_niceName = "Accumulation Mode"
n_animBlendNodeAdditiveRotation.a_bllm_niceName = "By Layer Acc Legacy Mode"
n_animBlendNodeAdditiveRotation.a_ia_niceName = "Input A"
n_animBlendNodeAdditiveRotation.a_iax_niceName = "Input AX"
n_animBlendNodeAdditiveRotation.a_iay_niceName = "Input AY"
n_animBlendNodeAdditiveRotation.a_iaz_niceName = "Input AZ"
n_animBlendNodeAdditiveRotation.a_ib_niceName = "Input B"
n_animBlendNodeAdditiveRotation.a_ibx_niceName = "Input BX"
n_animBlendNodeAdditiveRotation.a_iby_niceName = "Input BY"
n_animBlendNodeAdditiveRotation.a_ibz_niceName = "Input BZ"
n_animBlendNodeAdditiveRotation.a_o_niceName = "Output"
n_animBlendNodeAdditiveRotation.a_ox_niceName = "Output X"
n_animBlendNodeAdditiveRotation.a_oy_niceName = "Output Y"
n_animBlendNodeAdditiveRotation.a_oz_niceName = "Output Z"
n_animBlendNodeAdditiveRotation.a_ri_enum_0 = "Euler"
n_animBlendNodeAdditiveRotation.a_ri_enum_1 = "Quaternion Slerp"
n_animBlendNodeAdditiveRotation.a_ri_niceName = "Rotation Interpolation"
n_animBlendNodeAdditiveRotation.a_ro_enum_kXYZ = "xyz"
n_animBlendNodeAdditiveRotation.a_ro_enum_kXZY = "xzy"
n_animBlendNodeAdditiveRotation.a_ro_enum_kYXZ = "yxz"
n_animBlendNodeAdditiveRotation.a_ro_enum_kYZX = "yzx"
n_animBlendNodeAdditiveRotation.a_ro_enum_kZXY = "zxy"
n_animBlendNodeAdditiveRotation.a_ro_enum_kZYX = "zyx"
n_animBlendNodeAdditiveRotation.a_ro_niceName = "Rotate Order"
n_animBlendNodeAdditiveRotation.baseName = "animBlendNodeAdditiveRotation"
n_animBlendNodeAdditiveRotation.niceName = "Anim Blend Node Additive Rotation"
//
// String set: n_animBlendNodeAdditiveScale
//
n_animBlendNodeAdditiveScale.a_acm_enum_kAdditive = "additive"
n_animBlendNodeAdditiveScale.a_acm_enum_kMultiply = "multiply"
n_animBlendNodeAdditiveScale.a_acm_niceName = "Accumulation Mode"
n_animBlendNodeAdditiveScale.a_ia_niceName = "Input A"
n_animBlendNodeAdditiveScale.a_ib_niceName = "Input B"
n_animBlendNodeAdditiveScale.a_o_niceName = "Output"
n_animBlendNodeAdditiveScale.baseName = "animBlendNodeAdditiveScale"
n_animBlendNodeAdditiveScale.niceName = "Anim Blend Node Additive Scale"
//
// String set: n_animBlendNodeBase
//
n_animBlendNodeBase.a_dp_niceName = "Destination Plug"
n_animBlendNodeBase.a_wa_niceName = "Weight A"
n_animBlendNodeBase.a_wb_niceName = "Weight B"
n_animBlendNodeBase.baseName = "animBlendNodeBase"
n_animBlendNodeBase.niceName = "Anim Blend Node Base"
//
// String set: n_animBlendNodeBoolean
//
n_animBlendNodeBoolean.a_ia_niceName = "Input A"
n_animBlendNodeBoolean.a_ib_niceName = "Input B"
n_animBlendNodeBoolean.a_o_niceName = "Output"
n_animBlendNodeBoolean.baseName = "animBlendNodeBoolean"
n_animBlendNodeBoolean.niceName = "Anim Blend Node Boolean"
//
// String set: n_animBlendNodeEnum
//
n_animBlendNodeEnum.a_ia_niceName = "Input A"
n_animBlendNodeEnum.a_ib_niceName = "Input B"
n_animBlendNodeEnum.a_o_niceName = "Output"
n_animBlendNodeEnum.baseName = "animBlendNodeEnum"
n_animBlendNodeEnum.niceName = "Anim Blend Node Enum"
//
// String set: n_animBlendNodeTime
//
n_animBlendNodeTime.a_ia_niceName = "Input A"
n_animBlendNodeTime.a_ib_niceName = "Input B"
n_animBlendNodeTime.a_o_niceName = "Output"
n_animBlendNodeTime.baseName = "animBlendNodeTime"
n_animBlendNodeTime.niceName = "Anim Blend Node Time"
//
// String set: n_animClip
//
n_animClip.a_abro_niceName = "Absolute Rotations"
n_animClip.a_ac_niceName = "Absolute Channel"
n_animClip.a_ca_niceName = "Post Cycle"
n_animClip.a_cb_niceName = "Pre Cycle"
n_animClip.a_cd_niceName = "Clip Data"
n_animClip.a_ci_niceName = "Clip Instance"
n_animClip.a_cl_niceName = "Clip"
n_animClip.a_co_niceName = "Channel Offset"
n_animClip.a_cy_niceName = "Cycle"
n_animClip.a_du_niceName = "Duration"
n_animClip.a_ea_niceName = "Enable"
n_animClip.a_h_niceName = "Hold"
n_animClip.a_lsp_niceName = "Local Start Position"
n_animClip.a_lspx_niceName = "Local Start Position X"
n_animClip.a_lspy_niceName = "Local Start Position Y"
n_animClip.a_lspz_niceName = "Local Start Position Z"
n_animClip.a_o_enum_kAbsoluteOffset = "Absolute"
n_animClip.a_o_enum_kRelativeOffset = "Relative"
n_animClip.a_o_niceName = "Offset"
n_animClip.a_oxf_niceName = "Offset Xform"
n_animClip.a_ps_niceName = "Pose"
n_animClip.a_roff_niceName = "Recompute Offset"
n_animClip.a_sc_niceName = "Scale"
n_animClip.a_se_niceName = "Source End"
n_animClip.a_sf_niceName = "Start Frame"
n_animClip.a_sp_niceName = "Start Percent"
n_animClip.a_ss_niceName = "Source Start"
n_animClip.a_st_niceName = "Start"
n_animClip.a_str_niceName = "Start Trim"
n_animClip.a_tw_niceName = "Time Warp"
n_animClip.a_twe_niceName = "Time Warp Enable"
n_animClip.a_uco_niceName = "Use Channel Offset"
n_animClip.a_w_niceName = "Weight"
n_animClip.a_ws_enum_kAbsFromZero = "Absolute From Zero"
n_animClip.a_ws_enum_kFromStart = "From Start"
n_animClip.a_ws_enum_kFromZero = "From Zero"
n_animClip.a_ws_niceName = "Weight Style"
n_animClip.a_wsp_niceName = "World Start Position"
n_animClip.a_wspx_niceName = "World Start Position X"
n_animClip.a_wspy_niceName = "World Start Position Y"
n_animClip.a_wspz_niceName = "World Start Position Z"
n_animClip.baseName = "animClip"
n_animClip.niceName = "Anim Clip"
//
// String set: n_animCurve
//
n_animCurve.a_a_niceName = "Apply"
n_animCurve.a_cc_niceName = "Curve Color"
n_animCurve.a_ccb_niceName = "Curve Color B"
n_animCurve.a_ccg_niceName = "Curve Color G"
n_animCurve.a_ccr_niceName = "Curve Color R"
n_animCurve.a_isr_niceName = "In Stipple Range"
n_animCurve.a_kbd_niceName = "Key Breakdown"
n_animCurve.a_kit_enum_kTangentAuto = "Auto"
n_animCurve.a_kit_enum_kTangentClamped = "Clamped"
n_animCurve.a_kit_enum_kTangentFast = "Fast"
n_animCurve.a_kit_enum_kTangentFixed = "Fixed"
n_animCurve.a_kit_enum_kTangentFlat = "Flat"
n_animCurve.a_kit_enum_kTangentLinear = "Linear"
n_animCurve.a_kit_enum_kTangentPlateau = "Plateau"
n_animCurve.a_kit_enum_kTangentSlow = "Slow"
n_animCurve.a_kit_enum_kTangentSmooth = "Spline"
n_animCurve.a_kit_enum_kTangentStep = "Stepped"
n_animCurve.a_kit_enum_kTangentStepNext = "StepNext"
n_animCurve.a_kit_niceName = "Key Tan In Type"
n_animCurve.a_kix_niceName = "Key Tan In X"
n_animCurve.a_kiy_niceName = "Key Tan In Y"
n_animCurve.a_kot_enum_kTangentAuto = "Auto"
n_animCurve.a_kot_enum_kTangentClamped = "Clamped"
n_animCurve.a_kot_enum_kTangentFast = "Fast"
n_animCurve.a_kot_enum_kTangentFixed = "Fixed"
n_animCurve.a_kot_enum_kTangentFlat = "Flat"
n_animCurve.a_kot_enum_kTangentLinear = "Linear"
n_animCurve.a_kot_enum_kTangentPlateau = "Plateau"
n_animCurve.a_kot_enum_kTangentSlow = "Slow"
n_animCurve.a_kot_enum_kTangentSmooth = "Spline"
n_animCurve.a_kot_enum_kTangentStep = "Stepped"
n_animCurve.a_kot_enum_kTangentStepNext = "StepNext"
n_animCurve.a_kot_niceName = "Key Tan Out Type"
n_animCurve.a_kox_niceName = "Key Tan Out X"
n_animCurve.a_koy_niceName = "Key Tan Out Y"
n_animCurve.a_ktl_niceName = "Key Tan Locked"
n_animCurve.a_kwl_niceName = "Key Weight Locked"
n_animCurve.a_kyts_niceName = "Key Tick Draw Special"
n_animCurve.a_osr_niceName = "Out Stipple Range"
n_animCurve.a_ot_niceName = "Out Stipple Threshold"
n_animCurve.a_pre_enum_kConstant = "Constant"
n_animCurve.a_pre_enum_kCycle = "Cycle"
n_animCurve.a_pre_enum_kCycleRelative = "Cycle with offset"
n_animCurve.a_pre_enum_kLinear = "Linear"
n_animCurve.a_pre_enum_kOscillate = "Oscillate"
n_animCurve.a_pre_niceName = "Pre Infinity"
n_animCurve.a_pst_enum_kConstant = "Constant"
n_animCurve.a_pst_enum_kCycle = "Cycle"
n_animCurve.a_pst_enum_kCycleRelative = "Cycle with offset"
n_animCurve.a_pst_enum_kLinear = "Linear"
n_animCurve.a_pst_enum_kOscillate = "Oscillate"
n_animCurve.a_pst_niceName = "Post Infinity"
n_animCurve.a_roti_enum_kRotationEuler = "Euler"
n_animCurve.a_roti_enum_kRotationNone = "None"
n_animCurve.a_roti_enum_kRotationQuaternion = "Quaternion Tangent Dependent"
n_animCurve.a_roti_enum_kRotationQuaternionSlerp = "Quaternion Slerp"
n_animCurve.a_roti_enum_kRotationQuaternionSquad = "Quaternion Squad"
n_animCurve.a_roti_niceName = "Rotation Interpolation"
n_animCurve.a_sp_enum_kDashed = "dashed"
n_animCurve.a_sp_enum_kDotted = "dotted"
n_animCurve.a_sp_enum_kLongDashed = "long dashed"
n_animCurve.a_sp_enum_kLongDotted = "long dotted"
n_animCurve.a_sp_enum_kShortDashed = "short dashed"
n_animCurve.a_sp_enum_kShortDotted = "short dotted"
n_animCurve.a_sp_enum_kSolid = "solid"
n_animCurve.a_sp_niceName = "Stipple Pattern"
n_animCurve.a_sr_niceName = "Stipple Reverse"
n_animCurve.a_tan_enum_kTangentAuto = "Auto"
n_animCurve.a_tan_enum_kTangentClamped = "Clamped"
n_animCurve.a_tan_enum_kTangentFast = "Fast"
n_animCurve.a_tan_enum_kTangentFixed = "Fixed"
n_animCurve.a_tan_enum_kTangentFlat = "Flat"
n_animCurve.a_tan_enum_kTangentLinear = "Linear"
n_animCurve.a_tan_enum_kTangentPlateau = "Plateau"
n_animCurve.a_tan_enum_kTangentSlow = "Slow"
n_animCurve.a_tan_enum_kTangentSmooth = "Spline"
n_animCurve.a_tan_enum_kTangentStep = "Stepped"
n_animCurve.a_tan_enum_kTangentStepNext = "StepNext"
n_animCurve.a_tan_niceName = "Tangent Type"
n_animCurve.a_ucc_niceName = "Use Curve Color"
n_animCurve.a_wgt_niceName = "Weighted Tangents"
n_animCurve.baseName = "animCurve"
n_animCurve.niceName = "Anim Curve"
//
// String set: n_animCurveTA
//
n_animCurveTA.a_i_niceName = "Input"
n_animCurveTA.a_kt_niceName = "Key Time"
n_animCurveTA.a_ktv_niceName = "Key Time Value"
n_animCurveTA.a_kv_niceName = "Key Value"
n_animCurveTA.a_kvs_niceName = "Key Value Switch"
n_animCurveTA.a_o_niceName = "Output"
n_animCurveTA.a_r_niceName = "Raw Value"
n_animCurveTA.a_w_niceName = "Quaternion W"
n_animCurveTA.baseName = "animCurveTA"
n_animCurveTA.niceName = "Anim Curve TA"
//
// String set: n_animCurveTL
//
n_animCurveTL.a_i_niceName = "Input"
n_animCurveTL.a_kt_niceName = "Key Time"
n_animCurveTL.a_ktv_niceName = "Key Time Value"
n_animCurveTL.a_kv_niceName = "Key Value"
n_animCurveTL.a_kvs_niceName = "Key Value Switch"
n_animCurveTL.a_o_niceName = "Output"
n_animCurveTL.baseName = "animCurveTL"
n_animCurveTL.niceName = "Anim Curve TL"
//
// String set: n_animCurveTT
//
n_animCurveTT.a_i_niceName = "Input"
n_animCurveTT.a_kt_niceName = "Key Time"
n_animCurveTT.a_ktv_niceName = "Key Time Value"
n_animCurveTT.a_kv_niceName = "Key Value"
n_animCurveTT.a_kvs_niceName = "Key Value Switch"
n_animCurveTT.a_o_niceName = "Output"
n_animCurveTT.baseName = "animCurveTT"
n_animCurveTT.niceName = "Anim Curve TT"
//
// String set: n_animCurveTU
//
n_animCurveTU.a_i_niceName = "Input"
n_animCurveTU.a_kt_niceName = "Key Time"
n_animCurveTU.a_ktv_niceName = "Key Time Value"
n_animCurveTU.a_kv_niceName = "Key Value"
n_animCurveTU.a_kvs_niceName = "Key Value Switch"
n_animCurveTU.a_o_niceName = "Output"
n_animCurveTU.baseName = "animCurveTU"
n_animCurveTU.niceName = "Anim Curve TU"
//
// String set: n_animCurveUA
//
n_animCurveUA.a_i_niceName = "Input"
n_animCurveUA.a_kt_niceName = "Key Time"
n_animCurveUA.a_ktv_niceName = "Key Time Value"
n_animCurveUA.a_kv_niceName = "Key Value"
n_animCurveUA.a_o_niceName = "Output"
n_animCurveUA.baseName = "animCurveUA"
n_animCurveUA.niceName = "Anim Curve UA"
//
// String set: n_animCurveUL
//
n_animCurveUL.a_i_niceName = "Input"
n_animCurveUL.a_kt_niceName = "Key Time"
n_animCurveUL.a_ktv_niceName = "Key Time Value"
n_animCurveUL.a_kv_niceName = "Key Value"
n_animCurveUL.a_o_niceName = "Output"
n_animCurveUL.baseName = "animCurveUL"
n_animCurveUL.niceName = "Anim Curve UL"
//
// String set: n_animCurveUT
//
n_animCurveUT.a_i_niceName = "Input"
n_animCurveUT.a_kt_niceName = "Key Time"
n_animCurveUT.a_ktv_niceName = "Key Time Value"
n_animCurveUT.a_kv_niceName = "Key Value"
n_animCurveUT.a_o_niceName = "Output"
n_animCurveUT.baseName = "animCurveUT"
n_animCurveUT.niceName = "Anim Curve UT"
//
// String set: n_animCurveUU
//
n_animCurveUU.a_i_niceName = "Input"
n_animCurveUU.a_kt_niceName = "Key Time"
n_animCurveUU.a_ktv_niceName = "Key Time Value"
n_animCurveUU.a_kv_niceName = "Key Value"
n_animCurveUU.a_o_niceName = "Output"
n_animCurveUU.baseName = "animCurveUU"
n_animCurveUU.niceName = "Anim Curve UU"
//
// String set: n_animLayer
//
n_animLayer.a_bgwt_niceName = "Background Weight"
n_animLayer.a_bnds_niceName = "Blend Nodes"
n_animLayer.a_cdly_niceName = "Children Layers"
n_animLayer.a_chsl_niceName = "Children Solo"
n_animLayer.a_cl_niceName = "Clips"
n_animLayer.a_coll_niceName = "Collapse"
n_animLayer.a_csol_niceName = "Childsoloed"
n_animLayer.a_cter_niceName = "Cte Root"
n_animLayer.a_exc_niceName = "Exclusive"
n_animLayer.a_fgwt_niceName = "Foreground Weight"
n_animLayer.a_gc_niceName = "Ghosted Clips"
n_animLayer.a_gh_niceName = "Ghost"
n_animLayer.a_ghc_niceName = "Ghost Color"
n_animLayer.a_lo_niceName = "Lock"
n_animLayer.a_mt_niceName = "Mute"
n_animLayer.a_omte_niceName = "Out Mute"
n_animLayer.a_oram_enum_kByComponentOut = "By Component"
n_animLayer.a_oram_enum_kByLayerBlended = "By Layer Blended"
n_animLayer.a_oram_enum_kByLayerCumulative = "By Layer Cumulative"
n_animLayer.a_oram_niceName = "Out Rotation Accumulation Mode"
n_animLayer.a_ovrd_niceName = "Override"
n_animLayer.a_play_niceName = "Parent Layer"
n_animLayer.a_pmte_niceName = "Parent Mute"
n_animLayer.a_pref_niceName = "Preferred"
n_animLayer.a_pthg_niceName = "Passthrough"
n_animLayer.a_pwth_niceName = "Parent Weight"
n_animLayer.a_ram_enum_kByComponent = "By Component"
n_animLayer.a_ram_enum_kByLayer = "By Layer"
n_animLayer.a_ram_niceName = "Rotation Accumulation Mode"
n_animLayer.a_sam_enum_kAdditive = "Additive"
n_animLayer.a_sam_enum_kMultiply = "Multiply"
n_animLayer.a_sam_niceName = "Scale Accumulation Mode"
n_animLayer.a_sl_niceName = "Solo"
n_animLayer.a_slct_niceName = "Selected"
n_animLayer.a_sslo_niceName = "Sibling Solo"
n_animLayer.a_wgth_niceName = "Weight"
n_animLayer.baseName = "animLayer"
n_animLayer.niceName = "Scale Accumulation"
//
// String set: n_anisotropic
//
n_anisotropic.a_angl_niceName = "Angle"
n_anisotropic.a_arfl_niceName = "Anisotropic Reflectivity"
n_anisotropic.a_frfi_niceName = "Fresnel Refractive Index"
n_anisotropic.a_roug_niceName = "Roughness"
n_anisotropic.a_sprx_niceName = "Spread X"
n_anisotropic.a_spry_niceName = "Spread Y"
n_anisotropic.a_utan_niceName = "Tangent UCamera"
n_anisotropic.a_utnx_niceName = "Tangent UCamera X"
n_anisotropic.a_utny_niceName = "Tangent UCamera Y"
n_anisotropic.a_utnz_niceName = "Tangent UCamera Z"
n_anisotropic.a_vtan_niceName = "Tangent VCamera"
n_anisotropic.a_vtnx_niceName = "Tangent VCamera X"
n_anisotropic.a_vtny_niceName = "Tangent VCamera Y"
n_anisotropic.a_vtnz_niceName = "Tangent VCamera Z"
n_anisotropic.baseName = "anisotropic"
n_anisotropic.niceName = "Anisotropic"
//
// String set: n_annotationShape
//
n_annotationShape.a_daro_niceName = "Display Arrow"
n_annotationShape.a_dom_niceName = "Dag Object Matrix"
n_annotationShape.a_tp_niceName = "Position"
n_annotationShape.a_tpx_niceName = "Position X"
n_annotationShape.a_tpy_niceName = "Position Y"
n_annotationShape.a_tpz_niceName = "Position Z"
n_annotationShape.a_txt_niceName = "Text"
n_annotationShape.baseName = "annotationShape"
n_annotationShape.niceName = "Annotation Shape"
//
// String set: n_arcLengthDimension
//
n_arcLengthDimension.a_al_niceName = "Arc Length"
n_arcLengthDimension.a_alv_niceName = "Arc Length In V"
n_arcLengthDimension.baseName = "arcLengthDimension"
n_arcLengthDimension.niceName = "Arc Length Dimension"
//
// String set: n_areaLight
//
n_areaLight.a_lg_niceName = "Light Glow"
n_areaLight.a_n_niceName = "Normal Camera"
n_areaLight.a_nx_niceName = "Normal Camera X"
n_areaLight.a_ny_niceName = "Normal Camera Y"
n_areaLight.a_nz_niceName = "Normal Camera Z"
n_areaLight.a_ot_niceName = "Object Type"
n_areaLight.a_pw_niceName = "Point World"
n_areaLight.a_tx_niceName = "Point World X"
n_areaLight.a_ty_niceName = "Point World Y"
n_areaLight.a_tz_niceName = "Point World Z"
n_areaLight.baseName = "areaLight"
n_areaLight.niceName = "Area Light"
//
// String set: n_arrayMapper
//
n_arrayMapper.a_cn_niceName = "Compute Node"
n_arrayMapper.a_cnc_niceName = "Compute Node Color"
n_arrayMapper.a_cncb_niceName = "Compute Node Color B"
n_arrayMapper.a_cncg_niceName = "Compute Node Color G"
n_arrayMapper.a_cncr_niceName = "Compute Node Color R"
n_arrayMapper.a_max_niceName = "Max Value"
n_arrayMapper.a_min_niceName = "Min Value"
n_arrayMapper.a_ocpp_niceName = "Out Color PP"
n_arrayMapper.a_ovpp_niceName = "Out Value PP"
n_arrayMapper.a_tim_niceName = "Time"
n_arrayMapper.a_upp_niceName = "U Coord PP"
n_arrayMapper.a_vpp_niceName = "V Coord PP"
n_arrayMapper.baseName = "arrayMapper"
n_arrayMapper.niceName = "Array Mapper"
//
// String set: n_arrowManip
//
n_arrowManip.baseName = "arrowManip"
n_arrowManip.niceName = "Arrow Manip"
//
// String set: n_artAttrPaintTest
//
n_artAttrPaintTest.a_cm_enum_kModeEdge = "Edge"
n_artAttrPaintTest.a_cm_enum_kModeFace = "Face"
n_artAttrPaintTest.a_cm_enum_kModeVertex = "Vertex"
n_artAttrPaintTest.a_cm_enum_kModeVertexFace = "VertexFace"
n_artAttrPaintTest.a_cm_niceName = "Comp Mode"
n_artAttrPaintTest.a_d3m_niceName = "Dbl 3Multi"
n_artAttrPaintTest.a_d3x_niceName = "Dbl 3Multi X"
n_artAttrPaintTest.a_d3y_niceName = "Dbl 3Multi Y"
n_artAttrPaintTest.a_d3z_niceName = "Dbl 3Multi Z"
n_artAttrPaintTest.a_da_niceName = "Dbl Array"
n_artAttrPaintTest.a_dm_niceName = "Dbl Multi"
n_artAttrPaintTest.a_f3m_niceName = "Flt 3Multi"
n_artAttrPaintTest.a_f3x_niceName = "Flt 3Multi X"
n_artAttrPaintTest.a_f3y_niceName = "Flt 3Multi Y"
n_artAttrPaintTest.a_f3z_niceName = "Flt 3Multi Z"
n_artAttrPaintTest.a_fm_niceName = "Flt Multi"
n_artAttrPaintTest.a_ia_niceName = "Int Array"
n_artAttrPaintTest.a_im_niceName = "Int Multi"
n_artAttrPaintTest.a_va_niceName = "Vec Array"
n_artAttrPaintTest.baseName = "artAttrPaintTest"
n_artAttrPaintTest.niceName = "Art Attr Paint Test"
//
// String set: n_arubaTessellate
//
n_arubaTessellate.a_adp_niceName = "Adaptive"
n_arubaTessellate.a_cd_niceName = "Chordal Deviation"
n_arubaTessellate.a_icl_niceName = "Min Chord Length"
n_arubaTessellate.a_is_niceName = "Input Surface"
n_arubaTessellate.a_mcl_niceName = "Max Chord Length"
n_arubaTessellate.a_ntl_niceName = "Normal Tolerance"
n_arubaTessellate.a_om_niceName = "Out Mesh"
n_arubaTessellate.a_smp_niceName = "Samples"
n_arubaTessellate.a_st_enum_SampleAdaptively = "Adaptively"
n_arubaTessellate.a_st_enum_SampleEntireDomain = "Entire Domain"
n_arubaTessellate.a_st_enum_SampleG1Segments = "G1 Segments"
n_arubaTessellate.a_st_enum_SampleKnotValues = "Knot Values"
n_arubaTessellate.a_st_enum_SamplePerSpan = "Per Span"
n_arubaTessellate.a_st_niceName = "Sample Type"
n_arubaTessellate.a_tol_niceName = "Tolerance"
n_arubaTessellate.baseName = "arubaTessellate"
n_arubaTessellate.niceName = "Aruba Tessellate"
//
// String set: n_assembly
//
n_assembly.a_aed_niceName = "Assembly Edits"
n_assembly.baseName = "assembly"
n_assembly.niceName = "Assembly"
//
// String set: n_attachCurve
//
n_attachCurve.a_bb_niceName = "Blend Bias"
n_attachCurve.a_bki_niceName = "Blend Knot Insertion"
n_attachCurve.a_ic1_niceName = "Input Curve 1"
n_attachCurve.a_ic2_niceName = "Input Curve 2"
n_attachCurve.a_ics_niceName = "Input Curves"
n_attachCurve.a_kmk_niceName = "Keep Multiple Knots"
n_attachCurve.a_m_enum_0 = "Connect"
n_attachCurve.a_m_enum_1 = "Blend"
n_attachCurve.a_m_niceName = "Method"
n_attachCurve.a_oc_niceName = "Output Curve"
n_attachCurve.a_p_niceName = "Parameter"
n_attachCurve.a_rv1_niceName = "Reverse 1"
n_attachCurve.a_rv2_niceName = "Reverse 2"
n_attachCurve.baseName = "attachCurve"
n_attachCurve.niceName = "Attach Curve"
//
// String set: n_attachSurface
//
n_attachSurface.a_bb_niceName = "Blend Bias"
n_attachSurface.a_bki_niceName = "Blend Knot Insertion"
n_attachSurface.a_du_niceName = "Direction U"
n_attachSurface.a_is1_niceName = "Input Surface 1"
n_attachSurface.a_is2_niceName = "Input Surface 2"
n_attachSurface.a_kmk_niceName = "Keep Multiple Knots"
n_attachSurface.a_m_enum_0 = "Connect"
n_attachSurface.a_m_enum_1 = "Blend"
n_attachSurface.a_m_niceName = "Method"
n_attachSurface.a_os_niceName = "Output Surface"
n_attachSurface.a_p_niceName = "Parameter"
n_attachSurface.a_rv1_niceName = "Reverse 1"
n_attachSurface.a_rv2_niceName = "Reverse 2"
n_attachSurface.a_sw1_niceName = "Swap 1"
n_attachSurface.a_sw2_niceName = "Swap 2"
n_attachSurface.a_tw_niceName = "Twist"
n_attachSurface.baseName = "attachSurface"
n_attachSurface.niceName = "Attach Surface"
//
// String set: n_attrHierarchyTest
//
n_attrHierarchyTest.a_c_niceName = "Compound"
n_attrHierarchyTest.a_ccc1_niceName = "Level 3CCCS1"
n_attrHierarchyTest.a_ccc2_niceName = "Level 3CCCS2"
n_attrHierarchyTest.a_ccc_niceName = "Level 2CCC"
n_attrHierarchyTest.a_ccm1_niceName = "Level 3CCMCS1"
n_attrHierarchyTest.a_ccm2_niceName = "Level 3CCMCS2"
n_attrHierarchyTest.a_ccm_niceName = "Level 2CCM"
n_attrHierarchyTest.a_ccmc_niceName = "Level 2CCMC"
n_attrHierarchyTest.a_ccs_niceName = "Level 2CCS"
n_attrHierarchyTest.a_cm_niceName = "Level 1CM"
n_attrHierarchyTest.a_cmc1_niceName = "Level 3CMCCS1"
n_attrHierarchyTest.a_cmc2_niceName = "Level 3CMCCS2"
n_attrHierarchyTest.a_cmc_niceName = "Level 1CMC"
n_attrHierarchyTest.a_cmcc_niceName = "Level 2CMCC"
n_attrHierarchyTest.a_cmcm_niceName = "Level 2CMCM"
n_attrHierarchyTest.a_cmcs_niceName = "Level 2CMCS"
n_attrHierarchyTest.a_cmm1_niceName = "Level 3CMCMCS1"
n_attrHierarchyTest.a_cmm2_niceName = "Level 3CMCMCS2"
n_attrHierarchyTest.a_cmmc_niceName = "Level 2CMCMC"
n_attrHierarchyTest.a_cs_niceName = "Level 1CS"
n_attrHierarchyTest.a_l1cc_niceName = "Level 1CC"
n_attrHierarchyTest.a_m_niceName = "Multi"
n_attrHierarchyTest.a_mc_niceName = "Multi Compound"
n_attrHierarchyTest.a_mcc1_niceName = "Level 3MCCCS1"
n_attrHierarchyTest.a_mcc2_niceName = "Level 3MCCCS2"
n_attrHierarchyTest.a_mcc_niceName = "Level 1MCC"
n_attrHierarchyTest.a_mccc_niceName = "Level 2MCCC"
n_attrHierarchyTest.a_mccm_niceName = "Level 2MCCMC"
n_attrHierarchyTest.a_mccs_niceName = "Level 2MCCS"
n_attrHierarchyTest.a_mcm1_niceName = "Level 3MCCMCS1"
n_attrHierarchyTest.a_mcm2_niceName = "Level 3MCCMCS2"
n_attrHierarchyTest.a_mcm_niceName = "Level 2MCCM"
n_attrHierarchyTest.a_mcmc_niceName = "Level 1MCMC"
n_attrHierarchyTest.a_mcs_niceName = "Level 1MCS"
n_attrHierarchyTest.a_mm_niceName = "Level 1MCM"
n_attrHierarchyTest.a_mmc1_niceName = "Level 3MCMCCS1"
n_attrHierarchyTest.a_mmc2_niceName = "Level 3MCMCCS2"
n_attrHierarchyTest.a_mmc_niceName = "Level 2MCMCC"
n_attrHierarchyTest.a_mmm1_niceName = "Level 3MCMCMCS1"
n_attrHierarchyTest.a_mmm2_niceName = "Level 3MCMCMCS2"
n_attrHierarchyTest.a_mmm_niceName = "Level 2MCMCM"
n_attrHierarchyTest.a_mmmc_niceName = "Level 2MCMCMC"
n_attrHierarchyTest.a_mms_niceName = "Level 2MCMCS"
n_attrHierarchyTest.a_s_niceName = "Single"
n_attrHierarchyTest.baseName = "attrHierarchyTest"
n_attrHierarchyTest.niceName = "Attr Hierarchy Test"
//
// String set: n_audio
//
n_audio.a_c_niceName = "Channels"
n_audio.a_du_niceName = "Duration"
n_audio.a_ef_niceName = "End Frame"
n_audio.a_f_niceName = "Filename"
n_audio.a_fc_niceName = "Frame Count"
n_audio.a_mu_niceName = "Mute"
n_audio.a_o_niceName = "Offset"
n_audio.a_r_niceName = "Order"
n_audio.a_se_niceName = "Source End"
n_audio.a_si_niceName = "Silence"
n_audio.a_sr_niceName = "Sample Rate"
n_audio.a_ss_niceName = "Source Start"
n_audio.a_tk_niceName = "Track"
n_audio.a_ts_niceName = "Track State"
n_audio.baseName = "audio"
n_audio.niceName = "Audio"
//
// String set: n_avgCurves
//
n_avgCurves.a_aw_niceName = "Automatic Weight"
n_avgCurves.a_ic1_niceName = "Input Curve 1"
n_avgCurves.a_ic2_niceName = "Input Curve 2"
n_avgCurves.a_nw_niceName = "Normalize Weights"
n_avgCurves.a_oc_niceName = "Output Curve"
n_avgCurves.a_w1_niceName = "Weight 1"
n_avgCurves.a_w2_niceName = "Weight 2"
n_avgCurves.baseName = "avgCurves"
n_avgCurves.niceName = "Avg Curves"
//
// String set: n_avgCurvesManip
//
n_avgCurvesManip.baseName = "avgCurvesManip"
n_avgCurvesManip.niceName = "Avg Curves Manip"
//
// String set: n_avgNurbsSurfacePoints
//
n_avgNurbsSurfacePoints.a_ci_niceName = "Cv Ith Index"
n_avgNurbsSurfacePoints.a_cj_niceName = "Cv Jth Index"
n_avgNurbsSurfacePoints.a_is_niceName = "Input Surface"
n_avgNurbsSurfacePoints.a_n_niceName = "Normal"
n_avgNurbsSurfacePoints.a_nx_niceName = "Normal X"
n_avgNurbsSurfacePoints.a_ny_niceName = "Normal Y"
n_avgNurbsSurfacePoints.a_nz_niceName = "Normal Z"
n_avgNurbsSurfacePoints.a_p_niceName = "Position"
n_avgNurbsSurfacePoints.a_px_niceName = "Position X"
n_avgNurbsSurfacePoints.a_py_niceName = "Position Y"
n_avgNurbsSurfacePoints.a_pz_niceName = "Position Z"
n_avgNurbsSurfacePoints.a_r_niceName = "Result"
n_avgNurbsSurfacePoints.a_sp_niceName = "Surface Point"
n_avgNurbsSurfacePoints.a_u_niceName = "Parameter U"
n_avgNurbsSurfacePoints.a_v_niceName = "Parameter V"
n_avgNurbsSurfacePoints.a_wt_niceName = "Weight"
n_avgNurbsSurfacePoints.baseName = "avgNurbsSurfacePoints"
n_avgNurbsSurfacePoints.niceName = "Avg Nurbs Surface Points"
//
// String set: n_avgSurfacePoints
//
n_avgSurfacePoints.a_is_niceName = "Input Surfaces"
n_avgSurfacePoints.a_n_niceName = "Normal"
n_avgSurfacePoints.a_nx_niceName = "Normal X"
n_avgSurfacePoints.a_ny_niceName = "Normal Y"
n_avgSurfacePoints.a_nz_niceName = "Normal Z"
n_avgSurfacePoints.a_p_niceName = "Position"
n_avgSurfacePoints.a_px_niceName = "Position X"
n_avgSurfacePoints.a_py_niceName = "Position Y"
n_avgSurfacePoints.a_pz_niceName = "Position Z"
n_avgSurfacePoints.a_r_niceName = "Result"
n_avgSurfacePoints.a_top_niceName = "Turn On Percentage"
n_avgSurfacePoints.a_u_niceName = "Parameter U"
n_avgSurfacePoints.a_v_niceName = "Parameter V"
n_avgSurfacePoints.a_wt_niceName = "Weight"
n_avgSurfacePoints.baseName = "avgSurfacePoints"
n_avgSurfacePoints.niceName = "Avg Surface Points"
//
// String set: n_axesActionManip
//
n_axesActionManip.baseName = "axesActionManip"
n_axesActionManip.niceName = "Axes Action Manip"
//
// String set: n_bakeSet
//
n_bakeSet.a_alpha_niceName = "Bake Alpha"
n_bakeSet.a_clm_enum_kCustomShader = "Custom Shader"
n_bakeSet.a_clm_enum_kGlobalIllumination = "Only Global Illumination"
n_bakeSet.a_clm_enum_kLight = "Only Light"
n_bakeSet.a_clm_enum_kLightAndColor = "Light and Color"
n_bakeSet.a_clm_enum_kOcclusion = "Occlusion"
n_bakeSet.a_clm_niceName = "Color Mode"
n_bakeSet.a_csh_niceName = "Custom Shader"
n_bakeSet.a_mode_enum_kCoverage = "Coverage"
n_bakeSet.a_mode_enum_kPassThrough = "Pass Through"
n_bakeSet.a_mode_enum_kSurfaceLuminance = "Luminance of Surface Color"
n_bakeSet.a_mode_enum_kSurfaceTransparency = "Surface Transparency"
n_bakeSet.a_mode_niceName = "Alpha Mode"
n_bakeSet.a_mof_niceName = "Occlusion Falloff"
n_bakeSet.a_mor_niceName = "Occlusion Rays"
n_bakeSet.a_ndr_enum_kFaceCamera = "Face Camera"
n_bakeSet.a_ndr_enum_kSurfaceBack = "Surface Back"
n_bakeSet.a_ndr_enum_kSurfaceFront = "Surface Front"
n_bakeSet.a_ndr_niceName = "Normal Direction"
n_bakeSet.a_orf_niceName = "Orthogonal Reflection"
n_bakeSet.baseName = "bakeSet"
n_bakeSet.niceName = "Bake Set"
//
// String set: n_ballProjManip
//
n_ballProjManip.baseName = "ballProjManip"
n_ballProjManip.niceName = "Ball Proj Manip"
//
// String set: n_barnDoorManip
//
n_barnDoorManip.baseName = "barnDoorManip"
n_barnDoorManip.niceName = "Barn Door Manip"
//
// String set: n_baseGeometryVarGroup
//
n_baseGeometryVarGroup.a_mc_niceName = "Max Created"
n_baseGeometryVarGroup.baseName = "baseGeometryVarGroup"
n_baseGeometryVarGroup.niceName = "Base Geometry Var Group"
//
// String set: n_baseLattice
//
n_baseLattice.baseName = "baseLattice"
n_baseLattice.niceName = "Base Lattice"
//
// String set: n_baseShadingSwitch
//
n_baseShadingSwitch.a_id_niceName = "Object Id"
n_baseShadingSwitch.baseName = "baseShadingSwitch"
n_baseShadingSwitch.niceName = "Base Shading Switch"
//
// String set: n_bevel
//
n_bevel.a_bst_enum_kCurveInShape = "Curve In"
n_bevel.a_bst_enum_kCurveOutShape = "Curve Out"
n_bevel.a_bst_enum_kStraightCutShape = "Straight Cut"
n_bevel.a_bst_niceName = "Bevel Shape Type"
n_bevel.a_ct_enum_kCircularCorner = "Circular"
n_bevel.a_ct_enum_kLinearCorner = "Linear"
n_bevel.a_ct_niceName = "Corner Type"
n_bevel.a_d_niceName = "Depth"
n_bevel.a_ed_niceName = "Extrude Depth"
n_bevel.a_ic_niceName = "Input Curve"
n_bevel.a_js_niceName = "Join Surfaces"
n_bevel.a_ns_niceName = "Number Of Sides"
n_bevel.a_os1_niceName = "Output Surface 1"
n_bevel.a_os2_niceName = "Output Surface 2"
n_bevel.a_os3_niceName = "Output Surface 3"
n_bevel.a_tol_niceName = "Tolerance"
n_bevel.a_udc_niceName = "Use Direction Curve"
n_bevel.a_w_niceName = "Width"
n_bevel.baseName = "bevel"
n_bevel.niceName = "Bevel"
//
// String set: n_bevelManip
//
n_bevelManip.baseName = "bevelManip"
n_bevelManip.niceName = "Bevel Manip"
//
// String set: n_bevelPlus
//
n_bevelPlus.a_bin_niceName = "Bevel Inside"
n_bevelPlus.a_c_niceName = "Count"
n_bevelPlus.a_cap_niceName = "Cap Sides"
n_bevelPlus.a_chr_niceName = "Poly Out Chord Height Ratio"
n_bevelPlus.a_cht_niceName = "Poly Out Chord Height"
n_bevelPlus.a_d_niceName = "Depth"
n_bevelPlus.a_ecs_niceName = "End Cap Surface"
n_bevelPlus.a_ed_niceName = "Extrude Depth"
n_bevelPlus.a_ics_niceName = "Input Curves"
n_bevelPlus.a_isc_niceName = "Inner Style Curve"
n_bevelPlus.a_js_niceName = "Join Surfaces"
n_bevelPlus.a_no_niceName = "Normals Outwards"
n_bevelPlus.a_ns_niceName = "Number Of Sides"
n_bevelPlus.a_oc_niceName = "Ordered Curves"
n_bevelPlus.a_op_niceName = "Output Poly"
n_bevelPlus.a_os1_niceName = "Output Surfaces"
n_bevelPlus.a_osc_niceName = "Outer Style Curve"
n_bevelPlus.a_p_niceName = "Position"
n_bevelPlus.a_pcs_niceName = "Poly Out Curve Samples"
n_bevelPlus.a_pct_enum_kSpanEquiSpaced = "Curve Span"
n_bevelPlus.a_pct_enum_kSurfaceEquiSpaced = "Complete Curve"
n_bevelPlus.a_pct_niceName = "Poly Out Curve Type"
n_bevelPlus.a_pes_niceName = "Poly Out Extrusion Samples"
n_bevelPlus.a_pet_enum_kSpanEquiSpaced = "Extrusion Section"
n_bevelPlus.a_pet_enum_kSurfaceEquiSpaced = "Complete Extrusion"
n_bevelPlus.a_pet_niceName = "Poly Out Extrusion Type"
n_bevelPlus.a_poc_niceName = "Poly Out Count"
n_bevelPlus.a_pom_enum_kGeneral = "Sampling"
n_bevelPlus.a_pom_enum_kTriangleCount = "Count"
n_bevelPlus.a_pom_niceName = "Poly Out Method"
n_bevelPlus.a_px_niceName = "Position X"
n_bevelPlus.a_py_niceName = "Position Y"
n_bevelPlus.a_pz_niceName = "Position Z"
n_bevelPlus.a_scs_niceName = "Start Cap Surface"
n_bevelPlus.a_tol_niceName = "Tolerance"
n_bevelPlus.a_uch_niceName = "Poly Out Use Chord Height"
n_bevelPlus.a_ucr_niceName = "Poly Out Use Chord Height Ratio"
n_bevelPlus.a_w_niceName = "Width"
n_bevelPlus.baseName = "bevelPlus"
n_bevelPlus.niceName = "Bevel Plus"
//
// String set: n_bezierCurve
//
n_bezierCurve.a_asmo_enum_0 = "Smooth"
n_bezierCurve.a_asmo_enum_1 = "Broken"
n_bezierCurve.a_asmo_niceName = "Anchor Smoothness"
n_bezierCurve.a_awei_enum_0 = "Even"
n_bezierCurve.a_awei_enum_1 = "Uneven"
n_bezierCurve.a_awei_niceName = "Anchor Weighting"
n_bezierCurve.baseName = "bezierCurve"
n_bezierCurve.niceName = "Bezier Curve"
//
// String set: n_bezierCurveToNurbs
//
n_bezierCurveToNurbs.a_ic_niceName = "Input Curve"
n_bezierCurveToNurbs.a_oc_niceName = "Output Curve"
n_bezierCurveToNurbs.baseName = "bezierCurveToNurbs"
n_bezierCurveToNurbs.niceName = "Bezier Curve To Nurbs"
//
// String set: n_birailSrf
//
n_birailSrf.a_ir1_niceName = "Input Rail 1"
n_birailSrf.a_ir2_niceName = "Input Rail 2"
n_birailSrf.a_os_niceName = "Output Surface"
n_birailSrf.a_sc_niceName = "Surface Cache"
n_birailSrf.a_ss_enum_kNatural = "Natural"
n_birailSrf.a_ss_enum_kView = "View"
n_birailSrf.a_ss_niceName = "Sweep Style"
n_birailSrf.a_tm_enum_kNonProportional = "Non proportional"
n_birailSrf.a_tm_enum_kProportional = "Proportional"
n_birailSrf.a_tm_niceName = "Transform Mode"
n_birailSrf.baseName = "birailSrf"
n_birailSrf.niceName = "Birail Srf"
//
// String set: n_blend
//
n_blend.a_c_niceName = "Current"
n_blend.a_i_niceName = "Input"
n_blend.a_o_niceName = "Output"
n_blend.baseName = "blend"
n_blend.niceName = "Blend"
//
// String set: n_blendColorSets
//
n_blendColorSets.a_bcn_niceName = "Base Color Name"
n_blendColorSets.a_bfn_enum_kAdditive = "Add"
n_blendColorSets.a_bfn_enum_kAlphaBlend = "AlphaBlend"
n_blendColorSets.a_bfn_enum_kBilinearBlend = "BilinearBlend"
n_blendColorSets.a_bfn_enum_kChannelLinear = "ColorChannel"
n_blendColorSets.a_bfn_enum_kLinearBlend = "LinearBlend"
n_blendColorSets.a_bfn_enum_kMultiply4Blend = "MultiplyRGBA"
n_blendColorSets.a_bfn_enum_kMultiplyBlend = "MultiplyRGB"
n_blendColorSets.a_bfn_enum_kSubtractive = "Subtract"
n_blendColorSets.a_bfn_niceName = "Blend Func"
n_blendColorSets.a_bwa_niceName = "Blend Weight A"
n_blendColorSets.a_bwb_niceName = "Blend Weight B"
n_blendColorSets.a_bwc_niceName = "Blend Weight C"
n_blendColorSets.a_bwd_niceName = "Blend Weight D"
n_blendColorSets.a_dst_niceName = "Dst Color Name"
n_blendColorSets.a_src_niceName = "Src Color Name"
n_blendColorSets.baseName = "blendColorSets"
n_blendColorSets.niceName = "Blend Color Sets"
//
// String set: n_blendColors
//
n_blendColors.a_arp_enum_0 = "Pass through"
n_blendColors.a_arp_enum_1 = "Apply to Render Passes"
n_blendColors.a_arp_enum_2 = "No Contribution"
n_blendColors.a_arp_enum_3 = "Write Shader Result to Beauty Passes"
n_blendColors.a_arp_niceName = "Render Pass Mode"
n_blendColors.a_b_niceName = "Blender"
n_blendColors.a_c1_niceName = "Color 1"
n_blendColors.a_c1b_niceName = "Color 1B"
n_blendColors.a_c1g_niceName = "Color 1G"
n_blendColors.a_c1r_niceName = "Color 1R"
n_blendColors.a_c2_niceName = "Color 2"
n_blendColors.a_c2b_niceName = "Color 2B"
n_blendColors.a_c2g_niceName = "Color 2G"
n_blendColors.a_c2r_niceName = "Color 2R"
n_blendColors.a_op_niceName = "Output"
n_blendColors.a_opb_niceName = "Output B"
n_blendColors.a_opg_niceName = "Output G"
n_blendColors.a_opr_niceName = "Output R"
n_blendColors.baseName = "blendColors"
n_blendColors.niceName = "Blend Colors"
//
// String set: n_blendDevice
//
n_blendDevice.a_b_niceName = "Blender"
n_blendDevice.a_d_niceName = "Data"
n_blendDevice.a_db_niceName = "Device Blender"
n_blendDevice.a_dv_niceName = "Device Value"
n_blendDevice.a_ia_niceName = "Input Angle"
n_blendDevice.a_il_niceName = "Input Linear"
n_blendDevice.a_mnt_niceName = "Min Time"
n_blendDevice.a_oa_niceName = "Output Angle"
n_blendDevice.a_off_niceName = "Offset"
n_blendDevice.a_ol_niceName = "Output Linear"
n_blendDevice.a_p_niceName = "Period"
n_blendDevice.a_st_niceName = "Stride"
n_blendDevice.a_t_niceName = "Time"
n_blendDevice.a_ts_niceName = "Time Stamp"
n_blendDevice.baseName = "blendDevice"
n_blendDevice.niceName = "Blend Device"
//
// String set: n_blendManip
//
n_blendManip.baseName = "blendManip"
n_blendManip.niceName = "Blend Manip"
//
// String set: n_blendShape
//
n_blendShape.a_bmx_niceName = "Target Bind Matrix"
n_blendShape.a_bo_niceName = "Base Origin"
n_blendShape.a_bw_niceName = "Base Weights"
n_blendShape.a_bx_niceName = "Base Origin X"
n_blendShape.a_by_niceName = "Base Origin Y"
n_blendShape.a_bz_niceName = "Base Origin Z"
n_blendShape.a_cid_niceName = "Child Indices"
n_blendShape.a_cp_niceName = "Control Points"
n_blendShape.a_cvp_niceName = "Curve Position"
n_blendShape.a_cvv_niceName = "Curve Value"
n_blendShape.a_dfo_enum_kOther = "other deformation"
n_blendShape.a_dfo_enum_kPostDeformation = "post-deformation"
n_blendShape.a_dfo_enum_kPreDeformation = "pre-deformation"
n_blendShape.a_dfo_niceName = "Deformation Order"
n_blendShape.a_dmx_niceName = "Deform Matrix"
n_blendShape.a_dmxm_niceName = "Deform Matrix Modified"
n_blendShape.a_dpvs_niceName = "Directory Parent Visibility"
n_blendShape.a_dtn_niceName = "Directory Name"
n_blendShape.a_dvs_niceName = "Directory Visibility"
n_blendShape.a_dwgh_niceName = "Directory Weight"
n_blendShape.a_ibi_niceName = "Inbetween Info"
n_blendShape.a_ibig_niceName = "Inbetween Info Group"
n_blendShape.a_ibtn_niceName = "Inbetween Target Name"
n_blendShape.a_ibtt_enum_kAbsoluteInBetween = "absolute"
n_blendShape.a_ibtt_enum_kRelativeInBetween = "relative"
n_blendShape.a_ibtt_niceName = "Inbetween Target Type"
n_blendShape.a_ibvs_niceName = "Inbetween Visibility"
n_blendShape.a_icn_niceName = "Icon"
n_blendShape.a_ict_niceName = "Input Components Target"
n_blendShape.a_igt_niceName = "Input Geom Target"
n_blendShape.a_ipt_niceName = "Input Points Target"
n_blendShape.a_irc_niceName = "Input Relative Components Target"
n_blendShape.a_irp_niceName = "Input Relative Points Target"
n_blendShape.a_it_niceName = "Input Target"
n_blendShape.a_itc_niceName = "Interpolation Curve"
n_blendShape.a_itcw_niceName = "Use Target Comp Weights"
n_blendShape.a_itg_niceName = "Input Target Group"
n_blendShape.a_iti_niceName = "Input Target Item"
n_blendShape.a_itp_enum_kCustomInterpolation = "Custom"
n_blendShape.a_itp_enum_kLinearInterpolation = "Linear"
n_blendShape.a_itp_enum_kSmoothInterpolation = "Smooth"
n_blendShape.a_itp_niceName = "Interpolation"
n_blendShape.a_lvf_niceName = "Local Vertex Frame"
n_blendShape.a_mlid_niceName = "Mid Layer Id"
n_blendShape.a_mlpr_niceName = "Mid Layer Parent"
n_blendShape.a_ng_niceName = "Normalization Group"
n_blendShape.a_nid_niceName = "Normalization Id"
n_blendShape.a_nuw_niceName = "Normalization Use Weights"
n_blendShape.a_nw_niceName = "Normalization Weights"
n_blendShape.a_nxnd_niceName = "Next Node"
n_blendShape.a_nxtg_niceName = "Next Target"
n_blendShape.a_ofm_niceName = "Offset Deformer"
n_blendShape.a_ofx_niceName = "Offset X"
n_blendShape.a_ofy_niceName = "Offset Y"
n_blendShape.a_ofz_niceName = "Offset Z"
n_blendShape.a_or_enum_kLocalOrigin = "local"
n_blendShape.a_or_enum_kUserOrigin = "user"
n_blendShape.a_or_enum_kWorldOrigin = "world"
n_blendShape.a_or_niceName = "Origin"
n_blendShape.a_pb_niceName = "Parallel Blender"
n_blendShape.a_pdm_enum_kNone = "none"
n_blendShape.a_pdm_enum_kTangentSpace = "tangent space"
n_blendShape.a_pdm_enum_kTransformSpace = "transform space"
n_blendShape.a_pdm_niceName = "Post Deformers Mode"
n_blendShape.a_pndr_niceName = "Parent Directory"
n_blendShape.a_pnid_niceName = "Parent Index"
n_blendShape.a_pti_niceName = "Paint Target Index"
n_blendShape.a_ptw_niceName = "Paint Weights"
n_blendShape.a_pwt_niceName = "Paint Target Weights"
n_blendShape.a_siw_niceName = "Sculpt Inbetween Weight"
n_blendShape.a_sn_niceName = "Support Negative Weights"
n_blendShape.a_sti_niceName = "Sculpt Target Index"
n_blendShape.a_stt_niceName = "Sculpt Target Tweaks"
n_blendShape.a_syme_niceName = "Symmetry Edge"
n_blendShape.a_tc_niceName = "Topology Check"
n_blendShape.a_tgdt_niceName = "Target Directory"
n_blendShape.a_tgvs_niceName = "Target Visibility"
n_blendShape.a_tmx_niceName = "Target Matrix"
n_blendShape.a_to_niceName = "Target Origin"
n_blendShape.a_tpvs_niceName = "Target Parent Visibility"
n_blendShape.a_tw_niceName = "Target Weights"
n_blendShape.a_tx_niceName = "Target Origin X"
n_blendShape.a_ty_niceName = "Target Origin Y"
n_blendShape.a_tz_niceName = "Target Origin Z"
n_blendShape.a_vt_niceName = "Vertex"
n_blendShape.a_vx_niceName = "X Vertex"
n_blendShape.a_vy_niceName = "Y Vertex"
n_blendShape.a_vz_niceName = "Z Vertex"
n_blendShape.a_w_niceName = "Weight"
n_blendShape.a_xv_niceName = "X Value"
n_blendShape.a_yv_niceName = "Y Value"
n_blendShape.a_zv_niceName = "Z Value"
n_blendShape.baseName = "blendShape"
n_blendShape.niceName = "Blend Shape"
//
// String set: n_blendTwoAttr
//
n_blendTwoAttr.a_ab_niceName = "Attributes Blender"
n_blendTwoAttr.baseName = "blendTwoAttr"
n_blendTwoAttr.niceName = "Blend Two Attr"
//
// String set: n_blendWeighted
//
n_blendWeighted.a_w_niceName = "Weight"
n_blendWeighted.baseName = "blendWeighted"
n_blendWeighted.niceName = "Blend Weighted"
//
// String set: n_blindDataTemplate
//
n_blindDataTemplate.a_bdpa_niceName = "Bd Preset Attr"
n_blindDataTemplate.a_bdpe_niceName = "Bd Preset Elements"
n_blindDataTemplate.a_bdpn_niceName = "Bd Preset Name"
n_blindDataTemplate.a_bdps_niceName = "Blind Data Presets"
n_blindDataTemplate.a_bdpv_niceName = "Bd Preset Value"
n_blindDataTemplate.a_bdui_niceName = "Bd User Info"
n_blindDataTemplate.a_bdun_niceName = "Bd User Info Name"
n_blindDataTemplate.a_bduv_niceName = "Bd User Info Value"
n_blindDataTemplate.a_tid_niceName = "Type Id"
n_blindDataTemplate.baseName = "blindDataTemplate"
n_blindDataTemplate.niceName = "Blind Data Template"
//
// String set: n_blinn
//
n_blinn.a_ec_niceName = "Eccentricity"
n_blinn.a_rro_niceName = "Reflection Rolloff"
n_blinn.a_sro_niceName = "Specular Roll Off"
n_blinn.baseName = "blinn"
n_blinn.niceName = "Blinn"
//
// String set: n_boneLattice
//
n_boneLattice.a_au_niceName = "Adjusted Upper Base Lattice Matrix"
n_boneLattice.a_bi_niceName = "Bicep"
n_boneLattice.a_bm_niceName = "Bend Magnitude"
n_boneLattice.a_bv_niceName = "Bend Vector"
n_boneLattice.a_bx_niceName = "Bend Vector X"
n_boneLattice.a_by_niceName = "Bend Vector Y"
n_boneLattice.a_bz_niceName = "Bend Vector Z"
n_boneLattice.a_li_niceName = "Length In"
n_boneLattice.a_lo_niceName = "Length Out"
n_boneLattice.a_mb_niceName = "Base Lattice Matrix"
n_boneLattice.a_md_niceName = "Deformed Lattice Matrix"
n_boneLattice.a_tr_niceName = "Tricep"
n_boneLattice.a_ui_niceName = "Initial Upper Matrix"
n_boneLattice.a_um_niceName = "Upper Matrix"
n_boneLattice.a_wl_niceName = "Width Left"
n_boneLattice.a_wr_niceName = "Width Right"
n_boneLattice.baseName = "boneLattice"
n_boneLattice.niceName = "Bone Lattice"
//
// String set: n_boolean
//
n_boolean.a_isa_niceName = "Input Shell A"
n_boolean.a_isb_niceName = "Input Shell B"
n_boolean.a_op_enum_kIntersect = "Intersect"
n_boolean.a_op_enum_kSubtract = "Subtract"
n_boolean.a_op_enum_kUnion = "Union"
n_boolean.a_op_niceName = "Operation"
n_boolean.a_osh_niceName = "Output Shell"
n_boolean.a_tlb_niceName = "Tolerance"
n_boolean.baseName = "boolean"
n_boolean.niceName = "Boolean"
//
// String set: n_boundary
//
n_boundary.a_ep_niceName = "End Point"
n_boundary.a_or_niceName = "Order"
n_boundary.baseName = "boundary"
n_boundary.niceName = "Boundary"
//
// String set: n_boundaryBase
//
n_boundaryBase.a_ept_niceName = "End Point Tolerance"
n_boundaryBase.a_ic1_niceName = "Input Curve 1"
n_boundaryBase.a_ic2_niceName = "Input Curve 2"
n_boundaryBase.a_ic3_niceName = "Input Curve 3"
n_boundaryBase.a_ic4_niceName = "Input Curve 4"
n_boundaryBase.a_os_niceName = "Output Surface"
n_boundaryBase.baseName = "boundaryBase"
n_boundaryBase.niceName = "Boundary Base"
//
// String set: n_brownian
//
n_brownian.a_ic_niceName = "Increment"
n_brownian.a_l_niceName = "Lacunarity"
n_brownian.a_n_niceName = "Normal Camera"
n_brownian.a_nx_niceName = "Normal Camera X"
n_brownian.a_ny_niceName = "Normal Camera Y"
n_brownian.a_nz_niceName = "Normal Camera Z"
n_brownian.a_oct_niceName = "Octaves"
n_brownian.a_rcx_niceName = "Ref Point Camera X"
n_brownian.a_rcy_niceName = "Ref Point Camera Y"
n_brownian.a_rcz_niceName = "Ref Point Camera Z"
n_brownian.a_rox_niceName = "Ref Point Obj X"
n_brownian.a_roy_niceName = "Ref Point Obj Y"
n_brownian.a_roz_niceName = "Ref Point Obj Z"
n_brownian.a_rpc_niceName = "Ref Point Camera"
n_brownian.a_rpo_niceName = "Ref Point Obj"
n_brownian.a_w3_niceName = "Weight 3d"
n_brownian.a_w3x_niceName = "Weight 3d X"
n_brownian.a_w3y_niceName = "Weight 3d Y"
n_brownian.a_w3z_niceName = "Weight 3d Z"
n_brownian.a_xpa_niceName = "X Pixel Angle"
n_brownian.baseName = "brownian"
n_brownian.niceName = "Brownian"
//
// String set: n_brush
//
n_brush.a_al1_niceName = "Tex Alpha 1"
n_brush.a_al2_niceName = "Tex Alpha 2"
n_brush.a_azn_niceName = "Azimuth Min"
n_brush.a_azx_niceName = "Azimuth Max"
n_brush.a_bat_niceName = "Branch After Twigs"
n_brush.a_bbl_niceName = "Bump Blur"
n_brush.a_bcr_niceName = "Bud Color"
n_brush.a_bdr_niceName = "Branch Dropout"
n_brush.a_bds_niceName = "Bud Size"
n_brush.a_ben_niceName = "Bend"
n_brush.a_bin_niceName = "Blur Intensity"
n_brush.a_bks_niceName = "Back Shadow"
n_brush.a_bmi_niceName = "Bump Intensity"
n_brush.a_bmt_niceName = "Blur Mult"
n_brush.a_bnb_niceName = "Bend Bias"
n_brush.a_brc_niceName = "Branches"
n_brush.a_brf_niceName = "Branch Reflectivity"
n_brush.a_brn_niceName = "Brightness Rand"
n_brush.a_brt_enum_kAir = "Paint"
n_brush.a_brt_enum_kBlur = "Blur"
n_brush.a_brt_enum_kErase = "Erase"
n_brush.a_brt_enum_kSmear = "Smear"
n_brush.a_brt_enum_kThinLine = "ThinLine"
n_brush.a_brt_enum_kTube = "Mesh"
n_brush.a_brt_niceName = "Brush Type"
n_brush.a_bth_niceName = "Branch Thorns"
n_brush.a_bub_niceName = "Bud Color B"
n_brush.a_bud_niceName = "Buds"
n_brush.a_bug_niceName = "Bud Color G"
n_brush.a_bur_niceName = "Bud Color R"
n_brush.a_bwd_niceName = "Brush Width"
n_brush.a_c1b_niceName = "Color 1B"
n_brush.a_c1g_niceName = "Color 1G"
n_brush.a_c1r_niceName = "Color 1R"
n_brush.a_c2b_niceName = "Color 2B"
n_brush.a_c2g_niceName = "Color 2G"
n_brush.a_c2r_niceName = "Color 2R"
n_brush.a_cfw_niceName = "Curve Follow"
n_brush.a_chr_niceName = "Hue Rand"
n_brush.a_cl1_niceName = "Color 1"
n_brush.a_cl2_niceName = "Color 2"
n_brush.a_clm_enum_kcLife = "length"
n_brush.a_clm_enum_kcMaxLife = "maxLength"
n_brush.a_clm_niceName = "Color Length Map"
n_brush.a_clmp_enum_kCollideBoth = "Both Sides"
n_brush.a_clmp_enum_kCollideInside = "Inside"
n_brush.a_clmp_enum_kCollideOutside = "Outside"
n_brush.a_clmp_niceName = "Collide Method"
n_brush.a_cmd_niceName = "Curve Max Dist"
n_brush.a_cns_niceName = "Center Shadow"
n_brush.a_crf_niceName = "Curl Frequency"
n_brush.a_crl_niceName = "Curl"
n_brush.a_cro_niceName = "Curl Offset"
n_brush.a_csc_niceName = "Creation Script"
n_brush.a_csd_niceName = "Cast Shadows"
n_brush.a_csr_niceName = "Sat Rand"
n_brush.a_cva_niceName = "Curve Attract"
n_brush.a_cvr_niceName = "Val Rand"
n_brush.a_ddl_niceName = "Displacement Delay"
n_brush.a_def_niceName = "Deflection"
n_brush.a_dep_niceName = "Depth"
n_brush.a_dfm_niceName = "Deflection Min"
n_brush.a_dfx_niceName = "Deflection Max"
n_brush.a_dof_niceName = "Displacement Offset"
n_brush.a_dpl_niceName = "Depth Shadow"
n_brush.a_dps_niceName = "Depth Shadow Depth"
n_brush.a_dpt_enum_kDepth = "SurfaceDepth"
n_brush.a_dpt_enum_kDist = "PathDist"
n_brush.a_dpt_niceName = "Depth Shadow Type"
n_brush.a_dsc_niceName = "Displacement Scale"
n_brush.a_dsl_niceName = "Distance Scaling"
n_brush.a_eaa_niceName = "Edge Antialias"
n_brush.a_ecd_niceName = "Edge Clip Depth"
n_brush.a_ecl_niceName = "Edge Clip"
n_brush.a_edc_niceName = "End Caps"
n_brush.a_elm_niceName = "Elevation Min"
n_brush.a_elx_niceName = "Elevation Max"
n_brush.a_env_niceName = "Environment"
n_brush.a_envc_niceName = "Environment _Color"
n_brush.a_envcb_niceName = "Environment _Color B"
n_brush.a_envcg_niceName = "Environment _Color G"
n_brush.a_envcr_niceName = "Environment _Color R"
n_brush.a_envi_enum_kLinear = "Linear"
n_brush.a_envi_enum_kNone = "None"
n_brush.a_envi_enum_kSmooth = "Smooth"
n_brush.a_envi_enum_kSpline = "Spline"
n_brush.a_envi_niceName = "Environment _Interp"
n_brush.a_envp_niceName = "Environment _Position"
n_brush.a_eti_niceName = "End Time"
n_brush.a_fam_niceName = "Fractal Amplitude"
n_brush.a_fe_niceName = "Frame Extension"
n_brush.a_ffcs_niceName = "Flower Face Sun"
n_brush.a_fhr_niceName = "Flower Hue Rand"
n_brush.a_fim_niceName = "Flower Image"
n_brush.a_fks_enum_kNonex = "None"
n_brush.a_fks_enum_kOffsetx = "2D Offset"
n_brush.a_fks_enum_kSurfacex = "3D Cast"
n_brush.a_fks_niceName = "Fake Shadow"
n_brush.a_fl1_niceName = "Flatness 1"
n_brush.a_fl2_niceName = "Flatness 2"
n_brush.a_flc_enum_kFlowersOnAll = "On All"
n_brush.a_flc_enum_kFlowersOnSecondaryBranches = "On Secondary Branches Only"
n_brush.a_flc_enum_kFlowersOnTwigs = "On Twigs Only"
n_brush.a_flc_niceName = "Flower Location"
n_brush.a_fls_niceName = "Flower Stiffness"
n_brush.a_flt_niceName = "Flower Thorns"
n_brush.a_flw_niceName = "Flowers"
n_brush.a_fra_niceName = "Fractal Ratio"
n_brush.a_frf_niceName = "Flower Reflectivity"
n_brush.a_frm_niceName = "Fringe Removal"
n_brush.a_fsd_niceName = "Flower Size Decay"
n_brush.a_fsp_niceName = "Flower Specular"
n_brush.a_fsr_niceName = "Flower Sat Rand"
n_brush.a_fst_niceName = "Flower Start"
n_brush.a_fth_niceName = "Fractal Threshold"
n_brush.a_ftr_niceName = "Flower Translucence"
n_brush.a_ftw_niceName = "Flower Twist"
n_brush.a_fub_niceName = "Flower Use Branch Tex"
n_brush.a_fvr_niceName = "Flower Val Rand"
n_brush.a_fw1_niceName = "Flower Angle 1"
n_brush.a_fw2_niceName = "Flower Angle 2"
n_brush.a_fws_niceName = "Flow Speed"
n_brush.a_fwt_niceName = "Forward Twist"
n_brush.a_fzr_niceName = "Flower Size Rand"
n_brush.a_glb_niceName = "Glow Color B"
n_brush.a_glc_niceName = "Glow Color"
n_brush.a_glg_niceName = "Glow Color G"
n_brush.a_glr_niceName = "Glow Color R"
n_brush.a_gls_niceName = "Glow Spread"
n_brush.a_glw_niceName = "Glow"
n_brush.a_grn_niceName = "Gap Rand"
n_brush.a_grv_niceName = "Gravity"
n_brush.a_gsc_niceName = "Global Scale"
n_brush.a_gsp_niceName = "Gap Spacing"
n_brush.a_gsz_niceName = "Gap Size"
n_brush.a_hde_niceName = "Hard Edges"
n_brush.a_i1b_niceName = "Incandescence 1B"
n_brush.a_i1g_niceName = "Incandescence 1G"
n_brush.a_i1r_niceName = "Incandescence 1R"
n_brush.a_i2b_niceName = "Incandescence 2B"
n_brush.a_i2g_niceName = "Incandescence 2G"
n_brush.a_i2r_niceName = "Incandescence 2R"
n_brush.a_ill_niceName = "Illuminated"
n_brush.a_ilm_enum_kiLife = "length"
n_brush.a_ilm_enum_kiMaxLife = "maxLength"
n_brush.a_ilm_niceName = "Incand Length Map"
n_brush.a_imn_niceName = "Image Name"
n_brush.a_in1_niceName = "Incandescence 1"
n_brush.a_in2_niceName = "Incandescence 2"
n_brush.a_lb1_niceName = "Leaf Color 1B"
n_brush.a_lb2_niceName = "Leaf Color 2B"
n_brush.a_lbn_niceName = "Leaf Bend"
n_brush.a_lbw_niceName = "Lighting Based Width"
n_brush.a_lc1_niceName = "Leaf Color 1"
n_brush.a_lc2_niceName = "Leaf Color 2"
n_brush.a_lcl_niceName = "Leaf Curl"
n_brush.a_lclfv_niceName = "Leaf Curl _Float Value"
n_brush.a_lcli_enum_kLinear = "Linear"
n_brush.a_lcli_enum_kNone = "None"
n_brush.a_lcli_enum_kSmooth = "Smooth"
n_brush.a_lcli_enum_kSpline = "Spline"
n_brush.a_lcli_niceName = "Leaf Curl _Interp"
n_brush.a_lclp_niceName = "Leaf Curl _Position"
n_brush.a_ldp_niceName = "Leaf Dropout"
n_brush.a_ldr_niceName = "Light Direction"
n_brush.a_ldx_niceName = "Light Direction X"
n_brush.a_ldy_niceName = "Light Direction Y"
n_brush.a_ldz_niceName = "Light Direction Z"
n_brush.a_leb_niceName = "Leaf Base Width"
n_brush.a_let_niceName = "Leaf Tip Width"
n_brush.a_lfcs_niceName = "Leaf Face Sun"
n_brush.a_lfs_niceName = "Leaf Stiffness"
n_brush.a_lft_niceName = "Leaf Flatness"
n_brush.a_lfwt_niceName = "Leaf Forward Twist"
n_brush.a_lfx_niceName = "Length Flex"
n_brush.a_lg1_niceName = "Leaf Color 1G"
n_brush.a_lg2_niceName = "Leaf Color 2G"
n_brush.a_lhr_niceName = "Leaf Hue Rand"
n_brush.a_lic_niceName = "Leaves In Cluster"
n_brush.a_lid_niceName = "Luminance Is Displacement"
n_brush.a_lim_niceName = "Leaf Image"
n_brush.a_ll1_niceName = "Leaf Angle 1"
n_brush.a_ll2_niceName = "Leaf Angle 2"
n_brush.a_lln_niceName = "Leaf Length"
n_brush.a_llo_enum_kLeavesOnAll = "On All"
n_brush.a_llo_enum_kLeavesOnSecondaryBranches = "On Secondary Branches Only"
n_brush.a_llo_enum_kLeavesOnTwigs = "On Twigs Only"
n_brush.a_llo_niceName = "Leaf Location"
n_brush.a_lnn_niceName = "Length Min"
n_brush.a_lnx_niceName = "Length Max"
n_brush.a_lpwl_niceName = "Petal Twirl"
n_brush.a_lpwt_niceName = "Petal Forward Twist"
n_brush.a_lr1_niceName = "Leaf Color 1R"
n_brush.a_lr2_niceName = "Leaf Color 2R"
n_brush.a_lrf_niceName = "Leaf Reflectivity"
n_brush.a_lsd_niceName = "Leaf Size Decay"
n_brush.a_lsg_niceName = "Leaf Segments"
n_brush.a_lsp_niceName = "Leaf Specular"
n_brush.a_lsr_niceName = "Leaf Sat Rand"
n_brush.a_lst_niceName = "Leaf Start"
n_brush.a_lth_niceName = "Leaf Thorns"
n_brush.a_ltr_niceName = "Leaf Translucence"
n_brush.a_ltw_niceName = "Leaf Twist"
n_brush.a_ltwl_niceName = "Leaf Twirl"
n_brush.a_lub_niceName = "Leaf Use Branch Tex"
n_brush.a_lvr_niceName = "Leaf Val Rand"
n_brush.a_lvs_niceName = "Leaves"
n_brush.a_lws_niceName = "Leaf Width Scale"
n_brush.a_lwsfv_niceName = "Leaf Width Scale _Float Value"
n_brush.a_lwsi_enum_kLinear = "Linear"
n_brush.a_lwsi_enum_kNone = "None"
n_brush.a_lwsi_enum_kSmooth = "Smooth"
n_brush.a_lwsi_enum_kSpline = "Spline"
n_brush.a_lwsi_niceName = "Leaf Width Scale _Interp"
n_brush.a_lwsp_niceName = "Leaf Width Scale _Position"
n_brush.a_lzr_niceName = "Leaf Size Rand"
n_brush.a_mad_niceName = "Max Attract Distance"
n_brush.a_mbr_niceName = "Middle Branch"
n_brush.a_mcl_niceName = "Map Color"
n_brush.a_mda_niceName = "Modify Alpha"
n_brush.a_mdc_niceName = "Modify Color"
n_brush.a_mdp_niceName = "Modify Depth"
n_brush.a_mds_niceName = "Map Displacement"
n_brush.a_mmd_enum_kMapBrushStart = "Brush Start"
n_brush.a_mmd_enum_kMapFullView = "Full View"
n_brush.a_mmd_enum_kMapTube2D = "Tube 2D"
n_brush.a_mmd_enum_kMapTube3D = "Tube 3D"
n_brush.a_mmd_niceName = "Map Method"
n_brush.a_mms_niceName = "Min Size"
n_brush.a_mmt_niceName = "Momentum"
n_brush.a_mop_niceName = "Map Opacity"
n_brush.a_mpw_niceName = "Min Pixel Width"
n_brush.a_ms1_niceName = "Multi Streak Spread 1"
n_brush.a_ms2_niceName = "Multi Streak Spread 2"
n_brush.a_msdr_niceName = "Multi Streak Diffuse Rand"
n_brush.a_msla_niceName = "Multi Streak Light All"
n_brush.a_mssr_niceName = "Multi Streak Specular Rand"
n_brush.a_mst_niceName = "Multi Streaks"
n_brush.a_mxp_niceName = "Max Pixel Width"
n_brush.a_nbr_niceName = "Num Branches"
n_brush.a_nfl_niceName = "Num Flowers"
n_brush.a_nlc_niceName = "Num Leaf Clusters"
n_brush.a_nof_niceName = "Noise Frequency"
n_brush.a_noi_niceName = "Noise"
n_brush.a_noo_niceName = "Noise Offset"
n_brush.a_ntc_niceName = "Num Twig Clusters"
n_brush.a_nth_niceName = "Thorn Density"
n_brush.a_obr_niceName = "Out Brush"
n_brush.a_ocao_niceName = "Attract Radius Offset"
n_brush.a_ocar_niceName = "Attract Radius Scale"
n_brush.a_ocat_niceName = "Occupy Attraction"
n_brush.a_ocbt_niceName = "Occupy Branch Termination"
n_brush.a_ocro_niceName = "Occupy Radius Offset"
n_brush.a_ocrs_niceName = "Occupy Radius Scale"
n_brush.a_ofu_niceName = "Offset U"
n_brush.a_ofv_niceName = "Offset V"
n_brush.a_ows_niceName = "Occlusion Width Scale"
n_brush.a_pat_niceName = "Path Attract"
n_brush.a_pb1_niceName = "Petal Color 1B"
n_brush.a_pb2_niceName = "Petal Color 2B"
n_brush.a_pbn_niceName = "Petal Bend"
n_brush.a_pc1_niceName = "Petal Color 1"
n_brush.a_pc2_niceName = "Petal Color 2"
n_brush.a_pcl_niceName = "Petal Curl"
n_brush.a_pclfv_niceName = "Petal Curl _Float Value"
n_brush.a_pcli_enum_kLinear = "Linear"
n_brush.a_pcli_enum_kNone = "None"
n_brush.a_pcli_enum_kSmooth = "Smooth"
n_brush.a_pcli_enum_kSpline = "Spline"
n_brush.a_pcli_niceName = "Petal Curl _Interp"
n_brush.a_pclp_niceName = "Petal Curl _Position"
n_brush.a_pdp_niceName = "Petal Dropout"
n_brush.a_pfl_niceName = "Path Follow"
n_brush.a_pft_niceName = "Petal Flatness"
n_brush.a_pg1_niceName = "Petal Color 1G"
n_brush.a_pg2_niceName = "Petal Color 2G"
n_brush.a_pif_niceName = "Petals In Flower"
n_brush.a_pln_niceName = "Petal Length"
n_brush.a_ppl_niceName = "Per Pixel Lighting"
n_brush.a_pr1_niceName = "Petal Color 1R"
n_brush.a_pr2_niceName = "Petal Color 2R"
n_brush.a_psg_niceName = "Petal Segments"
n_brush.a_ptb_niceName = "Petal Base Width"
n_brush.a_ptt_niceName = "Petal Tip Width"
n_brush.a_pws_niceName = "Petal Width Scale"
n_brush.a_pwsfv_niceName = "Petal Width Scale _Float Value"
n_brush.a_pwsi_enum_kLinear = "Linear"
n_brush.a_pwsi_enum_kNone = "None"
n_brush.a_pwsi_enum_kSmooth = "Smooth"
n_brush.a_pwsi_enum_kSpline = "Spline"
n_brush.a_pwsi_niceName = "Petal Width Scale _Interp"
n_brush.a_pwsp_niceName = "Petal Width Scale _Position"
n_brush.a_ran_niceName = "Random"
n_brush.a_rfd_niceName = "Root Fade"
n_brush.a_rll_niceName = "Real Lights"
n_brush.a_rpu_niceName = "Repeat U"
n_brush.a_rpv_niceName = "Repeat V"
n_brush.a_rro_niceName = "Reflection Rolloff"
n_brush.a_rrofv_niceName = "Reflection Rolloff _Float Value"
n_brush.a_rroi_enum_kLinear = "Linear"
n_brush.a_rroi_enum_kNone = "None"
n_brush.a_rroi_enum_kSmooth = "Smooth"
n_brush.a_rroi_enum_kSpline = "Spline"
n_brush.a_rroi_niceName = "Reflection Rolloff _Interp"
n_brush.a_rrop_niceName = "Reflection Rolloff _Position"
n_brush.a_rsc_niceName = "Runtime Script"
n_brush.a_sbr_niceName = "Start Branches"
n_brush.a_scl_niceName = "Surface Collide"
n_brush.a_sdf_niceName = "Shadow Diffusion"
n_brush.a_sdn_niceName = "Stamp Density"
n_brush.a_sfa_niceName = "Surface Attract"
n_brush.a_sft_niceName = "Softness"
n_brush.a_sgb_niceName = "Segment Length Bias"
n_brush.a_sgl_niceName = "Shader Glow"
n_brush.a_sgm_niceName = "Segments"
n_brush.a_slb_niceName = "Split Bias"
n_brush.a_slt_niceName = "Split Twist"
n_brush.a_smd_niceName = "Split Max Depth"
n_brush.a_smp_enum_kSimplifySegments = "Segments"
n_brush.a_smp_enum_kSimplifyTubes = "Tubes Per Step"
n_brush.a_smp_enum_kSimplifyTubesAndSegments = "Tubes and Segments"
n_brush.a_smp_niceName = "Simplify Method"
n_brush.a_smr_niceName = "Smear"
n_brush.a_snd_niceName = "Sun Direction"
n_brush.a_sndx_niceName = "Sun Direction X"
n_brush.a_sndy_niceName = "Sun Direction Y"
n_brush.a_sndz_niceName = "Sun Direction Z"
n_brush.a_snsd_niceName = "Single Sided"
n_brush.a_sof_niceName = "Shadow Offset"
n_brush.a_spa_niceName = "Split Angle"
n_brush.a_spb_niceName = "Specular Color B"
n_brush.a_spc_niceName = "Specular Color"
n_brush.a_spd_niceName = "Spiral Decay"
n_brush.a_spe_niceName = "Specular"
n_brush.a_spg_niceName = "Specular Color G"
n_brush.a_spl_enum_kspLife = "length"
n_brush.a_spl_enum_kspMaxLife = "maxLength"
n_brush.a_spl_niceName = "Split Length Map"
n_brush.a_spm_niceName = "Spiral Min"
n_brush.a_spp_niceName = "Specular Power"
n_brush.a_spr_niceName = "Specular Color R"
n_brush.a_spw_niceName = "Screenspace Width"
n_brush.a_spx_niceName = "Spiral Max"
n_brush.a_srd_niceName = "Split Rand"
n_brush.a_srm_niceName = "Stroke Time"
n_brush.a_sru_niceName = "Smear U"
n_brush.a_srv_niceName = "Smear V"
n_brush.a_ssd_niceName = "Split Size Decay"
n_brush.a_ssg_niceName = "Sub Segments"
n_brush.a_ssn_niceName = "Surface Snap"
n_brush.a_stb_niceName = "Start Tubes"
n_brush.a_sti_niceName = "Start Time"
n_brush.a_stn_niceName = "Shadow Transparency"
n_brush.a_susd_niceName = "Surface Sample Density"
n_brush.a_swb_niceName = "Segment Width Bias"
n_brush.a_t1b_niceName = "Transparency 1B"
n_brush.a_t1g_niceName = "Transparency 1G"
n_brush.a_t1r_niceName = "Transparency 1R"
n_brush.a_t2b_niceName = "Transparency 2B"
n_brush.a_t2g_niceName = "Transparency 2G"
n_brush.a_t2r_niceName = "Transparency 2R"
n_brush.a_ta1_niceName = "Twig Angle 1"
n_brush.a_ta2_niceName = "Twig Angle 2"
n_brush.a_tbc_niceName = "Thorn Base Color"
n_brush.a_tbcb_niceName = "Thorn Base Color B"
n_brush.a_tbcg_niceName = "Thorn Base Color G"
n_brush.a_tbcr_niceName = "Thorn Base Color R"
n_brush.a_tbs_niceName = "Tube Sections"
n_brush.a_tbwd_niceName = "Thorn Base Width"
n_brush.a_tc1_niceName = "Tex Color 1"
n_brush.a_tc2_niceName = "Tex Color 2"
n_brush.a_tcl_niceName = "Time Clip"
n_brush.a_tcm_niceName = "Tube Completion"
n_brush.a_tco_niceName = "Tex Color Offset"
n_brush.a_tcs_niceName = "Tex Color Scale"
n_brush.a_tdp_niceName = "Twig Dropout"
n_brush.a_tdr_enum_kAlongNormal = "Along Normal"
n_brush.a_tdr_enum_kAlongPath = "Along Path"
n_brush.a_tdr_niceName = "Tube Direction"
n_brush.a_tel_niceName = "Thorn Elevation"
n_brush.a_tfd_niceName = "Tip Fade"
n_brush.a_tfl_niceName = "Texture Flow"
n_brush.a_tgs_niceName = "Twig Stiffness"
n_brush.a_tic_niceName = "Twigs In Cluster"
n_brush.a_tim_niceName = "Time"
n_brush.a_tin_enum_ktLinear = "Linear"
n_brush.a_tin_enum_ktSmooth = "Smooth over Time and Space"
n_brush.a_tin_enum_ktSmoothTime = "Smooth over Time"
n_brush.a_tin_niceName = "Turbulence Interpolation"
n_brush.a_tlm_enum_ktLife = "length"
n_brush.a_tlm_enum_ktMaxLife = "maxLength"
n_brush.a_tlm_niceName = "Transp Length Map"
n_brush.a_tln_niceName = "Thorn Length"
n_brush.a_tls_niceName = "Twig Length Scale"
n_brush.a_tlsfv_niceName = "Twig Length Scale _Float Value"
n_brush.a_tlsi_enum_kLinear = "Linear"
n_brush.a_tlsi_enum_kNone = "None"
n_brush.a_tlsi_enum_kSmooth = "Smooth"
n_brush.a_tlsi_enum_kSpline = "Spline"
n_brush.a_tlsi_niceName = "Twig Length Scale _Interp"
n_brush.a_tlsp_niceName = "Twig Length Scale _Position"
n_brush.a_tml_niceName = "Terminal Leaf"
n_brush.a_tn1_niceName = "Transparency 1"
n_brush.a_tn2_niceName = "Transparency 2"
n_brush.a_too_niceName = "Tex Opacity Offset"
n_brush.a_tos_niceName = "Tex Opacity Scale"
n_brush.a_tps_niceName = "Tubes Per Step"
n_brush.a_trd_niceName = "Tube Rand"
n_brush.a_trf_niceName = "Turbulence Frequency"
n_brush.a_trn_niceName = "Translucence"
n_brush.a_tro_niceName = "Turbulence Offset"
n_brush.a_trs_niceName = "Turbulence Speed"
n_brush.a_trt_enum_ktGrassTurb = "Grass Wind"
n_brush.a_trt_enum_ktLocal = "Local Force"
n_brush.a_trt_enum_ktLocalDisplace = "Local Displacement"
n_brush.a_trt_enum_ktOff = "Off"
n_brush.a_trt_enum_ktTreeTurb = "Tree Wind"
n_brush.a_trt_enum_ktWorld = "World Force"
n_brush.a_trt_enum_ktWorldDisplace = "World Displacement"
n_brush.a_trt_niceName = "Turbulence Type"
n_brush.a_trx_niceName = "Turbulence Offset X"
n_brush.a_try_niceName = "Turbulence Offset Y"
n_brush.a_trz_niceName = "Turbulence Offset Z"
n_brush.a_tsp_niceName = "Thorn Specular"
n_brush.a_tst_niceName = "Twig Start"
n_brush.a_ttc_niceName = "Thorn Tip Color"
n_brush.a_ttcb_niceName = "Thorn Tip Color B"
n_brush.a_ttcg_niceName = "Thorn Tip Color G"
n_brush.a_ttcr_niceName = "Thorn Tip Color R"
n_brush.a_tth_niceName = "Twig Thorns"
n_brush.a_ttw_niceName = "Twig Twist"
n_brush.a_ttwd_niceName = "Thorn Tip Width"
n_brush.a_tub_niceName = "Tubes"
n_brush.a_tur_niceName = "Turbulence"
n_brush.a_tw1_niceName = "Tube Width 1"
n_brush.a_tw2_niceName = "Tube Width 2"
n_brush.a_twb_niceName = "Twig Base Width"
n_brush.a_twd_niceName = "Twist Rand"
n_brush.a_twg_niceName = "Twigs"
n_brush.a_twi_niceName = "Twist"
n_brush.a_twl_niceName = "Twig Length"
n_brush.a_twr_niceName = "Twist Rate"
n_brush.a_twt_niceName = "Twig Tip Width"
n_brush.a_txt_enum_kCheckerTexture = "Checker"
n_brush.a_txt_enum_kFileTexture = "File"
n_brush.a_txt_enum_kFractalTexture = "Fractal"
n_brush.a_txt_enum_kURampTexture = "U Ramp"
n_brush.a_txt_enum_kVRampTexture = "V Ramp"
n_brush.a_txt_niceName = "Texture Type"
n_brush.a_txu_niceName = "Tex Uniformity"
n_brush.a_ufe_niceName = "Use Frame Extension"
n_brush.a_ufr_niceName = "Uniform Force"
n_brush.a_ufx_niceName = "Uniform Force X"
n_brush.a_ufy_niceName = "Uniform Force Y"
n_brush.a_ufz_niceName = "Uniform Force Z"
n_brush.a_wdb_niceName = "Width Bias"
n_brush.a_wdr_niceName = "Width Rand"
n_brush.a_wgf_niceName = "Wiggle Frequency"
n_brush.a_wgl_niceName = "Wiggle"
n_brush.a_wgo_niceName = "Wiggle Offset"
n_brush.a_wlm_enum_ksLife = "length"
n_brush.a_wlm_enum_ksMaxLife = "maxLength"
n_brush.a_wlm_niceName = "Width Length Map"
n_brush.a_wsc_niceName = "Width Scale"
n_brush.a_wscfv_niceName = "Width Scale _Float Value"
n_brush.a_wsci_enum_kLinear = "Linear"
n_brush.a_wsci_enum_kNone = "None"
n_brush.a_wsci_enum_kSmooth = "Smooth"
n_brush.a_wsci_enum_kSpline = "Spline"
n_brush.a_wsci_niceName = "Width Scale _Interp"
n_brush.a_wscp_niceName = "Width Scale _Position"
n_brush.a_x1b_niceName = "Tex Color 1B"
n_brush.a_x1g_niceName = "Tex Color 1G"
n_brush.a_x1r_niceName = "Tex Color 1R"
n_brush.a_x2b_niceName = "Tex Color 2B"
n_brush.a_x2g_niceName = "Tex Color 2G"
n_brush.a_x2r_niceName = "Tex Color 2R"
n_brush.baseName = "brush"
n_brush.niceName = "Brush"
//
// String set: n_bulge
//
n_bulge.a_uw_niceName = "U Width"
n_bulge.a_vw_niceName = "V Width"
n_bulge.baseName = "bulge"
n_bulge.niceName = "Bulge"
//
// String set: n_bump2d
//
n_bump2d.a_ae_niceName = "Adjust Edges"
n_bump2d.a_bd_niceName = "Bump Depth"
n_bump2d.a_bf_niceName = "Bump Filter"
n_bump2d.a_bfo_niceName = "Bump Filter Offset"
n_bump2d.a_bi_enum_kHeightField = "Bump"
n_bump2d.a_bi_enum_kObjectNormalMap = "Object Space Normals"
n_bump2d.a_bi_enum_kTangentNormalMap = "Tangent Space Normals"
n_bump2d.a_bi_niceName = "Bump Interp"
n_bump2d.a_bv_niceName = "Bump Value"
n_bump2d.a_c1x_niceName = "Vertex Camera One X"
n_bump2d.a_c1y_niceName = "Vertex Camera One Y"
n_bump2d.a_c1z_niceName = "Vertex Camera One Z"
n_bump2d.a_c2x_niceName = "Vertex Camera Two X"
n_bump2d.a_c2y_niceName = "Vertex Camera Two Y"
n_bump2d.a_c2z_niceName = "Vertex Camera Two Z"
n_bump2d.a_fs_niceName = "Uv Filter Size"
n_bump2d.a_fsx_niceName = "Uv Filter Size X"
n_bump2d.a_fsy_niceName = "Uv Filter Size Y"
n_bump2d.a_ib_niceName = "Info Bits"
n_bump2d.a_n_niceName = "Normal Camera"
n_bump2d.a_nx_niceName = "Normal Camera X"
n_bump2d.a_ny_niceName = "Normal Camera Y"
n_bump2d.a_nz_niceName = "Normal Camera Z"
n_bump2d.a_o_niceName = "Out Normal"
n_bump2d.a_ox_niceName = "Out Normal X"
n_bump2d.a_oy_niceName = "Out Normal Y"
n_bump2d.a_oz_niceName = "Out Normal Z"
n_bump2d.a_p3d_niceName = "Provide 3d Info"
n_bump2d.a_p_niceName = "Point Camera"
n_bump2d.a_po_niceName = "Point Obj"
n_bump2d.a_pox_niceName = "Point Obj X"
n_bump2d.a_poy_niceName = "Point Obj Y"
n_bump2d.a_poz_niceName = "Point Obj Z"
n_bump2d.a_px_niceName = "Point Camera X"
n_bump2d.a_py_niceName = "Point Camera Y"
n_bump2d.a_pz_niceName = "Point Camera Z"
n_bump2d.a_rcx_niceName = "Ref Point Camera X"
n_bump2d.a_rcy_niceName = "Ref Point Camera Y"
n_bump2d.a_rcz_niceName = "Ref Point Camera Z"
n_bump2d.a_ro_niceName = "Ray Origin"
n_bump2d.a_rox_niceName = "Ray Origin X"
n_bump2d.a_roy_niceName = "Ray Origin Y"
n_bump2d.a_roz_niceName = "Ray Origin Z"
n_bump2d.a_rpc_niceName = "Ref Point Camera"
n_bump2d.a_rpo_niceName = "Ref Point Obj"
n_bump2d.a_rpox_niceName = "Ref Point Obj X"
n_bump2d.a_rpoy_niceName = "Ref Point Obj Y"
n_bump2d.a_rpoz_niceName = "Ref Point Obj Z"
n_bump2d.a_t1u_niceName = "Vertex Uv One U"
n_bump2d.a_t1v_niceName = "Vertex Uv One V"
n_bump2d.a_t2u_niceName = "Vertex Uv Two U"
n_bump2d.a_t2v_niceName = "Vertex Uv Two V"
n_bump2d.a_tu_niceName = "Tangent UCamera"
n_bump2d.a_tux_niceName = "Tangent Ux"
n_bump2d.a_tuy_niceName = "Tangent Uy"
n_bump2d.a_tuz_niceName = "Tangent Uz"
n_bump2d.a_tv_niceName = "Tangent VCamera"
n_bump2d.a_tvx_niceName = "Tangent Vx"
n_bump2d.a_tvy_niceName = "Tangent Vy"
n_bump2d.a_tvz_niceName = "Tangent Vz"
n_bump2d.a_u_niceName = "U Coord"
n_bump2d.a_uv_niceName = "Uv Coord"
n_bump2d.a_v_niceName = "V Coord"
n_bump2d.a_vc1_niceName = "Vertex Camera One"
n_bump2d.a_vc2_niceName = "Vertex Camera Two"
n_bump2d.a_vt1_niceName = "Vertex Uv One"
n_bump2d.a_vt2_niceName = "Vertex Uv Two"
n_bump2d.a_xpa_niceName = "X Pixel Angle"
n_bump2d.baseName = "bump2d"
n_bump2d.niceName = "Bump 2d"
//
// String set: n_bump3d
//
n_bump3d.a_bd_niceName = "Bump Depth"
n_bump3d.a_bf_niceName = "Bump Filter"
n_bump3d.a_bfo_niceName = "Bump Filter Offset"
n_bump3d.a_bv_niceName = "Bump Value"
n_bump3d.a_ib_niceName = "Info Bits"
n_bump3d.a_n_niceName = "Normal Camera"
n_bump3d.a_nx_niceName = "Normal Camera X"
n_bump3d.a_ny_niceName = "Normal Camera Y"
n_bump3d.a_nz_niceName = "Normal Camera Z"
n_bump3d.a_o_niceName = "Out Normal"
n_bump3d.a_ox_niceName = "Out Normal X"
n_bump3d.a_oy_niceName = "Out Normal Y"
n_bump3d.a_oz_niceName = "Out Normal Z"
n_bump3d.a_p_niceName = "Point Camera"
n_bump3d.a_po_niceName = "Point Obj"
n_bump3d.a_pox_niceName = "Point Obj X"
n_bump3d.a_poy_niceName = "Point Obj Y"
n_bump3d.a_poz_niceName = "Point Obj Z"
n_bump3d.a_px_niceName = "Point Camera X"
n_bump3d.a_py_niceName = "Point Camera Y"
n_bump3d.a_pz_niceName = "Point Camera Z"
n_bump3d.a_rcx_niceName = "Ref Point Camera X"
n_bump3d.a_rcy_niceName = "Ref Point Camera Y"
n_bump3d.a_rcz_niceName = "Ref Point Camera Z"
n_bump3d.a_ro_niceName = "Ray Origin"
n_bump3d.a_rox_niceName = "Ray Origin X"
n_bump3d.a_roy_niceName = "Ray Origin Y"
n_bump3d.a_roz_niceName = "Ray Origin Z"
n_bump3d.a_rpc_niceName = "Ref Point Camera"
n_bump3d.a_rpo_niceName = "Ref Point Obj"
n_bump3d.a_rpox_niceName = "Ref Point Obj X"
n_bump3d.a_rpoy_niceName = "Ref Point Obj Y"
n_bump3d.a_rpoz_niceName = "Ref Point Obj Z"
n_bump3d.a_tu_niceName = "Tangent UCamera"
n_bump3d.a_tux_niceName = "Tangent Ux"
n_bump3d.a_tuy_niceName = "Tangent Uy"
n_bump3d.a_tuz_niceName = "Tangent Uz"
n_bump3d.a_tv_niceName = "Tangent VCamera"
n_bump3d.a_tvx_niceName = "Tangent Vx"
n_bump3d.a_tvy_niceName = "Tangent Vy"
n_bump3d.a_tvz_niceName = "Tangent Vz"
n_bump3d.a_xpa_niceName = "X Pixel Angle"
n_bump3d.baseName = "bump3d"
n_bump3d.niceName = "Bump 3d"
//
// String set: n_buttonManip
//
n_buttonManip.a_ifl_niceName = "Icon File"
n_buttonManip.a_of_niceName = "Offset"
n_buttonManip.a_ofx_niceName = "Offset X"
n_buttonManip.a_ofy_niceName = "Offset Y"
n_buttonManip.a_ofz_niceName = "Offset Z"
n_buttonManip.a_p_niceName = "Position"
n_buttonManip.a_px_niceName = "Position X"
n_buttonManip.a_py_niceName = "Position Y"
n_buttonManip.a_pz_niceName = "Position Z"
n_buttonManip.a_sct_niceName = "Script"
n_buttonManip.baseName = "buttonManip"
n_buttonManip.niceName = "Button Manip"
//
// String set: n_cacheBase
//
n_cacheBase.a_ir_niceName = "In Range"
n_cacheBase.a_ocad_niceName = "Out Cache Array Data"
n_cacheBase.a_ocd_niceName = "Out Cache Data"
n_cacheBase.baseName = "cacheBase"
n_cacheBase.niceName = "Cache Base"
//
// String set: n_cacheBlend
//
n_cacheBlend.a_cd_niceName = "Cache Data"
n_cacheBlend.a_da_niceName = "Disable All"
n_cacheBlend.a_e_niceName = "End"
n_cacheBlend.a_ic_niceName = "In Cache"
n_cacheBlend.a_ppw_niceName = "Per Pt Weights"
n_cacheBlend.a_ra_niceName = "Range"
n_cacheBlend.a_st_niceName = "Start"
n_cacheBlend.a_va_niceName = "Vector Array"
n_cacheBlend.a_w_niceName = "Weight"
n_cacheBlend.baseName = "cacheBlend"
n_cacheBlend.niceName = "Cache Blend"
//
// String set: n_cacheFile
//
n_cacheFile.a_ca_niceName = "Post Cycle"
n_cacheFile.a_cb_niceName = "Pre Cycle"
n_cacheFile.a_ch_niceName = "Channel"
n_cacheFile.a_cn_niceName = "Cache Name"
n_cacheFile.a_cp_niceName = "Cache Path"
n_cacheFile.a_cw_niceName = "Cache Weights"
n_cacheFile.a_dp_niceName = "Display Load Progress"
n_cacheFile.a_e_niceName = "End"
n_cacheFile.a_en_niceName = "Enable"
n_cacheFile.a_fmt_niceName = "Format"
n_cacheFile.a_h_niceName = "Hold"
n_cacheFile.a_mt_niceName = "Multi Thread"
n_cacheFile.a_oe_niceName = "Original End"
n_cacheFile.a_os_niceName = "Original Start"
n_cacheFile.a_osc_niceName = "Oscillate"
n_cacheFile.a_ppw_niceName = "Per Pt Weights"
n_cacheFile.a_qs_niceName = "Mem Queue Size"
n_cacheFile.a_rev_niceName = "Reverse"
n_cacheFile.a_sc_niceName = "Scale"
n_cacheFile.a_se_niceName = "Source End"
n_cacheFile.a_sf_niceName = "Start Frame"
n_cacheFile.a_ss_niceName = "Source Start"
n_cacheFile.a_st_niceName = "Start"
n_cacheFile.a_tim_niceName = "Time"
n_cacheFile.a_tr_niceName = "Track"
n_cacheFile.a_ts_niceName = "Track State"
n_cacheFile.baseName = "cacheFile"
n_cacheFile.niceName = "Cache File"
//
// String set: n_caddyManip
//
n_caddyManip.baseName = "caddyManip"
n_caddyManip.niceName = "Caddy Manip"
//
// String set: n_caddyManipBase
//
n_caddyManipBase.baseName = "caddyManipBase"
n_caddyManipBase.niceName = "Caddy Manip Base"
//
// String set: n_camera
//
n_camera.a_asp_niceName = "Auto Set Pivot"
n_camera.a_b_niceName = "Bookmarks"
n_camera.a_bfc_niceName = "Best Fit Clipping Planes"
n_camera.a_cap_niceName = "Camera Aperture"
n_camera.a_cfp_niceName = "Display Camera Far Clip"
n_camera.a_cnc_niceName = "Display Camera Near Clip"
n_camera.a_coi_niceName = "Center Of Interest"
n_camera.a_col_niceName = "Background Color"
n_camera.a_colb_niceName = "Background Color B"
n_camera.a_colg_niceName = "Background Color G"
n_camera.a_colr_niceName = "Background Color R"
n_camera.a_cp_niceName = "Clipping Planes"
n_camera.a_cpt_niceName = "Camera Precomp Template"
n_camera.a_cs_niceName = "Camera Scale"
n_camera.a_ct_niceName = "Film Translate"
n_camera.a_dcf_niceName = "Display Camera Frustum"
n_camera.a_den_niceName = "Depth Name"
n_camera.a_dep_niceName = "Depth"
n_camera.a_dfc_niceName = "Display Field Chart"
n_camera.a_dfg_niceName = "Display Film Gate"
n_camera.a_dfo_niceName = "Display Film Origin"
n_camera.a_dfp_niceName = "Display Film Pivot"
n_camera.a_dgc_niceName = "Display Gate Mask Color"
n_camera.a_dgcb_niceName = "Display Gate Mask Color B"
n_camera.a_dgcg_niceName = "Display Gate Mask Color G"
n_camera.a_dgcr_niceName = "Display Gate Mask Color R"
n_camera.a_dgm_niceName = "Display Gate Mask"
n_camera.a_dgo_niceName = "Display Gate Mask Opacity"
n_camera.a_dof_niceName = "Depth Of Field"
n_camera.a_dptp_enum_kClosestVisibleDepth = "Closest Visible Depth"
n_camera.a_dptp_enum_kFurthestVisibleDepth = "Furthest Visible Depth"
n_camera.a_dptp_niceName = "Depth Type"
n_camera.a_dr_niceName = "Display Resolution"
n_camera.a_dsa_niceName = "Display Safe Action"
n_camera.a_dst_niceName = "Display Safe Title"
n_camera.a_fcp_niceName = "Far Clip Plane"
n_camera.a_fd_niceName = "Focus Distance"
n_camera.a_ff_enum_kFillFilmFit = "Fill"
n_camera.a_ff_enum_kHorizontalFilmFit = "Horizontal"
n_camera.a_ff_enum_kOverscanFilmFit = "Overscan"
n_camera.a_ff_enum_kVerticalFilmFit = "Vertical"
n_camera.a_ff_niceName = "Film Fit"
n_camera.a_ffo_niceName = "Film Fit Offset"
n_camera.a_fio_niceName = "Film Offset"
n_camera.a_fl_niceName = "Focal Length"
n_camera.a_frc_niceName = "Film Roll Control"
n_camera.a_fro_enum_kRotateTranslateFilmRoll = "Rotate-Translate"
n_camera.a_fro_enum_kTranslateRotateFilmRoll = "Translate-Rotate"
n_camera.a_fro_niceName = "Film Roll Order"
n_camera.a_frp_niceName = "Film Roll Pivot"
n_camera.a_frs_niceName = "Focus Region Scale"
n_camera.a_frv_niceName = "Film Roll Value"
n_camera.a_fs_niceName = "F Stop"
n_camera.a_fth_niceName = "Film Translate H"
n_camera.a_ftv_niceName = "Film Translate V"
n_camera.a_hc_niceName = "Home Command"
n_camera.a_hfa_niceName = "Horizontal Film Aperture"
n_camera.a_hfo_niceName = "Horizontal Film Offset"
n_camera.a_hit_niceName = "Stereo Horizontal Image Translate"
n_camera.a_hpn_niceName = "Horizontal Pan"
n_camera.a_hrp_niceName = "Horizontal Roll Pivot"
n_camera.a_hs_niceName = "Horizontal Shake"
n_camera.a_hte_niceName = "Stereo Horizontal Image Translate Enabled"
n_camera.a_img_niceName = "Image"
n_camera.a_imn_niceName = "Image Name"
n_camera.a_ip_niceName = "Image Plane"
n_camera.a_jc_niceName = "Journal Command"
n_camera.a_lls_niceName = "Locator Scale"
n_camera.a_lsr_niceName = "Lens Squeeze Ratio"
n_camera.a_ma_niceName = "Mask"
n_camera.a_man_niceName = "Mask Name"
n_camera.a_mb_niceName = "Motion Blur"
n_camera.a_ncp_niceName = "Near Clip Plane"
n_camera.a_o_niceName = "Orthographic"
n_camera.a_ovr_niceName = "Overscan"
n_camera.a_ow_niceName = "Orthographic Width"
n_camera.a_pn_niceName = "Pan"
n_camera.a_ppj_niceName = "Post Projection"
n_camera.a_psc_niceName = "Pre Scale"
n_camera.a_ptsc_niceName = "Post Scale"
n_camera.a_pze_niceName = "Pan Zoom Enabled"
n_camera.a_rnd_niceName = "Renderable"
n_camera.a_rpz_niceName = "Render Pan Zoom"
n_camera.a_sa_niceName = "Shutter Angle"
n_camera.a_se_niceName = "Shake Enabled"
n_camera.a_shk_niceName = "Shake"
n_camera.a_soe_niceName = "Shake Overscan Enabled"
n_camera.a_sos_niceName = "Shake Overscan"
n_camera.a_tdth_niceName = "Transparency Based Depth"
n_camera.a_tp_niceName = "Tumble Pivot"
n_camera.a_tpx_niceName = "Tumble Pivot X"
n_camera.a_tpy_niceName = "Tumble Pivot Y"
n_camera.a_tpz_niceName = "Tumble Pivot Z"
n_camera.a_tthd_niceName = "Threshold"
n_camera.a_tu_niceName = "Trigger Update"
n_camera.a_uexd_niceName = "Use Explore Depth Format"
n_camera.a_uls_niceName = "Use Pivot As Local Space"
n_camera.a_vfa_niceName = "Vertical Film Aperture"
n_camera.a_vfo_niceName = "Vertical Film Offset"
n_camera.a_vpn_niceName = "Vertical Pan"
n_camera.a_vrp_niceName = "Vertical Roll Pivot"
n_camera.a_vs_niceName = "Vertical Shake"
n_camera.a_zom_niceName = "Zoom"
n_camera.baseName = "camera"
n_camera.niceName = "Camera"
//
// String set: n_cameraManip
//
n_cameraManip.baseName = "cameraManip"
n_cameraManip.niceName = "Camera Manip"
//
// String set: n_cameraPlaneManip
//
n_cameraPlaneManip.baseName = "cameraPlaneManip"
n_cameraPlaneManip.niceName = "Camera Plane Manip"
//
// String set: n_cameraSet
//
n_cameraSet.a_act_niceName = "Active"
n_cameraSet.a_cam_niceName = "Camera"
n_cameraSet.a_cl_niceName = "Camera Layer"
n_cameraSet.a_cld_niceName = "Clear Depth"
n_cameraSet.a_ord_niceName = "Order"
n_cameraSet.a_sda_niceName = "Scene Data"
n_cameraSet.baseName = "cameraSet"
n_cameraSet.niceName = "Camera Set"
//
// String set: n_cameraView
//
n_cameraView.a_coi_niceName = "Center Of Interest"
n_cameraView.a_cx_niceName = "Center Of Interest X"
n_cameraView.a_cy_niceName = "Center Of Interest Y"
n_cameraView.a_cz_niceName = "Center Of Interest Z"
n_cameraView.a_d_niceName = "Description"
n_cameraView.a_e_niceName = "Eye"
n_cameraView.a_ex_niceName = "Eye X"
n_cameraView.a_ey_niceName = "Eye Y"
n_cameraView.a_ez_niceName = "Eye Z"
n_cameraView.a_fl_niceName = "Focal Length"
n_cameraView.a_ha_niceName = "Horizontal Aperture"
n_cameraView.a_hpn_niceName = "Horizontal Pan"
n_cameraView.a_o_niceName = "Orthographic"
n_cameraView.a_ow_niceName = "Orthographic Width"
n_cameraView.a_pze_niceName = "Pan Zoom Enabled"
n_cameraView.a_rpz_niceName = "Render Pan Zoom"
n_cameraView.a_tp_niceName = "Tumble Pivot"
n_cameraView.a_tpx_niceName = "Tumble Pivot X"
n_cameraView.a_tpy_niceName = "Tumble Pivot Y"
n_cameraView.a_tpz_niceName = "Tumble Pivot Z"
n_cameraView.a_typ_enum_kView2D = "2D Pan/Zoom"
n_cameraView.a_typ_enum_kView3D = "3D"
n_cameraView.a_typ_niceName = "View Type"
n_cameraView.a_u_niceName = "Up"
n_cameraView.a_ux_niceName = "Up X"
n_cameraView.a_uy_niceName = "Up Y"
n_cameraView.a_uz_niceName = "Up Z"
n_cameraView.a_va_niceName = "Vertical Aperture"
n_cameraView.a_vpn_niceName = "Vertical Pan"
n_cameraView.a_zom_niceName = "Zoom"
n_cameraView.baseName = "cameraView"
n_cameraView.niceName = "Camera View"
//
// String set: n_centerManip
//
n_centerManip.baseName = "centerManip"
n_centerManip.niceName = "Center Manip"
//
// String set: n_character
//
n_character.a_ac_niceName = "Angular Clip Values"
n_character.a_acc_niceName = "Active Clip Connected"
n_character.a_am_niceName = "Animation Mapping"
n_character.a_av_niceName = "Angular Values"
n_character.a_cav_niceName = "Copy Angular Values"
n_character.a_ce_niceName = "Clip Evaluate"
n_character.a_ceh_niceName = "Clip Evaluate _Hidden"
n_character.a_cei_niceName = "Clip Evaluate _Inmap"
n_character.a_ceif_niceName = "Clip Evaluate _Inmap From"
n_character.a_ceit_niceName = "Clip Evaluate _Inmap To"
n_character.a_ceo_niceName = "Clip Evaluate _Outmap"
n_character.a_ceof_niceName = "Clip Evaluate _Outmap From"
n_character.a_ceot_niceName = "Clip Evaluate _Outmap To"
n_character.a_cer_niceName = "Clip Evaluate _Raw"
n_character.a_cim_niceName = "Clip Index Map"
n_character.a_clv_niceName = "Copy Linear Values"
n_character.a_cspe_niceName = "Clip State Percent Eval"
n_character.a_cspeh_niceName = "Clip State Percent Eval _Hidden"
n_character.a_cspei_niceName = "Clip State Percent Eval _Inmap"
n_character.a_cspeif_niceName = "Clip State Percent Eval _Inmap From"
n_character.a_cspeit_niceName = "Clip State Percent Eval _Inmap To"
n_character.a_cspeo_niceName = "Clip State Percent Eval _Outmap"
n_character.a_cspeof_niceName = "Clip State Percent Eval _Outmap From"
n_character.a_cspeot_niceName = "Clip State Percent Eval _Outmap To"
n_character.a_csper_niceName = "Clip State Percent Eval _Raw"
n_character.a_ctv_niceName = "Copy Time Values"
n_character.a_cuv_niceName = "Copy Unitless Values"
n_character.a_eck_niceName = "Eval Character Keys"
n_character.a_lc_niceName = "Linear Clip Values"
n_character.a_lv_niceName = "Linear Values"
n_character.a_mn_niceName = "Match Node"
n_character.a_ofn_niceName = "Offset Node"
n_character.a_ofo_niceName = "Offset Objects"
n_character.a_oolx_niceName = "Offset Object Local XForm"
n_character.a_oolxs_niceName = "Offset Object Local XForms"
n_character.a_rm_niceName = "Reference Mapping"
n_character.a_tc_niceName = "Time Clip Values"
n_character.a_tce_niceName = "Timeline Clip End"
n_character.a_tcs_niceName = "Timeline Clip Start"
n_character.a_toi_niceName = "Translation Offset Indices"
n_character.a_toix_niceName = "Translation Offset Indices X"
n_character.a_toiy_niceName = "Translation Offset Indices Y"
n_character.a_toiz_niceName = "Translation Offset Indices Z"
n_character.a_tox_niceName = "Translation Offset Index X"
n_character.a_toy_niceName = "Translation Offset Y"
n_character.a_toz_niceName = "Translation Offset Z"
n_character.a_tv_niceName = "Time Values"
n_character.a_uc_niceName = "Unitless Clip Values"
n_character.a_uv_niceName = "Unitless Values"
n_character.baseName = "character"
n_character.niceName = "Character"
//
// String set: n_characterMap
//
n_characterMap.a_m_niceName = "Member"
n_characterMap.a_mi_niceName = "Member Index"
n_characterMap.baseName = "characterMap"
n_characterMap.niceName = "Character Map"
//
// String set: n_characterOffset
//
n_characterOffset.a_acpx_niceName = "Apply Control Parent Transform"
n_characterOffset.a_itf_niceName = "Initial Offset Root Translate"
n_characterOffset.a_itfx_niceName = "Initial Offset Root Translate X"
n_characterOffset.a_itfy_niceName = "Initial Offset Root Translate Y"
n_characterOffset.a_itfz_niceName = "Initial Offset Root Translate Z"
n_characterOffset.a_nabl_niceName = "Enable"
n_characterOffset.a_rcpm_niceName = "Rotate Control Parent Matrix"
n_characterOffset.a_rcs_niceName = "Rotate Control Scale"
n_characterOffset.a_rcsx_niceName = "Rotate Control Scale X"
n_characterOffset.a_rcsy_niceName = "Rotate Control Scale Y"
n_characterOffset.a_rcsz_niceName = "Rotate Control Scale Z"
n_characterOffset.a_rfor_enum_kXYZ = "xyz"
n_characterOffset.a_rfor_enum_kXZY = "xzy"
n_characterOffset.a_rfor_enum_kYXZ = "yxz"
n_characterOffset.a_rfor_enum_kYZX = "yzx"
n_characterOffset.a_rfor_enum_kZXY = "zxy"
n_characterOffset.a_rfor_enum_kZYX = "zyx"
n_characterOffset.a_rfor_niceName = "Offset Root Rotate Order"
n_characterOffset.a_rjo_niceName = "Root Joint Orient"
n_characterOffset.a_rjox_niceName = "Root Joint Orient X"
n_characterOffset.a_rjoy_niceName = "Root Joint Orient Y"
n_characterOffset.a_rjoz_niceName = "Root Joint Orient Z"
n_characterOffset.a_rpf_niceName = "Offset Root Rotate Pivot"
n_characterOffset.a_rpim_niceName = "Root Parent Inverse Matrix"
n_characterOffset.a_rpm_niceName = "Root Parent Matrix"
n_characterOffset.a_rppfx_niceName = "Offset Root Rotate Pivot X"
n_characterOffset.a_rppfy_niceName = "Offset Root Rotate Pivot Y"
n_characterOffset.a_rppfz_niceName = "Offset Root Rotate Pivot Z"
n_characterOffset.a_rrf_niceName = "Offset Root Rotate"
n_characterOffset.a_rrfx_niceName = "Offset Root Rotate X"
n_characterOffset.a_rrfy_niceName = "Offset Root Rotate Y"
n_characterOffset.a_rrfz_niceName = "Offset Root Rotate Z"
n_characterOffset.a_rri_niceName = "In Root Rotate"
n_characterOffset.a_rrix_niceName = "In Root Rotate X"
n_characterOffset.a_rriy_niceName = "In Root Rotate Y"
n_characterOffset.a_rriz_niceName = "In Root Rotate Z"
n_characterOffset.a_rro_niceName = "Out Root Rotate"
n_characterOffset.a_rror_enum_kXYZ = "xyz"
n_characterOffset.a_rror_enum_kXZY = "xzy"
n_characterOffset.a_rror_enum_kYXZ = "yxz"
n_characterOffset.a_rror_enum_kYZX = "yzx"
n_characterOffset.a_rror_enum_kZXY = "zxy"
n_characterOffset.a_rror_enum_kZYX = "zyx"
n_characterOffset.a_rror_niceName = "Root Rotate Order"
n_characterOffset.a_rrox_niceName = "Out Root Rotate X"
n_characterOffset.a_rroy_niceName = "Out Root Rotate Y"
n_characterOffset.a_rroz_niceName = "Out Root Rotate Z"
n_characterOffset.a_rtf_niceName = "Offset Root Translate"
n_characterOffset.a_rtfx_niceName = "Offset Root Translate X"
n_characterOffset.a_rtfy_niceName = "Offset Root Translate Y"
n_characterOffset.a_rtfz_niceName = "Offset Root Translate Z"
n_characterOffset.a_rti_niceName = "In Root Translate"
n_characterOffset.a_rtix_niceName = "In Root Translate X"
n_characterOffset.a_rtiy_niceName = "In Root Translate Y"
n_characterOffset.a_rtiz_niceName = "In Root Translate Z"
n_characterOffset.a_rto_niceName = "Out Root Translate"
n_characterOffset.a_rtox_niceName = "Out Root Translate X"
n_characterOffset.a_rtoy_niceName = "Out Root Translate Y"
n_characterOffset.a_rtoz_niceName = "Out Root Translate Z"
n_characterOffset.baseName = "characterOffset"
n_characterOffset.niceName = "Character Offset"
//
// String set: n_checker
//
n_checker.a_c1_niceName = "Color 1"
n_checker.a_c1b_niceName = "Color 1B"
n_checker.a_c1g_niceName = "Color 1G"
n_checker.a_c1r_niceName = "Color 1R"
n_checker.a_c2_niceName = "Color 2"
n_checker.a_c2b_niceName = "Color 2B"
n_checker.a_c2g_niceName = "Color 2G"
n_checker.a_c2r_niceName = "Color 2R"
n_checker.a_ct_niceName = "Contrast"
n_checker.baseName = "checker"
n_checker.niceName = "Checker"
//
// String set: n_choice
//
n_choice.a_i_niceName = "Input"
n_choice.a_o_niceName = "Output"
n_choice.a_s_niceName = "Selector"
n_choice.baseName = "choice"
n_choice.niceName = "Choice"
//
// String set: n_chooser
//
n_chooser.a_dl_enum_0 = "uselod"
n_chooser.a_dl_enum_1 = "show"
n_chooser.a_dl_enum_2 = "hide"
n_chooser.a_dl_niceName = "Display Level"
n_chooser.a_il_niceName = "In Level"
n_chooser.a_o_niceName = "Output"
n_chooser.baseName = "chooser"
n_chooser.niceName = "Chooser"
//
// String set: n_circleManip
//
n_circleManip.baseName = "circleManip"
n_circleManip.niceName = "Circle Manip"
//
// String set: n_circleSweepManip
//
n_circleSweepManip.baseName = "circleSweepManip"
n_circleSweepManip.niceName = "Circle Sweep Manip"
//
// String set: n_clamp
//
n_clamp.a_arp_enum_0 = "Pass through"
n_clamp.a_arp_enum_1 = "Apply to Render Passes"
n_clamp.a_arp_enum_2 = "No Contribution"
n_clamp.a_arp_enum_3 = "Write Shader Result to Beauty Passes"
n_clamp.a_arp_niceName = "Render Pass Mode"
n_clamp.a_ip_niceName = "Input"
n_clamp.a_ipb_niceName = "Input B"
n_clamp.a_ipg_niceName = "Input G"
n_clamp.a_ipr_niceName = "Input R"
n_clamp.a_mn_niceName = "Min"
n_clamp.a_mnb_niceName = "Min B"
n_clamp.a_mng_niceName = "Min G"
n_clamp.a_mnr_niceName = "Min R"
n_clamp.a_mx_niceName = "Max"
n_clamp.a_mxb_niceName = "Max B"
n_clamp.a_mxg_niceName = "Max G"
n_clamp.a_mxr_niceName = "Max R"
n_clamp.a_op_niceName = "Output"
n_clamp.a_opb_niceName = "Output B"
n_clamp.a_opg_niceName = "Output G"
n_clamp.a_opr_niceName = "Output R"
n_clamp.baseName = "clamp"
n_clamp.niceName = "Clamp"
//
// String set: n_clientDevice
//
n_clientDevice.a_dvn_niceName = "Device Name"
n_clientDevice.a_svn_niceName = "Server Name"
n_clientDevice.baseName = "clientDevice"
n_clientDevice.niceName = "Client Device"
//
// String set: n_clipGhostShape
//
n_clipGhostShape.a_cd_niceName = "Clip Data"
n_clipGhostShape.a_cds_niceName = "Clip Direction Scale"
n_clipGhostShape.a_ce_niceName = "Clip Enabled"
n_clipGhostShape.a_cgd_niceName = "Clip Ghost Data"
n_clipGhostShape.a_col_niceName = "Color"
n_clipGhostShape.a_colb_niceName = "Color B"
n_clipGhostShape.a_colg_niceName = "Color G"
n_clipGhostShape.a_colr_niceName = "Color R"
n_clipGhostShape.a_ip_niceName = "Intermediate Poses"
n_clipGhostShape.a_scp_niceName = "Show Clip Path"
n_clipGhostShape.a_sep_niceName = "Show End Pose"
n_clipGhostShape.a_sip_niceName = "Show Intermediate Poses"
n_clipGhostShape.a_ssp_niceName = "Show Start Pose"
n_clipGhostShape.a_tm_niceName = "Track Muted"
n_clipGhostShape.baseName = "clipGhostShape"
n_clipGhostShape.niceName = "Clip Ghost Shape"
//
// String set: n_clipLibrary
//
n_clipLibrary.a_act_niceName = "Active Clip"
n_clipLibrary.a_cd_niceName = "Characterdata"
n_clipLibrary.a_cel_niceName = "Clip Eval List"
n_clipLibrary.a_cev_niceName = "Clip Eval"
n_clipLibrary.a_cevh_niceName = "Clip Eval _Hidden"
n_clipLibrary.a_cevi_niceName = "Clip Eval _Inmap"
n_clipLibrary.a_cevif_niceName = "Clip Eval _Inmap From"
n_clipLibrary.a_cevit_niceName = "Clip Eval _Inmap To"
n_clipLibrary.a_cevo_niceName = "Clip Eval _Outmap"
n_clipLibrary.a_cevof_niceName = "Clip Eval _Outmap From"
n_clipLibrary.a_cevot_niceName = "Clip Eval _Outmap To"
n_clipLibrary.a_cevr_niceName = "Clip Eval _Raw"
n_clipLibrary.a_cf_niceName = "Clip Function"
n_clipLibrary.a_cim_niceName = "Clip Index Mapping"
n_clipLibrary.a_cl_niceName = "Clip"
n_clipLibrary.a_cm_niceName = "Character Mapping"
n_clipLibrary.a_cn_niceName = "Clip Name"
n_clipLibrary.a_du_niceName = "Duration"
n_clipLibrary.a_sc_niceName = "Source Clip"
n_clipLibrary.a_st_niceName = "Start"
n_clipLibrary.baseName = "clipLibrary"
n_clipLibrary.niceName = "Clip Library"
//
// String set: n_clipScheduler
//
n_clipScheduler.a_a_niceName = "Absolute"
n_clipScheduler.a_ar_niceName = "Absolute Rotations"
n_clipScheduler.a_bc_niceName = "Blend Clips"
n_clipScheduler.a_bl_niceName = "Blend List"
n_clipScheduler.a_blh_niceName = "Blend List _Hidden"
n_clipScheduler.a_bli_niceName = "Blend List _Inmap"
n_clipScheduler.a_blif_niceName = "Blend List _Inmap From"
n_clipScheduler.a_blit_niceName = "Blend List _Inmap To"
n_clipScheduler.a_blo_niceName = "Blend List _Outmap"
n_clipScheduler.a_blof_niceName = "Blend List _Outmap From"
n_clipScheduler.a_blot_niceName = "Blend List _Outmap To"
n_clipScheduler.a_blr_niceName = "Blend List _Raw"
n_clipScheduler.a_ca_niceName = "Post Cycle"
n_clipScheduler.a_cb_niceName = "Pre Cycle"
n_clipScheduler.a_ce_niceName = "Clip Evaluate"
n_clipScheduler.a_cf_niceName = "Clip Function"
n_clipScheduler.a_cfh_niceName = "Clip Function _Hidden"
n_clipScheduler.a_cfi_niceName = "Clip Function _Inmap"
n_clipScheduler.a_cfif_niceName = "Clip Function _Inmap From"
n_clipScheduler.a_cfit_niceName = "Clip Function _Inmap To"
n_clipScheduler.a_cfo_niceName = "Clip Function _Outmap"
n_clipScheduler.a_cfof_niceName = "Clip Function _Outmap From"
n_clipScheduler.a_cfot_niceName = "Clip Function _Outmap To"
n_clipScheduler.a_cfr_niceName = "Clip Function _Raw"
n_clipScheduler.a_cl_niceName = "Clip"
n_clipScheduler.a_cspe_niceName = "Clip State Percent Eval"
n_clipScheduler.a_cy_niceName = "Cycle"
n_clipScheduler.a_ea_niceName = "Enable"
n_clipScheduler.a_fcl_niceName = "First Clip"
n_clipScheduler.a_h_niceName = "Hold"
n_clipScheduler.a_nt_niceName = "Num Tracks"
n_clipScheduler.a_sc_niceName = "Scale"
n_clipScheduler.a_scl_niceName = "Second Clip"
n_clipScheduler.a_se_niceName = "Source End"
n_clipScheduler.a_sp_niceName = "Start Percent"
n_clipScheduler.a_ss_niceName = "Source Start"
n_clipScheduler.a_st_niceName = "Start"
n_clipScheduler.a_tr_niceName = "Track"
n_clipScheduler.a_ts_niceName = "Track State"
n_clipScheduler.a_w_niceName = "Weight"
n_clipScheduler.a_ws_enum_kAbsFromZero = "Absolute From Zero"
n_clipScheduler.a_ws_enum_kFromStart = "From Start"
n_clipScheduler.a_ws_enum_kFromZero = "From Zero"
n_clipScheduler.a_ws_niceName = "Weight Style"
n_clipScheduler.baseName = "clipScheduler"
n_clipScheduler.niceName = "Clip Scheduler"
//
// String set: n_clipToGhostData
//
n_clipToGhostData.a_c_niceName = "Character"
n_clipToGhostData.a_cgd_niceName = "Clip Ghost Data"
n_clipToGhostData.a_cip_niceName = "Clip Intermediate Poses"
n_clipToGhostData.a_cpo_niceName = "Clip Post Cycle"
n_clipToGhostData.a_cpr_niceName = "Clip Pre Cycle"
n_clipToGhostData.a_cse_niceName = "Clip Source End"
n_clipToGhostData.a_css_niceName = "Clip Source Start"
n_clipToGhostData.a_m_niceName = "Members"
n_clipToGhostData.baseName = "clipToGhostData"
n_clipToGhostData.niceName = "Clip To Ghost Data"
//
// String set: n_closeCurve
//
n_closeCurve.a_bb_niceName = "Blend Bias"
n_closeCurve.a_bki_niceName = "Blend Knot Insertion"
n_closeCurve.a_ic_niceName = "Input Curve"
n_closeCurve.a_oc_niceName = "Output Curve"
n_closeCurve.a_p_niceName = "Parameter"
n_closeCurve.a_ps_enum_0 = "Ignore"
n_closeCurve.a_ps_enum_1 = "Preserve"
n_closeCurve.a_ps_enum_2 = "Blend"
n_closeCurve.a_ps_niceName = "Preserve Shape"
n_closeCurve.baseName = "closeCurve"
n_closeCurve.niceName = "Close Curve"
//
// String set: n_closeSurface
//
n_closeSurface.a_bb_niceName = "Blend Bias"
n_closeSurface.a_bki_niceName = "Blend Knot Insertion"
n_closeSurface.a_d_enum_kBothDirections = "U & V"
n_closeSurface.a_d_enum_kUDirection = "U"
n_closeSurface.a_d_enum_kVDirection = "V"
n_closeSurface.a_d_niceName = "Direction"
n_closeSurface.a_is_niceName = "Input Surface"
n_closeSurface.a_os_niceName = "Output Surface"
n_closeSurface.a_p_niceName = "Parameter"
n_closeSurface.a_ps_enum_0 = "Ignore"
n_closeSurface.a_ps_enum_1 = "Preserve"
n_closeSurface.a_ps_enum_2 = "Blend"
n_closeSurface.a_ps_niceName = "Preserve Shape"
n_closeSurface.baseName = "closeSurface"
n_closeSurface.niceName = "Close Surface"
//
// String set: n_closestPointOnMesh
//
n_closestPointOnMesh.a_f_niceName = "Closest Face Index"
n_closestPointOnMesh.a_im_niceName = "In Mesh"
n_closestPointOnMesh.a_ip_niceName = "In Position"
n_closestPointOnMesh.a_ipx_niceName = "In Position X"
n_closestPointOnMesh.a_ipy_niceName = "In Position Y"
n_closestPointOnMesh.a_ipz_niceName = "In Position Z"
n_closestPointOnMesh.a_ix_niceName = "Input Matrix"
n_closestPointOnMesh.a_n_niceName = "Normal"
n_closestPointOnMesh.a_nx_niceName = "Normal X"
n_closestPointOnMesh.a_ny_niceName = "Normal Y"
n_closestPointOnMesh.a_nz_niceName = "Normal Z"
n_closestPointOnMesh.a_p_niceName = "Position"
n_closestPointOnMesh.a_px_niceName = "Position X"
n_closestPointOnMesh.a_py_niceName = "Position Y"
n_closestPointOnMesh.a_pz_niceName = "Position Z"
n_closestPointOnMesh.a_r_niceName = "Result"
n_closestPointOnMesh.a_u_niceName = "Parameter U"
n_closestPointOnMesh.a_v_niceName = "Parameter V"
n_closestPointOnMesh.a_vt_niceName = "Closest Vertex Index"
n_closestPointOnMesh.baseName = "closestPointOnMesh"
n_closestPointOnMesh.niceName = "Closest Point On Mesh"
//
// String set: n_closestPointOnSurface
//
n_closestPointOnSurface.a_ip_niceName = "In Position"
n_closestPointOnSurface.a_ipx_niceName = "In Position X"
n_closestPointOnSurface.a_ipy_niceName = "In Position Y"
n_closestPointOnSurface.a_ipz_niceName = "In Position Z"
n_closestPointOnSurface.a_is_niceName = "Input Surface"
n_closestPointOnSurface.a_p_niceName = "Position"
n_closestPointOnSurface.a_px_niceName = "Position X"
n_closestPointOnSurface.a_py_niceName = "Position Y"
n_closestPointOnSurface.a_pz_niceName = "Position Z"
n_closestPointOnSurface.a_r_niceName = "Result"
n_closestPointOnSurface.a_u_niceName = "Parameter U"
n_closestPointOnSurface.a_v_niceName = "Parameter V"
n_closestPointOnSurface.baseName = "closestPointOnSurface"
n_closestPointOnSurface.niceName = "Closest Point On Surface"
//
// String set: n_cloth
//
n_cloth.a_bs_niceName = "Bright Spread"
n_cloth.a_gc_niceName = "Gap Color"
n_cloth.a_gcb_niceName = "Gap Color B"
n_cloth.a_gcg_niceName = "Gap Color G"
n_cloth.a_gcr_niceName = "Gap Color R"
n_cloth.a_r_niceName = "Randomness"
n_cloth.a_uc_niceName = "U Color"
n_cloth.a_ucb_niceName = "U Color B"
n_cloth.a_ucg_niceName = "U Color G"
n_cloth.a_ucr_niceName = "U Color R"
n_cloth.a_uwa_niceName = "U Wave"
n_cloth.a_uwi_niceName = "U Width"
n_cloth.a_vc_niceName = "V Color"
n_cloth.a_vcb_niceName = "V Color B"
n_cloth.a_vcg_niceName = "V Color G"
n_cloth.a_vcr_niceName = "V Color R"
n_cloth.a_vwa_niceName = "V Wave"
n_cloth.a_vwi_niceName = "V Width"
n_cloth.a_ws_niceName = "Width Spread"
n_cloth.baseName = "cloth"
n_cloth.niceName = "Cloth"
//
// String set: n_cloud
//
n_cloud.a_a_niceName = "Amplitude"
n_cloud.a_c1_niceName = "Color 1"
n_cloud.a_c1b_niceName = "Color 1B"
n_cloud.a_c1g_niceName = "Color 1G"
n_cloud.a_c1r_niceName = "Color 1R"
n_cloud.a_c2_niceName = "Color 2"
n_cloud.a_c2b_niceName = "Color 2B"
n_cloud.a_c2g_niceName = "Color 2G"
n_cloud.a_c2r_niceName = "Color 2R"
n_cloud.a_c_niceName = "Contrast"
n_cloud.a_ct_niceName = "Center Thresh"
n_cloud.a_d_niceName = "Depth"
n_cloud.a_dmn_niceName = "Depth Min"
n_cloud.a_dmx_niceName = "Depth Max"
n_cloud.a_e2t_niceName = "Eye To Texture Matrix"
n_cloud.a_et_niceName = "Edge Thresh"
n_cloud.a_n_niceName = "Normal Camera"
n_cloud.a_nx_niceName = "Normal Camera X"
n_cloud.a_ny_niceName = "Normal Camera Y"
n_cloud.a_nz_niceName = "Normal Camera Z"
n_cloud.a_r_niceName = "Ripples"
n_cloud.a_ra_niceName = "Ratio"
n_cloud.a_rcx_niceName = "Ref Point Camera X"
n_cloud.a_rcy_niceName = "Ref Point Camera Y"
n_cloud.a_rcz_niceName = "Ref Point Camera Z"
n_cloud.a_rox_niceName = "Ref Point Obj X"
n_cloud.a_roy_niceName = "Ref Point Obj Y"
n_cloud.a_roz_niceName = "Ref Point Obj Z"
n_cloud.a_rpc_niceName = "Ref Point Camera"
n_cloud.a_rpo_niceName = "Ref Point Obj"
n_cloud.a_rx_niceName = "Ripples X"
n_cloud.a_ry_niceName = "Ripples Y"
n_cloud.a_rz_niceName = "Ripples Z"
n_cloud.a_se_niceName = "Soft Edges"
n_cloud.a_tr_niceName = "Transp Range"
n_cloud.a_xpa_niceName = "X Pixel Angle"
n_cloud.baseName = "cloud"
n_cloud.niceName = "Cloud"
//
// String set: n_cluster
//
n_cluster.a_ait_enum_kClosestPath = "Closest"
n_cluster.a_ait_enum_kNegativeDir = "Negative"
n_cluster.a_ait_enum_kPositiveDir = "Positive"
n_cluster.a_ait_enum_kShortest = "Shortest"
n_cluster.a_ait_niceName = "Angle Interpolation"
n_cluster.a_bs_niceName = "Bind State"
n_cluster.a_gm_niceName = "Geom Matrix"
n_cluster.a_ma_niceName = "Matrix"
n_cluster.a_pm_niceName = "Bind Pre Matrix"
n_cluster.a_post_niceName = "Post Matrix"
n_cluster.a_prc_niceName = "Pre Compensation Matrix"
n_cluster.a_pre_niceName = "Pre Matrix"
n_cluster.a_psc_niceName = "Post Compensation Matrix"
n_cluster.a_ptr_niceName = "Percent Resolution"
n_cluster.a_rel_niceName = "Relative"
n_cluster.a_upr_enum_kFullResolution = "Full"
n_cluster.a_upr_enum_kPartialResolution = "Partial"
n_cluster.a_upr_niceName = "Use Partial Resolution"
n_cluster.a_wcm_niceName = "Weighted Compensation Matrix"
n_cluster.a_wt_niceName = "Weighted Matrix"
n_cluster.a_x_niceName = "Cluster Xforms"
n_cluster.baseName = "cluster"
n_cluster.niceName = "Cluster"
//
// String set: n_clusterFlexorShape
//
n_clusterFlexorShape.baseName = "clusterFlexorShape"
n_clusterFlexorShape.niceName = "Cluster Flexor Shape"
//
// String set: n_clusterHandle
//
n_clusterHandle.a_or_niceName = "Origin"
n_clusterHandle.a_ox_niceName = "Origin X"
n_clusterHandle.a_oy_niceName = "Origin Y"
n_clusterHandle.a_oz_niceName = "Origin Z"
n_clusterHandle.a_post_niceName = "Post Weighted Matrix Transform"
n_clusterHandle.a_pre_niceName = "Pre Weighted Matrix Transform"
n_clusterHandle.a_wn_niceName = "Weighted Node"
n_clusterHandle.a_wt_niceName = "Weighted Matrix Transform"
n_clusterHandle.a_x_niceName = "Cluster Transforms"
n_clusterHandle.baseName = "clusterHandle"
n_clusterHandle.niceName = "Cluster Handle"
//
// String set: n_coiManip
//
n_coiManip.baseName = "coiManip"
n_coiManip.niceName = "Coi Manip"
//
// String set: n_collisionModel
//
n_collisionModel.a_fri_niceName = "Friction"
n_collisionModel.a_res_niceName = "Resilience"
n_collisionModel.baseName = "collisionModel"
n_collisionModel.niceName = "Collision Model"
//
// String set: n_colorManagementGlobals
//
n_colorManagementGlobals.a_cfe_niceName = "Config File Enabled"
n_colorManagementGlobals.a_cfp_niceName = "Config File Path"
n_colorManagementGlobals.a_cme_niceName = "Cm Enabled"
n_colorManagementGlobals.a_din_niceName = "Default Input Space Name"
n_colorManagementGlobals.a_otc_niceName = "Output Transform Use Color Conversion"
n_colorManagementGlobals.a_ote_niceName = "Output Transform Enabled"
n_colorManagementGlobals.a_otn_niceName = "Output Transform Name"
n_colorManagementGlobals.a_ovt_niceName = "Output Use View Transform"
n_colorManagementGlobals.a_potc_niceName = "Playblast Output Transform Use Color Conversion"
n_colorManagementGlobals.a_pote_niceName = "Playblast Output Transform Enabled"
n_colorManagementGlobals.a_potn_niceName = "Playblast Output Transform Name"
n_colorManagementGlobals.a_povt_niceName = "Playblast Output Use View Transform"
n_colorManagementGlobals.a_vtn_niceName = "View Transform Name"
n_colorManagementGlobals.a_wsn_niceName = "Working Space Name"
n_colorManagementGlobals.baseName = "colorManagementGlobals"
n_colorManagementGlobals.niceName = "Color Management Globals"
//
// String set: n_colorProfile
//
n_colorProfile.a_cpt_enum_kCIEXYZ = "CIE XYZ"
n_colorProfile.a_cpt_enum_kHDTV = "Linear Rec. 709"
n_colorProfile.a_cpt_enum_kRec709 = "HDTV (Rec. 709)"
n_colorProfile.a_cpt_enum_kSRGB = "Linear sRGB"
n_colorProfile.a_cpt_enum_kSRGBg = "sRGB"
n_colorProfile.a_cpt_niceName = "Color Profile Type"
n_colorProfile.a_fga_niceName = "Force Gamma"
n_colorProfile.a_gam_niceName = "Gamma"
n_colorProfile.a_gmo_niceName = "Gamma Offset"
n_colorProfile.a_int_niceName = "Intensity"
n_colorProfile.a_tmp_niceName = "Color Temperature"
n_colorProfile.a_tr11_niceName = "Transform Row 1Col 1"
n_colorProfile.a_tr12_niceName = "Transform Row 1Col 2"
n_colorProfile.a_tr13_niceName = "Transform Row 1Col 3"
n_colorProfile.a_tr1_niceName = "Transform Row 1"
n_colorProfile.a_tr21_niceName = "Transform Row 2Col 1"
n_colorProfile.a_tr22_niceName = "Transform Row 2Col 2"
n_colorProfile.a_tr23_niceName = "Transform Row 2Col 3"
n_colorProfile.a_tr2_niceName = "Transform Row 2"
n_colorProfile.a_tr31_niceName = "Transform Row 3Col 1"
n_colorProfile.a_tr32_niceName = "Transform Row 3Col 2"
n_colorProfile.a_tr33_niceName = "Transform Row 3Col 3"
n_colorProfile.a_tr3_niceName = "Transform Row 3"
n_colorProfile.a_tr_niceName = "Transform"
n_colorProfile.a_wp_niceName = "Whitepoint"
n_colorProfile.a_wpb_niceName = "Whitepoint B"
n_colorProfile.a_wpg_niceName = "Whitepoint G"
n_colorProfile.a_wpr_niceName = "Whitepoint R"
n_colorProfile.baseName = "colorProfile"
n_colorProfile.niceName = "Color Profile"
//
// String set: n_combinationShape
//
n_combinationShape.a_cm_enum_kLowestWeighting = "lowest weighting"
n_combinationShape.a_cm_enum_kMultiplication = "multiplication"
n_combinationShape.a_cm_enum_kSmooth = "smooth"
n_combinationShape.a_cm_niceName = "Combination Method"
n_combinationShape.a_iw_niceName = "Input Weight"
n_combinationShape.a_ow_niceName = "Output Weight"
n_combinationShape.baseName = "combinationShape"
n_combinationShape.niceName = "Combination Shape"
//
// String set: n_compactPlugArrayTest
//
n_compactPlugArrayTest.a_aa_niceName = "Attr AA"
n_compactPlugArrayTest.a_ab_niceName = "Attr AB"
n_compactPlugArrayTest.a_ac_niceName = "Attr AC"
n_compactPlugArrayTest.a_ad_niceName = "Attr AD"
n_compactPlugArrayTest.a_ae_niceName = "Attr AE"
n_compactPlugArrayTest.a_af_niceName = "Attr AF"
n_compactPlugArrayTest.a_ag_niceName = "Attr AG"
n_compactPlugArrayTest.a_ah_niceName = "Attr AH"
n_compactPlugArrayTest.a_ai_niceName = "Attr AI"
n_compactPlugArrayTest.a_aj_niceName = "Attr AJ"
n_compactPlugArrayTest.a_ak_niceName = "Attr AK"
n_compactPlugArrayTest.a_al_niceName = "Attr AL"
n_compactPlugArrayTest.a_am_niceName = "Attr AM"
n_compactPlugArrayTest.a_an_niceName = "Attr AN"
n_compactPlugArrayTest.a_ao_niceName = "Attr AO"
n_compactPlugArrayTest.a_ap_niceName = "Attr AP"
n_compactPlugArrayTest.a_aq_niceName = "Attr AQ"
n_compactPlugArrayTest.a_ar_niceName = "Attr AR"
n_compactPlugArrayTest.a_as_niceName = "Attr AS"
n_compactPlugArrayTest.a_at_niceName = "Attr AT"
n_compactPlugArrayTest.a_au_niceName = "Attr AU"
n_compactPlugArrayTest.a_av_niceName = "Attr AV"
n_compactPlugArrayTest.a_aw_niceName = "Attr AW"
n_compactPlugArrayTest.a_ax_niceName = "Attr AX"
n_compactPlugArrayTest.a_ay_niceName = "Attr AY"
n_compactPlugArrayTest.a_az_niceName = "Attr AZ"
n_compactPlugArrayTest.a_zb_niceName = "Attr ZB"
n_compactPlugArrayTest.a_zc_niceName = "Attr ZC"
n_compactPlugArrayTest.a_zd_niceName = "Attr ZD"
n_compactPlugArrayTest.a_ze_niceName = "Attr ZE"
n_compactPlugArrayTest.a_zf_niceName = "Attr ZF"
n_compactPlugArrayTest.a_zg_niceName = "Attr ZG"
n_compactPlugArrayTest.a_zh_niceName = "Attr ZH"
n_compactPlugArrayTest.a_zi_niceName = "Attr ZI"
n_compactPlugArrayTest.a_zj_niceName = "Attr ZJ"
n_compactPlugArrayTest.a_zk_niceName = "Attr ZK"
n_compactPlugArrayTest.a_zl_niceName = "Attr ZL"
n_compactPlugArrayTest.a_zm_niceName = "Attr ZM"
n_compactPlugArrayTest.a_zn_niceName = "Attr ZN"
n_compactPlugArrayTest.baseName = "compactPlugArrayTest"
n_compactPlugArrayTest.niceName = "Compact Plug Array Test"
//
// String set: n_componentManip
//
n_componentManip.baseName = "componentManip"
n_componentManip.niceName = "Component Manip"
//
// String set: n_concentricProjManip
//
n_concentricProjManip.baseName = "concentricProjManip"
n_concentricProjManip.niceName = "Concentric Proj Manip"
//
// String set: n_condition
//
n_condition.a_cf_niceName = "Color If False"
n_condition.a_cfb_niceName = "Color If False B"
n_condition.a_cfg_niceName = "Color If False G"
n_condition.a_cfr_niceName = "Color If False R"
n_condition.a_ct_niceName = "Color If True"
n_condition.a_ctb_niceName = "Color If True B"
n_condition.a_ctg_niceName = "Color If True G"
n_condition.a_ctr_niceName = "Color If True R"
n_condition.a_ft_niceName = "First Term"
n_condition.a_oc_niceName = "Out Color"
n_condition.a_ocb_niceName = "Out Color B"
n_condition.a_ocg_niceName = "Out Color G"
n_condition.a_ocr_niceName = "Out Color R"
n_condition.a_op_enum_kEqual = "Equal"
n_condition.a_op_enum_kGreaterEqual = "Greater or Equal"
n_condition.a_op_enum_kGreaterThan = "Greater Than"
n_condition.a_op_enum_kLessEqual = "Less or Equal"
n_condition.a_op_enum_kLessThan = "Less Than"
n_condition.a_op_enum_kNotEqual = "Not Equal"
n_condition.a_op_niceName = "Operation"
n_condition.a_st_niceName = "Second Term"
n_condition.baseName = "condition"
n_condition.niceName = "Condition"
//
// String set: n_constraint
//
n_constraint.a_erp_niceName = "Enable Rest Position"
n_constraint.a_lo_niceName = "Lock Output"
n_constraint.baseName = "constraint"
n_constraint.niceName = "Constraint"
//
// String set: n_container
//
n_container.a_cbc_niceName = "Can Be Child"
n_container.a_cbp_niceName = "Can Be Parent"
n_container.a_ihc_niceName = "Is Hierarchical Child"
n_container.a_ihp_niceName = "Is Hierarchical Parent"
n_container.a_ihr_niceName = "Is Hierarchical Root"
n_container.a_rt_niceName = "Root Transform"
n_container.baseName = "container"
n_container.niceName = "Container"
//
// String set: n_containerBase
//
n_containerBase.a_bbx_niceName = "Black Box"
n_containerBase.a_boc_niceName = "Border Connections"
n_containerBase.a_cdat_niceName = "Creation Date"
n_containerBase.a_ctor_niceName = "Creator"
n_containerBase.a_ctrt_niceName = "Custom Treatment"
n_containerBase.a_ctyp_niceName = "Container Type"
n_containerBase.a_hl_niceName = "Hyper Layout"
n_containerBase.a_icn_niceName = "Icon Name"
n_containerBase.a_ihn_niceName = "Is Hierarchical Node"
n_containerBase.a_isc_niceName = "Is Collapsed"
n_containerBase.a_ish_niceName = "Is Hierarchical Connection"
n_containerBase.a_pni_niceName = "Published Node Info"
n_containerBase.a_pnod_niceName = "Published Node"
n_containerBase.a_pntp_niceName = "Published Node Type"
n_containerBase.a_rmc_niceName = "Rmb Command"
n_containerBase.a_tna_niceName = "Template Name"
n_containerBase.a_tpt_niceName = "Template Path"
n_containerBase.a_tpv_niceName = "Template Version"
n_containerBase.a_uit_enum_kCustom = "Custom"
n_containerBase.a_uit_enum_kShader = "Shader"
n_containerBase.a_uit_enum_kStandard = "Standard"
n_containerBase.a_uit_niceName = "Ui Treatment"
n_containerBase.a_vwm_enum_kFlat = "Flat"
n_containerBase.a_vwm_enum_kGroupByNode = "Group By Node"
n_containerBase.a_vwm_enum_kUseTemplate = "Use Template"
n_containerBase.a_vwm_niceName = "View Mode"
n_containerBase.a_vwn_niceName = "View Name"
n_containerBase.baseName = "containerBase"
n_containerBase.niceName = "Container Base"
//
// String set: n_contourProjManip
//
n_contourProjManip.baseName = "contourProjManip"
n_contourProjManip.niceName = "Contour Proj Manip"
//
// String set: n_contrast
//
n_contrast.a_arp_enum_0 = "Pass through"
n_contrast.a_arp_enum_1 = "Apply to Render Passes"
n_contrast.a_arp_enum_2 = "No Contribution"
n_contrast.a_arp_enum_3 = "Write Shader Result to Beauty Passes"
n_contrast.a_arp_niceName = "Render Pass Mode"
n_contrast.a_b_niceName = "Bias"
n_contrast.a_bx_niceName = "Bias X"
n_contrast.a_by_niceName = "Bias Y"
n_contrast.a_bz_niceName = "Bias Z"
n_contrast.a_c_niceName = "Contrast"
n_contrast.a_cx_niceName = "Contrast X"
n_contrast.a_cy_niceName = "Contrast Y"
n_contrast.a_cz_niceName = "Contrast Z"
n_contrast.a_o_niceName = "Out Value"
n_contrast.a_ox_niceName = "Out Value X"
n_contrast.a_oy_niceName = "Out Value Y"
n_contrast.a_oz_niceName = "Out Value Z"
n_contrast.a_v_niceName = "Value"
n_contrast.a_vx_niceName = "Value X"
n_contrast.a_vy_niceName = "Value Y"
n_contrast.a_vz_niceName = "Value Z"
n_contrast.baseName = "contrast"
n_contrast.niceName = "Contrast"
//
// String set: n_controlPoint
//
n_controlPoint.a_bn_niceName = "Blind Data Nodes"
n_controlPoint.a_ccls_niceName = "Current Color Set"
n_controlPoint.a_clam_niceName = "Clamped"
n_controlPoint.a_clpa_niceName = "Color Set Points A"
n_controlPoint.a_clpb_niceName = "Color Set Points B"
n_controlPoint.a_clpg_niceName = "Color Set Points G"
n_controlPoint.a_clpr_niceName = "Color Set Points R"
n_controlPoint.a_clsn_niceName = "Color Name"
n_controlPoint.a_clsp_niceName = "Color Set Points"
n_controlPoint.a_clst_niceName = "Color Set"
n_controlPoint.a_cp_niceName = "Control Points"
n_controlPoint.a_cuvs_niceName = "Current UVSet"
n_controlPoint.a_dcc_niceName = "Display Color Channel"
n_controlPoint.a_dcol_niceName = "Display Colors"
n_controlPoint.a_di_niceName = "Display Immediate"
n_controlPoint.a_pv_niceName = "Uv Pivot"
n_controlPoint.a_pvx_niceName = "Uv Pivot X"
n_controlPoint.a_pvy_niceName = "Uv Pivot Y"
n_controlPoint.a_rprt_enum_1 = "A"
n_controlPoint.a_rprt_enum_2 = "LA"
n_controlPoint.a_rprt_enum_3 = "RGB"
n_controlPoint.a_rprt_enum_4 = "RGBA"
n_controlPoint.a_rprt_niceName = "Representation"
n_controlPoint.a_rtw_niceName = "Relative Tweak"
n_controlPoint.a_tw_niceName = "Tweak"
n_controlPoint.a_twl_niceName = "Tweak Location"
n_controlPoint.a_uvpu_niceName = "Uv Set Points U"
n_controlPoint.a_uvpv_niceName = "Uv Set Points V"
n_controlPoint.a_uvsn_niceName = "Uv Set Name"
n_controlPoint.a_uvsp_niceName = "Uv Set Points"
n_controlPoint.a_uvst_niceName = "Uv Set"
n_controlPoint.a_uvtw_niceName = "Uv Set Tweak Location"
n_controlPoint.a_wt_niceName = "Weights"
n_controlPoint.a_xv_niceName = "X Value"
n_controlPoint.a_yv_niceName = "Y Value"
n_controlPoint.a_zv_niceName = "Z Value"
n_controlPoint.baseName = "controlPoint"
n_controlPoint.niceName = "Control Point"
//
// String set: n_controller
//
n_controller.a_act_niceName = "Controller Object"
n_controller.a_child_niceName = "Children"
n_controller.a_cwsb_niceName = "Cycle Walk Sibling"
n_controller.a_pare_niceName = "Parent"
n_controller.a_ppp_niceName = "Parentprepopulate"
n_controller.a_prep_niceName = "Prepopulate"
n_controller.a_vism_enum_kInheritParentController = "Inherit Parent Controller"
n_controller.a_vism_enum_kNotOverriden = "Not Overriden"
n_controller.a_vism_enum_kShowMouseProximity = "Show on mouse proximity"
n_controller.a_vism_niceName = "Visibility Mode"
n_controller.baseName = "controller"
n_controller.niceName = "Controller"
//
// String set: n_copyColorSet
//
n_copyColorSet.a_dst_niceName = "Dst Color Name"
n_copyColorSet.a_ig_niceName = "Input Geometry"
n_copyColorSet.a_og_niceName = "Output Geometry"
n_copyColorSet.a_src_niceName = "Src Color Set Name"
n_copyColorSet.baseName = "copyColorSet"
n_copyColorSet.niceName = "Copy Color Set"
//
// String set: n_copyUVSet
//
n_copyUVSet.a_ig_niceName = "Input Geometry"
n_copyUVSet.a_og_niceName = "Output Geometry"
n_copyUVSet.a_uv2_niceName = "Uv Set Name 2"
n_copyUVSet.a_uvs_niceName = "Uv Set Name"
n_copyUVSet.baseName = "copyUVSet"
n_copyUVSet.niceName = "Copy UVSet"
//
// String set: n_cpManip
//
n_cpManip.baseName = "cpManip"
n_cpManip.niceName = "Cp Manip"
//
// String set: n_crater
//
n_crater.a_ba_niceName = "Balance"
n_crater.a_c1_niceName = "Channel 1"
n_crater.a_c1b_niceName = "Channel 1B"
n_crater.a_c1g_niceName = "Channel 1G"
n_crater.a_c1r_niceName = "Channel 1R"
n_crater.a_c2_niceName = "Channel 2"
n_crater.a_c2b_niceName = "Channel 2B"
n_crater.a_c2g_niceName = "Channel 2G"
n_crater.a_c2r_niceName = "Channel 2R"
n_crater.a_c3_niceName = "Channel 3"
n_crater.a_c3b_niceName = "Channel 3B"
n_crater.a_c3g_niceName = "Channel 3G"
n_crater.a_c3r_niceName = "Channel 3R"
n_crater.a_fr_niceName = "Frequency"
n_crater.a_m_niceName = "Melt"
n_crater.a_n_niceName = "Normal Camera"
n_crater.a_nb_niceName = "Norm Balance"
n_crater.a_nd_niceName = "Norm Depth"
n_crater.a_nf_niceName = "Norm Frequency"
n_crater.a_nm_niceName = "Norm Melt"
n_crater.a_nx_niceName = "Normal Camera X"
n_crater.a_ny_niceName = "Normal Camera Y"
n_crater.a_nz_niceName = "Normal Camera Z"
n_crater.a_o_niceName = "Out Normal"
n_crater.a_ox_niceName = "Out Normal X"
n_crater.a_oy_niceName = "Out Normal Y"
n_crater.a_oz_niceName = "Out Normal Z"
n_crater.a_rcx_niceName = "Ref Point Camera X"
n_crater.a_rcy_niceName = "Ref Point Camera Y"
n_crater.a_rcz_niceName = "Ref Point Camera Z"
n_crater.a_rox_niceName = "Ref Point Obj X"
n_crater.a_roy_niceName = "Ref Point Obj Y"
n_crater.a_roz_niceName = "Ref Point Obj Z"
n_crater.a_rpc_niceName = "Ref Point Camera"
n_crater.a_rpo_niceName = "Ref Point Obj"
n_crater.a_sh_niceName = "Shaker"
n_crater.baseName = "crater"
n_crater.niceName = "Crater"
//
// String set: n_creaseSet
//
n_creaseSet.a_crlv_niceName = "Crease Level"
n_creaseSet.baseName = "creaseSet"
n_creaseSet.niceName = "Crease Set"
//
// String set: n_createBPManip
//
n_createBPManip.baseName = "createBPManip"
n_createBPManip.niceName = "Create BPManip"
//
// String set: n_createCVManip
//
n_createCVManip.baseName = "createCVManip"
n_createCVManip.niceName = "Create CVManip"
//
// String set: n_createColorSet
//
n_createColorSet.a_clam_niceName = "Clamped"
n_createColorSet.a_colos_niceName = "Color Set Name"
n_createColorSet.a_ig_niceName = "Input Geometry"
n_createColorSet.a_og_niceName = "Output Geometry"
n_createColorSet.a_rprt_enum_1 = "A"
n_createColorSet.a_rprt_enum_2 = "LA"
n_createColorSet.a_rprt_enum_3 = "RGB"
n_createColorSet.a_rprt_enum_4 = "RGBA"
n_createColorSet.a_rprt_niceName = "Representation"
n_createColorSet.baseName = "createColorSet"
n_createColorSet.niceName = "Create Color Set"
//
// String set: n_createEPManip
//
n_createEPManip.baseName = "createEPManip"
n_createEPManip.niceName = "Create EPManip"
//
// String set: n_createUVSet
//
n_createUVSet.a_ig_niceName = "Input Geometry"
n_createUVSet.a_og_niceName = "Output Geometry"
n_createUVSet.a_uvs_niceName = "Uv Set Name"
n_createUVSet.baseName = "createUVSet"
n_createUVSet.niceName = "Create UVSet"
//
// String set: n_cubeManip
//
n_cubeManip.baseName = "cubeManip"
n_cubeManip.niceName = "Cube Manip"
//
// String set: n_cubicProjManip
//
n_cubicProjManip.baseName = "cubicProjManip"
n_cubicProjManip.niceName = "Cubic Proj Manip"
//
// String set: n_curveEdManip
//
n_curveEdManip.baseName = "curveEdManip"
n_curveEdManip.niceName = "Curve Ed Manip"
//
// String set: n_curveFromMesh
//
n_curveFromMesh.a_im_niceName = "Input Mesh"
n_curveFromMesh.a_oc_niceName = "Output Curve"
n_curveFromMesh.baseName = "curveFromMesh"
n_curveFromMesh.niceName = "Curve From Mesh"
//
// String set: n_curveFromMeshCoM
//
n_curveFromMeshCoM.a_com_niceName = "Curve On Mesh"
n_curveFromMeshCoM.baseName = "curveFromMeshCoM"
n_curveFromMeshCoM.niceName = "Curve From Mesh Co M"
//
// String set: n_curveFromMeshEdge
//
n_curveFromMeshEdge.a_ei_niceName = "Edge Index"
n_curveFromMeshEdge.baseName = "curveFromMeshEdge"
n_curveFromMeshEdge.niceName = "Curve From Mesh Edge"
//
// String set: n_curveFromSubdiv
//
n_curveFromSubdiv.a_is_niceName = "Input Subdiv"
n_curveFromSubdiv.a_max_niceName = "Max Value"
n_curveFromSubdiv.a_min_niceName = "Min Value"
n_curveFromSubdiv.a_oc_niceName = "Output Curve"
n_curveFromSubdiv.a_r_niceName = "Relative"
n_curveFromSubdiv.baseName = "curveFromSubdiv"
n_curveFromSubdiv.niceName = "Curve From Subdiv"
//
// String set: n_curveFromSubdivEdge
//
n_curveFromSubdivEdge.a_eil_niceName = "Edge Index L"
n_curveFromSubdivEdge.a_eir_niceName = "Edge Index R"
n_curveFromSubdivEdge.baseName = "curveFromSubdivEdge"
n_curveFromSubdivEdge.niceName = "Curve From Subdiv Edge"
//
// String set: n_curveFromSubdivFace
//
n_curveFromSubdivFace.a_fil_niceName = "Face Index L"
n_curveFromSubdivFace.a_fir_niceName = "Face Index R"
n_curveFromSubdivFace.baseName = "curveFromSubdivFace"
n_curveFromSubdivFace.niceName = "Curve From Subdiv Face"
//
// String set: n_curveFromSurface
//
n_curveFromSurface.a_is_niceName = "Input Surface"
n_curveFromSurface.a_max_niceName = "Max Value"
n_curveFromSurface.a_min_niceName = "Min Value"
n_curveFromSurface.a_oc_niceName = "Output Curve"
n_curveFromSurface.a_r_niceName = "Relative"
n_curveFromSurface.baseName = "curveFromSurface"
n_curveFromSurface.niceName = "Curve From Surface"
//
// String set: n_curveFromSurfaceBnd
//
n_curveFromSurfaceBnd.a_b_niceName = "Boundary"
n_curveFromSurfaceBnd.a_e_niceName = "Edge"
n_curveFromSurfaceBnd.a_f_niceName = "Face"
n_curveFromSurfaceBnd.baseName = "curveFromSurfaceBnd"
n_curveFromSurfaceBnd.niceName = "Curve From Surface Bnd"
//
// String set: n_curveFromSurfaceCoS
//
n_curveFromSurfaceCoS.a_cos_niceName = "Curve On Surface"
n_curveFromSurfaceCoS.baseName = "curveFromSurfaceCoS"
n_curveFromSurfaceCoS.niceName = "Curve From Surface Co S"
//
// String set: n_curveFromSurfaceIso
//
n_curveFromSurfaceIso.a_idr_enum_kDirectionU = "U"
n_curveFromSurfaceIso.a_idr_enum_kDirectionV = "V"
n_curveFromSurfaceIso.a_idr_niceName = "Isoparm Direction"
n_curveFromSurfaceIso.a_iv_niceName = "Isoparm Value"
n_curveFromSurfaceIso.a_rv_niceName = "Relative Value"
n_curveFromSurfaceIso.baseName = "curveFromSurfaceIso"
n_curveFromSurfaceIso.niceName = "Curve From Surface Iso"
//
// String set: n_curveInfo
//
n_curveInfo.a_al_niceName = "Arc Length"
n_curveInfo.a_cp_niceName = "Control Points"
n_curveInfo.a_ic_niceName = "Input Curve"
n_curveInfo.a_kn_niceName = "Knots"
n_curveInfo.a_wt_niceName = "Weights"
n_curveInfo.a_xv_niceName = "X Value"
n_curveInfo.a_yv_niceName = "Y Value"
n_curveInfo.a_zv_niceName = "Z Value"
n_curveInfo.baseName = "curveInfo"
n_curveInfo.niceName = "Curve Info"
//
// String set: n_curveIntersect
//
n_curveIntersect.a_d_niceName = "Direction"
n_curveIntersect.a_dx_niceName = "Direction X"
n_curveIntersect.a_dy_niceName = "Direction Y"
n_curveIntersect.a_dz_niceName = "Direction Z"
n_curveIntersect.a_ic1_niceName = "Input Curve 1"
n_curveIntersect.a_ic2_niceName = "Input Curve 2"
n_curveIntersect.a_p1_niceName = "Parameter 1"
n_curveIntersect.a_p2_niceName = "Parameter 2"
n_curveIntersect.a_tol_niceName = "Tolerance"
n_curveIntersect.a_ud_niceName = "Use Direction"
n_curveIntersect.baseName = "curveIntersect"
n_curveIntersect.niceName = "Curve Intersect"
//
// String set: n_curveNormalizer
//
n_curveNormalizer.a_sc_niceName = "Scalar"
n_curveNormalizer.baseName = "curveNormalizer"
n_curveNormalizer.niceName = "Curve Normalizer"
//
// String set: n_curveNormalizerAngle
//
n_curveNormalizerAngle.a_ai_niceName = "Anim Input"
n_curveNormalizerAngle.a_o_niceName = "Output"
n_curveNormalizerAngle.baseName = "curveNormalizerAngle"
n_curveNormalizerAngle.niceName = "Curve Normalizer Angle"
//
// String set: n_curveNormalizerLinear
//
n_curveNormalizerLinear.a_ai_niceName = "Anim Input"
n_curveNormalizerLinear.a_o_niceName = "Output"
n_curveNormalizerLinear.baseName = "curveNormalizerLinear"
n_curveNormalizerLinear.niceName = "Curve Normalizer Linear"
//
// String set: n_curveRange
//
n_curveRange.baseName = "curveRange"
n_curveRange.niceName = "Curve Range"
//
// String set: n_curveSegmentManip
//
n_curveSegmentManip.baseName = "curveSegmentManip"
n_curveSegmentManip.niceName = "Curve Segment Manip"
//
// String set: n_curveShape
//
n_curveShape.baseName = "curveShape"
n_curveShape.niceName = "Curve Shape"
//
// String set: n_curveVarGroup
//
n_curveVarGroup.a_cr_niceName = "Create"
n_curveVarGroup.a_ds_niceName = "Display Smoothness"
n_curveVarGroup.a_l_niceName = "Local"
n_curveVarGroup.baseName = "curveVarGroup"
n_curveVarGroup.niceName = "Curve Var Group"
//
// String set: n_cylindricalProjManip
//
n_cylindricalProjManip.baseName = "cylindricalProjManip"
n_cylindricalProjManip.niceName = "Cylindrical Proj Manip"
//
// String set: n_dagContainer
//
n_dagContainer.baseName = "dagContainer"
n_dagContainer.niceName = "Dag Container"
//
// String set: n_dagNode
//
n_dagNode.a_bb_niceName = "Bounding Box"
n_dagNode.a_bbmn_niceName = "Bounding Box Min"
n_dagNode.a_bbmx_niceName = "Bounding Box Max"
n_dagNode.a_bbnx_niceName = "Bounding Box Min X"
n_dagNode.a_bbny_niceName = "Bounding Box Min Y"
n_dagNode.a_bbnz_niceName = "Bounding Box Min Z"
n_dagNode.a_bbsi_niceName = "Bounding Box Size"
n_dagNode.a_bbsx_niceName = "Bounding Box Size X"
n_dagNode.a_bbsy_niceName = "Bounding Box Size Y"
n_dagNode.a_bbsz_niceName = "Bounding Box Size Z"
n_dagNode.a_bbxx_niceName = "Bounding Box Max X"
n_dagNode.a_bbxy_niceName = "Bounding Box Max Y"
n_dagNode.a_bbxz_niceName = "Bounding Box Max Z"
n_dagNode.a_bcx_niceName = "Bounding Box Center X"
n_dagNode.a_bcy_niceName = "Bounding Box Center Y"
n_dagNode.a_bcz_niceName = "Bounding Box Center Z"
n_dagNode.a_c_niceName = "Center"
n_dagNode.a_do_niceName = "Draw Override"
n_dagNode.a_gab_niceName = "Ghost Color Post B"
n_dagNode.a_gac_niceName = "Ghost Color Post"
n_dagNode.a_gag_niceName = "Ghost Color Post G"
n_dagNode.a_gap_niceName = "Ghost Color Pre A"
n_dagNode.a_gar_niceName = "Ghost Color Post R"
n_dagNode.a_gc_enum_kCustomFramePrePost = "Custom Frame Steps"
n_dagNode.a_gc_enum_kCustomFrames = "Custom Frames"
n_dagNode.a_gc_enum_kCustomKeyPrePost = "Custom Key Steps"
n_dagNode.a_gc_enum_kGlobalPrefs = "Global Prefs"
n_dagNode.a_gc_enum_kKeyframeRange = "Keyframes"
n_dagNode.a_gc_niceName = "Ghosting Control"
n_dagNode.a_gcl_niceName = "Object Grp Comp List"
n_dagNode.a_gco_niceName = "Object Grp Color"
n_dagNode.a_gcp_niceName = "Ghost Color Pre"
n_dagNode.a_gcs_niceName = "Ghost Custom Steps"
n_dagNode.a_gdr_niceName = "Ghost Driver"
n_dagNode.a_gf_niceName = "Ghost Frames"
n_dagNode.a_gh_niceName = "Ghosting"
n_dagNode.a_gid_niceName = "Object Group Id"
n_dagNode.a_gla_niceName = "Ghost Color Post A"
n_dagNode.a_gpb_niceName = "Ghost Color Pre B"
n_dagNode.a_gpg_niceName = "Ghost Color Pre G"
n_dagNode.a_gpr_niceName = "Ghost Pre Steps"
n_dagNode.a_gps_niceName = "Ghost Post Steps"
n_dagNode.a_gre_niceName = "Ghost Range End"
n_dagNode.a_grr_niceName = "Ghost Color Pre R"
n_dagNode.a_grs_niceName = "Ghost Range Start"
n_dagNode.a_gss_niceName = "Ghost Step Size"
n_dagNode.a_hpb_niceName = "Hide On Playback"
n_dagNode.a_im_niceName = "Inverse Matrix"
n_dagNode.a_io_niceName = "Intermediate Object"
n_dagNode.a_iog_niceName = "Inst Obj Groups"
n_dagNode.a_lodv_niceName = "Lod Visibility"
n_dagNode.a_lovc_niceName = "Layer Override Color"
n_dagNode.a_m_niceName = "Matrix"
n_dagNode.a_obcb_niceName = "Object Color B"
n_dagNode.a_obcc_niceName = "Object Color RGB"
n_dagNode.a_obcg_niceName = "Object Color G"
n_dagNode.a_obcr_niceName = "Object Color R"
n_dagNode.a_oc_niceName = "Object Color"
n_dagNode.a_og_niceName = "Object Groups"
n_dagNode.a_ovc_niceName = "Override Color"
n_dagNode.a_ovcb_niceName = "Override Color B"
n_dagNode.a_ovcg_niceName = "Override Color G"
n_dagNode.a_ovcr_niceName = "Override Color R"
n_dagNode.a_ovdt_enum_kNormalDisplay = "Normal"
n_dagNode.a_ovdt_enum_kReferenceDisplay = "Reference"
n_dagNode.a_ovdt_enum_kTemplateDisplay = "Template"
n_dagNode.a_ovdt_niceName = "Override Display Type"
n_dagNode.a_ove_niceName = "Override Enabled"
n_dagNode.a_ovlod_enum_kBoundingBoxLOD = "Bounding Box"
n_dagNode.a_ovlod_enum_kFullLOD = "Full"
n_dagNode.a_ovlod_niceName = "Override Level Of Detail"
n_dagNode.a_ovp_niceName = "Override Playback"
n_dagNode.a_ovrgb_niceName = "Override Color RGB"
n_dagNode.a_ovrgbf_niceName = "Override RGBColors"
n_dagNode.a_ovs_niceName = "Override Shading"
n_dagNode.a_ovt_niceName = "Override Texturing"
n_dagNode.a_ovv_niceName = "Override Visibility"
n_dagNode.a_pim_niceName = "Parent Inverse Matrix"
n_dagNode.a_pm_niceName = "Parent Matrix"
n_dagNode.a_ri_niceName = "Render Info"
n_dagNode.a_rlc_niceName = "Render Layer Color"
n_dagNode.a_rli_niceName = "Render Layer Id"
n_dagNode.a_rlid_niceName = "Identification"
n_dagNode.a_rlio_niceName = "Render Layer Info"
n_dagNode.a_rlr_niceName = "Render Layer Renderable"
n_dagNode.a_rndr_niceName = "Layer Renderable"
n_dagNode.a_sech_niceName = "Selection Child Highlighting"
n_dagNode.a_tmp_niceName = "Template"
n_dagNode.a_uoc_enum_kDefaultObjectColor = "Default"
n_dagNode.a_uoc_enum_kIndexedObjectColor = "Indexed"
n_dagNode.a_uoc_enum_kRGBObjectColor = "RGB"
n_dagNode.a_uoc_niceName = "Use Object Color"
n_dagNode.a_v_niceName = "Visibility"
n_dagNode.a_wfcb_niceName = "Wire Color B"
n_dagNode.a_wfcc_niceName = "Wire Color RGB"
n_dagNode.a_wfcg_niceName = "Wire Color G"
n_dagNode.a_wfcr_niceName = "Wire Color R"
n_dagNode.a_wim_niceName = "World Inverse Matrix"
n_dagNode.a_wm_niceName = "World Matrix"
n_dagNode.baseName = "dagNode"
n_dagNode.niceName = "Dag Node"
//
// String set: n_dagPose
//
n_dagPose.a_bp_niceName = "Bind Pose"
n_dagPose.a_g_niceName = "Global"
n_dagPose.a_m_niceName = "Members"
n_dagPose.a_p_niceName = "Parents"
n_dagPose.a_w_niceName = "World"
n_dagPose.a_wm_niceName = "World Matrix"
n_dagPose.a_xm_niceName = "Xform Matrix"
n_dagPose.baseName = "dagPose"
n_dagPose.niceName = "Dag Pose"
//
// String set: n_dataBlockTest
//
n_dataBlockTest.a_c_niceName = "Compound"
n_dataBlockTest.a_ccc1_niceName = "Level 3CCCS1"
n_dataBlockTest.a_ccc2_niceName = "Level 3CCCS2"
n_dataBlockTest.a_ccc_niceName = "Level 2CCC"
n_dataBlockTest.a_ccm1_niceName = "Level 3CCMCS1"
n_dataBlockTest.a_ccm2_niceName = "Level 3CCMCS2"
n_dataBlockTest.a_ccm_niceName = "Level 2CCM"
n_dataBlockTest.a_ccmc_niceName = "Level 2CCMC"
n_dataBlockTest.a_ccs_niceName = "Level 2CCS"
n_dataBlockTest.a_cm_niceName = "Level 1CM"
n_dataBlockTest.a_cmc1_niceName = "Level 3CMCCS1"
n_dataBlockTest.a_cmc2_niceName = "Level 3CMCCS2"
n_dataBlockTest.a_cmc_niceName = "Level 1CMC"
n_dataBlockTest.a_cmcc_niceName = "Level 2CMCC"
n_dataBlockTest.a_cmcm_niceName = "Level 2CMCM"
n_dataBlockTest.a_cmcs_niceName = "Level 2CMCS"
n_dataBlockTest.a_cmm1_niceName = "Level 3CMCMCS1"
n_dataBlockTest.a_cmm2_niceName = "Level 3CMCMCS2"
n_dataBlockTest.a_cmmc_niceName = "Level 2CMCMC"
n_dataBlockTest.a_cs_niceName = "Level 1CS"
n_dataBlockTest.a_l1cc_niceName = "Level 1CC"
n_dataBlockTest.a_m_niceName = "Multi"
n_dataBlockTest.a_mc_niceName = "Multi Compound"
n_dataBlockTest.a_mcc1_niceName = "Level 3MCCCS1"
n_dataBlockTest.a_mcc2_niceName = "Level 3MCCCS2"
n_dataBlockTest.a_mcc_niceName = "Level 1MCC"
n_dataBlockTest.a_mccc_niceName = "Level 2MCCC"
n_dataBlockTest.a_mccm_niceName = "Level 2MCCMC"
n_dataBlockTest.a_mccs_niceName = "Level 2MCCS"
n_dataBlockTest.a_mcm1_niceName = "Level 3MCCMCS1"
n_dataBlockTest.a_mcm2_niceName = "Level 3MCCMCS2"
n_dataBlockTest.a_mcm_niceName = "Level 2MCCM"
n_dataBlockTest.a_mcmc_niceName = "Level 1MCMC"
n_dataBlockTest.a_mcs_niceName = "Level 1MCS"
n_dataBlockTest.a_mm_niceName = "Level 1MCM"
n_dataBlockTest.a_mmc1_niceName = "Level 3MCMCCS1"
n_dataBlockTest.a_mmc2_niceName = "Level 3MCMCCS2"
n_dataBlockTest.a_mmc_niceName = "Level 2MCMCC"
n_dataBlockTest.a_mmm1_niceName = "Level 3MCMCMCS1"
n_dataBlockTest.a_mmm2_niceName = "Level 3MCMCMCS2"
n_dataBlockTest.a_mmm_niceName = "Level 2MCMCM"
n_dataBlockTest.a_mmmc_niceName = "Level 2MCMCMC"
n_dataBlockTest.a_mms_niceName = "Level 2MCMCS"
n_dataBlockTest.a_s_niceName = "Single"
n_dataBlockTest.baseName = "dataBlockTest"
n_dataBlockTest.niceName = "Data Block Test"
//
// String set: n_defaultLightList
//
n_defaultLightList.a_la_niceName = "Light Ambient"
n_defaultLightList.a_lbd_niceName = "Light Blind Data"
n_defaultLightList.a_lbdo_niceName = "Light Blind Data Out"
n_defaultLightList.a_ld_niceName = "Light Direction"
n_defaultLightList.a_lda_niceName = "Light Data Array"
n_defaultLightList.a_ldf_niceName = "Light Diffuse"
n_defaultLightList.a_ldo_niceName = "Light Direction Out"
n_defaultLightList.a_ldx_niceName = "Light Direction X"
n_defaultLightList.a_ldy_niceName = "Light Direction Y"
n_defaultLightList.a_ldz_niceName = "Light Direction Z"
n_defaultLightList.a_li_niceName = "Light Intensity"
n_defaultLightList.a_lib_niceName = "Light Intensity B"
n_defaultLightList.a_lig_niceName = "Light Intensity G"
n_defaultLightList.a_lir_niceName = "Light Intensity R"
n_defaultLightList.a_lqx_niceName = "Light Direction Out X"
n_defaultLightList.a_lqy_niceName = "Light Direction Out Y"
n_defaultLightList.a_lqz_niceName = "Light Direction Out Z"
n_defaultLightList.a_ls_niceName = "Light Specular"
n_defaultLightList.a_lsf_niceName = "Light Shadow Fraction"
n_defaultLightList.a_ltd_niceName = "Light Data"
n_defaultLightList.a_lw_niceName = "Light Intensity Out"
n_defaultLightList.a_lwb_niceName = "Light Intensity Out B"
n_defaultLightList.a_lwg_niceName = "Light Intensity Out G"
n_defaultLightList.a_lwr_niceName = "Light Intensity Out R"
n_defaultLightList.a_lya_niceName = "Light Ambient Out"
n_defaultLightList.a_lyf_niceName = "Light Diffuse Out"
n_defaultLightList.a_lys_niceName = "Light Specular Out"
n_defaultLightList.a_psi_niceName = "Pre Shadow Intensity"
n_defaultLightList.a_psio_niceName = "Pre Shadow Intensity Out"
n_defaultLightList.a_sfo_niceName = "Light Shadow Fraction Out"
n_defaultLightList.baseName = "defaultLightList"
n_defaultLightList.niceName = "Default Light List"
//
// String set: n_defaultRenderUtilityList
//
n_defaultRenderUtilityList.a_u_niceName = "Utilities"
n_defaultRenderUtilityList.baseName = "defaultRenderUtilityList"
n_defaultRenderUtilityList.niceName = "Default Render Utility List"
//
// String set: n_defaultRenderingList
//
n_defaultRenderingList.a_r_niceName = "Rendering"
n_defaultRenderingList.baseName = "defaultRenderingList"
n_defaultRenderingList.niceName = "Default Rendering List"
//
// String set: n_defaultShaderList
//
n_defaultShaderList.a_s_niceName = "Shaders"
n_defaultShaderList.baseName = "defaultShaderList"
n_defaultShaderList.niceName = "Default Shader List"
//
// String set: n_defaultTextureList
//
n_defaultTextureList.a_tx_niceName = "Textures"
n_defaultTextureList.baseName = "defaultTextureList"
n_defaultTextureList.niceName = "Default Texture List"
//
// String set: n_deformBend
//
n_deformBend.a_cur_niceName = "Curvature"
n_deformBend.a_hb_niceName = "High Bound"
n_deformBend.a_lb_niceName = "Low Bound"
n_deformBend.baseName = "deformBend"
n_deformBend.niceName = "Deform Bend"
//
// String set: n_deformBendManip
//
n_deformBendManip.baseName = "deformBendManip"
n_deformBendManip.niceName = "Deform Bend Manip"
//
// String set: n_deformFlare
//
n_deformFlare.a_crv_niceName = "Curve"
n_deformFlare.a_efx_niceName = "End Flare X"
n_deformFlare.a_efz_niceName = "End Flare Z"
n_deformFlare.a_hb_niceName = "High Bound"
n_deformFlare.a_lb_niceName = "Low Bound"
n_deformFlare.a_sfx_niceName = "Start Flare X"
n_deformFlare.a_sfz_niceName = "Start Flare Z"
n_deformFlare.baseName = "deformFlare"
n_deformFlare.niceName = "Deform Flare"
//
// String set: n_deformFlareManip
//
n_deformFlareManip.baseName = "deformFlareManip"
n_deformFlareManip.niceName = "Deform Flare Manip"
//
// String set: n_deformFunc
//
n_deformFunc.a_dd_niceName = "Deformer Data"
n_deformFunc.a_hw_niceName = "Handle Width"
n_deformFunc.baseName = "deformFunc"
n_deformFunc.niceName = "Deform Func"
//
// String set: n_deformSine
//
n_deformSine.a_amp_niceName = "Amplitude"
n_deformSine.a_dr_niceName = "Dropoff"
n_deformSine.a_hb_niceName = "High Bound"
n_deformSine.a_lb_niceName = "Low Bound"
n_deformSine.a_off_niceName = "Offset"
n_deformSine.a_wav_niceName = "Wavelength"
n_deformSine.baseName = "deformSine"
n_deformSine.niceName = "Deform Sine"
//
// String set: n_deformSineManip
//
n_deformSineManip.baseName = "deformSineManip"
n_deformSineManip.niceName = "Deform Sine Manip"
//
// String set: n_deformSquash
//
n_deformSquash.a_es_niceName = "End Smoothness"
n_deformSquash.a_exp_niceName = "Expand"
n_deformSquash.a_fac_niceName = "Factor"
n_deformSquash.a_hb_niceName = "High Bound"
n_deformSquash.a_lb_niceName = "Low Bound"
n_deformSquash.a_mp_niceName = "Max Expand Pos"
n_deformSquash.a_ss_niceName = "Start Smoothness"
n_deformSquash.baseName = "deformSquash"
n_deformSquash.niceName = "Deform Squash"
//
// String set: n_deformSquashManip
//
n_deformSquashManip.baseName = "deformSquashManip"
n_deformSquashManip.niceName = "Deform Squash Manip"
//
// String set: n_deformTwist
//
n_deformTwist.a_ea_niceName = "End Angle"
n_deformTwist.a_hb_niceName = "High Bound"
n_deformTwist.a_lb_niceName = "Low Bound"
n_deformTwist.a_sa_niceName = "Start Angle"
n_deformTwist.baseName = "deformTwist"
n_deformTwist.niceName = "Deform Twist"
//
// String set: n_deformTwistManip
//
n_deformTwistManip.baseName = "deformTwistManip"
n_deformTwistManip.niceName = "Deform Twist Manip"
//
// String set: n_deformWave
//
n_deformWave.a_amp_niceName = "Amplitude"
n_deformWave.a_dp_niceName = "Dropoff Position"
n_deformWave.a_dr_niceName = "Dropoff"
n_deformWave.a_mnr_niceName = "Min Radius"
n_deformWave.a_mxr_niceName = "Max Radius"
n_deformWave.a_off_niceName = "Offset"
n_deformWave.a_wav_niceName = "Wavelength"
n_deformWave.baseName = "deformWave"
n_deformWave.niceName = "Deform Wave"
//
// String set: n_deformWaveManip
//
n_deformWaveManip.baseName = "deformWaveManip"
n_deformWaveManip.niceName = "Deform Wave Manip"
//
// String set: n_deformableShape
//
n_deformableShape.baseName = "deformableShape"
n_deformableShape.niceName = "Deformable Shape"
//
// String set: n_deleteColorSet
//
n_deleteColorSet.a_cols_niceName = "Color Set Name"
n_deleteColorSet.a_ig_niceName = "Input Geometry"
n_deleteColorSet.a_og_niceName = "Output Geometry"
n_deleteColorSet.baseName = "deleteColorSet"
n_deleteColorSet.niceName = "Delete Color Set"
//
// String set: n_deleteComponent
//
n_deleteComponent.a_dc_niceName = "Delete Components"
n_deleteComponent.a_emap_niceName = "Edge Id Map"
n_deleteComponent.a_fmap_niceName = "Face Id Map"
n_deleteComponent.a_ig_niceName = "Input Geometry"
n_deleteComponent.a_og_niceName = "Output Geometry"
n_deleteComponent.a_uopa_niceName = "Use Old Poly Architecture"
n_deleteComponent.a_vmap_niceName = "Vertex Id Map"
n_deleteComponent.baseName = "deleteComponent"
n_deleteComponent.niceName = "Delete Component"
//
// String set: n_deleteUVSet
//
n_deleteUVSet.a_ig_niceName = "Input Geometry"
n_deleteUVSet.a_og_niceName = "Output Geometry"
n_deleteUVSet.a_uvs_niceName = "Uv Set Name"
n_deleteUVSet.baseName = "deleteUVSet"
n_deleteUVSet.niceName = "Delete UVSet"
//
// String set: n_deltaMush
//
n_deltaMush.a_cach_niceName = "Cache"
n_deltaMush.a_cbp_niceName = "Cache Bind Positions"
n_deltaMush.a_cbv_niceName = "Cache GPUBind Verts"
n_deltaMush.a_cdis_niceName = "Cache Displacements"
n_deltaMush.a_cfrm_niceName = "Cache Frames"
n_deltaMush.a_cpbv_niceName = "Cache Pin Border Vertices"
n_deltaMush.a_csa_niceName = "Cache Smoothing Algorithm"
n_deltaMush.a_csi_niceName = "Cache Smoothing Iterations"
n_deltaMush.a_css_niceName = "Cache Smoothing Step"
n_deltaMush.a_dsp_niceName = "Displacement"
n_deltaMush.a_dwt_niceName = "Distance Weight"
n_deltaMush.a_iwc_niceName = "Inward Constraint"
n_deltaMush.a_owc_niceName = "Outward Constraint"
n_deltaMush.a_pbv_niceName = "Pin Border Vertices"
n_deltaMush.a_s_niceName = "Scale"
n_deltaMush.a_sa_enum_kAverage = "Average"
n_deltaMush.a_sa_niceName = "Smoothing Algorithm"
n_deltaMush.a_si_niceName = "Smoothing Iterations"
n_deltaMush.a_ss_niceName = "Smoothing Step"
n_deltaMush.a_sx_niceName = "Scale X"
n_deltaMush.a_sy_niceName = "Scale Y"
n_deltaMush.a_sz_niceName = "Scale Z"
n_deltaMush.baseName = "deltaMush"
n_deltaMush.niceName = "Delta Mush"
//
// String set: n_detachCurve
//
n_detachCurve.a_ic_niceName = "Input Curve"
n_detachCurve.a_k_niceName = "Keep"
n_detachCurve.a_oc_niceName = "Output Curve"
n_detachCurve.a_p_niceName = "Parameter"
n_detachCurve.baseName = "detachCurve"
n_detachCurve.niceName = "Detach Curve"
//
// String set: n_detachSurface
//
n_detachSurface.a_d_enum_kUDirection = "U"
n_detachSurface.a_d_enum_kVDirection = "V"
n_detachSurface.a_d_niceName = "Direction"
n_detachSurface.a_is_niceName = "Input Surface"
n_detachSurface.a_k_niceName = "Keep"
n_detachSurface.a_os_niceName = "Output Surface"
n_detachSurface.a_p_niceName = "Parameter"
n_detachSurface.baseName = "detachSurface"
n_detachSurface.niceName = "Detach Surface"
//
// String set: n_dimensionShape
//
n_dimensionShape.baseName = "dimensionShape"
n_dimensionShape.niceName = "Dimension Shape"
//
// String set: n_directedDisc
//
n_directedDisc.baseName = "directedDisc"
n_directedDisc.niceName = "Directed Disc"
//
// String set: n_directionManip
//
n_directionManip.baseName = "directionManip"
n_directionManip.niceName = "Direction Manip"
//
// String set: n_directionalLight
//
n_directionalLight.a_lang_niceName = "Light Angle"
n_directionalLight.a_ot_niceName = "Object Type"
n_directionalLight.a_pw_niceName = "Point World"
n_directionalLight.a_tx_niceName = "Point World X"
n_directionalLight.a_ty_niceName = "Point World Y"
n_directionalLight.a_tz_niceName = "Point World Z"
n_directionalLight.a_up_niceName = "Use Light Position"
n_directionalLight.baseName = "directionalLight"
n_directionalLight.niceName = "Directional Light"
//
// String set: n_discManip
//
n_discManip.baseName = "discManip"
n_discManip.niceName = "Disc Manip"
//
// String set: n_diskCache
//
n_diskCache.a_cn_niceName = "Cache Name"
n_diskCache.a_cpl_niceName = "Copy Locally"
n_diskCache.a_ct_niceName = "Cache Type"
n_diskCache.a_dc_niceName = "Disk Cache"
n_diskCache.a_ebl_niceName = "Enable"
n_diskCache.a_etim_niceName = "End Time"
n_diskCache.a_hcn_niceName = "Hidden Cache Name"
n_diskCache.a_sr_niceName = "Sampling Rate"
n_diskCache.a_st_enum_kOverSampling = "Over Sampling"
n_diskCache.a_st_enum_kUnderSampling = "Under Sampling"
n_diskCache.a_st_niceName = "Sampling Type"
n_diskCache.a_stim_niceName = "Start Time"
n_diskCache.baseName = "diskCache"
n_diskCache.niceName = "Disk Cache"
//
// String set: n_displacementShader
//
n_displacementShader.a_d_niceName = "Displacement"
n_displacementShader.a_dm_enum_kNormal = "Normal"
n_displacementShader.a_dm_enum_kVectorObject = "Vector, Object Space"
n_displacementShader.a_dm_enum_kVectorTangent = "Vector, Tangent Space"
n_displacementShader.a_dm_enum_kVectorWorld = "Vector, World Space"
n_displacementShader.a_dm_niceName = "Displacement Mode"
n_displacementShader.a_scl_niceName = "Scale"
n_displacementShader.a_tan_niceName = "Tangent"
n_displacementShader.a_tx_niceName = "Tangent X"
n_displacementShader.a_ty_niceName = "Tangent Y"
n_displacementShader.a_tz_niceName = "Tangent Z"
n_displacementShader.a_vd_niceName = "Vector Displacement"
n_displacementShader.a_vdx_niceName = "Vector Displacement X"
n_displacementShader.a_vdy_niceName = "Vector Displacement Y"
n_displacementShader.a_vdz_niceName = "Vector Displacement Z"
n_displacementShader.a_ve_enum_kAbsolute = "Floating-Point Absolute"
n_displacementShader.a_ve_enum_kSignedEncoding = "Signed Encoding"
n_displacementShader.a_ve_niceName = "Vector Encoding"
n_displacementShader.a_vs_enum_kObject = "Object"
n_displacementShader.a_vs_enum_kTangent = "Tangent"
n_displacementShader.a_vs_enum_kWorld = "World"
n_displacementShader.a_vs_niceName = "Vector Space"
n_displacementShader.a_yup_niceName = "Y Is Up"
n_displacementShader.baseName = "displacementShader"
n_displacementShader.niceName = "Displacement"
//
// String set: n_displayLayer
//
n_displayLayer.a_c_niceName = "Color"
n_displayLayer.a_di_niceName = "Draw Info"
n_displayLayer.a_do_niceName = "Display Order"
n_displayLayer.a_dt_enum_kNormalDisplay = "Normal"
n_displayLayer.a_dt_enum_kReferenceDisplay = "Reference"
n_displayLayer.a_dt_enum_kTemplateDisplay = "Template"
n_displayLayer.a_dt_niceName = "Display Type"
n_displayLayer.a_e_niceName = "Enabled"
n_displayLayer.a_hpb_niceName = "Hide On Playback"
n_displayLayer.a_id_niceName = "Identification"
n_displayLayer.a_lod_enum_kBoundingBoxLOD = "Bounding Box"
n_displayLayer.a_lod_enum_kFullLOD = "Full"
n_displayLayer.a_lod_niceName = "Level Of Detail"
n_displayLayer.a_ovcb_niceName = "Override Color B"
n_displayLayer.a_ovcg_niceName = "Override Color G"
n_displayLayer.a_ovcr_niceName = "Override Color R"
n_displayLayer.a_ovrgb_niceName = "Override Color RGB"
n_displayLayer.a_ovrgbf_niceName = "Override RGBColors"
n_displayLayer.a_p_niceName = "Playback"
n_displayLayer.a_s_niceName = "Shading"
n_displayLayer.a_t_niceName = "Texturing"
n_displayLayer.a_v_niceName = "Visibility"
n_displayLayer.baseName = "displayLayer"
n_displayLayer.niceName = "Display Layer"
//
// String set: n_displayLayerManager
//
n_displayLayerManager.a_cdl_niceName = "Current Display Layer"
n_displayLayerManager.a_dli_niceName = "Display Layer Id"
n_displayLayerManager.baseName = "displayLayerManager"
n_displayLayerManager.niceName = "Display Layer Manager"
//
// String set: n_distanceBetween
//
n_distanceBetween.a_d_niceName = "Distance"
n_distanceBetween.a_im1_niceName = "In Matrix 1"
n_distanceBetween.a_im2_niceName = "In Matrix 2"
n_distanceBetween.a_p1_niceName = "Point 1"
n_distanceBetween.a_p1x_niceName = "Point 1X"
n_distanceBetween.a_p1y_niceName = "Point 1Y"
n_distanceBetween.a_p1z_niceName = "Point 1Z"
n_distanceBetween.a_p2_niceName = "Point 2"
n_distanceBetween.a_p2x_niceName = "Point 2X"
n_distanceBetween.a_p2y_niceName = "Point 2Y"
n_distanceBetween.a_p2z_niceName = "Point 2Z"
n_distanceBetween.baseName = "distanceBetween"
n_distanceBetween.niceName = "Distance Between"
//
// String set: n_distanceDimShape
//
n_distanceDimShape.a_dist_niceName = "Distance"
n_distanceDimShape.a_ep_niceName = "End Point"
n_distanceDimShape.a_epx_niceName = "End Point X"
n_distanceDimShape.a_epy_niceName = "End Point Y"
n_distanceDimShape.a_epz_niceName = "End Point Z"
n_distanceDimShape.a_prec_niceName = "Precision"
n_distanceDimShape.a_sp_niceName = "Start Point"
n_distanceDimShape.a_spx_niceName = "Start Point X"
n_distanceDimShape.a_spy_niceName = "Start Point Y"
n_distanceDimShape.a_spz_niceName = "Start Point Z"
n_distanceDimShape.baseName = "distanceDimShape"
n_distanceDimShape.niceName = "Distance Dim Shape"
//
// String set: n_distanceManip
//
n_distanceManip.baseName = "distanceManip"
n_distanceManip.niceName = "Distance Manip"
//
// String set: n_dof
//
n_dof.baseName = "dof"
n_dof.niceName = "Dof"
//
// String set: n_dofManip
//
n_dofManip.baseName = "dofManip"
n_dofManip.niceName = "Dof Manip"
//
// String set: n_doubleShadingSwitch
//
n_doubleShadingSwitch.a_dc1_niceName = "Def Comp 1"
n_doubleShadingSwitch.a_dc2_niceName = "Def Comp 2"
n_doubleShadingSwitch.a_def_niceName = "Default"
n_doubleShadingSwitch.a_i_niceName = "Input"
n_doubleShadingSwitch.a_ic1_niceName = "In Comp 1"
n_doubleShadingSwitch.a_ic2_niceName = "In Comp 2"
n_doubleShadingSwitch.a_idl_niceName = "In Double"
n_doubleShadingSwitch.a_is_niceName = "In Shape"
n_doubleShadingSwitch.a_oc1_niceName = "Out Comp 1"
n_doubleShadingSwitch.a_oc2_niceName = "Out Comp 2"
n_doubleShadingSwitch.a_out_niceName = "Output"
n_doubleShadingSwitch.baseName = "doubleShadingSwitch"
n_doubleShadingSwitch.niceName = "Double Switch"
//
// String set: n_dpBirailSrf
//
n_dpBirailSrf.a_bl_niceName = "Blend Factor"
n_dpBirailSrf.a_ip1_niceName = "Input Profile 1"
n_dpBirailSrf.a_ip2_niceName = "Input Profile 2"
n_dpBirailSrf.a_tp1_niceName = "Tangent Continuity Profile 1"
n_dpBirailSrf.a_tp2_niceName = "Tangent Continuity Profile 2"
n_dpBirailSrf.baseName = "dpBirailSrf"
n_dpBirailSrf.niceName = "Dp Birail Srf"
//
// String set: n_dragField
//
n_dragField.a_cti_niceName = "Current Time"
n_dragField.a_d_niceName = "Direction"
n_dragField.a_dx_niceName = "Direction X"
n_dragField.a_dy_niceName = "Direction Y"
n_dragField.a_dz_niceName = "Direction Z"
n_dragField.a_iv_niceName = "Inherit Velocity"
n_dragField.a_mna_niceName = "Motion Attenuation"
n_dragField.a_spa_niceName = "Speed Attenuation"
n_dragField.a_ud_niceName = "Use Direction"
n_dragField.baseName = "dragField"
n_dragField.niceName = "Drag Field"
//
// String set: n_dropoffLocator
//
n_dropoffLocator.a_pc_niceName = "Percent"
n_dropoffLocator.a_pr_niceName = "Param"
n_dropoffLocator.baseName = "dropoffLocator"
n_dropoffLocator.niceName = "Dropoff Locator"
//
// String set: n_dropoffManip
//
n_dropoffManip.baseName = "dropoffManip"
n_dropoffManip.niceName = "Dropoff Manip"
//
// String set: n_dynAttenuationManip
//
n_dynAttenuationManip.baseName = "dynAttenuationManip"
n_dynAttenuationManip.niceName = "Dyn Attenuation Manip"
//
// String set: n_dynBase
//
n_dynBase.a_fw_niceName = "From Where"
n_dynBase.a_ocd_niceName = "Owner Centroid"
n_dynBase.a_ocx_niceName = "Owner Centroid X"
n_dynBase.a_ocy_niceName = "Owner Centroid Y"
n_dynBase.a_ocz_niceName = "Owner Centroid Z"
n_dynBase.a_opd_niceName = "Owner Pos Data"
n_dynBase.a_ovd_niceName = "Owner Vel Data"
n_dynBase.a_ow_niceName = "Owner"
n_dynBase.a_psl_niceName = "Positional"
n_dynBase.a_sid_niceName = "Subset Id"
n_dynBase.baseName = "dynBase"
n_dynBase.niceName = "Dyn Base"
//
// String set: n_dynController
//
n_dynController.a_ac_niceName = "Auto Create"
n_dynController.a_aon_niceName = "All On"
n_dynController.a_awr_niceName = "All On When Run"
n_dynController.a_brr_niceName = "Break Runup"
n_dynController.a_cet_niceName = "Curr Eval Time"
n_dynController.a_ct_niceName = "Cache Time"
n_dynController.a_dru_niceName = "Do Runup"
n_dynController.a_evt_niceName = "Eval Time"
n_dynController.a_fev_niceName = "First Eval"
n_dynController.a_let_niceName = "Last Eval Time"
n_dynController.a_md_niceName = "Make Dirty"
n_dynController.a_os_niceName = "Oversample"
n_dynController.a_out_niceName = "Output"
n_dynController.a_pc_niceName = "Particle Cache"
n_dynController.a_pld_niceName = "Particle LOD"
n_dynController.a_pon_niceName = "Particles On"
n_dynController.a_rgo_niceName = "Rigid On"
n_dynController.a_sd_niceName = "Seed"
n_dynController.a_stf_niceName = "Start Frame"
n_dynController.a_str_niceName = "Start Runup"
n_dynController.a_stt_niceName = "Start Time"
n_dynController.a_td_niceName = "Trace Depth"
n_dynController.baseName = "dynController"
n_dynController.niceName = "Dyn Controller"
//
// String set: n_dynGlobals
//
n_dynGlobals.a_cd_niceName = "Cache Directory"
n_dynGlobals.a_cnp_niceName = "Confirmed Path"
n_dynGlobals.a_csn_niceName = "Confirm Scene Name"
n_dynGlobals.a_ios_niceName = "Internal Over Samples"
n_dynGlobals.a_mnf_niceName = "Min Frame Cached"
n_dynGlobals.a_mxf_niceName = "Max Frame Cached"
n_dynGlobals.a_os_niceName = "Over Samples"
n_dynGlobals.a_upd_niceName = "Use Particle Disk Cache"
n_dynGlobals.baseName = "dynGlobals"
n_dynGlobals.niceName = "Dyn Globals"
//
// String set: n_dynHolder
//
n_dynHolder.a_ao_niceName = "Auxiliaries Owned"
n_dynHolder.a_ct_niceName = "Connections To Me"
n_dynHolder.baseName = "dynHolder"
n_dynHolder.niceName = "Dyn Holder"
//
// String set: n_dynSpreadManip
//
n_dynSpreadManip.baseName = "dynSpreadManip"
n_dynSpreadManip.niceName = "Dyn Spread Manip"
//
// String set: n_dynamicConstraint
//
n_dynamicConstraint.a_bba_niceName = "Bend Break Angle"
n_dynamicConstraint.a_bnd_niceName = "Bend"
n_dynamicConstraint.a_bns_niceName = "Bend Strength"
n_dynamicConstraint.a_cdn_niceName = "Connection Density"
n_dynamicConstraint.a_cdnr_niceName = "Connection Density Range"
n_dynamicConstraint.a_cdnrfv_niceName = "Connection Density Range _Float Value"
n_dynamicConstraint.a_cdnri_enum_kLinear = "Linear"
n_dynamicConstraint.a_cdnri_enum_kNone = "None"
n_dynamicConstraint.a_cdnri_enum_kSmooth = "Smooth"
n_dynamicConstraint.a_cdnri_enum_kSpline = "Spline"
n_dynamicConstraint.a_cdnri_niceName = "Connection Density Range _Interp"
n_dynamicConstraint.a_cdnrp_niceName = "Connection Density Range _Position"
n_dynamicConstraint.a_cid_niceName = "Component Ids"
n_dynamicConstraint.a_cld_niceName = "Collide"
n_dynamicConstraint.a_cm_enum_kCmRubberBand = "Rubber Band"
n_dynamicConstraint.a_cm_enum_kCmSpring = "Spring"
n_dynamicConstraint.a_cm_enum_kCmWeld = "Weld"
n_dynamicConstraint.a_cm_niceName = "Constraint Method"
n_dynamicConstraint.a_cmr_enum_kCrAllToAll = "All to All"
n_dynamicConstraint.a_cmr_enum_kCrAllToFirst = "All to First"
n_dynamicConstraint.a_cmr_enum_kCrChain = "Chain"
n_dynamicConstraint.a_cmr_niceName = "Component Relation"
n_dynamicConstraint.a_cnm_enum_kCnComponentOrder = "Component Order"
n_dynamicConstraint.a_cnm_enum_kCnMaxDistance = "Within Max Distance"
n_dynamicConstraint.a_cnm_enum_kCnNearestPair = "Nearest Pairs"
n_dynamicConstraint.a_cnm_niceName = "Connection Method"
n_dynamicConstraint.a_crr_enum_kObjectToConstraint = "Object to Constraint"
n_dynamicConstraint.a_crr_enum_kObjectToObject = "Object to Object"
n_dynamicConstraint.a_crr_niceName = "Constraint Relation"
n_dynamicConstraint.a_cti_niceName = "Current Time"
n_dynamicConstraint.a_cu_enum_kCuAtStart = "At Start"
n_dynamicConstraint.a_cu_enum_kCuPerFrame = "Per Frame"
n_dynamicConstraint.a_cu_niceName = "Connection Update"
n_dynamicConstraint.a_cwc_niceName = "Connect Within Component"
n_dynamicConstraint.a_cws_niceName = "Collide Width Scale"
n_dynamicConstraint.a_dcn_niceName = "Display Connections"
n_dynamicConstraint.a_ddd_niceName = "Dropoff Distance"
n_dynamicConstraint.a_dmp_niceName = "Damp"
n_dynamicConstraint.a_drp_niceName = "Dropoff"
n_dynamicConstraint.a_ena_niceName = "Enable"
n_dynamicConstraint.a_evc_niceName = "Eval Current"
n_dynamicConstraint.a_evs_niceName = "Eval Start"
n_dynamicConstraint.a_excs_niceName = "Exclude Collisions"
n_dynamicConstraint.a_for_niceName = "Force"
n_dynamicConstraint.a_frc_niceName = "Friction"
n_dynamicConstraint.a_gls_niceName = "Glue Strength"
n_dynamicConstraint.a_glss_niceName = "Glue Strength Scale"
n_dynamicConstraint.a_isd_niceName = "Is Dynamic"
n_dynamicConstraint.a_itr_niceName = "Iterations"
n_dynamicConstraint.a_lcl_niceName = "Local Collide"
n_dynamicConstraint.a_mdg_niceName = "Motion Drag"
n_dynamicConstraint.a_mds_niceName = "Max Distance"
n_dynamicConstraint.a_mini_niceName = "Min Iterations"
n_dynamicConstraint.a_mitr_niceName = "Max Iterations"
n_dynamicConstraint.a_rl_niceName = "Rest Length"
n_dynamicConstraint.a_rlm_enum_krlConstant = "Constant"
n_dynamicConstraint.a_rlm_enum_krlFromStart = "From Start Distance"
n_dynamicConstraint.a_rlm_niceName = "Rest Length Method"
n_dynamicConstraint.a_rls_niceName = "Rest Length Scale"
n_dynamicConstraint.a_sdp_niceName = "Strength Dropoff"
n_dynamicConstraint.a_sdpfv_niceName = "Strength Dropoff _Float Value"
n_dynamicConstraint.a_sdpi_enum_kLinear = "Linear"
n_dynamicConstraint.a_sdpi_enum_kNone = "None"
n_dynamicConstraint.a_sdpi_enum_kSmooth = "Smooth"
n_dynamicConstraint.a_sdpi_enum_kSpline = "Spline"
n_dynamicConstraint.a_sdpi_niceName = "Strength Dropoff _Interp"
n_dynamicConstraint.a_sdpp_niceName = "Strength Dropoff _Position"
n_dynamicConstraint.a_ssd_niceName = "Single Sided"
n_dynamicConstraint.a_str_niceName = "Strength"
n_dynamicConstraint.a_tst_niceName = "Tangent Strength"
n_dynamicConstraint.baseName = "dynamicConstraint"
n_dynamicConstraint.niceName = "Dynamic Constraint"
//
// String set: n_editMetadata
//
n_editMetadata.a_ce_niceName = "Channel Edits"
n_editMetadata.a_cn_niceName = "Channel Name"
n_editMetadata.a_e_niceName = "Edits"
n_editMetadata.a_err_niceName = "Error"
n_editMetadata.a_id_niceName = "In Data"
n_editMetadata.a_met_enum_0 = "set"
n_editMetadata.a_met_enum_1 = "delete"
n_editMetadata.a_met_enum_2 = "reindex"
n_editMetadata.a_met_niceName = "Metadata Edit Type"
n_editMetadata.a_mev_niceName = "Metadata Edit Value"
n_editMetadata.a_miv_niceName = "Metadata Index Value"
n_editMetadata.a_mm_niceName = "Metadata Member"
n_editMetadata.a_od_niceName = "Out Data"
n_editMetadata.a_se_niceName = "Stream Edits"
n_editMetadata.a_sn_niceName = "Stream Name"
n_editMetadata.baseName = "editMetadata"
n_editMetadata.niceName = "Edit Metadata"
//
// String set: n_editsManager
//
n_editsManager.a_edt_niceName = "Edits"
n_editsManager.baseName = "editsManager"
n_editsManager.niceName = "Edits Manager"
//
// String set: n_emitterManip
//
n_emitterManip.baseName = "emitterManip"
n_emitterManip.niceName = "Emitter Manip"
//
// String set: n_enableManip
//
n_enableManip.baseName = "enableManip"
n_enableManip.niceName = "Enable Manip"
//
// String set: n_entity
//
n_entity.baseName = "entity"
n_entity.niceName = "Entity"
//
// String set: n_envBall
//
n_envBall.a_ba_niceName = "Back"
n_envBall.a_bo_niceName = "Bottom"
n_envBall.a_e_niceName = "Elevation"
n_envBall.a_eye_niceName = "Eye Space"
n_envBall.a_fr_niceName = "Front"
n_envBall.a_i_niceName = "Inclination"
n_envBall.a_ib_niceName = "Info Bits"
n_envBall.a_le_niceName = "Left"
n_envBall.a_p_niceName = "Point Camera"
n_envBall.a_px_niceName = "Point Camera X"
n_envBall.a_py_niceName = "Point Camera Y"
n_envBall.a_pz_niceName = "Point Camera Z"
n_envBall.a_ref_niceName = "Reflect"
n_envBall.a_ri_niceName = "Right"
n_envBall.a_so_niceName = "Image"
n_envBall.a_sob_niceName = "Image B"
n_envBall.a_sog_niceName = "Image G"
n_envBall.a_sor_niceName = "Image R"
n_envBall.a_sr_niceName = "Sky Radius"
n_envBall.a_to_niceName = "Top"
n_envBall.baseName = "envBall"
n_envBall.niceName = "Env Ball"
//
// String set: n_envChrome
//
n_envChrome.a_fa_niceName = "Floor Altitude"
n_envChrome.a_fc_niceName = "Floor Color"
n_envChrome.a_fcb_niceName = "Floor Color B"
n_envChrome.a_fcg_niceName = "Floor Color G"
n_envChrome.a_fcr_niceName = "Floor Color R"
n_envChrome.a_gc_niceName = "Grid Color"
n_envChrome.a_gcb_niceName = "Grid Color B"
n_envChrome.a_gcg_niceName = "Grid Color G"
n_envChrome.a_gcr_niceName = "Grid Color R"
n_envChrome.a_gd_niceName = "Grid Depth"
n_envChrome.a_gdg_niceName = "Grid Depth Gain"
n_envChrome.a_gdo_niceName = "Grid Depth Offset"
n_envChrome.a_gw_niceName = "Grid Width"
n_envChrome.a_gwg_niceName = "Grid Width Gain"
n_envChrome.a_gwo_niceName = "Grid Width Offset"
n_envChrome.a_hc_niceName = "Horizon Color"
n_envChrome.a_hcb_niceName = "Horizon Color B"
n_envChrome.a_hcg_niceName = "Horizon Color G"
n_envChrome.a_hcr_niceName = "Horizon Color R"
n_envChrome.a_lc_niceName = "Light Color"
n_envChrome.a_lcb_niceName = "Light Color B"
n_envChrome.a_lcg_niceName = "Light Color G"
n_envChrome.a_lcr_niceName = "Light Color R"
n_envChrome.a_ld_niceName = "Light Depth"
n_envChrome.a_ldg_niceName = "Light Depth Gain"
n_envChrome.a_ldo_niceName = "Light Depth Offset"
n_envChrome.a_lw_niceName = "Light Width"
n_envChrome.a_lwg_niceName = "Light Width Gain"
n_envChrome.a_lwo_niceName = "Light Width Offset"
n_envChrome.a_p_niceName = "Point Camera"
n_envChrome.a_px_niceName = "Point Camera X"
n_envChrome.a_py_niceName = "Point Camera Y"
n_envChrome.a_pz_niceName = "Point Camera Z"
n_envChrome.a_rf_niceName = "Real Floor"
n_envChrome.a_sc_niceName = "Sky Color"
n_envChrome.a_scb_niceName = "Sky Color B"
n_envChrome.a_scg_niceName = "Sky Color G"
n_envChrome.a_scr_niceName = "Sky Color R"
n_envChrome.a_zc_niceName = "Zenith Color"
n_envChrome.a_zcb_niceName = "Zenith Color B"
n_envChrome.a_zcg_niceName = "Zenith Color G"
n_envChrome.a_zcr_niceName = "Zenith Color R"
n_envChrome.baseName = "envChrome"
n_envChrome.niceName = "Env Chrome"
//
// String set: n_envCube
//
n_envCube.a_ba_niceName = "Back"
n_envCube.a_bab_niceName = "Back B"
n_envCube.a_bag_niceName = "Back G"
n_envCube.a_bar_niceName = "Back R"
n_envCube.a_bo_niceName = "Bottom"
n_envCube.a_bob_niceName = "Bottom B"
n_envCube.a_bog_niceName = "Bottom G"
n_envCube.a_bor_niceName = "Bottom R"
n_envCube.a_fr_niceName = "Front"
n_envCube.a_frb_niceName = "Front B"
n_envCube.a_frg_niceName = "Front G"
n_envCube.a_frr_niceName = "Front R"
n_envCube.a_ib_niceName = "Info Bits"
n_envCube.a_ie_niceName = "Infinite Size"
n_envCube.a_le_niceName = "Left"
n_envCube.a_leb_niceName = "Left B"
n_envCube.a_leg_niceName = "Left G"
n_envCube.a_ler_niceName = "Left R"
n_envCube.a_lt_enum_kLookupNormal = "normal"
n_envCube.a_lt_enum_kLookupReflection = "reflection"
n_envCube.a_lt_niceName = "Lookup Type"
n_envCube.a_pw_niceName = "Point World"
n_envCube.a_pwx_niceName = "Point World X"
n_envCube.a_pwy_niceName = "Point World Y"
n_envCube.a_pwz_niceName = "Point World Z"
n_envCube.a_ri_niceName = "Right"
n_envCube.a_rib_niceName = "Right B"
n_envCube.a_rig_niceName = "Right G"
n_envCube.a_rir_niceName = "Right R"
n_envCube.a_to_niceName = "Top"
n_envCube.a_tob_niceName = "Top B"
n_envCube.a_tog_niceName = "Top G"
n_envCube.a_tor_niceName = "Top R"
n_envCube.baseName = "envCube"
n_envCube.niceName = "Env Cube"
//
// String set: n_envFacade
//
n_envFacade.baseName = "envFacade"
n_envFacade.niceName = "Env Facade"
//
// String set: n_envFog
//
n_envFog.a_acb_niceName = "Air Color B"
n_envFog.a_acg_niceName = "Air Color G"
n_envFog.a_acl_niceName = "Air Color"
n_envFog.a_acr_niceName = "Air Color R"
n_envFog.a_adc_niceName = "Air Decay"
n_envFog.a_adn_niceName = "Air Density"
n_envFog.a_alc_niceName = "Air Light Scatter"
n_envFog.a_amh_niceName = "Air Min Height"
n_envFog.a_aob_niceName = "Air Opacity B"
n_envFog.a_aog_niceName = "Air Opacity G"
n_envFog.a_aop_niceName = "Air Opacity"
n_envFog.a_aor_niceName = "Air Opacity R"
n_envFog.a_axh_niceName = "Air Max Height"
n_envFog.a_br_niceName = "Blend Range"
n_envFog.a_dcp_enum_kCameraNearFar = "Camera Near/Far"
n_envFog.a_dcp_enum_kFogNearFar = "Fog Near/Far"
n_envFog.a_dcp_niceName = "Distance Clip Planes"
n_envFog.a_e2w_niceName = "Matrix Eye To World"
n_envFog.a_ed_niceName = "End Distance"
n_envFog.a_fax_enum_kXax = "X"
n_envFog.a_fax_enum_kYax = "Y"
n_envFog.a_fax_enum_kZax = "Z"
n_envFog.a_fax_enum_knXax = " -X"
n_envFog.a_fax_enum_knYax = " -Y"
n_envFog.a_fax_enum_knZax = " -Z"
n_envFog.a_fax_niceName = "Fog Axis"
n_envFog.a_fcb_niceName = "Fog Color B"
n_envFog.a_fcg_niceName = "Fog Color G"
n_envFog.a_fcl_niceName = "Fog Color"
n_envFog.a_fcr_niceName = "Fog Color R"
n_envFog.a_fdc_niceName = "Fog Decay"
n_envFog.a_fdn_niceName = "Fog Density"
n_envFog.a_ffd_niceName = "Fog Far Distance"
n_envFog.a_flc_niceName = "Fog Light Scatter"
n_envFog.a_fmh_niceName = "Fog Min Height"
n_envFog.a_fnd_niceName = "Fog Near Distance"
n_envFog.a_fob_niceName = "Fog Opacity B"
n_envFog.a_fog_niceName = "Fog Opacity G"
n_envFog.a_fop_niceName = "Fog Opacity"
n_envFog.a_for_niceName = "Fog Opacity R"
n_envFog.a_ftp_enum_kAtmosFog = "Atmospheric"
n_envFog.a_ftp_enum_kConstantFog = "Uniform Fog"
n_envFog.a_ftp_enum_kSkyFog = "Sky"
n_envFog.a_ftp_enum_kWater = "Water"
n_envFog.a_ftp_enum_kWaterAtmos = "Water/Atmos"
n_envFog.a_ftp_enum_kWaterFog = "Water/Fog"
n_envFog.a_ftp_enum_kWaterSky = "Water/Sky"
n_envFog.a_ftp_niceName = "Fog Type"
n_envFog.a_fxh_niceName = "Fog Max Height"
n_envFog.a_l_niceName = "Layer"
n_envFog.a_mnh_niceName = "Min Height"
n_envFog.a_mxh_niceName = "Max Height"
n_envFog.a_p_niceName = "Point Camera"
n_envFog.a_prd_niceName = "Planet Radius"
n_envFog.a_pw_niceName = "Point World"
n_envFog.a_pwx_niceName = "Point World X"
n_envFog.a_pwy_niceName = "Point World Y"
n_envFog.a_pwz_niceName = "Point World Z"
n_envFog.a_px_niceName = "Point Camera X"
n_envFog.a_py_niceName = "Point Camera Y"
n_envFog.a_pz_niceName = "Point Camera Z"
n_envFog.a_r_niceName = "Ray Direction"
n_envFog.a_rx_niceName = "Ray Direction X"
n_envFog.a_ry_niceName = "Ray Direction Y"
n_envFog.a_rz_niceName = "Ray Direction Z"
n_envFog.a_saz_niceName = "Sun Azimuth"
n_envFog.a_sd_niceName = "Start Distance"
n_envFog.a_sdt_niceName = "Saturation Distance"
n_envFog.a_sel_niceName = "Sun Elevation"
n_envFog.a_sff_niceName = "Physical Fog"
n_envFog.a_sin_niceName = "Sun Intensity"
n_envFog.a_snb_niceName = "Sun Color B"
n_envFog.a_snc_niceName = "Sun Color"
n_envFog.a_sng_niceName = "Sun Color G"
n_envFog.a_snr_niceName = "Sun Color R"
n_envFog.a_ud_niceName = "Use Distance"
n_envFog.a_uh_niceName = "Use Height"
n_envFog.a_ul_niceName = "Use Layer"
n_envFog.a_wcb_niceName = "Water Color B"
n_envFog.a_wcg_niceName = "Water Color G"
n_envFog.a_wcl_niceName = "Water Color"
n_envFog.a_wcr_niceName = "Water Color R"
n_envFog.a_wdc_niceName = "Water Light Decay"
n_envFog.a_wdn_niceName = "Water Density"
n_envFog.a_wdp_niceName = "Water Depth"
n_envFog.a_wlc_niceName = "Water Light Scatter"
n_envFog.a_wlv_niceName = "Water Level"
n_envFog.a_wob_niceName = "Water Opacity B"
n_envFog.a_wog_niceName = "Water Opacity G"
n_envFog.a_wop_niceName = "Water Opacity"
n_envFog.a_wor_niceName = "Water Opacity R"
n_envFog.baseName = "envFog"
n_envFog.niceName = "Env Fog"
//
// String set: n_envSky
//
n_envSky.a_a_niceName = "Altitude"
n_envSky.a_ad_niceName = "Air Density"
n_envSky.a_az_niceName = "Azimuth"
n_envSky.a_b_niceName = "Blur"
n_envSky.a_cb_niceName = "Cloud Brightness"
n_envSky.a_cbb_niceName = "Cloud Brightness B"
n_envSky.a_cbg_niceName = "Cloud Brightness G"
n_envSky.a_cbr_niceName = "Cloud Brightness R"
n_envSky.a_csa_niceName = "Cloud Samples"
n_envSky.a_ct_niceName = "Cloud Texture"
n_envSky.a_d_niceName = "Density"
n_envSky.a_dd_niceName = "Dust Density"
n_envSky.a_e_niceName = "Elevation"
n_envSky.a_fa_niceName = "Floor Altitude"
n_envSky.a_fc_niceName = "Floor Color"
n_envSky.a_fcb_niceName = "Floor Color B"
n_envSky.a_fcg_niceName = "Floor Color G"
n_envSky.a_fcr_niceName = "Floor Color R"
n_envSky.a_fsa_niceName = "Floor Samples"
n_envSky.a_hb_niceName = "Halo Brightness"
n_envSky.a_hbb_niceName = "Halo Brightness B"
n_envSky.a_hbg_niceName = "Halo Brightness G"
n_envSky.a_hbr_niceName = "Halo Brightness R"
n_envSky.a_hf_niceName = "Has Floor"
n_envSky.a_hs_niceName = "Halo Size"
n_envSky.a_p_niceName = "Point Camera"
n_envSky.a_po_niceName = "Power"
n_envSky.a_px_niceName = "Point Camera X"
n_envSky.a_py_niceName = "Point Camera Y"
n_envSky.a_pz_niceName = "Point Camera Z"
n_envSky.a_rcx_niceName = "Ref Point Camera X"
n_envSky.a_rcy_niceName = "Ref Point Camera Y"
n_envSky.a_rcz_niceName = "Ref Point Camera Z"
n_envSky.a_rpc_niceName = "Ref Point Camera"
n_envSky.a_sk_niceName = "Sky Brightness"
n_envSky.a_skb_niceName = "Sky Brightness B"
n_envSky.a_skg_niceName = "Sky Brightness G"
n_envSky.a_skr_niceName = "Sky Brightness R"
n_envSky.a_sr_niceName = "Sky Radius"
n_envSky.a_ss_niceName = "Sunset Brightness"
n_envSky.a_ssa_niceName = "Sky Samples"
n_envSky.a_ssb_niceName = "Sunset Brightness B"
n_envSky.a_ssg_niceName = "Sunset Brightness G"
n_envSky.a_ssr_niceName = "Sunset Brightness R"
n_envSky.a_st_niceName = "Sky Thickness"
n_envSky.a_su_niceName = "Sun Brightness"
n_envSky.a_sub_niceName = "Sun Brightness B"
n_envSky.a_sug_niceName = "Sun Brightness G"
n_envSky.a_sur_niceName = "Sun Brightness R"
n_envSky.a_sz_niceName = "Size"
n_envSky.a_t_niceName = "Threshold"
n_envSky.a_tb_niceName = "Total Brightness"
n_envSky.a_ut_niceName = "Use Texture"
n_envSky.baseName = "envSky"
n_envSky.niceName = "Env Sky"
//
// String set: n_envSphere
//
n_envSphere.a_f_niceName = "Flip"
n_envSphere.a_ib_niceName = "Info Bits"
n_envSphere.a_p_niceName = "Point Camera"
n_envSphere.a_px_niceName = "Point Camera X"
n_envSphere.a_py_niceName = "Point Camera Y"
n_envSphere.a_pz_niceName = "Point Camera Z"
n_envSphere.a_rcx_niceName = "Ref Point Camera X"
n_envSphere.a_rcy_niceName = "Ref Point Camera Y"
n_envSphere.a_rcz_niceName = "Ref Point Camera Z"
n_envSphere.a_rpc_niceName = "Ref Point Camera"
n_envSphere.a_so_niceName = "Image"
n_envSphere.a_sob_niceName = "Image B"
n_envSphere.a_sog_niceName = "Image G"
n_envSphere.a_sor_niceName = "Image R"
n_envSphere.a_su_niceName = "Shear U"
n_envSphere.a_suv_niceName = "Shear UV"
n_envSphere.a_sv_niceName = "Shear V"
n_envSphere.baseName = "envSphere"
n_envSphere.niceName = "Env Sphere"
//
// String set: n_environmentFog
//
n_environmentFog.baseName = "environmentFog"
n_environmentFog.niceName = "Environment Fog"
//
// String set: n_explodeNurbsShell
//
n_explodeNurbsShell.a_ish_niceName = "Input Shell"
n_explodeNurbsShell.a_os_niceName = "Output Surface"
n_explodeNurbsShell.baseName = "explodeNurbsShell"
n_explodeNurbsShell.niceName = "Explode Nurbs Shell"
//
// String set: n_expression
//
n_expression.a_a_niceName = "Attribute"
n_expression.a_ani_enum_kAnimated = "Animated"
n_expression.a_ani_enum_kAnimatedNoCallback = "AnimatedNoCallback"
n_expression.a_ani_enum_kNotAnimated = "NotAnimated"
n_expression.a_ani_niceName = "Animated"
n_expression.a_e_niceName = "Expression"
n_expression.a_frm_niceName = "Frame"
n_expression.a_in_niceName = "Input"
n_expression.a_ixp_niceName = "Internal Expression"
n_expression.a_lte_niceName = "Last Time Evaluated"
n_expression.a_nff_niceName = "New File Format"
n_expression.a_ob_niceName = "Object"
n_expression.a_obm_niceName = "Object Msg"
n_expression.a_out_niceName = "Output"
n_expression.a_tim_niceName = "Time"
n_expression.a_uno_enum_kUnitOptionAll = "All"
n_expression.a_uno_enum_kUnitOptionAngularOnly = "AngularOnly"
n_expression.a_uno_enum_kUnitOptionNone = "None"
n_expression.a_uno_niceName = "Unit Option"
n_expression.a_xcc_niceName = "Expr Conn Count"
n_expression.a_xen_niceName = "Evaluate Now"
n_expression.baseName = "expression"
n_expression.niceName = "Expression"
//
// String set: n_extendCurve
//
n_extendCurve.a_be_niceName = "Both Ends"
n_extendCurve.a_d_niceName = "Distance"
n_extendCurve.a_em_enum_0 = "Distance"
n_extendCurve.a_em_enum_2 = "Point"
n_extendCurve.a_em_niceName = "Extend Method"
n_extendCurve.a_et_enum_0 = "Linear"
n_extendCurve.a_et_enum_1 = "Circular"
n_extendCurve.a_et_enum_2 = "Extrapolate"
n_extendCurve.a_et_niceName = "Extension Type"
n_extendCurve.a_ic1_niceName = "Input Curve 1"
n_extendCurve.a_ic2_niceName = "Input Curve 2"
n_extendCurve.a_ip_niceName = "Input Point"
n_extendCurve.a_is_niceName = "Input Surface"
n_extendCurve.a_jn_niceName = "Join"
n_extendCurve.a_oc_niceName = "Output Curve"
n_extendCurve.a_px_niceName = "Point X"
n_extendCurve.a_py_niceName = "Point Y"
n_extendCurve.a_pz_niceName = "Point Z"
n_extendCurve.a_rmk_niceName = "Remove Multiple Knots"
n_extendCurve.a_s_enum_0 = "End"
n_extendCurve.a_s_enum_1 = "Start"
n_extendCurve.a_s_enum_2 = "Both"
n_extendCurve.a_s_niceName = "Start"
n_extendCurve.baseName = "extendCurve"
n_extendCurve.niceName = "Extend Curve"
//
// String set: n_extendCurveDistanceManip
//
n_extendCurveDistanceManip.baseName = "extendCurveDistanceManip"
n_extendCurveDistanceManip.niceName = "Extend Curve Distance Manip"
//
// String set: n_extendSurface
//
n_extendSurface.a_d_niceName = "Distance"
n_extendSurface.a_ed_enum_kExtendBoth = "Both"
n_extendSurface.a_ed_enum_kExtendU = "U"
n_extendSurface.a_ed_enum_kExtendV = "V"
n_extendSurface.a_ed_niceName = "Extend Direction"
n_extendSurface.a_em_enum_0 = "Distance"
n_extendSurface.a_em_niceName = "Extend Method"
n_extendSurface.a_es_enum_0 = "End"
n_extendSurface.a_es_enum_1 = "Start"
n_extendSurface.a_es_enum_2 = "Both"
n_extendSurface.a_es_niceName = "Extend Side"
n_extendSurface.a_et_enum_0 = "Tangent"
n_extendSurface.a_et_enum_2 = "Extrapolate"
n_extendSurface.a_et_niceName = "Extension Type"
n_extendSurface.a_is_niceName = "Input Surface"
n_extendSurface.a_jn_niceName = "Join"
n_extendSurface.a_oc_niceName = "Output Surface"
n_extendSurface.a_to_niceName = "Target Object"
n_extendSurface.baseName = "extendSurface"
n_extendSurface.niceName = "Extend Surface"
//
// String set: n_extendSurfaceDistanceManip
//
n_extendSurfaceDistanceManip.baseName = "extendSurfaceDistanceManip"
n_extendSurfaceDistanceManip.niceName = "Extend Surface Distance Manip"
//
// String set: n_extrude
//
n_extrude.a_d_niceName = "Direction"
n_extrude.a_dl_niceName = "Degree Along Length"
n_extrude.a_dx_niceName = "Direction X"
n_extrude.a_dy_niceName = "Direction Y"
n_extrude.a_dz_niceName = "Direction Z"
n_extrude.a_et_enum_0 = "Distance"
n_extrude.a_et_enum_1 = "Flat"
n_extrude.a_et_enum_2 = "Tube"
n_extrude.a_et_niceName = "Extrude Type"
n_extrude.a_fpt_niceName = "Fixed Path"
n_extrude.a_l_niceName = "Length"
n_extrude.a_os_niceName = "Output Surface"
n_extrude.a_p_niceName = "Pivot"
n_extrude.a_pr_niceName = "Profile"
n_extrude.a_pt_niceName = "Path"
n_extrude.a_px_niceName = "Pivot X"
n_extrude.a_py_niceName = "Pivot Y"
n_extrude.a_pz_niceName = "Pivot Z"
n_extrude.a_ro_niceName = "Rotation"
n_extrude.a_rsp_niceName = "Reverse Surface If Path Reversed"
n_extrude.a_sc_niceName = "Scale"
n_extrude.a_scs_niceName = "Sub Curve Sub Surface"
n_extrude.a_ucp_enum_0 = "Closest Endpoint of the Path"
n_extrude.a_ucp_enum_1 = "Component Pivot"
n_extrude.a_ucp_enum_2 = "Center of the Bounding Box of the Profile"
n_extrude.a_ucp_niceName = "Use Component Pivot"
n_extrude.a_upn_niceName = "Use Profile Normal"
n_extrude.baseName = "extrude"
n_extrude.niceName = "Extrude"
//
// String set: n_extrudeManip
//
n_extrudeManip.baseName = "extrudeManip"
n_extrudeManip.niceName = "Extrude Manip"
//
// String set: n_facade
//
n_facade.a_c_niceName = "Connection"
n_facade.a_kwds_niceName = "Key Words"
n_facade.a_sln_niceName = "Shared Lib Name"
n_facade.a_uid_niceName = "Unique ID"
n_facade.a_uin_niceName = "Ui Name"
n_facade.a_uis_niceName = "Ui Script"
n_facade.baseName = "facade"
n_facade.niceName = "Facade"
//
// String set: n_ffBlendSrf
//
n_ffBlendSrf.a_aa_niceName = "Auto Anchor"
n_ffBlendSrf.a_an_niceName = "Auto Normal"
n_ffBlendSrf.a_fln_niceName = "Flip Left Normal"
n_ffBlendSrf.a_frn_niceName = "Flip Right Normal"
n_ffBlendSrf.a_la_niceName = "Left Anchor"
n_ffBlendSrf.a_lc_niceName = "Left Curve"
n_ffBlendSrf.a_le_niceName = "Left End"
n_ffBlendSrf.a_lr_niceName = "Left Rail"
n_ffBlendSrf.a_ls_niceName = "Left Start"
n_ffBlendSrf.a_mk_niceName = "Multiple Knots"
n_ffBlendSrf.a_os_niceName = "Output Surface"
n_ffBlendSrf.a_pt_niceName = "Position Tolerance"
n_ffBlendSrf.a_ra_niceName = "Right Anchor"
n_ffBlendSrf.a_rc_niceName = "Right Curve"
n_ffBlendSrf.a_re_niceName = "Right End"
n_ffBlendSrf.a_rr_niceName = "Right Rail"
n_ffBlendSrf.a_rs_niceName = "Right Start"
n_ffBlendSrf.a_rvl_niceName = "Reverse Left"
n_ffBlendSrf.a_rvr_niceName = "Reverse Right"
n_ffBlendSrf.a_tt_niceName = "Tangent Tolerance"
n_ffBlendSrf.baseName = "ffBlendSrf"
n_ffBlendSrf.niceName = "Ff Blend Srf"
//
// String set: n_ffBlendSrfObsolete
//
n_ffBlendSrfObsolete.a_ad_niceName = "Auto Direction"
n_ffBlendSrfObsolete.a_fl_niceName = "Flip Left"
n_ffBlendSrfObsolete.a_fr_niceName = "Flip Right"
n_ffBlendSrfObsolete.a_lc_niceName = "Left Curve"
n_ffBlendSrfObsolete.a_lp_niceName = "Left Parameter"
n_ffBlendSrfObsolete.a_lr_niceName = "Left Rail"
n_ffBlendSrfObsolete.a_mk_niceName = "Multiple Knots"
n_ffBlendSrfObsolete.a_os_niceName = "Output Surface"
n_ffBlendSrfObsolete.a_pt_niceName = "Position Tolerance"
n_ffBlendSrfObsolete.a_rc_niceName = "Right Curve"
n_ffBlendSrfObsolete.a_rp_niceName = "Right Parameter"
n_ffBlendSrfObsolete.a_rr_niceName = "Right Rail"
n_ffBlendSrfObsolete.a_tt_niceName = "Tangent Tolerance"
n_ffBlendSrfObsolete.baseName = "ffBlendSrfObsolete"
n_ffBlendSrfObsolete.niceName = "Ff Blend Srf Obsolete"
//
// String set: n_ffFilletSrf
//
n_ffFilletSrf.a_b_niceName = "Bias"
n_ffFilletSrf.a_d_niceName = "Depth"
n_ffFilletSrf.a_lc_niceName = "Left Curve"
n_ffFilletSrf.a_os_niceName = "Output Surface"
n_ffFilletSrf.a_pt_niceName = "Position Tolerance"
n_ffFilletSrf.a_rc_niceName = "Right Curve"
n_ffFilletSrf.a_tt_niceName = "Tangent Tolerance"
n_ffFilletSrf.baseName = "ffFilletSrf"
n_ffFilletSrf.niceName = "Ff Fillet Srf"
//
// String set: n_ffd
//
n_ffd.a_bl_niceName = "Base Lattice"
n_ffd.a_blm_niceName = "Base Lattice Matrix"
n_ffd.a_blp_niceName = "Base Lattice Points"
n_ffd.a_dl_niceName = "Deformed Lattice"
n_ffd.a_dlm_niceName = "Deformed Lattice Matrix"
n_ffd.a_dlp_niceName = "Deformed Lattice Points"
n_ffd.a_fg_niceName = "Freeze Geometry"
n_ffd.a_lis_niceName = "Local Influence S"
n_ffd.a_lit_niceName = "Local Influence T"
n_ffd.a_liu_niceName = "Local Influence U"
n_ffd.a_lo_niceName = "Local"
n_ffd.a_ofd_niceName = "Outside Falloff Dist"
n_ffd.a_ot_enum_kOutsideLatticeAll = "All"
n_ffd.a_ot_enum_kOutsideLatticeFalloff = "Falloff"
n_ffd.a_ot_enum_kOutsideLatticeInside = "Inside"
n_ffd.a_ot_niceName = "Outside Lattice"
n_ffd.a_ptr_niceName = "Partial Resolution"
n_ffd.a_scl_niceName = "Stu Cache List"
n_ffd.a_stu_niceName = "Stu Cache"
n_ffd.a_upr_enum_kFullResolution = "Full"
n_ffd.a_upr_enum_kPartialResolution = "Partial"
n_ffd.a_upr_niceName = "Use Partial Resolution"
n_ffd.baseName = "ffd"
n_ffd.niceName = "Ffd"
//
// String set: n_field
//
n_field.a_amag_niceName = "Axial Magnitude"
n_field.a_amagfv_niceName = "Axial Magnitude _Float Value"
n_field.a_amagi_enum_kLinear = "Linear"
n_field.a_amagi_enum_kNone = "None"
n_field.a_amagi_enum_kSmooth = "Smooth"
n_field.a_amagi_enum_kSpline = "Spline"
n_field.a_amagi_niceName = "Axial Magnitude _Interp"
n_field.a_amagp_niceName = "Axial Magnitude _Position"
n_field.a_apv_niceName = "Apply Per Vertex"
n_field.a_att_niceName = "Attenuation"
n_field.a_crad_niceName = "Curve Radius"
n_field.a_cradfv_niceName = "Curve Radius _Float Value"
n_field.a_cradi_enum_kLinear = "Linear"
n_field.a_cradi_enum_kNone = "None"
n_field.a_cradi_enum_kSmooth = "Smooth"
n_field.a_cradi_enum_kSpline = "Spline"
n_field.a_cradi_niceName = "Curve Radius _Interp"
n_field.a_cradp_niceName = "Curve Radius _Position"
n_field.a_dt_niceName = "Delta Time"
n_field.a_fc_niceName = "Falloff Curve"
n_field.a_fcfv_niceName = "Falloff Curve _Float Value"
n_field.a_fci_enum_kLinear = "Linear"
n_field.a_fci_enum_kNone = "None"
n_field.a_fci_enum_kSmooth = "Smooth"
n_field.a_fci_enum_kSpline = "Spline"
n_field.a_fci_niceName = "Falloff Curve _Interp"
n_field.a_fcp_niceName = "Falloff Curve _Position"
n_field.a_icv_niceName = "Input Curve"
n_field.a_ind_niceName = "Input Data"
n_field.a_inf_niceName = "Input Force"
n_field.a_inm_niceName = "Input Mass"
n_field.a_inp_niceName = "Input Positions"
n_field.a_inv_niceName = "Input Velocities"
n_field.a_mag_niceName = "Magnitude"
n_field.a_max_niceName = "Max Distance"
n_field.a_of_niceName = "Output Force"
n_field.a_oppd_niceName = "Owner PPData"
n_field.a_ppda_niceName = "Input PPData"
n_field.a_ten_niceName = "Trap Ends"
n_field.a_trin_niceName = "Trap Inside"
n_field.a_trra_niceName = "Trap Radius"
n_field.a_tsr_niceName = "Section Radius"
n_field.a_umd_niceName = "Use Max Distance"
n_field.a_vex_niceName = "Volume Exclusion"
n_field.a_vfo_niceName = "Volume Offset"
n_field.a_vol_enum_kCone = "Cone"
n_field.a_vol_enum_kCube = "Cube"
n_field.a_vol_enum_kCurve = "Curve"
n_field.a_vol_enum_kCylinder = "Cylinder"
n_field.a_vol_enum_kNoneType = "None"
n_field.a_vol_enum_kSphere = "Sphere"
n_field.a_vol_enum_kTorus = "Torus"
n_field.a_vol_niceName = "Volume Shape"
n_field.a_vox_niceName = "Volume Offset X"
n_field.a_voy_niceName = "Volume Offset Y"
n_field.a_voz_niceName = "Volume Offset Z"
n_field.a_vsw_niceName = "Volume Sweep"
n_field.baseName = "field"
n_field.niceName = "Field"
//
// String set: n_fieldManip
//
n_fieldManip.baseName = "fieldManip"
n_fieldManip.niceName = "Field Manip"
//
// String set: n_fieldsManip
//
n_fieldsManip.baseName = "fieldsManip"
n_fieldsManip.niceName = "Fields Manip"
//
// String set: n_file
//
n_file.a_bci_niceName = "By Cycle Increment"
n_file.a_blp_niceName = "Blur Pixelation"
n_file.a_bupu_niceName = "Base Explicit Uv Tile Position U"
n_file.a_bupv_niceName = "Base Explicit Uv Tile Position V"
n_file.a_butp_niceName = "Base Explicit Uv Tile Position"
n_file.a_c1x_niceName = "Vertex Camera One X"
n_file.a_c1y_niceName = "Vertex Camera One Y"
n_file.a_c1z_niceName = "Vertex Camera One Z"
n_file.a_c2x_niceName = "Vertex Camera Two X"
n_file.a_c2y_niceName = "Vertex Camera Two Y"
n_file.a_c2z_niceName = "Vertex Camera Two Z"
n_file.a_c3x_niceName = "Vertex Camera Three X"
n_file.a_c3y_niceName = "Vertex Camera Three Y"
n_file.a_c3z_niceName = "Vertex Camera Three Z"
n_file.a_c_niceName = "Coverage"
n_file.a_cfnp_niceName = "Computed File Texture Name Pattern"
n_file.a_cmcf_niceName = "Color Management Config File Enabled"
n_file.a_cmcp_niceName = "Color Management Config File Path"
n_file.a_cme_niceName = "Color Management Enabled"
n_file.a_cp_niceName = "Color Profile"
n_file.a_cs_niceName = "Color Space"
n_file.a_cu_niceName = "Coverage U"
n_file.a_cv_niceName = "Coverage V"
n_file.a_dfl_niceName = "Disable File Load"
n_file.a_dp_niceName = "Dirty Pixel Region"
n_file.a_dtf_niceName = "Do Transform"
n_file.a_ece_niceName = "End Cycle Extension"
n_file.a_eupu_niceName = "Explicit Uv Tile Position U"
n_file.a_eupv_niceName = "Explicit Uv Tile Position V"
n_file.a_eutn_niceName = "Explicit Uv Tile Name"
n_file.a_eutp_niceName = "Explicit Uv Tile Position"
n_file.a_euvt_niceName = "Explicit Uv Tiles"
n_file.a_exp_niceName = "Exposure"
n_file.a_fe_niceName = "Frame Extension"
n_file.a_fha_niceName = "File Has Alpha"
n_file.a_fsg_niceName = "Force Swatch Gen"
n_file.a_ft_enum_kBoxFilter = "Box"
n_file.a_ft_enum_kGuassFilter = "Gaussian"
n_file.a_ft_enum_kMipMapFilter = "Mipmap"
n_file.a_ft_enum_kNoFilter = "Off"
n_file.a_ft_enum_kQuadraticFilter = "Quadratic"
n_file.a_ft_enum_kQuarticFilter = "Quartic"
n_file.a_ft_niceName = "Filter Type"
n_file.a_ftn_niceName = "File Texture Name"
n_file.a_ftnp_niceName = "File Texture Name Pattern"
n_file.a_fw_niceName = "Filter Width"
n_file.a_he_niceName = "Hdr Exposure"
n_file.a_hm_enum_kClamp = "Clamp"
n_file.a_hm_enum_kExponential = "Exponential"
n_file.a_hm_enum_kLinear = "Linear"
n_file.a_hm_niceName = "Hdr Mapping"
n_file.a_ib_niceName = "Info Bits"
n_file.a_ifr_niceName = "Ignore Color Space File Rules"
n_file.a_io_niceName = "Frame Offset"
n_file.a_mu_niceName = "Mirror U"
n_file.a_mv_niceName = "Mirror V"
n_file.a_n_niceName = "Noise UV"
n_file.a_nu_niceName = "Noise U"
n_file.a_nv_niceName = "Noise V"
n_file.a_of_niceName = "Offset"
n_file.a_ofu_niceName = "Offset U"
n_file.a_ofv_niceName = "Offset V"
n_file.a_os_niceName = "Out Size"
n_file.a_osx_niceName = "Out Size X"
n_file.a_osy_niceName = "Out Size Y"
n_file.a_ot_niceName = "Out Transparency"
n_file.a_otb_niceName = "Out Transparency B"
n_file.a_otg_niceName = "Out Transparency G"
n_file.a_otp_niceName = "Object Type"
n_file.a_otr_niceName = "Out Transparency R"
n_file.a_pct_niceName = "Pixel Center"
n_file.a_pcx_niceName = "Pixel Center X"
n_file.a_pcy_niceName = "Pixel Center Y"
n_file.a_pf_niceName = "Pre Filter"
n_file.a_pfb_niceName = "Ptex Filter Blur"
n_file.a_pfil_niceName = "Ptex Filter Interpolate Levels"
n_file.a_pfr_niceName = "Pre Filter Radius"
n_file.a_pfs_niceName = "Ptex Filter Sharpness"
n_file.a_pft_enum_kPtexBicubic = "Bicubic"
n_file.a_pft_enum_kPtexBilinear = "Bilinear"
n_file.a_pft_enum_kPtexBox = "Box"
n_file.a_pft_enum_kPtexBspline = "B-spline"
n_file.a_pft_enum_kPtexCatmullRom = "Catmull-Rom"
n_file.a_pft_enum_kPtexGaussian = "Gaussian"
n_file.a_pft_enum_kPtexMitchell = "Mitchell"
n_file.a_pft_enum_kPtexPoint = "Point"
n_file.a_pft_niceName = "Ptex Filter Type"
n_file.a_pfw_niceName = "Ptex Filter Width"
n_file.a_pi_niceName = "Primitive Id"
n_file.a_rdp_niceName = "Ray Depth"
n_file.a_re_niceName = "Repeat UV"
n_file.a_reu_niceName = "Repeat U"
n_file.a_rev_niceName = "Repeat V"
n_file.a_rf_niceName = "Rotate Frame"
n_file.a_ro_niceName = "Rotate UV"
n_file.a_s_niceName = "Stagger"
n_file.a_sce_niceName = "Start Cycle Extension"
n_file.a_t1u_niceName = "Vertex Uv One U"
n_file.a_t1v_niceName = "Vertex Uv One V"
n_file.a_t2u_niceName = "Vertex Uv Two U"
n_file.a_t2v_niceName = "Vertex Uv Two V"
n_file.a_t3u_niceName = "Vertex Uv Three U"
n_file.a_t3v_niceName = "Vertex Uv Three V"
n_file.a_tf_niceName = "Translate Frame"
n_file.a_tfu_niceName = "Translate Frame U"
n_file.a_tfv_niceName = "Translate Frame V"
n_file.a_uca_niceName = "Use Cache"
n_file.a_ufe_niceName = "Use Frame Extension"
n_file.a_uhc_niceName = "Use Hardware Texture Cycling"
n_file.a_umr_niceName = "Use Maximum Res"
n_file.a_utpd_niceName = "Uv Tile Proxy Dirty"
n_file.a_utpg_niceName = "Uv Tile Proxy Generate"
n_file.a_utpq_enum_kDisabledProxy = "Disable Preview"
n_file.a_utpq_enum_kHighQualityProxy = "High Quality"
n_file.a_utpq_enum_kLowQualityProxy = "Low Quality"
n_file.a_utpq_enum_kMediumQualityProxy = "Medium Quality"
n_file.a_utpq_niceName = "Uv Tile Proxy Quality"
n_file.a_uvt_enum_kExplicitTiles = "Explicit Tiles"
n_file.a_uvt_enum_kOff = "Off"
n_file.a_uvt_enum_kTaggedOne = "1-based (Mudbox)"
n_file.a_uvt_enum_kTaggedZero = "0-based (ZBrush)"
n_file.a_uvt_enum_kUDIM = "UDIM (Mari)"
n_file.a_uvt_niceName = "Uv Tiling Mode"
n_file.a_vc1_niceName = "Vertex Camera One"
n_file.a_vc2_niceName = "Vertex Camera Two"
n_file.a_vc3_niceName = "Vertex Camera Three"
n_file.a_vt1_niceName = "Vertex Uv One"
n_file.a_vt2_niceName = "Vertex Uv Two"
n_file.a_vt3_niceName = "Vertex Uv Three"
n_file.a_ws_niceName = "Working Space"
n_file.a_wu_niceName = "Wrap U"
n_file.a_wv_niceName = "Wrap V"
n_file.baseName = "file"
n_file.niceName = "File"
//
// String set: n_filletCurve
//
n_filletCurve.a_b_niceName = "Bias"
n_filletCurve.a_bc_niceName = "Blend Control"
n_filletCurve.a_cir_niceName = "Circular"
n_filletCurve.a_cp1_niceName = "Curve Parameter 1"
n_filletCurve.a_cp2_niceName = "Curve Parameter 2"
n_filletCurve.a_d_niceName = "Depth"
n_filletCurve.a_dc1_niceName = "Detached Curve 1"
n_filletCurve.a_dc2_niceName = "Detached Curve 2"
n_filletCurve.a_fb_niceName = "Freeform Blend"
n_filletCurve.a_jn_niceName = "Join"
n_filletCurve.a_oc_niceName = "Output Curve"
n_filletCurve.a_pc_niceName = "Primary Curve"
n_filletCurve.a_r_niceName = "Radius"
n_filletCurve.a_sc_niceName = "Secondary Curve"
n_filletCurve.a_t_niceName = "Trim"
n_filletCurve.baseName = "filletCurve"
n_filletCurve.niceName = "Fillet Curve"
//
// String set: n_filter
//
n_filter.a_dea_niceName = "Device Editor Active"
n_filter.a_i_niceName = "Input"
n_filter.a_id_niceName = "Input Data"
n_filter.a_it_niceName = "Input Time"
n_filter.a_iu_niceName = "Input Usage"
n_filter.a_o_niceName = "Output"
n_filter.a_od_niceName = "Output Data"
n_filter.a_ot_niceName = "Output Time"
n_filter.a_ou_niceName = "Output Usage"
n_filter.baseName = "filter"
n_filter.niceName = "Filter"
//
// String set: n_filterClosestSample
//
n_filterClosestSample.a_f_niceName = "Frequency"
n_filterClosestSample.baseName = "filterClosestSample"
n_filterClosestSample.niceName = "Filter Closest Sample"
//
// String set: n_filterEuler
//
n_filterEuler.a_eir_niceName = "Enable Initial Rotation"
n_filterEuler.a_ir_niceName = "Initial Rotation"
n_filterEuler.a_irx_niceName = "Initial Rotation X"
n_filterEuler.a_iry_niceName = "Initial Rotation Y"
n_filterEuler.a_irz_niceName = "Initial Rotation Z"
n_filterEuler.a_nt_enum_kInitialValue = "Initial Value"
n_filterEuler.a_nt_enum_kPreviousValue = "Previous Value"
n_filterEuler.a_nt_enum_kZero = "Zero"
n_filterEuler.a_nt_niceName = "Nearest To"
n_filterEuler.a_s_enum_kBound = "Smallest values"
n_filterEuler.a_s_enum_kNearestCut = "Nearest Cut"
n_filterEuler.a_s_enum_kNearestSoln = "Nearest Solution"
n_filterEuler.a_s_enum_kNone = "None"
n_filterEuler.a_s_niceName = "Smooth"
n_filterEuler.a_use_enum_kUsageNone = "Same as input"
n_filterEuler.a_use_enum_kUsageRotationXYZ = "XYZ"
n_filterEuler.a_use_enum_kUsageRotationXZY = "XZY"
n_filterEuler.a_use_enum_kUsageRotationYXZ = "YXZ"
n_filterEuler.a_use_enum_kUsageRotationYZX = "YZX"
n_filterEuler.a_use_enum_kUsageRotationZXY = "ZXY"
n_filterEuler.a_use_enum_kUsageRotationZYX = "ZYX"
n_filterEuler.a_use_niceName = "Output Usage Opt"
n_filterEuler.a_w_niceName = "Weight"
n_filterEuler.a_wx_niceName = "Weight X"
n_filterEuler.a_wy_niceName = "Weight Y"
n_filterEuler.a_wz_niceName = "Weight Z"
n_filterEuler.baseName = "filterEuler"
n_filterEuler.niceName = "Filter Euler"
//
// String set: n_filterResample
//
n_filterResample.a_kr_enum_kKernelBox = "Box Filter"
n_filterResample.a_kr_enum_kKernelClosest = "Closest Sample"
n_filterResample.a_kr_enum_kKernelGaussian2 = "Gaussian 1/sqrt(2)"
n_filterResample.a_kr_enum_kKernelGaussian4 = "Gaussian 1/2"
n_filterResample.a_kr_enum_kKernelLirp = "Linear Interpolation"
n_filterResample.a_kr_enum_kKernelPassThrough = "Pass Through"
n_filterResample.a_kr_enum_kKernelTent = "Tent Filter"
n_filterResample.a_kr_niceName = "Kernel"
n_filterResample.a_ts_niceName = "Time Step"
n_filterResample.baseName = "filterResample"
n_filterResample.niceName = "Filter Resample"
//
// String set: n_filterSimplify
//
n_filterSimplify.a_ad_niceName = "Allow Duplicates"
n_filterSimplify.a_mnt_niceName = "Min Time Step"
n_filterSimplify.a_mxt_niceName = "Max Time Step"
n_filterSimplify.a_tol_niceName = "Tolerance"
n_filterSimplify.a_tt_niceName = "Time Tolerance"
n_filterSimplify.baseName = "filterSimplify"
n_filterSimplify.niceName = "Filter Simplify"
//
// String set: n_fitBspline
//
n_fitBspline.a_ic_niceName = "Input Curve"
n_fitBspline.a_kr_enum_kParamRange01 = "0 to 1"
n_fitBspline.a_kr_enum_kParamRange0n = "0 to #spans"
n_fitBspline.a_kr_enum_kParamRangeKeep = "Original"
n_fitBspline.a_kr_niceName = "Keep Range"
n_fitBspline.a_oc_niceName = "Output Curve"
n_fitBspline.a_tol_niceName = "Tolerance"
n_fitBspline.baseName = "fitBspline"
n_fitBspline.niceName = "Fit Bspline"
//
// String set: n_flexorShape
//
n_flexorShape.a_cdr_niceName = "Current Driver"
n_flexorShape.a_dr_niceName = "Driver"
n_flexorShape.a_fn_niceName = "Flexor Nodes"
n_flexorShape.baseName = "flexorShape"
n_flexorShape.niceName = "Flexor Shape"
//
// String set: n_flow
//
n_flow.a_ac_niceName = "All Coords"
n_flow.a_crv_niceName = "Curve"
n_flow.a_ctr_niceName = "Center"
n_flow.a_ctx_niceName = "Center X"
n_flow.a_cty_niceName = "Center Y"
n_flow.a_ctz_niceName = "Center Z"
n_flow.a_dmi_niceName = "Def Matrix Inv"
n_flow.a_dpt_niceName = "Def Pts"
n_flow.a_ibm_niceName = "In Base Matrix"
n_flow.a_lo_niceName = "Lattice On Object"
n_flow.a_mp_niceName = "Motion Path"
n_flow.a_obm_niceName = "Out Base Matrix"
n_flow.a_omx_niceName = "Orient Matrix"
n_flow.a_owmx_niceName = "Object World Matrix"
n_flow.a_pv_niceName = "Parm Value"
n_flow.a_sdv_niceName = "S Divisions"
n_flow.a_sfa_enum_kAxisX = "X"
n_flow.a_sfa_enum_kAxisY = "Y"
n_flow.a_sfa_enum_kAxisZ = "Z"
n_flow.a_sfa_niceName = "Set Front Axis"
n_flow.a_sua_enum_kAxisX = "X"
n_flow.a_sua_enum_kAxisY = "Y"
n_flow.a_sua_enum_kAxisZ = "Z"
n_flow.a_sua_niceName = "Set Up Axis"
n_flow.a_tdv_niceName = "T Divisions"
n_flow.a_udv_niceName = "U Divisions"
n_flow.a_xc_niceName = "X Coord"
n_flow.a_yc_niceName = "Y Coord"
n_flow.a_zc_niceName = "Z Coord"
n_flow.baseName = "flow"
n_flow.niceName = "Flow"
//
// String set: n_fluidEmitter
//
n_fluidEmitter.a_dem_niceName = "Density Emission Map"
n_fluidEmitter.a_dmth_enum_kFEAdd = "Add"
n_fluidEmitter.a_dmth_enum_kFEOff = "No Emission"
n_fluidEmitter.a_dmth_enum_kFEReplace = "Replace"
n_fluidEmitter.a_dmth_niceName = "Density Method"
n_fluidEmitter.a_dtr_niceName = "Detail Turbulence"
n_fluidEmitter.a_ef_niceName = "Emission Function"
n_fluidEmitter.a_efc_niceName = "Emit Fluid Color"
n_fluidEmitter.a_fde_niceName = "Fluid Density Emission"
n_fluidEmitter.a_fdo_niceName = "Fluid Dropoff"
n_fluidEmitter.a_fem_niceName = "Fuel Emission Map"
n_fluidEmitter.a_ffe_niceName = "Fluid Fuel Emission"
n_fluidEmitter.a_fhe_niceName = "Fluid Heat Emission"
n_fluidEmitter.a_fiob_niceName = "Fill Object"
n_fluidEmitter.a_fjt_niceName = "Fluid Jitter"
n_fluidEmitter.a_fmth_enum_kFEAdd = "Add"
n_fluidEmitter.a_fmth_enum_kFEOff = "No Emission"
n_fluidEmitter.a_fmth_enum_kFEReplace = "Replace"
n_fluidEmitter.a_fmth_niceName = "Fuel Method"
n_fluidEmitter.a_hem_niceName = "Heat Emission Map"
n_fluidEmitter.a_hmth_enum_kFEAdd = "Add"
n_fluidEmitter.a_hmth_enum_kFEOff = "No Emission"
n_fluidEmitter.a_hmth_enum_kFEReplace = "Replace"
n_fluidEmitter.a_hmth_niceName = "Heat Method"
n_fluidEmitter.a_invl_niceName = "Inherit Velocity"
n_fluidEmitter.a_mstr_niceName = "Motion Streak"
n_fluidEmitter.a_nzd_niceName = "Normalized Dropoff"
n_fluidEmitter.a_rdpp_niceName = "Radius PP"
n_fluidEmitter.a_sfe_enum_kSfAll = "Start and All frames"
n_fluidEmitter.a_sfe_enum_kSfOff = "Off"
n_fluidEmitter.a_sfe_enum_kSfStartOnly = "Start Frame Only"
n_fluidEmitter.a_sfe_niceName = "Start Frame Emission"
n_fluidEmitter.a_smth_enum_kFEAdd = "Add"
n_fluidEmitter.a_smth_enum_kFEOff = "No Emission"
n_fluidEmitter.a_smth_enum_kFEReplace = "Replace"
n_fluidEmitter.a_smth_niceName = "Speed Method"
n_fluidEmitter.a_tf_niceName = "Turbulence Frequency"
n_fluidEmitter.a_tfx_niceName = "Turbulence Frequency X"
n_fluidEmitter.a_tfy_niceName = "Turbulence Frequency Y"
n_fluidEmitter.a_tfz_niceName = "Turbulence Frequency Z"
n_fluidEmitter.a_to_niceName = "Turbulence Offset"
n_fluidEmitter.a_tox_niceName = "Turbulence Offset X"
n_fluidEmitter.a_toy_niceName = "Turbulence Offset Y"
n_fluidEmitter.a_toz_niceName = "Turbulence Offset Z"
n_fluidEmitter.a_trb_niceName = "Turbulence"
n_fluidEmitter.a_trs_niceName = "Turbulence Speed"
n_fluidEmitter.a_trt_enum_kGradient = "Gradient"
n_fluidEmitter.a_trt_enum_kValue = "Random"
n_fluidEmitter.a_trt_niceName = "Turbulence Type"
n_fluidEmitter.a_uprd_niceName = "Use Particle Radius"
n_fluidEmitter.a_usd_niceName = "Use Distance"
n_fluidEmitter.baseName = "fluidEmitter"
n_fluidEmitter.niceName = "Fluid Emitter"
//
// String set: n_fluidShape
//
n_fluidShape.a_a_niceName = "Amplitude"
n_fluidShape.a_abrt_niceName = "Ambient Brightness"
n_fluidShape.a_adfu_niceName = "Ambient Diffusion"
n_fluidShape.a_afrt_niceName = "Air Fuel Ratio"
n_fluidShape.a_ambb_niceName = "Ambient Color B"
n_fluidShape.a_ambc_niceName = "Ambient Color"
n_fluidShape.a_ambg_niceName = "Ambient Color G"
n_fluidShape.a_ambr_niceName = "Ambient Color R"
n_fluidShape.a_armg_niceName = "Auto Resize Margin"
n_fluidShape.a_aure_niceName = "Auto Resize"
n_fluidShape.a_aurt_niceName = "Auto Resize Threshold"
n_fluidShape.a_bd_niceName = "Billow Density"
n_fluidShape.a_bndx_enum_kClosed = "Both Sides"
n_fluidShape.a_bndx_enum_kClosedMax = "X Side"
n_fluidShape.a_bndx_enum_kClosedMin = " -X Side"
n_fluidShape.a_bndx_enum_kOpen = "None"
n_fluidShape.a_bndx_enum_kWrap = "Wrapping"
n_fluidShape.a_bndx_niceName = "Boundary X"
n_fluidShape.a_bndy_enum_kClosed = "Both Sides"
n_fluidShape.a_bndy_enum_kClosedMax = "Y Side"
n_fluidShape.a_bndy_enum_kClosedMin = " -Y Side"
n_fluidShape.a_bndy_enum_kOpen = "None"
n_fluidShape.a_bndy_enum_kWrap = "Wrapping"
n_fluidShape.a_bndy_niceName = "Boundary Y"
n_fluidShape.a_bndz_enum_kClosed = "Both Sides"
n_fluidShape.a_bndz_enum_kClosedMax = "Z Side"
n_fluidShape.a_bndz_enum_kClosedMin = " -Z Side"
n_fluidShape.a_bndz_enum_kOpen = "None"
n_fluidShape.a_bndz_enum_kWrap = "Wrapping"
n_fluidShape.a_bndz_niceName = "Boundary Z"
n_fluidShape.a_bod_enum_kBBoxOutline = "Bounding box"
n_fluidShape.a_bod_enum_kBottomOutline = "Bottom"
n_fluidShape.a_bod_enum_kFullGrid = "Full"
n_fluidShape.a_bod_enum_kFullOutline = "Outline"
n_fluidShape.a_bod_enum_kNoGrid = "None"
n_fluidShape.a_bod_enum_kReducedOutline = "Reduced"
n_fluidShape.a_bod_niceName = "Boundary Draw"
n_fluidShape.a_bres_niceName = "Base Resolution"
n_fluidShape.a_brt_niceName = "Box Ratio"
n_fluidShape.a_buo_niceName = "Buoyancy"
n_fluidShape.a_bxm_niceName = "Box Min Radius"
n_fluidShape.a_bxr_niceName = "Box Radius"
n_fluidShape.a_catc_niceName = "Cache Texture Coordinates"
n_fluidShape.a_ccol_niceName = "Cache Color"
n_fluidShape.a_ccr_niceName = "Circle Radius"
n_fluidShape.a_cda_niceName = "Collision Data"
n_fluidShape.a_cdf_niceName = "Color Diffusion"
n_fluidShape.a_cdns_niceName = "Cache Density"
n_fluidShape.a_cds_niceName = "Color Dissipation"
n_fluidShape.a_cfal_niceName = "Cache Falloff"
n_fluidShape.a_cfr_niceName = "Collision Friction"
n_fluidShape.a_cge_niceName = "Collision Geometry"
n_fluidShape.a_chk_niceName = "Checker"
n_fluidShape.a_cib_niceName = "Color Input Bias"
n_fluidShape.a_cir_niceName = "Circles"
n_fluidShape.a_cl_niceName = "Color"
n_fluidShape.a_clc_niceName = "Color _Color"
n_fluidShape.a_clcb_niceName = "Color _Color B"
n_fluidShape.a_clcg_niceName = "Color _Color G"
n_fluidShape.a_clcr_niceName = "Color _Color R"
n_fluidShape.a_cld_niceName = "Collide"
n_fluidShape.a_cli_enum_kLinear = "Linear"
n_fluidShape.a_cli_enum_kNone = "None"
n_fluidShape.a_cli_enum_kSmooth = "Smooth"
n_fluidShape.a_cli_enum_kSpline = "Spline"
n_fluidShape.a_cli_niceName = "Color _Interp"
n_fluidShape.a_clp_niceName = "Color _Position"
n_fluidShape.a_cm_niceName = "Conserve Mass"
n_fluidShape.a_cmet_enum_kCmFixed = "Fixed"
n_fluidShape.a_cmet_enum_kCmGrid = "Grid"
n_fluidShape.a_cmet_niceName = "Coordinate Method"
n_fluidShape.a_cmt_enum_kFaGrid = "Dynamic Grid"
n_fluidShape.a_cmt_enum_kFaNone = "Use Shading Color"
n_fluidShape.a_cmt_enum_kFaStaticGrid = "Static Grid"
n_fluidShape.a_cmt_niceName = "Color Method"
n_fluidShape.a_coi_enum_kConcentric = "Center Gradient"
n_fluidShape.a_coi_enum_kConstantInput = "Constant"
n_fluidShape.a_coi_enum_kDensityInput = "Density"
n_fluidShape.a_coi_enum_kGradientX = "X Gradient"
n_fluidShape.a_coi_enum_kGradientY = "Y Gradient"
n_fluidShape.a_coi_enum_kGradientZ = "Z Gradient"
n_fluidShape.a_coi_enum_kPressureInput = "Pressure"
n_fluidShape.a_coi_enum_kReactionDensityInput = "Density And Fuel"
n_fluidShape.a_coi_enum_kReactionInput = "Fuel"
n_fluidShape.a_coi_enum_kSpeedInput = "Speed"
n_fluidShape.a_coi_enum_kTemperatureInput = "Temperature"
n_fluidShape.a_coi_niceName = "Color Input"
n_fluidShape.a_cpvx_niceName = "Color Per Vertex"
n_fluidShape.a_crea_niceName = "Cache Reaction"
n_fluidShape.a_crs_niceName = "Collision Resilience"
n_fluidShape.a_csd_niceName = "Coordinate Speed"
n_fluidShape.a_csp_niceName = "Cosine Power"
n_fluidShape.a_csr_niceName = "Circle Size Ratio"
n_fluidShape.a_cti_niceName = "Current Time"
n_fluidShape.a_ctl_niceName = "Contrast Tolerance"
n_fluidShape.a_ctmp_niceName = "Cache Temperature"
n_fluidShape.a_ctx_niceName = "Color Texture"
n_fluidShape.a_ctxg_niceName = "Color Tex Gain"
n_fluidShape.a_cvel_niceName = "Cache Velocity"
n_fluidShape.a_dc_niceName = "Disk Cache"
n_fluidShape.a_dcic_niceName = "Disk Cache IC"
n_fluidShape.a_dd_niceName = "Dimensions D"
n_fluidShape.a_ddf_niceName = "Density Diffusion"
n_fluidShape.a_dds_niceName = "Density Dissipation"
n_fluidShape.a_de_niceName = "Do Emission"
n_fluidShape.a_dfr_niceName = "Do Fields"
n_fluidShape.a_dgr_enum_kFaConcentric = "Center Gradient"
n_fluidShape.a_dgr_enum_kFaConstant = "Constant"
n_fluidShape.a_dgr_enum_kFaGradientNegX = " -X Gradient"
n_fluidShape.a_dgr_enum_kFaGradientNegY = " -Y Gradient"
n_fluidShape.a_dgr_enum_kFaGradientNegZ = " -Z Gradient"
n_fluidShape.a_dgr_enum_kFaGradientX = "X Gradient"
n_fluidShape.a_dgr_enum_kFaGradientY = "Y Gradient"
n_fluidShape.a_dgr_enum_kFaGradientZ = "Z Gradient"
n_fluidShape.a_dgr_niceName = "Density Gradient"
n_fluidShape.a_dh_niceName = "Dimensions H"
n_fluidShape.a_dhd_niceName = "Draw Heads"
n_fluidShape.a_die_niceName = "Disable Interactive Eval"
n_fluidShape.a_dim_niceName = "Dimensions"
n_fluidShape.a_dl_niceName = "Directional Light"
n_fluidShape.a_dlx_niceName = "Directional Light X"
n_fluidShape.a_dly_niceName = "Directional Light Y"
n_fluidShape.a_dlz_niceName = "Directional Light Z"
n_fluidShape.a_dm_niceName = "Depth Max"
n_fluidShape.a_dmt_enum_kFaGradient = "Gradient"
n_fluidShape.a_dmt_enum_kFaGrid = "Dynamic Grid"
n_fluidShape.a_dmt_enum_kFaNone = "Off(zero)"
n_fluidShape.a_dmt_enum_kFaStaticGrid = "Static Grid"
n_fluidShape.a_dmt_niceName = "Density Method"
n_fluidShape.a_dofs_niceName = "Dynamic Offset"
n_fluidShape.a_dofx_niceName = "Dynamic Offset X"
n_fluidShape.a_dofy_niceName = "Dynamic Offset Y"
n_fluidShape.a_dofz_niceName = "Dynamic Offset Z"
n_fluidShape.a_dos_enum_kConeFade = "Cone"
n_fluidShape.a_dos_enum_kCubeFade = "Cube"
n_fluidShape.a_dos_enum_kDoubleConeFade = "Double Cone"
n_fluidShape.a_dos_enum_kFadeOff = "Off"
n_fluidShape.a_dos_enum_kSphereFade = "Sphere"
n_fluidShape.a_dos_enum_kUseGrid = "Use Falloff Grid"
n_fluidShape.a_dos_enum_kXGradient = "X Gradient"
n_fluidShape.a_dos_enum_kXGradientNeg = " -X Gradient"
n_fluidShape.a_dos_enum_kYGradient = "Y Gradient"
n_fluidShape.a_dos_enum_kYGradientNeg = " -Y Gradient"
n_fluidShape.a_dos_enum_kZGradient = "Z Gradient"
n_fluidShape.a_dos_enum_kZGradientNeg = " -Z Gradient"
n_fluidShape.a_dos_niceName = "Dropoff Shape"
n_fluidShape.a_dsb_niceName = "Density Buoyancy"
n_fluidShape.a_dsc_niceName = "Density Scale"
n_fluidShape.a_dsgf_niceName = "Density Gradient Force"
n_fluidShape.a_dsns_niceName = "Density Noise"
n_fluidShape.a_dspr_niceName = "Density Pressure"
n_fluidShape.a_dspt_niceName = "Density Pressure Threshold"
n_fluidShape.a_dstn_niceName = "Density Tension"
n_fluidShape.a_dsv_niceName = "Draw Sub Volume"
n_fluidShape.a_dt_niceName = "Delta Time"
n_fluidShape.a_dw_niceName = "Dimensions W"
n_fluidShape.a_e2w_niceName = "Matrix Eye To World"
n_fluidShape.a_edr_niceName = "Edge Dropoff"
n_fluidShape.a_eiss_niceName = "Emit In Substeps"
n_fluidShape.a_elsm_niceName = "Enable Liquid Simulation"
n_fluidShape.a_emf_niceName = "Emission Function"
n_fluidShape.a_emfh_niceName = "Emission Function _Hidden"
n_fluidShape.a_emfi_niceName = "Emission Function _Inmap"
n_fluidShape.a_emfif_niceName = "Emission Function _Inmap From"
n_fluidShape.a_emfit_niceName = "Emission Function _Inmap To"
n_fluidShape.a_emfo_niceName = "Emission Function _Outmap"
n_fluidShape.a_emfof_niceName = "Emission Function _Outmap From"
n_fluidShape.a_emfot_niceName = "Emission Function _Outmap To"
n_fluidShape.a_emfr_niceName = "Emission Function _Raw"
n_fluidShape.a_eml_niceName = "Emission List"
n_fluidShape.a_env_niceName = "Environment"
n_fluidShape.a_envc_niceName = "Environment _Color"
n_fluidShape.a_envcb_niceName = "Environment _Color B"
n_fluidShape.a_envcg_niceName = "Environment _Color G"
n_fluidShape.a_envcr_niceName = "Environment _Color R"
n_fluidShape.a_envi_enum_kLinear = "Linear"
n_fluidShape.a_envi_enum_kNone = "None"
n_fluidShape.a_envi_enum_kSmooth = "Smooth"
n_fluidShape.a_envi_enum_kSpline = "Spline"
n_fluidShape.a_envi_niceName = "Environment _Interp"
n_fluidShape.a_envp_niceName = "Environment _Position"
n_fluidShape.a_eqvl_niceName = "Equilibrium Value"
n_fluidShape.a_esr_niceName = "Escape Radius"
n_fluidShape.a_falo_enum_kBubble = "Bubble"
n_fluidShape.a_falo_enum_kFast = "Fast"
n_fluidShape.a_falo_enum_kLinear = "Linear"
n_fluidShape.a_falo_enum_kSmooth = "Smooth"
n_fluidShape.a_falo_niceName = "Falloff"
n_fluidShape.a_fce_niceName = "Fluid Color Emission"
n_fluidShape.a_fd_niceName = "Field Data"
n_fluidShape.a_fdm_niceName = "Field Data Mass"
n_fluidShape.a_fdn_niceName = "Force Dynamics"
n_fluidShape.a_fdp_niceName = "Field Data Position"
n_fluidShape.a_fdt_niceName = "Field Data Delta Time"
n_fluidShape.a_fdv_niceName = "Field Data Velocity"
n_fluidShape.a_fesc_niceName = "Fuel Scale"
n_fluidShape.a_fgr_enum_kFaConcentric = "Center Gradient"
n_fluidShape.a_fgr_enum_kFaConstant = "Constant"
n_fluidShape.a_fgr_enum_kFaGradientNegX = " -X Gradient"
n_fluidShape.a_fgr_enum_kFaGradientNegY = " -Y Gradient"
n_fluidShape.a_fgr_enum_kFaGradientNegZ = " -Z Gradient"
n_fluidShape.a_fgr_enum_kFaGradientX = "X Gradient"
n_fluidShape.a_fgr_enum_kFaGradientY = "Y Gradient"
n_fluidShape.a_fgr_enum_kFaGradientZ = "Z Gradient"
n_fluidShape.a_fgr_niceName = "Fuel Gradient"
n_fluidShape.a_flib_niceName = "Fluid Light Color B"
n_fluidShape.a_flic_niceName = "Fluid Light Color"
n_fluidShape.a_flig_niceName = "Fluid Light Color G"
n_fluidShape.a_flir_niceName = "Fluid Light Color R"
n_fluidShape.a_fll_niceName = "Field List"
n_fluidShape.a_fmet_enum_kFaGradient = "Gradient"
n_fluidShape.a_fmet_enum_kFaGrid = "Dynamic Grid"
n_fluidShape.a_fmet_enum_kFaNone = "Off(zero)"
n_fluidShape.a_fmet_niceName = "Fuel Method"
n_fluidShape.a_fmt_enum_kFaNone = "Off(zero)"
n_fluidShape.a_fmt_enum_kFaStaticGrid = "Static Grid"
n_fluidShape.a_fmt_niceName = "Falloff Method"
n_fluidShape.a_fo_niceName = "Far Point Obj"
n_fluidShape.a_foad_niceName = "Forward Advection"
n_fluidShape.a_foc_niceName = "Focus"
n_fluidShape.a_fox_niceName = "Far Point Object X"
n_fluidShape.a_foy_niceName = "Far Point Object Y"
n_fluidShape.a_foz_niceName = "Far Point Object Z"
n_fluidShape.a_fq_niceName = "Frequency"
n_fluidShape.a_fr_niceName = "Frequency Ratio"
n_fluidShape.a_frf_niceName = "Field Function"
n_fluidShape.a_frfh_niceName = "Field Function _Hidden"
n_fluidShape.a_frfi_niceName = "Field Function _Inmap"
n_fluidShape.a_frfif_niceName = "Field Function _Inmap From"
n_fluidShape.a_frfit_niceName = "Field Function _Inmap To"
n_fluidShape.a_frfo_niceName = "Field Function _Outmap"
n_fluidShape.a_frfof_niceName = "Field Function _Outmap From"
n_fluidShape.a_frfot_niceName = "Field Function _Outmap To"
n_fluidShape.a_frfr_niceName = "Field Function _Raw"
n_fluidShape.a_fri_niceName = "Friction"
n_fluidShape.a_frm_niceName = "Fluid Reactant Emission"
n_fluidShape.a_fs_niceName = "Filter Size"
n_fluidShape.a_fsx_niceName = "Filter Size X"
n_fluidShape.a_fsy_niceName = "Filter Size Y"
n_fluidShape.a_fsz_niceName = "Filter Size Z"
n_fluidShape.a_fuit_niceName = "Fuel Ignition Temp"
n_fluidShape.a_fw_niceName = "Far Point World"
n_fluidShape.a_fwx_niceName = "Far Point World X"
n_fluidShape.a_fwy_niceName = "Far Point World Y"
n_fluidShape.a_fwz_niceName = "Far Point World Z"
n_fluidShape.a_gdi_enum_kHermiteGridInterpolator = "hermite"
n_fluidShape.a_gdi_enum_kLinearGridInterpolator = "linear"
n_fluidShape.a_gdi_niceName = "Grid Interpolator"
n_fluidShape.a_gi_niceName = "Glow Intensity"
n_fluidShape.a_grv_niceName = "Gravity"
n_fluidShape.a_hds_enum_kHdsOff = "Off"
n_fluidShape.a_hds_enum_kHdsScalarAndVelocity = "All Grids"
n_fluidShape.a_hds_enum_kHdsScalarOnly = "All Grids Except Velocity"
n_fluidShape.a_hds_enum_kHdsVelocityOnly = "Velocity Only"
n_fluidShape.a_hds_niceName = "High Detail Solve"
n_fluidShape.a_hfld_niceName = "Height Field"
n_fluidShape.a_hre_niceName = "Heat Released"
n_fluidShape.a_hss_niceName = "Hardware Self Shadow"
n_fluidShape.a_i_niceName = "Incandescence"
n_fluidShape.a_ic_niceName = "Incandescence _Color"
n_fluidShape.a_icb_niceName = "Incandescence _Color B"
n_fluidShape.a_icg_niceName = "Incandescence _Color G"
n_fluidShape.a_icol_niceName = "In Color"
n_fluidShape.a_icr_niceName = "Incandescence _Color R"
n_fluidShape.a_idns_niceName = "In Density"
n_fluidShape.a_ifal_niceName = "In Falloff"
n_fluidShape.a_ifc_niceName = "Input Force"
n_fluidShape.a_ifl_niceName = "Is Full"
n_fluidShape.a_ii_enum_kLinear = "Linear"
n_fluidShape.a_ii_enum_kNone = "None"
n_fluidShape.a_ii_enum_kSmooth = "Smooth"
n_fluidShape.a_ii_enum_kSpline = "Spline"
n_fluidShape.a_ii_niceName = "Incandescence _Interp"
n_fluidShape.a_iib_niceName = "Incandescence Input Bias"
n_fluidShape.a_ili_enum_kConcentric = "Center Gradient"
n_fluidShape.a_ili_enum_kConstantInput = "Constant"
n_fluidShape.a_ili_enum_kDensityInput = "Density"
n_fluidShape.a_ili_enum_kGradientX = "X Gradient"
n_fluidShape.a_ili_enum_kGradientY = "Y Gradient"
n_fluidShape.a_ili_enum_kGradientZ = "Z Gradient"
n_fluidShape.a_ili_enum_kPressureInput = "Pressure"
n_fluidShape.a_ili_enum_kReactionDensityInput = "Density And Fuel"
n_fluidShape.a_ili_enum_kReactionInput = "Fuel"
n_fluidShape.a_ili_enum_kSpeedInput = "Speed"
n_fluidShape.a_ili_enum_kTemperatureInput = "Temperature"
n_fluidShape.a_ili_niceName = "Incandescence Input"
n_fluidShape.a_imc_niceName = "Implode Center"
n_fluidShape.a_imp_niceName = "Implode"
n_fluidShape.a_imx_niceName = "Implode Center X"
n_fluidShape.a_imy_niceName = "Implode Center Y"
n_fluidShape.a_imz_niceName = "Implode Center Z"
n_fluidShape.a_in2_niceName = "Input Force 2"
n_fluidShape.a_in_niceName = "Inflection"
n_fluidShape.a_inc_niceName = "Initial Conditions"
n_fluidShape.a_ind_niceName = "Input Data"
n_fluidShape.a_inh_niceName = "Inherit Factor"
n_fluidShape.a_inm_niceName = "Input Mass"
n_fluidShape.a_inp_niceName = "Input Positions"
n_fluidShape.a_inv_niceName = "Input Velocities"
n_fluidShape.a_ioff_niceName = "In Offset"
n_fluidShape.a_ip_niceName = "Incandescence _Position"
n_fluidShape.a_ipvx_niceName = "Incandescence Per Vertex"
n_fluidShape.a_irea_niceName = "In Reaction"
n_fluidShape.a_ires_niceName = "In Resolution"
n_fluidShape.a_is2_niceName = "Is 2d"
n_fluidShape.a_itmp_niceName = "In Temperature"
n_fluidShape.a_itx_niceName = "Incand Texture"
n_fluidShape.a_itxc_niceName = "In Texture Coordinates"
n_fluidShape.a_itxg_niceName = "Incand Tex Gain"
n_fluidShape.a_ivel_niceName = "In Velocity"
n_fluidShape.a_ivt_niceName = "Invert Texture"
n_fluidShape.a_jlu_niceName = "Julia U"
n_fluidShape.a_jlv_niceName = "Julia V"
n_fluidShape.a_la_niceName = "Light Ambient"
n_fluidShape.a_lbd_niceName = "Light Blind Data"
n_fluidShape.a_lbl_niceName = "Line Blending"
n_fluidShape.a_lbrt_niceName = "Light Brightness"
n_fluidShape.a_lbs_niceName = "Lobes"
n_fluidShape.a_lco_niceName = "Light Color"
n_fluidShape.a_lcob_niceName = "Light Color B"
n_fluidShape.a_lcog_niceName = "Light Color G"
n_fluidShape.a_lcol_niceName = "Load Color"
n_fluidShape.a_lcor_niceName = "Light Color R"
n_fluidShape.a_ld_niceName = "Light Direction"
n_fluidShape.a_lda_niceName = "Lock Draw Axis"
n_fluidShape.a_ldf_niceName = "Light Diffuse"
n_fluidShape.a_ldns_niceName = "Load Density"
n_fluidShape.a_ldx_niceName = "Light Direction X"
n_fluidShape.a_ldy_niceName = "Light Direction Y"
n_fluidShape.a_ldz_niceName = "Light Direction Z"
n_fluidShape.a_lef_niceName = "Leaf Effect"
n_fluidShape.a_lfal_niceName = "Load Falloff"
n_fluidShape.a_lfc_niceName = "Line Focus"
n_fluidShape.a_li_niceName = "Light Intensity"
n_fluidShape.a_lib_niceName = "Light Intensity B"
n_fluidShape.a_lig_niceName = "Light Intensity G"
n_fluidShape.a_lir_niceName = "Light Intensity R"
n_fluidShape.a_lmsf_niceName = "Liquid Mist Fall"
n_fluidShape.a_lmth_enum_kSmdDensityBasedMass = "Density Based Mass"
n_fluidShape.a_lmth_enum_kSmdLiquidAir = "Liquid and Air"
n_fluidShape.a_lmth_niceName = "Liquid Method"
n_fluidShape.a_lor_niceName = "Line Offset Ratio"
n_fluidShape.a_lotc_niceName = "Load Texture Coordinates"
n_fluidShape.a_lou_niceName = "Line Offset U"
n_fluidShape.a_lov_niceName = "Line Offset V"
n_fluidShape.a_lqmd_niceName = "Liquid Min Density"
n_fluidShape.a_lre_niceName = "Light Released"
n_fluidShape.a_lrea_niceName = "Load Reaction"
n_fluidShape.a_ls_niceName = "Light Specular"
n_fluidShape.a_lsf_niceName = "Light Shadow Fraction"
n_fluidShape.a_lst_niceName = "Last Eval Time"
n_fluidShape.a_ltd_niceName = "Light Data Array"
n_fluidShape.a_ltmp_niceName = "Load Temperature"
n_fluidShape.a_ltyp_enum_kDiagonal = "Diagonal"
n_fluidShape.a_ltyp_enum_kDirectional = "Directional"
n_fluidShape.a_ltyp_enum_kPoint = "Point"
n_fluidShape.a_ltyp_niceName = "Light Type"
n_fluidShape.a_lvel_niceName = "Load Velocity"
n_fluidShape.a_mcv_niceName = "Mass Conversion"
n_fluidShape.a_mdm_niceName = "Mandelbrot Depth"
n_fluidShape.a_mim_enum_kInnerLinesOnlyIm = "Inner Lines Only"
n_fluidShape.a_mim_enum_kLinesIm = "Lines"
n_fluidShape.a_mim_enum_kMaxIterationIm = "Max Iteration"
n_fluidShape.a_mim_enum_kShadedInsideIm = "Shaded Inside"
n_fluidShape.a_mim_enum_kShadedNoLinesIm = "Shaded Without Lines"
n_fluidShape.a_mim_enum_kZeroIm = "Zero"
n_fluidShape.a_mim_niceName = "Mandelbrot Inside Method"
n_fluidShape.a_mmd_enum_kAcuteTetrahedra = "Acute Tetrahedra"
n_fluidShape.a_mmd_enum_kCubes = "Triangle Mesh"
n_fluidShape.a_mmd_enum_kQuads = "Quad Mesh"
n_fluidShape.a_mmd_enum_kTetrahedra = "Tetrahedra"
n_fluidShape.a_mmd_niceName = "Mesh Method"
n_fluidShape.a_mog_niceName = "Matte Opacity"
n_fluidShape.a_mom_enum_kBlackHoleM = "Black Hole"
n_fluidShape.a_mom_enum_kOpacityGain = "Opacity Gain"
n_fluidShape.a_mom_enum_kSolidMatte = "Solid Matte"
n_fluidShape.a_mom_niceName = "Matte Opacity Mode"
n_fluidShape.a_mre_niceName = "Mesh Resolution"
n_fluidShape.a_mres_niceName = "Max Resolution"
n_fluidShape.a_msit_niceName = "Mesh Smoothing Iterations"
n_fluidShape.a_msm_enum_kClassicSm = "Classic"
n_fluidShape.a_msm_enum_kEscapeRadiusSm = "Escape Radius"
n_fluidShape.a_msm_enum_kLinesOnlySm = "Lines Only"
n_fluidShape.a_msm_enum_kMinRadiusSm = "Minimum Radius"
n_fluidShape.a_msm_enum_kSmoothSm = "Smooth"
n_fluidShape.a_msm_niceName = "Mandelbrot Shade Method"
n_fluidShape.a_msrn_niceName = "Mass Range"
n_fluidShape.a_mxrt_niceName = "Max Reaction Temp"
n_fluidShape.a_nty_enum_kBoxJuliaMt = "Box with Julia Set"
n_fluidShape.a_nty_enum_kBoxMandelbrotMt = "Box with Mandelbrot Set"
n_fluidShape.a_nty_enum_kJuliaMt = "Julia Set"
n_fluidShape.a_nty_enum_kMandelboxMt = "Mandelbox"
n_fluidShape.a_nty_enum_kMandelbrotMt = "Mandelbrot Set"
n_fluidShape.a_nty_niceName = "Mandelbrot Type"
n_fluidShape.a_nud_enum_kDensityField = "Density"
n_fluidShape.a_nud_enum_kNoScalarField = "Off"
n_fluidShape.a_nud_enum_kReactionField = "Fuel"
n_fluidShape.a_nud_enum_kTemperatureField = "Temperature"
n_fluidShape.a_nud_niceName = "Numeric Display"
n_fluidShape.a_nw_niceName = "Num Waves"
n_fluidShape.a_o_niceName = "Out Mesh"
n_fluidShape.a_obt_niceName = "Object Type"
n_fluidShape.a_ocb_niceName = "Out Color B"
n_fluidShape.a_ocg_niceName = "Out Color G"
n_fluidShape.a_ocl_niceName = "Out Color"
n_fluidShape.a_ocr_niceName = "Out Color R"
n_fluidShape.a_of_niceName = "Output Force"
n_fluidShape.a_ogb_niceName = "Out Glow Color B"
n_fluidShape.a_ogc_niceName = "Out Glow Color"
n_fluidShape.a_ogg_niceName = "Out Glow Color G"
n_fluidShape.a_ogr_niceName = "Out Glow Color R"
n_fluidShape.a_oib_niceName = "Opacity Input Bias"
n_fluidShape.a_omo_niceName = "Out Matte Opacity"
n_fluidShape.a_omob_niceName = "Out Matte Opacity B"
n_fluidShape.a_omog_niceName = "Out Matte Opacity G"
n_fluidShape.a_omor_niceName = "Out Matte Opacity R"
n_fluidShape.a_opa_niceName = "Opacity"
n_fluidShape.a_opafv_niceName = "Opacity _Float Value"
n_fluidShape.a_opai_enum_kLinear = "Linear"
n_fluidShape.a_opai_enum_kNone = "None"
n_fluidShape.a_opai_enum_kSmooth = "Smooth"
n_fluidShape.a_opai_enum_kSpline = "Spline"
n_fluidShape.a_opai_niceName = "Opacity _Interp"
n_fluidShape.a_opap_niceName = "Opacity _Position"
n_fluidShape.a_opg_niceName = "Opacity Preview Gain"
n_fluidShape.a_opi_enum_kConcentric = "Center Gradient"
n_fluidShape.a_opi_enum_kConstantInput = "Constant"
n_fluidShape.a_opi_enum_kDensityInput = "Density"
n_fluidShape.a_opi_enum_kGradientX = "X Gradient"
n_fluidShape.a_opi_enum_kGradientY = "Y Gradient"
n_fluidShape.a_opi_enum_kGradientZ = "Z Gradient"
n_fluidShape.a_opi_enum_kPressureInput = "Pressure"
n_fluidShape.a_opi_enum_kReactionDensityInput = "Density And Fuel"
n_fluidShape.a_opi_enum_kReactionInput = "Fuel"
n_fluidShape.a_opi_enum_kSpeedInput = "Speed"
n_fluidShape.a_opi_enum_kTemperatureInput = "Temperature"
n_fluidShape.a_opi_niceName = "Opacity Input"
n_fluidShape.a_opvx_niceName = "Opacity Per Vertex"
n_fluidShape.a_ot_niceName = "Out Transparency"
n_fluidShape.a_otb_niceName = "Out Transparency B"
n_fluidShape.a_otg_niceName = "Out Transparency G"
n_fluidShape.a_otr_niceName = "Out Transparency R"
n_fluidShape.a_ots_niceName = "Override Time Step"
n_fluidShape.a_otx_niceName = "Opacity Texture"
n_fluidShape.a_otxg_niceName = "Opacity Tex Gain"
n_fluidShape.a_out_niceName = "Out Grid"
n_fluidShape.a_pfch_niceName = "Play From Cache"
n_fluidShape.a_pldy_enum_0 = "No Decay"
n_fluidShape.a_pldy_enum_1 = "Linear"
n_fluidShape.a_pldy_enum_2 = "Quadratic"
n_fluidShape.a_pldy_enum_3 = "Cubic"
n_fluidShape.a_pldy_niceName = "Point Light Decay"
n_fluidShape.a_po_niceName = "Point Obj"
n_fluidShape.a_poli_niceName = "Point Light"
n_fluidShape.a_polx_niceName = "Point Light X"
n_fluidShape.a_poly_niceName = "Point Light Y"
n_fluidShape.a_polz_niceName = "Point Light Z"
n_fluidShape.a_pox_niceName = "Point Obj X"
n_fluidShape.a_poy_niceName = "Point Obj Y"
n_fluidShape.a_poz_niceName = "Point Obj Z"
n_fluidShape.a_psi_niceName = "Pre Shadow Intensity"
n_fluidShape.a_pts_niceName = "Points"
n_fluidShape.a_pw_niceName = "Point World"
n_fluidShape.a_pwx_niceName = "Point World X"
n_fluidShape.a_pwy_niceName = "Point World Y"
n_fluidShape.a_pwz_niceName = "Point World Z"
n_fluidShape.a_qua_niceName = "Quality"
n_fluidShape.a_ra_niceName = "Ratio"
n_fluidShape.a_rcbd_niceName = "Resize Closed Boundaries"
n_fluidShape.a_rd_niceName = "Resolution D"
n_fluidShape.a_rei_niceName = "Refractive Index"
n_fluidShape.a_res_niceName = "Resolution"
n_fluidShape.a_resp_niceName = "Reaction Speed"
n_fluidShape.a_rh_niceName = "Resolution H"
n_fluidShape.a_rin_enum_kLinearRenderInterpolator = "linear"
n_fluidShape.a_rin_enum_kQuadraticRenderInterpolator = "smooth"
n_fluidShape.a_rin_niceName = "Render Interpolator"
n_fluidShape.a_riss_niceName = "Resize In Substeps"
n_fluidShape.a_rl_niceName = "Real Lights"
n_fluidShape.a_rnd_niceName = "Randomness"
n_fluidShape.a_rste_niceName = "Resize To Emitter"
n_fluidShape.a_rw_niceName = "Resolution W"
n_fluidShape.a_ryi_niceName = "Ray Instance"
n_fluidShape.a_sbst_niceName = "Substeps"
n_fluidShape.a_scd_niceName = "Sub Volume Center D"
n_fluidShape.a_sch_niceName = "Sub Volume Center H"
n_fluidShape.a_scw_niceName = "Sub Volume Center W"
n_fluidShape.a_sd_niceName = "Seed"
n_fluidShape.a_sdfu_niceName = "Shadow Diffusion"
n_fluidShape.a_sdp_enum_kFlDispAsRender = "As Render"
n_fluidShape.a_sdp_enum_kFlDispCollision = "Collision"
n_fluidShape.a_sdp_enum_kFlDispCollisionAndDensity = "Density And Collision"
n_fluidShape.a_sdp_enum_kFlDispColorAndDensity = "Density And Color"
n_fluidShape.a_sdp_enum_kFlDispDensity = "Density"
n_fluidShape.a_sdp_enum_kFlDispFalloff = "Falloff"
n_fluidShape.a_sdp_enum_kFlDispOff = "Off"
n_fluidShape.a_sdp_enum_kFlDispReaction = "Fuel"
n_fluidShape.a_sdp_enum_kFlDispReactionAndDensity = "Density And Fuel"
n_fluidShape.a_sdp_enum_kFlDispTemp = "Temperature"
n_fluidShape.a_sdp_enum_kFlDispTempAndDensity = "Density And Temp"
n_fluidShape.a_sdp_niceName = "Shaded Display"
n_fluidShape.a_sfat_niceName = "Self Attract"
n_fluidShape.a_sfds_niceName = "Self Force Distance"
n_fluidShape.a_sfrp_niceName = "Self Repel"
n_fluidShape.a_shp_niceName = "Shadow Opacity"
n_fluidShape.a_slfc_enum_kSfDensity = "Density"
n_fluidShape.a_slfc_enum_kSfOff = "Off(zero)"
n_fluidShape.a_slfc_enum_kSfTemperature = "Temperature"
n_fluidShape.a_slfc_niceName = "Self Force"
n_fluidShape.a_sli_niceName = "Slices"
n_fluidShape.a_smpm_enum_kADAPTIVE = "Adaptive"
n_fluidShape.a_smpm_enum_kADAPTIVEJITTERED = "AdaptiveJittered"
n_fluidShape.a_smpm_enum_kJITTERED = "Jittered"
n_fluidShape.a_smpm_enum_kUniform = "Uniform"
n_fluidShape.a_smpm_niceName = "Sample Method"
n_fluidShape.a_sol_enum_kNoSolver = "none"
n_fluidShape.a_sol_enum_kNsSolver = "Navier-Stokes"
n_fluidShape.a_sol_enum_kSpringSolver1 = "Spring Mesh"
n_fluidShape.a_sol_niceName = "Solver"
n_fluidShape.a_sp_niceName = "Spottyness"
n_fluidShape.a_spb_niceName = "Specular Color B"
n_fluidShape.a_spc_niceName = "Specular Color"
n_fluidShape.a_spg_niceName = "Specular Color G"
n_fluidShape.a_spr_niceName = "Specular Color R"
n_fluidShape.a_sql_niceName = "Solver Quality"
n_fluidShape.a_sqvx_niceName = "Square Voxels"
n_fluidShape.a_sr_niceName = "Size Rand"
n_fluidShape.a_srr_niceName = "Surface Render"
n_fluidShape.a_srs_niceName = "Simulation Rate Scale"
n_fluidShape.a_srt_niceName = "Surface Threshold"
n_fluidShape.a_ss_niceName = "Self Shadowing"
n_fluidShape.a_ssd_niceName = "Sub Volume Size D"
n_fluidShape.a_ssf_niceName = "Soft Surface"
n_fluidShape.a_ssh_niceName = "Sub Volume Size H"
n_fluidShape.a_ssw_niceName = "Sub Volume Size W"
n_fluidShape.a_stf_niceName = "Start Frame"
n_fluidShape.a_sti_niceName = "Start Time"
n_fluidShape.a_stku_niceName = "Stalks U"
n_fluidShape.a_stkv_niceName = "Stalks V"
n_fluidShape.a_stl_niceName = "Surface Tolerance"
n_fluidShape.a_susd_niceName = "Surface Shader Depth"
n_fluidShape.a_svc_niceName = "Sub Volume Center"
n_fluidShape.a_svs_niceName = "Sub Volume Size"
n_fluidShape.a_t_niceName = "Transparency"
n_fluidShape.a_tb_niceName = "Transparency B"
n_fluidShape.a_tbs_niceName = "Turbulence Speed"
n_fluidShape.a_tdf_niceName = "Temperature Diffusion"
n_fluidShape.a_tds_niceName = "Temperature Dissipation"
n_fluidShape.a_tfr_niceName = "Turbulence Frequency"
n_fluidShape.a_tg_niceName = "Transparency G"
n_fluidShape.a_tgr_enum_kFaConcentric = "Center Gradient"
n_fluidShape.a_tgr_enum_kFaConstant = "Constant"
n_fluidShape.a_tgr_enum_kFaGradientNegX = " -X Gradient"
n_fluidShape.a_tgr_enum_kFaGradientNegY = " -Y Gradient"
n_fluidShape.a_tgr_enum_kFaGradientNegZ = " -Z Gradient"
n_fluidShape.a_tgr_enum_kFaGradientX = "X Gradient"
n_fluidShape.a_tgr_enum_kFaGradientY = "Y Gradient"
n_fluidShape.a_tgr_enum_kFaGradientZ = "Z Gradient"
n_fluidShape.a_tgr_niceName = "Temperature Gradient"
n_fluidShape.a_th_niceName = "Threshold"
n_fluidShape.a_tmet_enum_kFaGradient = "Gradient"
n_fluidShape.a_tmet_enum_kFaGrid = "Dynamic Grid"
n_fluidShape.a_tmet_enum_kFaNone = "Off(zero)"
n_fluidShape.a_tmet_enum_kFaStaticGrid = "Static Grid"
n_fluidShape.a_tmet_niceName = "Temperature Method"
n_fluidShape.a_tmns_niceName = "Temperature Noise"
n_fluidShape.a_tmpr_niceName = "Temperature Pressure"
n_fluidShape.a_tmpt_niceName = "Temperature Pressure Threshold"
n_fluidShape.a_tmsc_niceName = "Temperature Scale"
n_fluidShape.a_tnsf_niceName = "Tension Force"
n_fluidShape.a_tor_niceName = "Texture Origin"
n_fluidShape.a_torx_niceName = "Texture Origin X"
n_fluidShape.a_tory_niceName = "Texture Origin Y"
n_fluidShape.a_torz_niceName = "Texture Origin Z"
n_fluidShape.a_tr_niceName = "Transparency R"
n_fluidShape.a_trs_niceName = "Turbulence Res"
n_fluidShape.a_trt_niceName = "Texture Rotate"
n_fluidShape.a_trtx_niceName = "Texture Rotate X"
n_fluidShape.a_trty_niceName = "Texture Rotate Y"
n_fluidShape.a_trtz_niceName = "Texture Rotate Z"
n_fluidShape.a_tscx_niceName = "Texture Scale X"
n_fluidShape.a_tscy_niceName = "Texture Scale Y"
n_fluidShape.a_tscz_niceName = "Texture Scale Z"
n_fluidShape.a_tst_niceName = "Turbulence Strength"
n_fluidShape.a_ttb_niceName = "Temperature Turbulence"
n_fluidShape.a_tti_niceName = "Texture Time"
n_fluidShape.a_tttn_niceName = "Temperature Tension"
n_fluidShape.a_tty_enum_kBillow = "Billow"
n_fluidShape.a_tty_enum_kMandelbrot = "Mandelbrot"
n_fluidShape.a_tty_enum_kPerlin = "Perlin Noise"
n_fluidShape.a_tty_enum_kSpaceTime = "SpaceTime"
n_fluidShape.a_tty_enum_kVolumeWave = "Volume Wave"
n_fluidShape.a_tty_enum_kWispy = "Wispy"
n_fluidShape.a_tty_niceName = "Texture Type"
n_fluidShape.a_txsc_niceName = "Texture Scale"
n_fluidShape.a_ugn_niceName = "Use Gradient Normals"
n_fluidShape.a_updy_niceName = "Use Pre 70Dynamics"
n_fluidShape.a_upvx_niceName = "Uvw Per Vertex"
n_fluidShape.a_va_niceName = "Velocity Advect"
n_fluidShape.a_vdl_niceName = "Velocity Draw Length"
n_fluidShape.a_vdp_niceName = "Velocity Damp"
n_fluidShape.a_vds_niceName = "Velocity Draw Skip"
n_fluidShape.a_vgr_enum_kFaConcentric = "Center Gradient"
n_fluidShape.a_vgr_enum_kFaConstant = "Constant"
n_fluidShape.a_vgr_enum_kFaGradientNegX = " -X Gradient"
n_fluidShape.a_vgr_enum_kFaGradientNegY = " -Y Gradient"
n_fluidShape.a_vgr_enum_kFaGradientNegZ = " -Z Gradient"
n_fluidShape.a_vgr_enum_kFaGradientX = "X Gradient"
n_fluidShape.a_vgr_enum_kFaGradientY = "Y Gradient"
n_fluidShape.a_vgr_enum_kFaGradientZ = "Z Gradient"
n_fluidShape.a_vgr_niceName = "Velocity Gradient"
n_fluidShape.a_vi_niceName = "Velocity Project"
n_fluidShape.a_viy_niceName = "Viscosity"
n_fluidShape.a_vld_niceName = "Velocity Draw"
n_fluidShape.a_vmt_enum_kFaGradient = "Gradient"
n_fluidShape.a_vmt_enum_kFaGrid = "Dynamic Grid"
n_fluidShape.a_vmt_enum_kFaNone = "Off(zero)"
n_fluidShape.a_vmt_enum_kFaStaticGrid = "Static Grid"
n_fluidShape.a_vmt_niceName = "Velocity Method"
n_fluidShape.a_vpvx_niceName = "Velocity Per Vertex"
n_fluidShape.a_vqu_enum_kVqBetter = "Better"
n_fluidShape.a_vqu_enum_kVqFaster = "Faster"
n_fluidShape.a_vqu_niceName = "Voxel Quality"
n_fluidShape.a_vsc_niceName = "Velocity Scale"
n_fluidShape.a_vsns_niceName = "Velocity Noise"
n_fluidShape.a_vsw_niceName = "Velocity Swirl"
n_fluidShape.a_vsx_niceName = "Velocity Scale X"
n_fluidShape.a_vsy_niceName = "Velocity Scale Y"
n_fluidShape.a_vsz_niceName = "Velocity Scale Z"
n_fluidShape.a_w2o_niceName = "Matrix World To Object"
n_fluidShape.a_wdp_enum_kWdOff = "Off"
n_fluidShape.a_wdp_enum_kWdParticles = "Particles"
n_fluidShape.a_wdp_enum_kWdTriangles = "Rectangles"
n_fluidShape.a_wdp_niceName = "Wireframe Display"
n_fluidShape.a_we_niceName = "Particle Weight"
n_fluidShape.a_zfc_niceName = "Zoom Factor"
n_fluidShape.baseName = "fluidShape"
n_fluidShape.niceName = "Fluid Shape"
//
// String set: n_fluidSliceManip
//
n_fluidSliceManip.baseName = "fluidSliceManip"
n_fluidSliceManip.niceName = "Fluid Slice Manip"
//
// String set: n_fluidTexture2D
//
n_fluidTexture2D.a_ag_niceName = "Alpha Gain"
n_fluidTexture2D.a_ao_niceName = "Alpha Offset"
n_fluidTexture2D.a_dcb_niceName = "Default Color B"
n_fluidTexture2D.a_dcg_niceName = "Default Color G"
n_fluidTexture2D.a_dcl_niceName = "Default Color"
n_fluidTexture2D.a_dcr_niceName = "Default Color R"
n_fluidTexture2D.a_oa_niceName = "Out Alpha"
n_fluidTexture2D.a_ou_niceName = "Out U"
n_fluidTexture2D.a_ouv_niceName = "Out UV"
n_fluidTexture2D.a_ov_niceName = "Out V"
n_fluidTexture2D.a_uv_niceName = "Uv Coord"
n_fluidTexture2D.a_uvfs_niceName = "Uv Filter Size"
n_fluidTexture2D.a_uvfsx_niceName = "Uv Filter Size X"
n_fluidTexture2D.a_uvfsy_niceName = "Uv Filter Size Y"
n_fluidTexture2D.a_uvu_niceName = "U Coord"
n_fluidTexture2D.a_uvv_niceName = "V Coord"
n_fluidTexture2D.baseName = "fluidTexture2D"
n_fluidTexture2D.niceName = "Fluid Texture 2D"
//
// String set: n_fluidTexture3D
//
n_fluidTexture3D.a_ag_niceName = "Alpha Gain"
n_fluidTexture3D.a_ao_niceName = "Alpha Offset"
n_fluidTexture3D.a_dcb_niceName = "Default Color B"
n_fluidTexture3D.a_dcg_niceName = "Default Color G"
n_fluidTexture3D.a_dcl_niceName = "Default Color"
n_fluidTexture3D.a_dcr_niceName = "Default Color R"
n_fluidTexture3D.a_oa_niceName = "Out Alpha"
n_fluidTexture3D.a_ocx_niceName = "Oucx"
n_fluidTexture3D.a_ocy_niceName = "Oucy"
n_fluidTexture3D.a_ocz_niceName = "Oucz"
n_fluidTexture3D.a_ouc_niceName = "Out Coord"
n_fluidTexture3D.a_rcx_niceName = "Ref Point Camera X"
n_fluidTexture3D.a_rcy_niceName = "Ref Point Camera Y"
n_fluidTexture3D.a_rcz_niceName = "Ref Point Camera Z"
n_fluidTexture3D.a_rpc_niceName = "Ref Point Camera"
n_fluidTexture3D.baseName = "fluidTexture3D"
n_fluidTexture3D.niceName = "Fluid Texture 3D"
//
// String set: n_follicle
//
n_follicle.a_ad_niceName = "Attraction Damp"
n_follicle.a_ats_niceName = "Attraction Scale"
n_follicle.a_atsfv_niceName = "Attraction Scale _Float Value"
n_follicle.a_atsi_enum_kLinear = "Linear"
n_follicle.a_atsi_enum_kNone = "None"
n_follicle.a_atsi_enum_kSmooth = "Smooth"
n_follicle.a_atsi_enum_kSpline = "Spline"
n_follicle.a_atsi_niceName = "Attraction Scale _Interp"
n_follicle.a_atsp_niceName = "Attraction Scale _Position"
n_follicle.a_brd_niceName = "Braid"
n_follicle.a_cb_niceName = "Color B"
n_follicle.a_cbl_niceName = "Color Blend"
n_follicle.a_cg_niceName = "Color G"
n_follicle.a_cl_niceName = "Color"
n_follicle.a_cld_niceName = "Collide"
n_follicle.a_cml_niceName = "Curl Mult"
n_follicle.a_cr_niceName = "Color R"
n_follicle.a_crp_niceName = "Current Position"
n_follicle.a_ctf_niceName = "Clump Twist Offset"
n_follicle.a_cw_niceName = "Clump Width"
n_follicle.a_cwm_niceName = "Clump Width Mult"
n_follicle.a_cws_niceName = "Clump Width Scale"
n_follicle.a_cwsfv_niceName = "Clump Width Scale _Float Value"
n_follicle.a_cwsi_enum_kLinear = "Linear"
n_follicle.a_cwsi_enum_kNone = "None"
n_follicle.a_cwsi_enum_kSmooth = "Smooth"
n_follicle.a_cwsi_enum_kSpline = "Spline"
n_follicle.a_cwsi_niceName = "Clump Width Scale _Interp"
n_follicle.a_cwsp_niceName = "Clump Width Scale _Position"
n_follicle.a_dgr_niceName = "Degree"
n_follicle.a_dml_niceName = "Density Mult"
n_follicle.a_dmp_niceName = "Damp"
n_follicle.a_fld_niceName = "Flip Direction"
n_follicle.a_fsl_niceName = "Fixed Segment Length"
n_follicle.a_hsg_niceName = "Hair Sys Gravity"
n_follicle.a_hss_niceName = "Hair Sys Stiffness"
n_follicle.a_inm_niceName = "Input Mesh"
n_follicle.a_is_niceName = "Input Surface"
n_follicle.a_iwm_niceName = "Input World Matrix"
n_follicle.a_lfl_niceName = "Length Flex"
n_follicle.a_msn_niceName = "Map Set Name"
n_follicle.a_ocr_niceName = "Out Curve"
n_follicle.a_oha_niceName = "Out Hair"
n_follicle.a_onm_niceName = "Out Normal"
n_follicle.a_onx_niceName = "Out Normal X"
n_follicle.a_ony_niceName = "Out Normal Y"
n_follicle.a_onz_niceName = "Out Normal Z"
n_follicle.a_or_niceName = "Out Rotate"
n_follicle.a_orx_niceName = "Out Rotate X"
n_follicle.a_ory_niceName = "Out Rotate Y"
n_follicle.a_orz_niceName = "Out Rotate Z"
n_follicle.a_ot_niceName = "Out Translate"
n_follicle.a_otn_niceName = "Out Tangent"
n_follicle.a_otnx_niceName = "Out Tangent X"
n_follicle.a_otny_niceName = "Out Tangent Y"
n_follicle.a_otnz_niceName = "Out Tangent Z"
n_follicle.a_otx_niceName = "Out Translate X"
n_follicle.a_oty_niceName = "Out Translate Y"
n_follicle.a_otz_niceName = "Out Translate Z"
n_follicle.a_ovd_niceName = "Override Dynamics"
n_follicle.a_ptl_enum_kBothEnds = "BothEnds"
n_follicle.a_ptl_enum_kHairBase = "Base"
n_follicle.a_ptl_enum_kHairTip = "Tip"
n_follicle.a_ptl_enum_kNoAttach = "No Attach"
n_follicle.a_ptl_niceName = "Point Lock"
n_follicle.a_pu_niceName = "Parameter U"
n_follicle.a_pv_niceName = "Parameter V"
n_follicle.a_rp_niceName = "Rest Position"
n_follicle.a_rsp_enum_kFromCurve = "From Curve"
n_follicle.a_rsp_enum_kFromStart = "Same As Start"
n_follicle.a_rsp_enum_kStartAndGravity = "Start Minus Gravity"
n_follicle.a_rsp_enum_kStraightLine = "Straight"
n_follicle.a_rsp_niceName = "Rest Pose"
n_follicle.a_sct_niceName = "Start Curve Attract"
n_follicle.a_sdn_niceName = "Sample Density"
n_follicle.a_sdr_enum_0 = "Surface Normal"
n_follicle.a_sdr_enum_1 = "Start Curve Base"
n_follicle.a_sdr_niceName = "Start Direction"
n_follicle.a_sgl_niceName = "Segment Length"
n_follicle.a_sim_enum_kDisabled = "Static"
n_follicle.a_sim_enum_kDynamic = "Dynamic"
n_follicle.a_sim_enum_kPassive = "Passive"
n_follicle.a_sim_niceName = "Simulation Method"
n_follicle.a_sp_niceName = "Start Position"
n_follicle.a_spm_niceName = "Start Position Matrix"
n_follicle.a_stf_niceName = "Stiffness"
n_follicle.a_sts_niceName = "Stiffness Scale"
n_follicle.a_stsfv_niceName = "Stiffness Scale _Float Value"
n_follicle.a_stsi_enum_kLinear = "Linear"
n_follicle.a_stsi_enum_kNone = "None"
n_follicle.a_stsi_enum_kSmooth = "Smooth"
n_follicle.a_stsi_enum_kSpline = "Spline"
n_follicle.a_stsi_niceName = "Stiffness Scale _Interp"
n_follicle.a_stsp_niceName = "Stiffness Scale _Position"
n_follicle.a_vuv_niceName = "Valid Uv"
n_follicle.baseName = "follicle"
n_follicle.niceName = "Follicle"
//
// String set: n_forceUpdateManip
//
n_forceUpdateManip.baseName = "forceUpdateManip"
n_forceUpdateManip.niceName = "Force Update Manip"
//
// String set: n_fosterParent
//
n_fosterParent.baseName = "fosterParent"
n_fosterParent.niceName = "Foster Parent"
//
// String set: n_fourByFourMatrix
//
n_fourByFourMatrix.a_i00_niceName = "In 00"
n_fourByFourMatrix.a_i01_niceName = "In 01"
n_fourByFourMatrix.a_i02_niceName = "In 02"
n_fourByFourMatrix.a_i03_niceName = "In 03"
n_fourByFourMatrix.a_i10_niceName = "In 10"
n_fourByFourMatrix.a_i11_niceName = "In 11"
n_fourByFourMatrix.a_i12_niceName = "In 12"
n_fourByFourMatrix.a_i13_niceName = "In 13"
n_fourByFourMatrix.a_i20_niceName = "In 20"
n_fourByFourMatrix.a_i21_niceName = "In 21"
n_fourByFourMatrix.a_i22_niceName = "In 22"
n_fourByFourMatrix.a_i23_niceName = "In 23"
n_fourByFourMatrix.a_i30_niceName = "In 30"
n_fourByFourMatrix.a_i31_niceName = "In 31"
n_fourByFourMatrix.a_i32_niceName = "In 32"
n_fourByFourMatrix.a_i33_niceName = "In 33"
n_fourByFourMatrix.a_o_niceName = "Output"
n_fourByFourMatrix.baseName = "fourByFourMatrix"
n_fourByFourMatrix.niceName = "Four By Four Matrix"
//
// String set: n_fractal
//
n_fractal.a_a_niceName = "Amplitude"
n_fractal.a_an_niceName = "Animated"
n_fractal.a_bs_niceName = "Bias"
n_fractal.a_fr_niceName = "Frequency Ratio"
n_fractal.a_in_niceName = "Inflection"
n_fractal.a_lmn_niceName = "Level Min"
n_fractal.a_lmx_niceName = "Level Max"
n_fractal.a_ra_niceName = "Ratio"
n_fractal.a_th_niceName = "Threshold"
n_fractal.a_ti_niceName = "Time"
n_fractal.a_tr_niceName = "Time Ratio"
n_fractal.baseName = "fractal"
n_fractal.niceName = "Fractal"
//
// String set: n_frameCache
//
n_frameCache.a_f_niceName = "Future"
n_frameCache.a_p_niceName = "Past"
n_frameCache.a_s_niceName = "Stream"
n_frameCache.a_v_niceName = "Varying"
n_frameCache.a_vt_niceName = "Vary Time"
n_frameCache.baseName = "frameCache"
n_frameCache.niceName = "Frame Cache"
//
// String set: n_freePointManip
//
n_freePointManip.baseName = "freePointManip"
n_freePointManip.niceName = "Free Point Manip"
//
// String set: n_freePointTriadManip
//
n_freePointTriadManip.baseName = "freePointTriadManip"
n_freePointTriadManip.niceName = "Free Point Triad Manip"
//
// String set: n_gammaCorrect
//
n_gammaCorrect.a_arp_enum_0 = "Pass through"
n_gammaCorrect.a_arp_enum_1 = "Apply to Render Passes"
n_gammaCorrect.a_arp_enum_2 = "No Contribution"
n_gammaCorrect.a_arp_enum_3 = "Write Shader Result to Beauty Passes"
n_gammaCorrect.a_arp_niceName = "Render Pass Mode"
n_gammaCorrect.a_g_niceName = "Gamma"
n_gammaCorrect.a_gx_niceName = "Gamma X"
n_gammaCorrect.a_gy_niceName = "Gamma Y"
n_gammaCorrect.a_gz_niceName = "Gamma Z"
n_gammaCorrect.a_o_niceName = "Out Value"
n_gammaCorrect.a_ox_niceName = "Out Value X"
n_gammaCorrect.a_oy_niceName = "Out Value Y"
n_gammaCorrect.a_oz_niceName = "Out Value Z"
n_gammaCorrect.a_v_niceName = "Value"
n_gammaCorrect.a_vx_niceName = "Value X"
n_gammaCorrect.a_vy_niceName = "Value Y"
n_gammaCorrect.a_vz_niceName = "Value Z"
n_gammaCorrect.baseName = "gammaCorrect"
n_gammaCorrect.niceName = "Gamma Correct"
//
// String set: n_geoConnectable
//
n_geoConnectable.a_ao_niceName = "Auxiliaries Owned"
n_geoConnectable.a_cpo_niceName = "Cached Positions"
n_geoConnectable.a_cpp_niceName = "Component Positions"
n_geoConnectable.a_ct_niceName = "Connections To Me"
n_geoConnectable.a_cve_niceName = "Cached Velocities"
n_geoConnectable.a_dv_niceName = "Do Velocity"
n_geoConnectable.a_gri_niceName = "Group Id"
n_geoConnectable.a_igm_niceName = "Input Geometry Msg"
n_geoConnectable.a_lsg_niceName = "Local Surface Geometry"
n_geoConnectable.a_pt_niceName = "Prev Time"
n_geoConnectable.a_sge_niceName = "Surface Geometry"
n_geoConnectable.a_vv_niceName = "Velocity Valid"
n_geoConnectable.baseName = "geoConnectable"
n_geoConnectable.niceName = "Geo Connectable"
//
// String set: n_geoConnector
//
n_geoConnector.a_ccl_niceName = "Component Centroid Local"
n_geoConnector.a_cclx_niceName = "Component Centroid Local X"
n_geoConnector.a_ccx_niceName = "Component Centroid X"
n_geoConnector.a_ccy_niceName = "Component Centroid Y"
n_geoConnector.a_ccz_niceName = "Component Centroid Z"
n_geoConnector.a_clcy_niceName = "Component Centroid Local Y"
n_geoConnector.a_clcz_niceName = "Component Centroid Local Z"
n_geoConnector.a_cpc_niceName = "Component Centroid"
n_geoConnector.a_cpp_niceName = "Component Positions"
n_geoConnector.a_cpv_niceName = "Component Velocities"
n_geoConnector.a_ct_niceName = "Current Time"
n_geoConnector.a_dlt_niceName = "Delta Time"
n_geoConnector.a_fri_niceName = "Friction"
n_geoConnector.a_gmd_niceName = "Geometry Modified"
n_geoConnector.a_gri_niceName = "Group Id"
n_geoConnector.a_guv_niceName = "Uv Set Name"
n_geoConnector.a_idix_niceName = "Id Index"
n_geoConnector.a_idm_niceName = "Id Mapping"
n_geoConnector.a_ifc_niceName = "Input Force"
n_geoConnector.a_igm_niceName = "Input Geometry Msg"
n_geoConnector.a_lge_niceName = "Local Geometry"
n_geoConnector.a_lsg_niceName = "Local Swept Geometry"
n_geoConnector.a_mas_niceName = "Owner Masses"
n_geoConnector.a_mtm_niceName = "Matrix Modified"
n_geoConnector.a_ocd_niceName = "Owner Centroid"
n_geoConnector.a_ocl_niceName = "Owner Centroid Local"
n_geoConnector.a_ocly_niceName = "Owner Centroid Local Y"
n_geoConnector.a_oclz_niceName = "Owner Centroid Local Z"
n_geoConnector.a_ocx_niceName = "Owner Centroid X"
n_geoConnector.a_ocy_niceName = "Owner Centroid Y"
n_geoConnector.a_ocz_niceName = "Owner Centroid Z"
n_geoConnector.a_off_niceName = "Offset"
n_geoConnector.a_olcx_niceName = "Owner Centroid Local X"
n_geoConnector.a_own_niceName = "Owner"
n_geoConnector.a_pcp_niceName = "Pre Component Positions"
n_geoConnector.a_pop_niceName = "Pre Owner Positions"
n_geoConnector.a_pos_niceName = "Owner Positions"
n_geoConnector.a_pt_niceName = "Prev Time"
n_geoConnector.a_res_niceName = "Resilience"
n_geoConnector.a_rpi_niceName = "Rate PPIn"
n_geoConnector.a_rpo_niceName = "Rate PPOut"
n_geoConnector.a_sid_niceName = "Sorted Id"
n_geoConnector.a_swg_niceName = "Swept Geometry"
n_geoConnector.a_tf_niceName = "Tessellation Factor"
n_geoConnector.a_vel_niceName = "Owner Velocities"
n_geoConnector.a_wm_niceName = "World Matrix"
n_geoConnector.baseName = "geoConnector"
n_geoConnector.niceName = "Geo Connector"
//
// String set: n_geomBind
//
n_geomBind.a_bp_niceName = "Bind Pose"
n_geomBind.a_fo_niceName = "Falloff"
n_geomBind.a_gvpv_niceName = "Gv Post Voxel Check"
n_geomBind.a_gvr_niceName = "Gv Resolution"
n_geomBind.a_mi_niceName = "Max Influences"
n_geomBind.a_scs_niceName = "Skin Clusters"
n_geomBind.baseName = "geomBind"
n_geomBind.niceName = "Geom Bind"
//
// String set: n_geometryConstraint
//
n_geometryConstraint.a_cgm_niceName = "Constraint Geometry"
n_geometryConstraint.a_cpim_niceName = "Constraint Parent Inverse Matrix"
n_geometryConstraint.a_tg_niceName = "Target"
n_geometryConstraint.a_tgm_niceName = "Target Geometry"
n_geometryConstraint.a_tw_niceName = "Target Weight"
n_geometryConstraint.baseName = "geometryConstraint"
n_geometryConstraint.niceName = "Geometry Constraint"
//
// String set: n_geometryFilter
//
n_geometryFilter.a_en_niceName = "Envelope"
n_geometryFilter.a_f1_niceName = "Fchild 1"
n_geometryFilter.a_f2_niceName = "Fchild 2"
n_geometryFilter.a_f3_niceName = "Fchild 3"
n_geometryFilter.a_f_niceName = "Function"
n_geometryFilter.a_gi_niceName = "Group Id"
n_geometryFilter.a_ig_niceName = "Input Geometry"
n_geometryFilter.a_ip_niceName = "Input"
n_geometryFilter.a_map_niceName = "Map 64Bit Indices"
n_geometryFilter.a_og_niceName = "Output Geometry"
n_geometryFilter.baseName = "geometryFilter"
n_geometryFilter.niceName = "Geometry Filter"
//
// String set: n_geometryOnLineManip
//
n_geometryOnLineManip.baseName = "geometryOnLineManip"
n_geometryOnLineManip.niceName = "Geometry On Line Manip"
//
// String set: n_geometryShape
//
n_geometryShape.a_asbg_niceName = "As Background"
n_geometryShape.a_cgcl_niceName = "Comp Object Grp Comp List"
n_geometryShape.a_cgid_niceName = "Comp Object Group Id"
n_geometryShape.a_ciog_niceName = "Comp Inst Obj Groups"
n_geometryShape.a_cog_niceName = "Comp Object Groups"
n_geometryShape.a_csh_niceName = "Casts Shadows"
n_geometryShape.a_dej_niceName = "Depth Jitter"
n_geometryShape.a_gal_niceName = "Antialiasing Level"
n_geometryShape.a_gao_niceName = "Geometry Antialiasing Override"
n_geometryShape.a_hfm_niceName = "Hardware Fog Multiplier"
n_geometryShape.a_iss_niceName = "Ignore Self Shadowing"
n_geometryShape.a_mb_niceName = "Motion Blur"
n_geometryShape.a_msa_niceName = "Max Shading Samples"
n_geometryShape.a_mvs_niceName = "Max Visibility Samples"
n_geometryShape.a_pte_niceName = "Pick Texture"
n_geometryShape.a_rcsh_niceName = "Receive Shadows"
n_geometryShape.a_rob_niceName = "Reference Object"
n_geometryShape.a_rt_niceName = "Render Type"
n_geometryShape.a_rv_niceName = "Render Volume"
n_geometryShape.a_ssa_niceName = "Shading Samples"
n_geometryShape.a_sso_niceName = "Shading Samples Override"
n_geometryShape.a_vbo_niceName = "Max Visibility Samples Override"
n_geometryShape.a_vf_niceName = "Visible Fraction"
n_geometryShape.a_vif_niceName = "Visible In Refractions"
n_geometryShape.a_vir_niceName = "Visible In Reflections"
n_geometryShape.a_vis_niceName = "Primary Visibility"
n_geometryShape.a_vso_niceName = "Volume Samples Override"
n_geometryShape.a_vss_niceName = "Volume Samples"
n_geometryShape.baseName = "geometryShape"
n_geometryShape.niceName = "Geometry Shape"
//
// String set: n_geometryVarGroup
//
n_geometryVarGroup.a_cr_niceName = "Create"
n_geometryVarGroup.a_l_niceName = "Local"
n_geometryVarGroup.baseName = "geometryVarGroup"
n_geometryVarGroup.niceName = "Geometry Var Group"
//
// String set: n_globalCacheControl
//
n_globalCacheControl.a_ebls_enum_kDisableAll = "Disable All"
n_globalCacheControl.a_ebls_enum_kEnableAll = "Enable All"
n_globalCacheControl.a_ebls_niceName = "Enable Status"
n_globalCacheControl.a_webl_niceName = "Write Enable"
n_globalCacheControl.baseName = "globalCacheControl"
n_globalCacheControl.niceName = "Global Cache Control"
//
// String set: n_globalStitch
//
n_globalStitch.a_ce_niceName = "Connected Edges"
n_globalStitch.a_is_niceName = "Input Surface"
n_globalStitch.a_lk_niceName = "Lock Surface"
n_globalStitch.a_mr_niceName = "Modification Resistance"
n_globalStitch.a_ms_niceName = "Max Separation"
n_globalStitch.a_os_niceName = "Output Surface"
n_globalStitch.a_sam_niceName = "Sampling"
n_globalStitch.a_sbl_niceName = "Should Be Last"
n_globalStitch.a_sc_enum_0 = "Off"
n_globalStitch.a_sc_enum_1 = "Closest Point"
n_globalStitch.a_sc_enum_2 = "Closest Knot"
n_globalStitch.a_sc_niceName = "Stitch Corners"
n_globalStitch.a_se_enum_0 = "Off"
n_globalStitch.a_se_enum_1 = "Closest Point"
n_globalStitch.a_se_enum_2 = "Match Parameters"
n_globalStitch.a_se_niceName = "Stitch Edges"
n_globalStitch.a_spe_niceName = "Stitch Partial Edges"
n_globalStitch.a_ss_enum_0 = "Off"
n_globalStitch.a_ss_enum_1 = "Tangent"
n_globalStitch.a_ss_enum_2 = "Normal"
n_globalStitch.a_ss_niceName = "Stitch Smoothness"
n_globalStitch.a_top_niceName = "Topology"
n_globalStitch.a_ue_niceName = "Unconnected Edges"
n_globalStitch.a_us_niceName = "Update Sampling"
n_globalStitch.baseName = "globalStitch"
n_globalStitch.niceName = "Global Stitch"
//
// String set: n_granite
//
n_granite.a_c1_niceName = "Color 1"
n_granite.a_c1b_niceName = "Color 1B"
n_granite.a_c1g_niceName = "Color 1G"
n_granite.a_c1r_niceName = "Color 1R"
n_granite.a_c2_niceName = "Color 2"
n_granite.a_c2b_niceName = "Color 2B"
n_granite.a_c2g_niceName = "Color 2G"
n_granite.a_c2r_niceName = "Color 2R"
n_granite.a_c3_niceName = "Color 3"
n_granite.a_c3b_niceName = "Color 3B"
n_granite.a_c3g_niceName = "Color 3G"
n_granite.a_c3r_niceName = "Color 3R"
n_granite.a_c_niceName = "Creases"
n_granite.a_cs_niceName = "Cell Size"
n_granite.a_dy_niceName = "Density"
n_granite.a_fc_niceName = "Filler Color"
n_granite.a_fcb_niceName = "Filler Color B"
n_granite.a_fcg_niceName = "Filler Color G"
n_granite.a_fcr_niceName = "Filler Color R"
n_granite.a_mr_niceName = "Mix Ratio"
n_granite.a_ra_niceName = "Randomness"
n_granite.a_rcx_niceName = "Ref Point Camera X"
n_granite.a_rcy_niceName = "Ref Point Camera Y"
n_granite.a_rcz_niceName = "Ref Point Camera Z"
n_granite.a_rox_niceName = "Ref Point Obj X"
n_granite.a_roy_niceName = "Ref Point Obj Y"
n_granite.a_roz_niceName = "Ref Point Obj Z"
n_granite.a_rpc_niceName = "Ref Point Camera"
n_granite.a_rpo_niceName = "Ref Point Obj"
n_granite.a_s_niceName = "Spottyness"
n_granite.a_th_niceName = "Threshold"
n_granite.baseName = "granite"
n_granite.niceName = "Granite"
//
// String set: n_gravityField
//
n_gravityField.a_d_niceName = "Direction"
n_gravityField.a_dx_niceName = "Direction X"
n_gravityField.a_dy_niceName = "Direction Y"
n_gravityField.a_dz_niceName = "Direction Z"
n_gravityField.baseName = "gravityField"
n_gravityField.niceName = "Gravity Field"
//
// String set: n_greasePencilSequence
//
n_greasePencilSequence.a_afi_niceName = "Active Frame Index"
n_greasePencilSequence.a_amp_niceName = "Alpha Multiplier"
n_greasePencilSequence.a_bl_niceName = "Blend Len"
n_greasePencilSequence.a_clb_niceName = "Color B"
n_greasePencilSequence.a_clg_niceName = "Color G"
n_greasePencilSequence.a_clr_niceName = "Color R"
n_greasePencilSequence.a_col_niceName = "Color"
n_greasePencilSequence.a_fal_niceName = "Frame Alpha"
n_greasePencilSequence.a_fen_niceName = "Frame Enable"
n_greasePencilSequence.a_fim_niceName = "Frame Image"
n_greasePencilSequence.a_fl_niceName = "Frame Label"
n_greasePencilSequence.a_ftv_niceName = "Frame Time"
n_greasePencilSequence.a_k_niceName = "Frame"
n_greasePencilSequence.a_peg_niceName = "Pre Ghost"
n_greasePencilSequence.a_pof_niceName = "Post Frames"
n_greasePencilSequence.a_pog_niceName = "Post Ghost"
n_greasePencilSequence.a_prf_niceName = "Pre Frames"
n_greasePencilSequence.a_ti_niceName = "Time Input"
n_greasePencilSequence.baseName = "greasePencilSequence"
n_greasePencilSequence.niceName = "Grease Pencil Sequence"
//
// String set: n_greasePlane
//
n_greasePlane.a_gsq_niceName = "Grease Sequence"
n_greasePlane.a_rpl_niceName = "Render Plane"
n_greasePlane.a_rpr_niceName = "Render Plane Rotate"
n_greasePlane.a_rprx_niceName = "Render Plane Rotate X"
n_greasePlane.a_rpry_niceName = "Render Plane Rotate Y"
n_greasePlane.a_rprz_niceName = "Render Plane Rotate Z"
n_greasePlane.a_rps_niceName = "Render Plane Scale"
n_greasePlane.a_rpsx_niceName = "Render Plane Scale X"
n_greasePlane.a_rpsy_niceName = "Render Plane Scale Y"
n_greasePlane.a_rpsz_niceName = "Render Plane Scale Z"
n_greasePlane.a_rptr_niceName = "Render Plane Translate"
n_greasePlane.a_rptx_niceName = "Render Plane Translate X"
n_greasePlane.a_rpty_niceName = "Render Plane Translate Y"
n_greasePlane.a_rptz_niceName = "Render Plane Translate Z"
n_greasePlane.a_spl_niceName = "Source Plane"
n_greasePlane.a_spr_niceName = "Source Plane Rotate"
n_greasePlane.a_sprx_niceName = "Source Plane Rotate X"
n_greasePlane.a_spry_niceName = "Source Plane Rotate Y"
n_greasePlane.a_sprz_niceName = "Source Plane Rotate Z"
n_greasePlane.a_sps_niceName = "Source Plane Scale"
n_greasePlane.a_spsx_niceName = "Source Plane Scale X"
n_greasePlane.a_spsy_niceName = "Source Plane Scale Y"
n_greasePlane.a_spsz_niceName = "Source Plane Scale Z"
n_greasePlane.a_sptr_niceName = "Source Plane Translate"
n_greasePlane.a_sptx_niceName = "Source Plane Translate X"
n_greasePlane.a_spty_niceName = "Source Plane Translate Y"
n_greasePlane.a_sptz_niceName = "Source Plane Translate Z"
n_greasePlane.a_srd_niceName = "Source Depth"
n_greasePlane.baseName = "greasePlane"
n_greasePlane.niceName = "Grease Plane"
//
// String set: n_greasePlaneRenderShape
//
n_greasePlaneRenderShape.baseName = "greasePlaneRenderShape"
n_greasePlaneRenderShape.niceName = "Grease Plane Render Shape"
//
// String set: n_grid
//
n_grid.a_c_niceName = "Contrast"
n_grid.a_fc_niceName = "Filler Color"
n_grid.a_fcb_niceName = "Filler Color B"
n_grid.a_fcg_niceName = "Filler Color G"
n_grid.a_fcr_niceName = "Filler Color R"
n_grid.a_lc_niceName = "Line Color"
n_grid.a_lcb_niceName = "Line Color B"
n_grid.a_lcg_niceName = "Line Color G"
n_grid.a_lcr_niceName = "Line Color R"
n_grid.a_uw_niceName = "U Width"
n_grid.a_vw_niceName = "V Width"
n_grid.baseName = "grid"
n_grid.niceName = "Grid"
//
// String set: n_groundPlane
//
n_groundPlane.baseName = "groundPlane"
n_groundPlane.niceName = "Ground Plane"
//
// String set: n_groupId
//
n_groupId.a_id_niceName = "Group Id"
n_groupId.baseName = "groupId"
n_groupId.niceName = "Group Id"
//
// String set: n_groupParts
//
n_groupParts.a_gi_niceName = "Group Id"
n_groupParts.a_ic_niceName = "Input Components"
n_groupParts.a_ig_niceName = "Input Geometry"
n_groupParts.a_irc_niceName = "Input Remove Component"
n_groupParts.a_og_niceName = "Output Geometry"
n_groupParts.baseName = "groupParts"
n_groupParts.niceName = "Group Parts"
//
// String set: n_guide
//
n_guide.a_ag_niceName = "Auto Guide"
n_guide.a_am_niceName = "Joint Above Matrix"
n_guide.a_ba_niceName = "Bend Angle"
n_guide.a_bm_niceName = "Joint Below Matrix"
n_guide.a_bv_niceName = "Bend Vector"
n_guide.a_bx_niceName = "Bend Vector X"
n_guide.a_by_niceName = "Bend Vector Y"
n_guide.a_bz_niceName = "Bend Vector Z"
n_guide.a_ga_enum_kJointAxisAuto = "auto"
n_guide.a_ga_enum_kJointAxisMaxXYZ = "max xyz"
n_guide.a_ga_enum_kJointAxisNone = "none"
n_guide.a_ga_enum_kJointAxisX = "x"
n_guide.a_ga_enum_kJointAxisY = "y"
n_guide.a_ga_enum_kJointAxisZ = "z"
n_guide.a_ga_niceName = "Joint Guide Axis"
n_guide.a_jm_niceName = "Joint Xform Matrix"
n_guide.a_ma_niceName = "Max XYZ"
n_guide.a_mg_niceName = "Bend Magnitude"
n_guide.a_rx_niceName = "Rotate X"
n_guide.a_ry_niceName = "Rotate Y"
n_guide.a_rz_niceName = "Rotate Z"
n_guide.baseName = "guide"
n_guide.niceName = "Guide"
//
// String set: n_hairConstraint
//
n_hairConstraint.a_cin_niceName = "Curve Indices"
n_hairConstraint.a_cm_enum_kCollideCube = "Collide Cube"
n_hairConstraint.a_cm_enum_kCollideSphere = "Collide Sphere"
n_hairConstraint.a_cm_enum_kConstraintOff = "Off"
n_hairConstraint.a_cm_enum_kHairBunch = "Hair Bunch"
n_hairConstraint.a_cm_enum_kHairToHair = "Hair To Hair"
n_hairConstraint.a_cm_enum_kHairToTransform = "Transform"
n_hairConstraint.a_cm_enum_kRubberBand = "Rubber Band"
n_hairConstraint.a_cm_enum_kStick = "Stick"
n_hairConstraint.a_cm_niceName = "Constraint Method"
n_hairConstraint.a_gst_niceName = "Glue Strength"
n_hairConstraint.a_opn_niceName = "Out Pin"
n_hairConstraint.a_pmt_enum_kNearest = "Nearest"
n_hairConstraint.a_pmt_enum_kUDistance = "U Distance"
n_hairConstraint.a_pmt_enum_kUParam = "U Parameter"
n_hairConstraint.a_pmt_niceName = "Point Method"
n_hairConstraint.a_stf_niceName = "Stiffness"
n_hairConstraint.a_udi_niceName = "U Distance"
n_hairConstraint.a_upr_niceName = "U Parameter"
n_hairConstraint.baseName = "hairConstraint"
n_hairConstraint.niceName = "Hair Constraint"
//
// String set: n_hairSystem
//
n_hairSystem.a_actv_niceName = "Active"
n_hairSystem.a_ad_niceName = "Attraction Damp"
n_hairSystem.a_aoid_niceName = "Attach Object Id"
n_hairSystem.a_ats_niceName = "Attraction Scale"
n_hairSystem.a_atsfv_niceName = "Attraction Scale _Float Value"
n_hairSystem.a_atsi_enum_kLinear = "Linear"
n_hairSystem.a_atsi_enum_kNone = "None"
n_hairSystem.a_atsi_enum_kSmooth = "Smooth"
n_hairSystem.a_atsi_enum_kSpline = "Spline"
n_hairSystem.a_atsi_niceName = "Attraction Scale _Interp"
n_hairSystem.a_atsp_niceName = "Attraction Scale _Position"
n_hairSystem.a_bmdl_enum_kSimpleBend = "Simple"
n_hairSystem.a_bmdl_enum_kTwistTrackingBend = "Twist Tracking"
n_hairSystem.a_bmdl_niceName = "Bend Model"
n_hairSystem.a_bmp_niceName = "Baldness Map"
n_hairSystem.a_bnd_niceName = "Bend Resistance"
n_hairSystem.a_bnda_niceName = "Bend Anisotropy"
n_hairSystem.a_bnf_niceName = "Bend Follow"
n_hairSystem.a_boce_niceName = "Bounce"
n_hairSystem.a_caat_enum_kDynamicState = "Dynamic State"
n_hairSystem.a_caat_enum_kPosition = "Position"
n_hairSystem.a_caat_enum_kPositionVelocity = "Position And Velocity"
n_hairSystem.a_caat_niceName = "Cacheable Attributes"
n_hairSystem.a_cda_niceName = "Collision Data"
n_hairSystem.a_cdg_niceName = "Collide Ground"
n_hairSystem.a_cfl_niceName = "Clump Flatness"
n_hairSystem.a_cflfv_niceName = "Clump Flatness _Float Value"
n_hairSystem.a_cfli_enum_kLinear = "Linear"
n_hairSystem.a_cfli_enum_kNone = "None"
n_hairSystem.a_cfli_enum_kSmooth = "Smooth"
n_hairSystem.a_cfli_enum_kSpline = "Spline"
n_hairSystem.a_cfli_niceName = "Clump Flatness _Interp"
n_hairSystem.a_cflp_niceName = "Clump Flatness _Position"
n_hairSystem.a_cfr_niceName = "Collision Friction"
n_hairSystem.a_cge_niceName = "Collision Geometry"
n_hairSystem.a_chr_niceName = "Hue Rand"
n_hairSystem.a_cin_niceName = "Clump Interpolation"
n_hairSystem.a_clc_niceName = "Clump Curl"
n_hairSystem.a_clcfv_niceName = "Clump Curl _Float Value"
n_hairSystem.a_clci_enum_kLinear = "Linear"
n_hairSystem.a_clci_enum_kNone = "None"
n_hairSystem.a_clci_enum_kSmooth = "Smooth"
n_hairSystem.a_clci_enum_kSpline = "Spline"
n_hairSystem.a_clci_niceName = "Clump Curl _Interp"
n_hairSystem.a_clcp_niceName = "Clump Curl _Position"
n_hairSystem.a_cld_niceName = "Collide"
n_hairSystem.a_cll_niceName = "Collision Layer"
n_hairSystem.a_clst_niceName = "Collide Strength"
n_hairSystem.a_cofl_enum_kCFEdge = "Edge"
n_hairSystem.a_cofl_enum_kCFVertex = "Vertex"
n_hairSystem.a_cofl_niceName = "Collision Flag"
n_hairSystem.a_comr_niceName = "Compression Resistance"
n_hairSystem.a_cos_niceName = "Collide Over Sample"
n_hairSystem.a_crf_niceName = "Curl Frequency"
n_hairSystem.a_crl_niceName = "Curl"
n_hairSystem.a_crs_niceName = "Collision Resilience"
n_hairSystem.a_csd_niceName = "Cast Shadows"
n_hairSystem.a_csr_niceName = "Sat Rand"
n_hairSystem.a_cti_niceName = "Current Time"
n_hairSystem.a_ctw_niceName = "Clump Twist"
n_hairSystem.a_cust_niceName = "Current State"
n_hairSystem.a_cvr_niceName = "Val Rand"
n_hairSystem.a_cwd_niceName = "Clump Width"
n_hairSystem.a_cws_niceName = "Clump Width Scale"
n_hairSystem.a_cwsfv_niceName = "Clump Width Scale _Float Value"
n_hairSystem.a_cwsi_enum_kLinear = "Linear"
n_hairSystem.a_cwsi_enum_kNone = "None"
n_hairSystem.a_cwsi_enum_kSmooth = "Smooth"
n_hairSystem.a_cwsi_enum_kSpline = "Spline"
n_hairSystem.a_cwsi_niceName = "Clump Width Scale _Interp"
n_hairSystem.a_cwsp_niceName = "Clump Width Scale _Position"
n_hairSystem.a_dc_niceName = "Disk Cache"
n_hairSystem.a_dcb_niceName = "Display Color B"
n_hairSystem.a_dcg_niceName = "Display Color G"
n_hairSystem.a_dcl_niceName = "Display Color"
n_hairSystem.a_dcr_niceName = "Display Color R"
n_hairSystem.a_dfam_niceName = "Disable Follicle Anim"
n_hairSystem.a_dfr_niceName = "Diffuse Rand"
n_hairSystem.a_dmp_niceName = "Damp"
n_hairSystem.a_dno_niceName = "Detail Noise"
n_hairSystem.a_dpq_niceName = "Display Quality"
n_hairSystem.a_drg_niceName = "Drag"
n_hairSystem.a_dsc_niceName = "Displacement Scale"
n_hairSystem.a_dscfv_niceName = "Displacement Scale _Float Value"
n_hairSystem.a_dsci_enum_kLinear = "Linear"
n_hairSystem.a_dsci_enum_kNone = "None"
n_hairSystem.a_dsci_enum_kSmooth = "Smooth"
n_hairSystem.a_dsci_enum_kSpline = "Spline"
n_hairSystem.a_dsci_niceName = "Displacement Scale _Interp"
n_hairSystem.a_dscp_niceName = "Displacement Scale _Position"
n_hairSystem.a_dw_niceName = "Dynamics Weight"
n_hairSystem.a_dwd_niceName = "Draw Collide Width"
n_hairSystem.a_ebdl_niceName = "Extra Bend Links"
n_hairSystem.a_evo_enum_kEVParallel = "Parallel"
n_hairSystem.a_evo_enum_kEVSequential = "Sequential"
n_hairSystem.a_evo_niceName = "Evaluation Order"
n_hairSystem.a_fd_niceName = "Field Data"
n_hairSystem.a_fdm_niceName = "Field Data Mass"
n_hairSystem.a_fdp_niceName = "Field Data Position"
n_hairSystem.a_fdt_niceName = "Field Data Delta Time"
n_hairSystem.a_fdv_niceName = "Field Data Velocity"
n_hairSystem.a_frc_niceName = "Friction"
n_hairSystem.a_ghe_niceName = "Ground Height"
n_hairSystem.a_grv_niceName = "Gravity"
n_hairSystem.a_hcb_niceName = "Hair Color B"
n_hairSystem.a_hcg_niceName = "Hair Color G"
n_hairSystem.a_hcl_niceName = "Hair Color"
n_hairSystem.a_hcr_niceName = "Hair Color R"
n_hairSystem.a_hcs_niceName = "Hair Color Scale"
n_hairSystem.a_hcsc_niceName = "Hair Color Scale _Color"
n_hairSystem.a_hcscb_niceName = "Hair Color Scale _Color B"
n_hairSystem.a_hcscg_niceName = "Hair Color Scale _Color G"
n_hairSystem.a_hcscr_niceName = "Hair Color Scale _Color R"
n_hairSystem.a_hcsi_enum_kLinear = "Linear"
n_hairSystem.a_hcsi_enum_kNone = "None"
n_hairSystem.a_hcsi_enum_kSmooth = "Smooth"
n_hairSystem.a_hcsi_enum_kSpline = "Spline"
n_hairSystem.a_hcsi_niceName = "Hair Color Scale _Interp"
n_hairSystem.a_hcsp_niceName = "Hair Color Scale _Position"
n_hairSystem.a_hpc_niceName = "Hairs Per Clump"
n_hairSystem.a_hwd_niceName = "Hair Width"
n_hairSystem.a_hws_niceName = "Hair Width Scale"
n_hairSystem.a_hwsfv_niceName = "Hair Width Scale _Float Value"
n_hairSystem.a_hwsi_enum_kLinear = "Linear"
n_hairSystem.a_hwsi_enum_kNone = "None"
n_hairSystem.a_hwsi_enum_kSmooth = "Smooth"
n_hairSystem.a_hwsi_enum_kSpline = "Spline"
n_hairSystem.a_hwsi_niceName = "Hair Width Scale _Interp"
n_hairSystem.a_hwsp_niceName = "Hair Width Scale _Position"
n_hairSystem.a_ifc_niceName = "Input Force"
n_hairSystem.a_igsg_niceName = "Ignore Solver Gravity"
n_hairSystem.a_igsw_niceName = "Ignore Solver Wind"
n_hairSystem.a_ih_niceName = "Input Hair"
n_hairSystem.a_ihp_niceName = "Input Hair Pin"
n_hairSystem.a_inr_niceName = "Interpolation Range"
n_hairSystem.a_inst_niceName = "Internal State"
n_hairSystem.a_itr_niceName = "Iterations"
n_hairSystem.a_leh_niceName = "Light Each Hair"
n_hairSystem.a_lfx_niceName = "Length Flex"
n_hairSystem.a_lst_niceName = "Last Eval Time"
n_hairSystem.a_mdg_niceName = "Motion Drag"
n_hairSystem.a_ms1_niceName = "Multi Streak Spread 1"
n_hairSystem.a_ms2_niceName = "Multi Streak Spread 2"
n_hairSystem.a_msci_niceName = "Max Self Collision Iterations"
n_hairSystem.a_mss_niceName = "Mass"
n_hairSystem.a_mst_niceName = "Multi Streaks"
n_hairSystem.a_ncn_niceName = "Num Collide Neighbors"
n_hairSystem.a_nfu_niceName = "Noise Frequency U"
n_hairSystem.a_nfv_niceName = "Noise Frequency V"
n_hairSystem.a_nfw_niceName = "Noise Frequency W"
n_hairSystem.a_nhct_niceName = "Hair Counts"
n_hairSystem.a_nmt_enum_kClumpUVNoise = "Clump UV"
n_hairSystem.a_nmt_enum_kRandomNoise = "Random"
n_hairSystem.a_nmt_enum_kSurfaceUVNoise = "Surface UV"
n_hairSystem.a_nmt_niceName = "Noise Method"
n_hairSystem.a_nof_niceName = "Noise Frequency"
n_hairSystem.a_noi_niceName = "Noise"
n_hairSystem.a_nst_niceName = "No Stretch"
n_hairSystem.a_nuc_niceName = "Num UClumps"
n_hairSystem.a_nuid_niceName = "Nucleus Id"
n_hairSystem.a_nvc_niceName = "Num VClumps"
n_hairSystem.a_nvct_niceName = "Vertex Counts"
n_hairSystem.a_nxst_niceName = "Next State"
n_hairSystem.a_oh_niceName = "Output Hair"
n_hairSystem.a_opc_niceName = "Opacity"
n_hairSystem.a_orh_niceName = "Output Render Hairs"
n_hairSystem.a_pfc_niceName = "Play From Cache"
n_hairSystem.a_poss_niceName = "Positions"
n_hairSystem.a_rcsh_niceName = "Receive Shadows"
n_hairSystem.a_rlsc_niceName = "Rest Length Scale"
n_hairSystem.a_rpl_niceName = "Repulsion"
n_hairSystem.a_scd_niceName = "Self Collide"
n_hairSystem.a_scfl_enum_kSCFEdge = "Edge"
n_hairSystem.a_scfl_enum_kSCFSphere = "Vertex"
n_hairSystem.a_scfl_niceName = "Self Collision Flag"
n_hairSystem.a_scm_enum_kClumpUVSC = "Clump UV"
n_hairSystem.a_scm_enum_kSurfaceUVSC = "Surface UV"
n_hairSystem.a_scm_niceName = "Sub Clump Method"
n_hairSystem.a_scp_niceName = "Sub Clumping"
n_hairSystem.a_scr_niceName = "Sub Clump Rand"
n_hairSystem.a_sct_niceName = "Start Curve Attract"
n_hairSystem.a_scws_niceName = "Self Collide Width Scale"
n_hairSystem.a_sdmp_niceName = "Stretch Damp"
n_hairSystem.a_sfn_niceName = "Stiffness"
n_hairSystem.a_sim_enum_kAllFollicles = "All Follicles"
n_hairSystem.a_sim_enum_kDynamicFolliclesOnly = "Dynamic Follicles Only"
n_hairSystem.a_sim_enum_kNoFollicles = "Off"
n_hairSystem.a_sim_enum_kStatic = "Static"
n_hairSystem.a_sim_niceName = "Simulation Method"
n_hairSystem.a_spb_niceName = "Specular Color B"
n_hairSystem.a_spc_niceName = "Specular Color"
n_hairSystem.a_spg_niceName = "Specular Color G"
n_hairSystem.a_spp_niceName = "Specular Power"
n_hairSystem.a_spr_niceName = "Specular Color R"
n_hairSystem.a_sra_niceName = "Specular Rand"
n_hairSystem.a_ssg_niceName = "Sub Segments"
n_hairSystem.a_stc_niceName = "Static Cling"
n_hairSystem.a_stch_niceName = "Stretch Resistance"
n_hairSystem.a_stck_niceName = "Stickiness"
n_hairSystem.a_stf_niceName = "Start Frame"
n_hairSystem.a_sti_niceName = "Start Time"
n_hairSystem.a_sts_niceName = "Stiffness Scale"
n_hairSystem.a_stsfv_niceName = "Stiffness Scale _Float Value"
n_hairSystem.a_stsi_enum_kLinear = "Linear"
n_hairSystem.a_stsi_enum_kNone = "None"
n_hairSystem.a_stsi_enum_kSmooth = "Smooth"
n_hairSystem.a_stsi_enum_kSpline = "Spline"
n_hairSystem.a_stsi_niceName = "Stiffness Scale _Interp"
n_hairSystem.a_stsp_niceName = "Stiffness Scale _Position"
n_hairSystem.a_stst_niceName = "Start State"
n_hairSystem.a_svds_enum_kSDOff = "Off"
n_hairSystem.a_svds_enum_kSDSelfThickness = "Self Collision Thickness"
n_hairSystem.a_svds_enum_kSDThickness = "Collision Thickness"
n_hairSystem.a_svds_niceName = "Solver Display"
n_hairSystem.a_tbs_niceName = "Turbulence Speed"
n_hairSystem.a_tdrg_niceName = "Tangential Drag"
n_hairSystem.a_tfr_niceName = "Turbulence Frequency"
n_hairSystem.a_thn_niceName = "Thinning"
n_hairSystem.a_tlc_niceName = "Translucence"
n_hairSystem.a_trs_niceName = "Twist Resistance"
n_hairSystem.a_tst_niceName = "Turbulence Strength"
n_hairSystem.a_upfi_niceName = "Use Pre 70Force Intensity"
n_hairSystem.a_vels_niceName = "Velocities"
n_hairSystem.a_vif_niceName = "Visible In Refractions"
n_hairSystem.a_vir_niceName = "Visible In Reflections"
n_hairSystem.a_wds_niceName = "Width Draw Skip"
n_hairSystem.a_wid_niceName = "Collide Width Offset"
n_hairSystem.baseName = "hairSystem"
n_hairSystem.niceName = "Hair System"
//
// String set: n_hairTubeShader
//
n_hairTubeShader.a_cls_niceName = "Color Scale"
n_hairTubeShader.a_clsc_niceName = "Color Scale _Color"
n_hairTubeShader.a_clscb_niceName = "Color Scale _Color B"
n_hairTubeShader.a_clscg_niceName = "Color Scale _Color G"
n_hairTubeShader.a_clscr_niceName = "Color Scale _Color R"
n_hairTubeShader.a_clsi_enum_kLinear = "Linear"
n_hairTubeShader.a_clsi_enum_kNone = "None"
n_hairTubeShader.a_clsi_enum_kSmooth = "Smooth"
n_hairTubeShader.a_clsi_enum_kSpline = "Spline"
n_hairTubeShader.a_clsi_niceName = "Color Scale _Interp"
n_hairTubeShader.a_clsp_niceName = "Color Scale _Position"
n_hairTubeShader.a_scp_niceName = "Scatter Power"
n_hairTubeShader.a_sct_niceName = "Scatter"
n_hairTubeShader.a_sp_niceName = "Specular Power"
n_hairTubeShader.a_ssh_niceName = "Specular Shift"
n_hairTubeShader.a_tdr_enum_kUTangent = "U Tanget"
n_hairTubeShader.a_tdr_enum_kVTangent = "V Tangent"
n_hairTubeShader.a_tdr_niceName = "Tube Direction"
n_hairTubeShader.a_utan_niceName = "Tangent UCamera"
n_hairTubeShader.a_utnx_niceName = "Tangent UCamera X"
n_hairTubeShader.a_utny_niceName = "Tangent UCamera Y"
n_hairTubeShader.a_utnz_niceName = "Tangent UCamera Z"
n_hairTubeShader.a_uv_niceName = "Uv Coord"
n_hairTubeShader.a_uvu_niceName = "U Coord"
n_hairTubeShader.a_uvv_niceName = "V Coord"
n_hairTubeShader.a_vtan_niceName = "Tangent VCamera"
n_hairTubeShader.a_vtnx_niceName = "Tangent VCamera X"
n_hairTubeShader.a_vtny_niceName = "Tangent VCamera Y"
n_hairTubeShader.a_vtnz_niceName = "Tangent VCamera Z"
n_hairTubeShader.baseName = "hairTubeShader"
n_hairTubeShader.niceName = "Hair Tube Shader"
//
// String set: n_hardenPoint
//
n_hardenPoint.a_i_niceName = "Index"
n_hardenPoint.a_ic_niceName = "Input Curve"
n_hardenPoint.a_m_niceName = "Multiplicity"
n_hardenPoint.a_oc_niceName = "Output Curve"
n_hardenPoint.baseName = "hardenPoint"
n_hardenPoint.niceName = "Harden Point"
//
// String set: n_hardwareRenderGlobals
//
n_hardwareRenderGlobals.a_bswa_niceName = "Blend Specular With Alpha"
n_hardwareRenderGlobals.a_btrs_niceName = "Bump Texture Resolution"
n_hardwareRenderGlobals.a_clmt_enum_kDoubleSided = "All Double Sided"
n_hardwareRenderGlobals.a_clmt_enum_kNone = "Per Object"
n_hardwareRenderGlobals.a_clmt_enum_kSingleSided = "All Single Sided"
n_hardwareRenderGlobals.a_clmt_niceName = "Culling"
n_hardwareRenderGlobals.a_ctrs_niceName = "Color Texture Resolution"
n_hardwareRenderGlobals.a_cuth_niceName = "Culling Threshold"
n_hardwareRenderGlobals.a_eams_niceName = "Enable Accelerated Multi Sampling"
n_hardwareRenderGlobals.a_eeaa_niceName = "Enable Edge Anti Aliasing"
n_hardwareRenderGlobals.a_ehql_niceName = "Enable High Quality Lighting"
n_hardwareRenderGlobals.a_emb_niceName = "Enable Motion Blur"
n_hardwareRenderGlobals.a_engm_niceName = "Enable Geometry Mask"
n_hardwareRenderGlobals.a_enpt_niceName = "Enable Non Power Of Two Texture"
n_hardwareRenderGlobals.a_fbfm_enum_kRGBA_fixed8 = "RGBA : 8-bits fixed per channel"
n_hardwareRenderGlobals.a_fbfm_enum_kRGBA_float16 = "RGBA : 16-bit float per channel"
n_hardwareRenderGlobals.a_fbfm_niceName = "Frame Buffer Format"
n_hardwareRenderGlobals.a_hgcd_niceName = "Graphics Hardware Geometry Caching Data"
n_hardwareRenderGlobals.a_hgci_niceName = "Graphics Hardware Geometry Caching Indexing"
n_hardwareRenderGlobals.a_hwcc_niceName = "Hardware Codec"
n_hardwareRenderGlobals.a_hwdp_niceName = "Hardware Depth"
n_hardwareRenderGlobals.a_hwel_niceName = "Hardware Environment Lookup"
n_hardwareRenderGlobals.a_hwfr_niceName = "Hardware Frame Rate"
n_hardwareRenderGlobals.a_hwql_niceName = "Hardware Qual"
n_hardwareRenderGlobals.a_lith_niceName = "Light Intensity Threshold"
n_hardwareRenderGlobals.a_mbbf_niceName = "Motion Blur By Frame"
n_hardwareRenderGlobals.a_mbs_niceName = "Number Of Exposures"
n_hardwareRenderGlobals.a_mes_enum_k16Samples = "16 Samples"
n_hardwareRenderGlobals.a_mes_enum_k1Sample = "1 Sample"
n_hardwareRenderGlobals.a_mes_enum_k25Samples = "25 Samples"
n_hardwareRenderGlobals.a_mes_enum_k36Samples = "36 Samples"
n_hardwareRenderGlobals.a_mes_enum_k3Samples = "3 Samples"
n_hardwareRenderGlobals.a_mes_enum_k4Samples = "4 Samples"
n_hardwareRenderGlobals.a_mes_enum_k5Samples = "5 Samples"
n_hardwareRenderGlobals.a_mes_enum_k7Samples = "7 Samples"
n_hardwareRenderGlobals.a_mes_enum_k9Samples = "9 Samples"
n_hardwareRenderGlobals.a_mes_niceName = "Number Of Samples"
n_hardwareRenderGlobals.a_mgcs_niceName = "Maximum Geometry Cache Size"
n_hardwareRenderGlobals.a_shml_enum_kMayaInteractive = "Maya interactive shader"
n_hardwareRenderGlobals.a_shml_enum_kMayaSoftware = "Maya software render emulation"
n_hardwareRenderGlobals.a_shml_niceName = "Shading Model"
n_hardwareRenderGlobals.a_sobc_niceName = "Small Object Culling"
n_hardwareRenderGlobals.a_soll_niceName = "Shadows Obey Light Linking"
n_hardwareRenderGlobals.a_sosl_niceName = "Shadows Obey Shadow Linking"
n_hardwareRenderGlobals.a_tcov_enum_kDisableTextureCompression = "Disabled"
n_hardwareRenderGlobals.a_tcov_enum_kEnableTextureCompression = "Enabled"
n_hardwareRenderGlobals.a_tcov_niceName = "Texture Compression"
n_hardwareRenderGlobals.a_trm_enum_kBackAndFrontCulling = "Per Object"
n_hardwareRenderGlobals.a_trm_enum_kPrimitiveSortPerObject = "Per Polygon"
n_hardwareRenderGlobals.a_trm_niceName = "Transparency Sorting"
n_hardwareRenderGlobals.a_tshc_niceName = "Transparent Shadow Casting"
n_hardwareRenderGlobals.a_twa_niceName = "Write Alpha As Color"
n_hardwareRenderGlobals.a_twz_niceName = "Write ZDepth As Color"
n_hardwareRenderGlobals.baseName = "hardwareRenderGlobals"
n_hardwareRenderGlobals.niceName = "Hardware Render Globals"
//
// String set: n_hardwareRenderingGlobals
//
n_hardwareRenderingGlobals.a_aasc_enum_kMSAAEight = "8"
n_hardwareRenderingGlobals.a_aasc_enum_kMSAAFour = "4"
n_hardwareRenderingGlobals.a_aasc_enum_kMSAAOne = "1"
n_hardwareRenderingGlobals.a_aasc_enum_kMSAASixteen = "16"
n_hardwareRenderingGlobals.a_aasc_enum_kMSAATwo = "2"
n_hardwareRenderingGlobals.a_aasc_niceName = "Multi Sample Count"
n_hardwareRenderingGlobals.a_aasq_enum_kMSAAQualityLevelZero = "0"
n_hardwareRenderingGlobals.a_aasq_niceName = "Multi Sample Quality"
n_hardwareRenderingGlobals.a_adof_niceName = "Render Depth Of Field"
n_hardwareRenderingGlobals.a_aoam_niceName = "Ssao Amount"
n_hardwareRenderingGlobals.a_aofr_niceName = "Ssao Filter Radius"
n_hardwareRenderingGlobals.a_aoft_niceName = "Ssao Filter"
n_hardwareRenderingGlobals.a_aoon_niceName = "Ssao Enable"
n_hardwareRenderingGlobals.a_aora_niceName = "Ssao Radius"
n_hardwareRenderingGlobals.a_aosm_enum_kSsaoEight = "8"
n_hardwareRenderingGlobals.a_aosm_enum_kSsaoSixteen = "16"
n_hardwareRenderingGlobals.a_aosm_enum_kSsaoThirtyTwo = "32"
n_hardwareRenderingGlobals.a_aosm_niceName = "Ssao Samples"
n_hardwareRenderingGlobals.a_bbr_niceName = "Bump Bake Resolution"
n_hardwareRenderingGlobals.a_blat_niceName = "Bloom Amount"
n_hardwareRenderingGlobals.a_blen_niceName = "Bloom Enable"
n_hardwareRenderingGlobals.a_blfa_niceName = "Bloom Filter Aux"
n_hardwareRenderingGlobals.a_blfl_niceName = "Bloom Filter"
n_hardwareRenderingGlobals.a_blfr_niceName = "Bloom Filter Radius"
n_hardwareRenderingGlobals.a_blth_niceName = "Bloom Threshold"
n_hardwareRenderingGlobals.a_brc_niceName = "Batch Render Controls"
n_hardwareRenderingGlobals.a_cbr_niceName = "Color Bake Resolution"
n_hardwareRenderingGlobals.a_cons_niceName = "Consolidate World"
n_hardwareRenderingGlobals.a_csvd_niceName = "Compress Shared Vertex Data"
n_hardwareRenderingGlobals.a_cur_niceName = "Current Renderer Name"
n_hardwareRenderingGlobals.a_etmr_niceName = "Enable Texture Max Res"
n_hardwareRenderingGlobals.a_fprt_niceName = "Floating Point RTEnable"
n_hardwareRenderingGlobals.a_gamm_niceName = "Gamma Correction Enable"
n_hardwareRenderingGlobals.a_gmmv_niceName = "Gamma Value"
n_hardwareRenderingGlobals.a_hfa_niceName = "Hw Fog Alpha"
n_hardwareRenderingGlobals.a_hfc_niceName = "Hw Fog Color"
n_hardwareRenderingGlobals.a_hfcb_niceName = "Hw Fog Color B"
n_hardwareRenderingGlobals.a_hfcg_niceName = "Hw Fog Color G"
n_hardwareRenderingGlobals.a_hfcr_niceName = "Hw Fog Color R"
n_hardwareRenderingGlobals.a_hfd_niceName = "Hw Fog Density"
n_hardwareRenderingGlobals.a_hfe_niceName = "Hw Fog End"
n_hardwareRenderingGlobals.a_hff_enum_kExponential = "Exponential"
n_hardwareRenderingGlobals.a_hff_enum_kExponential2 = "Exponential squared"
n_hardwareRenderingGlobals.a_hff_enum_kLinear = "Linear"
n_hardwareRenderingGlobals.a_hff_niceName = "Hw Fog Falloff"
n_hardwareRenderingGlobals.a_hfon_niceName = "Hw Fog Enable"
n_hardwareRenderingGlobals.a_hfs_niceName = "Hw Fog Start"
n_hardwareRenderingGlobals.a_hodm_enum_kAllObjectHoldOut = "All Object Hold-Out"
n_hardwareRenderingGlobals.a_hodm_enum_kPerObjectHoldOut = "Per Object Hold-Out"
n_hardwareRenderingGlobals.a_hodm_niceName = "Hold Out Detail Mode"
n_hardwareRenderingGlobals.a_hom_niceName = "Hold Out Mode"
n_hardwareRenderingGlobals.a_hwi_niceName = "Hw Instancing"
n_hardwareRenderingGlobals.a_isuvbc_niceName = "Is Custom UVBorder Color"
n_hardwareRenderingGlobals.a_jxr_niceName = "Xray Joint Display"
n_hardwareRenderingGlobals.a_laa_niceName = "Line AAEnable"
n_hardwareRenderingGlobals.a_lib_niceName = "Fragment Library Name"
n_hardwareRenderingGlobals.a_lm_enum_kActive = "Active"
n_hardwareRenderingGlobals.a_lm_enum_kAll = "All"
n_hardwareRenderingGlobals.a_lm_enum_kAmbient = "Full Ambient"
n_hardwareRenderingGlobals.a_lm_enum_kDefault = "Default"
n_hardwareRenderingGlobals.a_lm_enum_kNone = "None"
n_hardwareRenderingGlobals.a_lm_niceName = "Lighting Mode"
n_hardwareRenderingGlobals.a_mbas_niceName = "Motion Blur Atlas Size"
n_hardwareRenderingGlobals.a_mbasx_niceName = "Motion Blur Atlas Size X"
n_hardwareRenderingGlobals.a_mbasy_niceName = "Motion Blur Atlas Size Y"
n_hardwareRenderingGlobals.a_mbc_niceName = "Motion Blur Curved"
n_hardwareRenderingGlobals.a_mbcs_niceName = "Motion Blur Multiframe Chart Size"
n_hardwareRenderingGlobals.a_mbcsx_niceName = "Motion Blur Multiframe Chart Size X"
n_hardwareRenderingGlobals.a_mbcsy_niceName = "Motion Blur Multiframe Chart Size Y"
n_hardwareRenderingGlobals.a_mbe_niceName = "Motion Blur Enable"
n_hardwareRenderingGlobals.a_mbfa_niceName = "Motion Blur Fade Amount"
n_hardwareRenderingGlobals.a_mbfe_niceName = "Motion Blur Fade Emphasis"
n_hardwareRenderingGlobals.a_mbff_niceName = "Motion Blur Fade Filter"
n_hardwareRenderingGlobals.a_mbft_niceName = "Motion Blur Fade Tint"
n_hardwareRenderingGlobals.a_mbfta_niceName = "Motion Blur Fade Tint A"
n_hardwareRenderingGlobals.a_mbftb_niceName = "Motion Blur Fade Tint B"
n_hardwareRenderingGlobals.a_mbftg_niceName = "Motion Blur Fade Tint G"
n_hardwareRenderingGlobals.a_mbftr_niceName = "Motion Blur Fade Tint R"
n_hardwareRenderingGlobals.a_mbme_niceName = "Motion Blur Multiframe Enable"
n_hardwareRenderingGlobals.a_mbsc_enum_kMBEight = "8"
n_hardwareRenderingGlobals.a_mbsc_enum_kMBFour = "4"
n_hardwareRenderingGlobals.a_mbsc_enum_kMBSixteen = "16"
n_hardwareRenderingGlobals.a_mbsc_enum_kMBThirtyTwo = "32"
n_hardwareRenderingGlobals.a_mbsc_niceName = "Motion Blur Sample Count"
n_hardwareRenderingGlobals.a_mbsof_niceName = "Motion Blur Shutter Open Fraction"
n_hardwareRenderingGlobals.a_mbt_enum_kTransform = "Transform"
n_hardwareRenderingGlobals.a_mbt_niceName = "Motion Blur Type"
n_hardwareRenderingGlobals.a_mhl_niceName = "Max Hardware Lights"
n_hardwareRenderingGlobals.a_msaa_niceName = "Multi Sample Enable"
n_hardwareRenderingGlobals.a_on_niceName = "Render Override Name"
n_hardwareRenderingGlobals.a_otfna_niceName = "Object Type Filter Name Array"
n_hardwareRenderingGlobals.a_otfva_niceName = "Object Type Filter Value Array"
n_hardwareRenderingGlobals.a_potfna_niceName = "Plugin Object Type Filter Name Array"
n_hardwareRenderingGlobals.a_potfva_niceName = "Plugin Object Type Filter Value Array"
n_hardwareRenderingGlobals.a_qdaot_niceName = "Quad Draw Always On Top"
n_hardwareRenderingGlobals.a_qdoc_niceName = "Quad Draw Override Color"
n_hardwareRenderingGlobals.a_qdocb_niceName = "Quad Draw Override Color B"
n_hardwareRenderingGlobals.a_qdocg_niceName = "Quad Draw Override Color G"
n_hardwareRenderingGlobals.a_qdocr_niceName = "Quad Draw Override Color R"
n_hardwareRenderingGlobals.a_qdot_niceName = "Quad Draw Override Transparency"
n_hardwareRenderingGlobals.a_rm_enum_kBoundingBox = "Bounding Box"
n_hardwareRenderingGlobals.a_rm_enum_kDefaultMaterial = "Default Material"
n_hardwareRenderingGlobals.a_rm_enum_kShaded = "Shaded"
n_hardwareRenderingGlobals.a_rm_enum_kShadedTextured = "Shaded And Textured"
n_hardwareRenderingGlobals.a_rm_enum_kWire = "Wire"
n_hardwareRenderingGlobals.a_rm_enum_kWireOnShaded = "Wire On Shaded"
n_hardwareRenderingGlobals.a_rm_enum_kWireOnShadedTextured = "Wire On Shaded And Textured"
n_hardwareRenderingGlobals.a_rm_niceName = "Render Mode"
n_hardwareRenderingGlobals.a_rtfm_enum_kFPRTFormatRGB32 = "R32G32B32_FLOAT"
n_hardwareRenderingGlobals.a_rtfm_enum_kFPRTFormatRGBA16 = "R16G16B16A16_FLOAT"
n_hardwareRenderingGlobals.a_rtfm_enum_kFPRTFormatRGBA32 = "R32G32B32A32_FLOAT"
n_hardwareRenderingGlobals.a_rtfm_niceName = "Floating Point RTFormat"
n_hardwareRenderingGlobals.a_sslt_niceName = "Single Sided Lighting"
n_hardwareRenderingGlobals.a_ta_enum_kAlphaCut = "Alpha Cut"
n_hardwareRenderingGlobals.a_ta_enum_kDepthPeel = "Depth Peeling"
n_hardwareRenderingGlobals.a_ta_enum_kObjectSort = "Object Sorting"
n_hardwareRenderingGlobals.a_ta_enum_kSimple = "Simple"
n_hardwareRenderingGlobals.a_ta_enum_kWeightedAverage = "Weighted Average"
n_hardwareRenderingGlobals.a_ta_niceName = "Transparency Algorithm"
n_hardwareRenderingGlobals.a_tamr_niceName = "Texture Auto Max Resolution"
n_hardwareRenderingGlobals.a_tmr_niceName = "Texture Max Resolution"
n_hardwareRenderingGlobals.a_tmrm_enum_kAutomatic = "Automatic"
n_hardwareRenderingGlobals.a_tmrm_enum_kCustom = "Custom"
n_hardwareRenderingGlobals.a_tmrm_niceName = "Texture Max Res Mode"
n_hardwareRenderingGlobals.a_tq_niceName = "Transparency Quality"
n_hardwareRenderingGlobals.a_ts_niceName = "Transparent Shadow"
n_hardwareRenderingGlobals.a_uml_niceName = "Use Maximum Hardware Lights"
n_hardwareRenderingGlobals.a_uvbc_niceName = "Custom UVBorder Color"
n_hardwareRenderingGlobals.a_uvbcb_niceName = "Custom UVBorder Color B"
n_hardwareRenderingGlobals.a_uvbcg_niceName = "Custom UVBorder Color G"
n_hardwareRenderingGlobals.a_uvbcr_niceName = "Custom UVBorder Color R"
n_hardwareRenderingGlobals.a_vac_enum_kDisable = "Disable"
n_hardwareRenderingGlobals.a_vac_enum_kHardware = "Hardware"
n_hardwareRenderingGlobals.a_vac_enum_kSystem = "System"
n_hardwareRenderingGlobals.a_vac_niceName = "Vertex Animation Cache"
n_hardwareRenderingGlobals.a_xry_niceName = "Xray Mode"
n_hardwareRenderingGlobals.baseName = "hardwareRenderingGlobals"
n_hardwareRenderingGlobals.niceName = "Hardware Rendering Globals"
//
// String set: n_heightField
//
n_heightField.a_cb_niceName = "Color B"
n_heightField.a_cg_niceName = "Color G"
n_heightField.a_cl_niceName = "Color"
n_heightField.a_cnr_niceName = "Cache Needs Rebuilding"
n_heightField.a_cr_niceName = "Color R"
n_heightField.a_dis_niceName = "Displacement"
n_heightField.a_hc_niceName = "Height Scale"
n_heightField.a_res_niceName = "Resolution"
n_heightField.baseName = "heightField"
n_heightField.niceName = "Height Field"
//
// String set: n_hierarchyTestNode1
//
n_hierarchyTestNode1.a_n1c1_niceName = "N 1level 1C"
n_hierarchyTestNode1.a_n1c_niceName = "N 1compound"
n_hierarchyTestNode1.a_n1m1_niceName = "N 1level 1M"
n_hierarchyTestNode1.a_n1m2_niceName = "N 1level 2M"
n_hierarchyTestNode1.a_n1s1_niceName = "N 1level 1S"
n_hierarchyTestNode1.a_n1s2_niceName = "N 1level 2S"
n_hierarchyTestNode1.a_n1s_niceName = "N 1single"
n_hierarchyTestNode1.baseName = "hierarchyTestNode1"
n_hierarchyTestNode1.niceName = "Hierarchy Test Node 1"
//
// String set: n_hierarchyTestNode2
//
n_hierarchyTestNode2.a_n2c1_niceName = "N 2level 1C"
n_hierarchyTestNode2.a_n2c_niceName = "N 2compound"
n_hierarchyTestNode2.a_n2m1_niceName = "N 2level 1M"
n_hierarchyTestNode2.a_n2m2_niceName = "N 2level 2M"
n_hierarchyTestNode2.a_n2s1_niceName = "N 2level 1S"
n_hierarchyTestNode2.a_n2s2_niceName = "N 2level 2S"
n_hierarchyTestNode2.a_n2s_niceName = "N 2single"
n_hierarchyTestNode2.baseName = "hierarchyTestNode2"
n_hierarchyTestNode2.niceName = "Hierarchy Test Node 2"
//
// String set: n_hierarchyTestNode3
//
n_hierarchyTestNode3.a_n3c1_niceName = "N 3level 1C"
n_hierarchyTestNode3.a_n3c_niceName = "N 3compound"
n_hierarchyTestNode3.a_n3m1_niceName = "N 3level 1M"
n_hierarchyTestNode3.a_n3m2_niceName = "N 3level 2M"
n_hierarchyTestNode3.a_n3s1_niceName = "N 3level 1S"
n_hierarchyTestNode3.a_n3s2_niceName = "N 3level 2S"
n_hierarchyTestNode3.a_n3s_niceName = "N 3single"
n_hierarchyTestNode3.baseName = "hierarchyTestNode3"
n_hierarchyTestNode3.niceName = "Hierarchy Test Node 3"
//
// String set: n_hikEffector
//
n_hikEffector.a_aeff_niceName = "Aux Effector"
n_hikEffector.a_alp_niceName = "Alpha"
n_hikEffector.a_clb_niceName = "Color B"
n_hikEffector.a_clg_niceName = "Color G"
n_hikEffector.a_clr_niceName = "Color R"
n_hikEffector.a_col_niceName = "Color"
n_hikEffector.a_ei_niceName = "Effector ID"
n_hikEffector.a_fj_niceName = "Fkjoint"
n_hikEffector.a_ha_niceName = "Handle"
n_hikEffector.a_jt_niceName = "Joint"
n_hikEffector.a_mkl_enum_kMarkerCube = "cube"
n_hikEffector.a_mkl_enum_kMarkerHardCross = "hard cross"
n_hikEffector.a_mkl_enum_kMarkerLightCross = "light cross"
n_hikEffector.a_mkl_enum_kMarkerSphere = "sphere"
n_hikEffector.a_mkl_niceName = "Marker Look"
n_hikEffector.a_pin_enum_kPinBoth = "pinAll"
n_hikEffector.a_pin_enum_kPinRotate = "pinRotate"
n_hikEffector.a_pin_enum_kPinTranslate = "pinTranslate"
n_hikEffector.a_pin_enum_kUnpinned = "unpinned"
n_hikEffector.a_pin_niceName = "Pinning"
n_hikEffector.a_po_niceName = "Pivot Offset"
n_hikEffector.a_pr_niceName = "Pre Rotation"
n_hikEffector.a_prx_niceName = "Pre Rotation X"
n_hikEffector.a_pry_niceName = "Pre Rotation Y"
n_hikEffector.a_prz_niceName = "Pre Rotation Z"
n_hikEffector.a_pvt_niceName = "Pivots"
n_hikEffector.a_px_niceName = "Pivot Offset X"
n_hikEffector.a_py_niceName = "Pivot Offset Y"
n_hikEffector.a_pz_niceName = "Pivot Offset Z"
n_hikEffector.a_radi_niceName = "Radius"
n_hikEffector.a_rr_niceName = "Reach Rotation"
n_hikEffector.a_rt_niceName = "Reach Translation"
n_hikEffector.baseName = "hikEffector"
n_hikEffector.niceName = "Hik Effector"
//
// String set: n_hikFKJoint
//
n_hikFKJoint.a_agx_niceName = "Alternate GX"
n_hikFKJoint.a_atx_niceName = "Alt Constraint Target GX"
n_hikFKJoint.a_lk_enum_kLookBone = "Bone"
n_hikFKJoint.a_lk_enum_kLookBox = "Box"
n_hikFKJoint.a_lk_enum_kLookCircle = "Circle"
n_hikFKJoint.a_lk_enum_kLookNone = "None"
n_hikFKJoint.a_lk_enum_kLookSquare = "Square"
n_hikFKJoint.a_lk_enum_kLookStick = "Stick"
n_hikFKJoint.a_lk_niceName = "Look"
n_hikFKJoint.a_rof_niceName = "Rotate Offset"
n_hikFKJoint.a_rox_niceName = "Rotate Offset X"
n_hikFKJoint.a_roy_niceName = "Rotate Offset Y"
n_hikFKJoint.a_roz_niceName = "Rotate Offset Z"
n_hikFKJoint.a_sof_niceName = "Scale Offset"
n_hikFKJoint.a_sox_niceName = "Scale Offset X"
n_hikFKJoint.a_soy_niceName = "Scale Offset Y"
n_hikFKJoint.a_soz_niceName = "Scale Offset Z"
n_hikFKJoint.a_tof_niceName = "Translate Offset"
n_hikFKJoint.a_tox_niceName = "Translate Offset X"
n_hikFKJoint.a_toy_niceName = "Translate Offset Y"
n_hikFKJoint.a_toz_niceName = "Translate Offset Z"
n_hikFKJoint.a_uagx_niceName = "Use Alternate GX"
n_hikFKJoint.baseName = "hikFKJoint"
n_hikFKJoint.niceName = "Hik FKJoint"
//
// String set: n_hikFloorContactMarker
//
n_hikFloorContactMarker.a_cp_niceName = "Contacts Position"
n_hikFloorContactMarker.a_dfc_niceName = "Draw Feet Contact"
n_hikFloorContactMarker.a_dhc_niceName = "Draw Hand Contact"
n_hikFloorContactMarker.a_fc_niceName = "Floor Contacts"
n_hikFloorContactMarker.a_fcm_enum_kFcmSpread = "spread"
n_hikFloorContactMarker.a_fcm_enum_kFcmSticky = "sticky"
n_hikFloorContactMarker.a_fcm_enum_kFcmStickySpread = "sticky-spread"
n_hikFloorContactMarker.a_fcm_niceName = "Fingers Contact Type"
n_hikFloorContactMarker.a_fcr_niceName = "Toes Contact Roll Stiffness"
n_hikFloorContactMarker.a_fcs_niceName = "Feet Contact Stiffness"
n_hikFloorContactMarker.a_fct_enum_kFctAnkle = "ankle"
n_hikFloorContactMarker.a_fct_enum_kFctHoof = "hoof"
n_hikFloorContactMarker.a_fct_enum_kFctNormal = "normal"
n_hikFloorContactMarker.a_fct_enum_kFctToeBase = "toe base"
n_hikFloorContactMarker.a_fct_niceName = "Feet Contact Type"
n_hikFloorContactMarker.a_fec_niceName = "Feet Contact"
n_hikFloorContactMarker.a_ffm_niceName = "Foot Front"
n_hikFloorContactMarker.a_fh_niceName = "Foot Height"
n_hikFloorContactMarker.a_fia_niceName = "Foot In Side"
n_hikFloorContactMarker.a_fic_niceName = "Fingers Contact"
n_hikFloorContactMarker.a_flc_niceName = "Hands Floor Contact Setup"
n_hikFloorContactMarker.a_fle_niceName = "Feet Floor Contact Setup"
n_hikFloorContactMarker.a_flf_niceName = "Feet Contact Position"
n_hikFloorContactMarker.a_flg_niceName = "Fingers Floor Contact Setup"
n_hikFloorContactMarker.a_fli_niceName = "Toes Floor Contact Setup"
n_hikFloorContactMarker.a_fma_niceName = "Foot Middle"
n_hikFloorContactMarker.a_foa_niceName = "Foot Out Side"
n_hikFloorContactMarker.a_fpv_enum_kFfpAnkle = "ankle"
n_hikFloorContactMarker.a_fpv_enum_kFfpAuto = "auto"
n_hikFloorContactMarker.a_fpv_enum_kFfpToes = "toes"
n_hikFloorContactMarker.a_fpv_niceName = "Feet Floor Pivot"
n_hikFloorContactMarker.a_fra_niceName = "Foot Back"
n_hikFloorContactMarker.a_hb_niceName = "Hand Back"
n_hikFloorContactMarker.a_hcr_niceName = "Fingers Contact Roll Stiffness"
n_hikFloorContactMarker.a_hcs_niceName = "Hands Contact Stiffness"
n_hikFloorContactMarker.a_hct_enum_kFingerBaseContact = "finger base"
n_hikFloorContactMarker.a_hct_enum_kHoofContact = "hoof"
n_hikFloorContactMarker.a_hct_enum_kNormalContact = "normal"
n_hikFloorContactMarker.a_hct_enum_kWristContact = "wrist"
n_hikFloorContactMarker.a_hct_niceName = "Hands Contact Type"
n_hikFloorContactMarker.a_hf_niceName = "Hand Front"
n_hikFloorContactMarker.a_hfc_niceName = "Hands Contact"
n_hikFloorContactMarker.a_hfp_enum_kHfpAuto = "auto"
n_hikFloorContactMarker.a_hfp_enum_kHfpFingers = "fingers"
n_hikFloorContactMarker.a_hfp_enum_kHfpWrist = "wrist"
n_hikFloorContactMarker.a_hfp_niceName = "Hands Floor Pivot"
n_hikFloorContactMarker.a_hh_niceName = "Hand Height"
n_hikFloorContactMarker.a_his_niceName = "Hand In Side"
n_hikFloorContactMarker.a_hm_niceName = "Hand Middle"
n_hikFloorContactMarker.a_hos_niceName = "Hand Out Side"
n_hikFloorContactMarker.a_msz_niceName = "Marker Size"
n_hikFloorContactMarker.a_tct_enum_kTcmSpread = "spread"
n_hikFloorContactMarker.a_tct_enum_kTcmSticky = "sticky"
n_hikFloorContactMarker.a_tct_enum_kTcmStickySpread = "sticky-spread"
n_hikFloorContactMarker.a_tct_niceName = "Toes Contact Type"
n_hikFloorContactMarker.a_tfc_niceName = "Toes Contact"
n_hikFloorContactMarker.baseName = "hikFloorContactMarker"
n_hikFloorContactMarker.niceName = "Hik Floor Contact Marker"
//
// String set: n_hikGroundPlane
//
n_hikGroundPlane.a_leng_niceName = "Length"
n_hikGroundPlane.baseName = "hikGroundPlane"
n_hikGroundPlane.niceName = "Hik Ground Plane"
//
// String set: n_hikHandle
//
n_hikHandle.a_act_niceName = "Activate"
n_hikHandle.a_chp_niceName = "Hips Pull"
n_hikHandle.a_cle_niceName = "Left Elbow Compression Factor"
n_hikHandle.a_clk_niceName = "Left Knee Compression Factor"
n_hikHandle.a_cp_niceName = "Contacts Position"
n_hikHandle.a_cpl_niceName = "Left Hand Pull Chest"
n_hikHandle.a_cpr_niceName = "Right Hand Pull Chest"
n_hikHandle.a_cre_niceName = "Right Elbow Compression Factor"
n_hikHandle.a_crk_niceName = "Right Knee Compression Factor"
n_hikHandle.a_cs_niceName = "Convert Scale"
n_hikHandle.a_dm_niceName = "Default Matrix"
n_hikHandle.a_eff_niceName = "Effectors"
n_hikHandle.a_egr_niceName = "Hips Enforce Gravity"
n_hikHandle.a_ex_niceName = "Extra"
n_hikHandle.a_exp_niceName = "Expert Mode"
n_hikHandle.a_fc_niceName = "Floor Contacts"
n_hikHandle.a_fcm_enum_kFcmSpread = "spread"
n_hikHandle.a_fcm_enum_kFcmSticky = "sticky"
n_hikHandle.a_fcm_enum_kFcmStickySpread = "sticky-spread"
n_hikHandle.a_fcm_niceName = "Fingers Contact Type"
n_hikHandle.a_fcr_niceName = "Toes Contact Roll Stiffness"
n_hikHandle.a_fcs_niceName = "Feet Contact Stiffness"
n_hikHandle.a_fct_enum_kFctAnkle = "ankle"
n_hikHandle.a_fct_enum_kFctHoof = "hoof"
n_hikHandle.a_fct_enum_kFctNormal = "normal"
n_hikHandle.a_fct_enum_kFctToeBase = "toe base"
n_hikHandle.a_fct_niceName = "Feet Contact Type"
n_hikHandle.a_fec_niceName = "Feet Floor Contact"
n_hikHandle.a_ffm_niceName = "Foot Front"
n_hikHandle.a_fh_niceName = "Foot Height"
n_hikHandle.a_fia_niceName = "Foot In Side"
n_hikHandle.a_fic_niceName = "Fingers Floor Contact"
n_hikHandle.a_fj_niceName = "Fkjoints"
n_hikHandle.a_flc_niceName = "Hands Floor Contact Setup"
n_hikHandle.a_fle_niceName = "Feet Floor Contact Setup"
n_hikHandle.a_flf_niceName = "Feet Contact Position"
n_hikHandle.a_flg_niceName = "Fingers Floor Contact Setup"
n_hikHandle.a_fli_niceName = "Toes Floor Contact Setup"
n_hikHandle.a_flj_niceName = "Toe Tips Sizes"
n_hikHandle.a_fll_niceName = "Head"
n_hikHandle.a_flm_niceName = "Left Arm"
n_hikHandle.a_fln_niceName = "Right Arm"
n_hikHandle.a_flo_niceName = "Chest"
n_hikHandle.a_flp_niceName = "Hips"
n_hikHandle.a_flq_niceName = "Left Leg"
n_hikHandle.a_flr_niceName = "Right Leg"
n_hikHandle.a_fm_niceName = "Fkmatrix"
n_hikHandle.a_fma_niceName = "Foot Middle"
n_hikHandle.a_foa_niceName = "Foot Out Side"
n_hikHandle.a_fpv_enum_kFfpAnkle = "ankle"
n_hikHandle.a_fpv_enum_kFfpAuto = "auto"
n_hikHandle.a_fpv_enum_kFfpToes = "toes"
n_hikHandle.a_fpv_niceName = "Feet Floor Pivot"
n_hikHandle.a_fra_niceName = "Foot Back"
n_hikHandle.a_fts_niceName = "Finger Tips Sizes"
n_hikHandle.a_hb_niceName = "Hand Back"
n_hikHandle.a_hcr_niceName = "Fingers Contact Roll Stiffness"
n_hikHandle.a_hcs_niceName = "Hands Contact Stiffness"
n_hikHandle.a_hct_enum_kFingerBaseContact = "finger base"
n_hikHandle.a_hct_enum_kHoofContact = "hoof"
n_hikHandle.a_hct_enum_kNormalContact = "normal"
n_hikHandle.a_hct_enum_kWristContact = "wrist"
n_hikHandle.a_hct_niceName = "Hands Contact Type"
n_hikHandle.a_hf_niceName = "Hand Front"
n_hikHandle.a_hfc_niceName = "Hands Floor Contact"
n_hikHandle.a_hfp_enum_kHfpAuto = "auto"
n_hikHandle.a_hfp_enum_kHfpFingers = "fingers"
n_hikHandle.a_hfp_enum_kHfpWrist = "wrist"
n_hikHandle.a_hfp_niceName = "Hands Floor Pivot"
n_hikHandle.a_hh_niceName = "Hand Height"
n_hikHandle.a_his_niceName = "Hand In Side"
n_hikHandle.a_hm_niceName = "Hand Middle"
n_hikHandle.a_hos_niceName = "Hand Out Side"
n_hikHandle.a_htm_enum_kBodyRigid = "body rigid"
n_hikHandle.a_htm_enum_kWorldRigid = "world rigid"
n_hikHandle.a_htm_niceName = "Hip Translation Mode"
n_hikHandle.a_jt_niceName = "Joints"
n_hikHandle.a_kp_niceName = "Kill Pitch"
n_hikHandle.a_lar_niceName = "Left Arm Roll"
n_hikHandle.a_larm_niceName = "Left Arm Roll Mode"
n_hikHandle.a_lek_niceName = "Left Elbow Kill Pitch"
n_hikHandle.a_lfg_niceName = "Left Foot Ground Plane"
n_hikHandle.a_lfr_niceName = "Left Fore Arm Roll"
n_hikHandle.a_lfrm_niceName = "Left Fore Arm Roll Mode"
n_hikHandle.a_lhg_niceName = "Left Hand Ground Plane"
n_hikHandle.a_lit_niceName = "Left Hand Index Tip"
n_hikHandle.a_lkk_niceName = "Left Knee Kill Pitch"
n_hikHandle.a_llr_niceName = "Left Leg Roll"
n_hikHandle.a_llrm_niceName = "Left Leg Roll Mode"
n_hikHandle.a_lmt_niceName = "Left Hand Middle Tip"
n_hikHandle.a_log_niceName = "Left Foot Oriented Ground Plane"
n_hikHandle.a_loh_niceName = "Left Hand Oriented Ground Plane"
n_hikHandle.a_lpt_niceName = "Left Hand Pinky Tip"
n_hikHandle.a_lrt_niceName = "Left Hand Ring Tip"
n_hikHandle.a_ltt_niceName = "Left Hand Thumb Tip"
n_hikHandle.a_lur_niceName = "Left Up Leg Roll"
n_hikHandle.a_lurm_niceName = "Left Up Leg Roll Mode"
n_hikHandle.a_lxt_niceName = "Left Hand Extra Finger Tip"
n_hikHandle.a_m55_niceName = "Using MB55Rig"
n_hikHandle.a_mle_niceName = "Left Elbow Max Extension"
n_hikHandle.a_mlk_niceName = "Left Knee Max Extension"
n_hikHandle.a_mre_niceName = "Right Elbow Max Extension"
n_hikHandle.a_mrk_niceName = "Right Knee Max Extension"
n_hikHandle.a_nst_niceName = "Neck Stiffness"
n_hikHandle.a_pc_niceName = "Property Changed"
n_hikHandle.a_phd_niceName = "Head Pull"
n_hikHandle.a_pic_niceName = "Pull Iteration Count"
n_hikHandle.a_plb_niceName = "Left Finger Base Pull"
n_hikHandle.a_ple_niceName = "Left Elbow Pull"
n_hikHandle.a_plf_niceName = "Left Foot Pull"
n_hikHandle.a_plh_niceName = "Left Hand Pull Hips"
n_hikHandle.a_plk_niceName = "Left Knee Pull"
n_hikHandle.a_plt_niceName = "Left Toe Base Pull"
n_hikHandle.a_prb_niceName = "Right Finger Base Pull"
n_hikHandle.a_pre_niceName = "Right Elbow Pull"
n_hikHandle.a_prf_niceName = "Right Foot Pull"
n_hikHandle.a_prh_niceName = "Right Hand Pull Hips"
n_hikHandle.a_prk_niceName = "Right Knee Pull"
n_hikHandle.a_prt_niceName = "Right Toe Base Pull"
n_hikHandle.a_pt_enum_kBiped = "biped"
n_hikHandle.a_pt_enum_kQuadraped = "quadruped"
n_hikHandle.a_pt_niceName = "Posture Type"
n_hikHandle.a_rar_niceName = "Right Arm Roll"
n_hikHandle.a_rarm_niceName = "Right Arm Roll Mode"
n_hikHandle.a_rco_niceName = "Chest Stiffness"
n_hikHandle.a_rcp_niceName = "Chest Pull"
n_hikHandle.a_re_niceName = "Roll Extraction"
n_hikHandle.a_rek_niceName = "Right Elbow Kill Pitch"
n_hikHandle.a_rem_enum_kAbsolute = "absolute"
n_hikHandle.a_rem_enum_kRelative = "relative"
n_hikHandle.a_rem_niceName = "Roll Extraction Mode"
n_hikHandle.a_rfg_niceName = "Right Foot Ground Plane"
n_hikHandle.a_rfr_niceName = "Right Fore Arm Roll"
n_hikHandle.a_rfrm_niceName = "Right Fore Arm Roll Mode"
n_hikHandle.a_rhg_niceName = "Right Hand Ground Plane"
n_hikHandle.a_rho_niceName = "Hips Stiffness"
n_hikHandle.a_rit_niceName = "Right Hand Index Tip"
n_hikHandle.a_rkk_niceName = "Right Knee Kill Pitch"
n_hikHandle.a_rlco_niceName = "Left Shoulder Stiffness"
n_hikHandle.a_rle_niceName = "Left Arm Stiffness"
n_hikHandle.a_rlk_niceName = "Left Leg Stiffness"
n_hikHandle.a_rlrm_niceName = "Right Leg Roll Mode"
n_hikHandle.a_rlro_niceName = "Right Leg Roll"
n_hikHandle.a_rmt_niceName = "Right Hand Middle Tip"
n_hikHandle.a_rog_niceName = "Right Foot Oriented Ground Plane"
n_hikHandle.a_roh_niceName = "Right Hand Oriented Ground Plane"
n_hikHandle.a_rpp_niceName = "Right Hand Pinky Tip"
n_hikHandle.a_rrc_niceName = "Right Shoulder Stiffness"
n_hikHandle.a_rre_niceName = "Right Arm Stiffness"
n_hikHandle.a_rrk_niceName = "Right Leg Stiffness"
n_hikHandle.a_rrt_niceName = "Right Hand Ring Tip"
n_hikHandle.a_rss_niceName = "Realistic Shoulder Solving"
n_hikHandle.a_rtt_niceName = "Right Hand Thumb Tip"
n_hikHandle.a_rur_niceName = "Right Up Leg Roll"
n_hikHandle.a_rurm_niceName = "Right Up Leg Roll Mode"
n_hikHandle.a_rxt_niceName = "Right Hand Extra Finger Tip"
n_hikHandle.a_sf_niceName = "Solve Fingers"
n_hikHandle.a_sm_niceName = "Stance Pose Matrix"
n_hikHandle.a_sol_niceName = "Solving"
n_hikHandle.a_sst_niceName = "Spine Stiffness"
n_hikHandle.a_st_niceName = "Stiffness"
n_hikHandle.a_tct_enum_kTcmSpread = "spread"
n_hikHandle.a_tct_enum_kTcmSticky = "sticky"
n_hikHandle.a_tct_enum_kTcmStickySpread = "sticky-spread"
n_hikHandle.a_tct_niceName = "Toes Contact Type"
n_hikHandle.a_tfc_niceName = "Toes Floor Contact"
n_hikHandle.a_til_niceName = "Left Foot Index Tip"
n_hikHandle.a_tim_niceName = "Time"
n_hikHandle.a_tir_niceName = "Right Foot Index Tip"
n_hikHandle.a_tml_niceName = "Left Foot Middle Tip"
n_hikHandle.a_tmr_niceName = "Right Foot Middle Tip"
n_hikHandle.a_tpl_niceName = "Left Foot Pinky Tip"
n_hikHandle.a_tpr_niceName = "Right Foot Pinky Tip"
n_hikHandle.a_trl_niceName = "Left Foot Ring Tip"
n_hikHandle.a_trr_niceName = "Right Foot Ring Tip"
n_hikHandle.a_ttl_niceName = "Left Foot Thumb Tip"
n_hikHandle.a_ttr_niceName = "Right Foot Thumb Tip"
n_hikHandle.a_txl_niceName = "Left Foot Extra Finger Tip"
n_hikHandle.a_txr_niceName = "Right Foot Extra Finger Tip"
n_hikHandle.baseName = "hikHandle"
n_hikHandle.niceName = "Hik Handle"
//
// String set: n_hikIKEffector
//
n_hikIKEffector.a_aeff_niceName = "Aux Effector"
n_hikIKEffector.a_agx_niceName = "Alternate GX"
n_hikIKEffector.a_alp_niceName = "Alpha"
n_hikIKEffector.a_atx_niceName = "Alt Constraint Target GX"
n_hikIKEffector.a_aux_niceName = "Auxiliaries"
n_hikIKEffector.a_clb_niceName = "Color B"
n_hikIKEffector.a_clg_niceName = "Color G"
n_hikIKEffector.a_clr_niceName = "Color R"
n_hikIKEffector.a_col_niceName = "Color"
n_hikIKEffector.a_ei_niceName = "Effector ID"
n_hikIKEffector.a_jo_niceName = "Joint Orient"
n_hikIKEffector.a_jox_niceName = "Joint Orient X"
n_hikIKEffector.a_joy_niceName = "Joint Orient Y"
n_hikIKEffector.a_joz_niceName = "Joint Orient Z"
n_hikIKEffector.a_lk_enum_kLookCircle = "Circle"
n_hikIKEffector.a_lk_enum_kLookCube = "Cube"
n_hikIKEffector.a_lk_enum_kLookHardCross = "Hard Cross"
n_hikIKEffector.a_lk_enum_kLookLightCross = "Light Cross"
n_hikIKEffector.a_lk_enum_kLookNone = "None"
n_hikIKEffector.a_lk_enum_kLookSphere = "Sphere"
n_hikIKEffector.a_lk_enum_kLookSquare = "Square"
n_hikIKEffector.a_lk_niceName = "Look"
n_hikIKEffector.a_mkl_enum_kMarkerCube = "cube"
n_hikIKEffector.a_mkl_enum_kMarkerHardCross = "hard cross"
n_hikIKEffector.a_mkl_enum_kMarkerLightCross = "light cross"
n_hikIKEffector.a_mkl_enum_kMarkerSphere = "sphere"
n_hikIKEffector.a_mkl_niceName = "Marker Look"
n_hikIKEffector.a_pin_enum_kPinBoth = "pinAll"
n_hikIKEffector.a_pin_enum_kPinRotate = "pinRotate"
n_hikIKEffector.a_pin_enum_kPinTranslate = "pinTranslate"
n_hikIKEffector.a_pin_enum_kUnpinned = "unpinned"
n_hikIKEffector.a_pin_niceName = "Pinning"
n_hikIKEffector.a_pinr_niceName = "Pin R"
n_hikIKEffector.a_pint_niceName = "Pin T"
n_hikIKEffector.a_po_niceName = "Pivot Offset"
n_hikIKEffector.a_px_niceName = "Pivot Offset X"
n_hikIKEffector.a_py_niceName = "Pivot Offset Y"
n_hikIKEffector.a_pz_niceName = "Pivot Offset Z"
n_hikIKEffector.a_radi_niceName = "Radius"
n_hikIKEffector.a_rof_niceName = "Rotate Offset"
n_hikIKEffector.a_rox_niceName = "Rotate Offset X"
n_hikIKEffector.a_roy_niceName = "Rotate Offset Y"
n_hikIKEffector.a_roz_niceName = "Rotate Offset Z"
n_hikIKEffector.a_rr_niceName = "Reach Rotation"
n_hikIKEffector.a_rt_niceName = "Reach Translation"
n_hikIKEffector.a_sof_niceName = "Scale Offset"
n_hikIKEffector.a_sox_niceName = "Scale Offset X"
n_hikIKEffector.a_soy_niceName = "Scale Offset Y"
n_hikIKEffector.a_soz_niceName = "Scale Offset Z"
n_hikIKEffector.a_tof_niceName = "Translate Offset"
n_hikIKEffector.a_tox_niceName = "Translate Offset X"
n_hikIKEffector.a_toy_niceName = "Translate Offset Y"
n_hikIKEffector.a_toz_niceName = "Translate Offset Z"
n_hikIKEffector.a_uagx_niceName = "Use Alternate GX"
n_hikIKEffector.baseName = "hikIKEffector"
n_hikIKEffector.niceName = "Hik IKEffector"
//
// String set: n_hikSolver
//
n_hikSolver.baseName = "hikSolver"
n_hikSolver.niceName = "Hik Solver"
//
// String set: n_historySwitch
//
n_historySwitch.a_inp_niceName = "In Positions"
n_historySwitch.a_op_niceName = "Out Positions"
n_historySwitch.a_pfc_niceName = "Play From Cache"
n_historySwitch.a_ug_niceName = "Undeformed Geometry"
n_historySwitch.baseName = "historySwitch"
n_historySwitch.niceName = "History Switch"
//
// String set: n_holdMatrix
//
n_holdMatrix.a_i_niceName = "In Matrix"
n_holdMatrix.a_o_niceName = "Out Matrix"
n_holdMatrix.baseName = "holdMatrix"
n_holdMatrix.niceName = "Hold Matrix"
//
// String set: n_hsvToRgb
//
n_hsvToRgb.a_arp_enum_0 = "Pass through"
n_hsvToRgb.a_arp_enum_1 = "Apply to Render Passes"
n_hsvToRgb.a_arp_enum_2 = "No Contribution"
n_hsvToRgb.a_arp_enum_3 = "Write Shader Result to Beauty Passes"
n_hsvToRgb.a_arp_niceName = "Render Pass Mode"
n_hsvToRgb.a_i_niceName = "In Hsv"
n_hsvToRgb.a_ib_niceName = "In Hsv B"
n_hsvToRgb.a_ig_niceName = "In Hsv G"
n_hsvToRgb.a_ir_niceName = "In Hsv R"
n_hsvToRgb.a_o_niceName = "Out Rgb"
n_hsvToRgb.a_ob_niceName = "Out Rgb B"
n_hsvToRgb.a_og_niceName = "Out Rgb G"
n_hsvToRgb.a_or_niceName = "Out Rgb R"
n_hsvToRgb.baseName = "hsvToRgb"
n_hsvToRgb.niceName = "Hsv To Rgb"
//
// String set: n_hwReflectionMap
//
n_hwReflectionMap.a_cbkn_niceName = "Cube Back Texture Name"
n_hwReflectionMap.a_cbmn_niceName = "Cube Bottom Texture Name"
n_hwReflectionMap.a_cftn_niceName = "Cube Front Texture Name"
n_hwReflectionMap.a_cltn_niceName = "Cube Left Texture Name"
n_hwReflectionMap.a_cm_niceName = "Cube Map"
n_hwReflectionMap.a_crtn_niceName = "Cube Right Texture Name"
n_hwReflectionMap.a_ctpn_niceName = "Cube Top Texture Name"
n_hwReflectionMap.a_dm_niceName = "Decal Mode"
n_hwReflectionMap.a_smtn_niceName = "Sphere Map Texture Name"
n_hwReflectionMap.a_thc_niceName = "Texture Has Changed"
n_hwReflectionMap.baseName = "hwReflectionMap"
n_hwReflectionMap.niceName = "Hw Reflection Map"
//
// String set: n_hwRenderGlobals
//
n_hwRenderGlobals.a_aap_niceName = "Anti Alias Polygons"
n_hwRenderGlobals.a_as_enum_kBlueChannel = "Blue Channel"
n_hwRenderGlobals.a_as_enum_kClamp = "Clamp"
n_hwRenderGlobals.a_as_enum_kGreenChannel = "Green Channel"
n_hwRenderGlobals.a_as_enum_kHardwareAlpha = "Hardware Alpha"
n_hwRenderGlobals.a_as_enum_kInverseClamp = "Inverse Clamp"
n_hwRenderGlobals.a_as_enum_kLuminance = "Luminance"
n_hwRenderGlobals.a_as_enum_kOff = "Off"
n_hwRenderGlobals.a_as_enum_kRedChannel = "Red Channel"
n_hwRenderGlobals.a_as_niceName = "Alpha Source"
n_hwRenderGlobals.a_bc_niceName = "Background Color"
n_hwRenderGlobals.a_bcb_niceName = "Background Color B"
n_hwRenderGlobals.a_bcg_niceName = "Background Color G"
n_hwRenderGlobals.a_bcr_niceName = "Background Color R"
n_hwRenderGlobals.a_bf_niceName = "By Frame"
n_hwRenderGlobals.a_cai_niceName = "Camera Icons"
n_hwRenderGlobals.a_coi_niceName = "Collision Icons"
n_hwRenderGlobals.a_ds_enum_kFlat = "Flat Shaded"
n_hwRenderGlobals.a_ds_enum_kPoints = "Points"
n_hwRenderGlobals.a_ds_enum_kSmooth = "Smooth Shaded"
n_hwRenderGlobals.a_ds_enum_kWireframe = "Wireframe"
n_hwRenderGlobals.a_ds_niceName = "Draw Style"
n_hwRenderGlobals.a_ef_niceName = "End Frame"
n_hwRenderGlobals.a_ei_niceName = "Emitter Icons"
n_hwRenderGlobals.a_es_niceName = "Edge Smoothing"
n_hwRenderGlobals.a_ex_enum_kName0001 = "name.0001"
n_hwRenderGlobals.a_ex_enum_kName0001Ext = "name.0001.ext"
n_hwRenderGlobals.a_ex_enum_kName1 = "name.1"
n_hwRenderGlobals.a_ex_enum_kName1Ext = "name.1.ext"
n_hwRenderGlobals.a_ex_enum_kNameExt0001 = "name.ext.0001"
n_hwRenderGlobals.a_ex_enum_kNameExt1 = "name.ext.1"
n_hwRenderGlobals.a_ex_niceName = "Extension"
n_hwRenderGlobals.a_fii_niceName = "Field Icons"
n_hwRenderGlobals.a_fir_niceName = "Full Image Resolution"
n_hwRenderGlobals.a_fn_niceName = "Filename"
n_hwRenderGlobals.a_gh_niceName = "Geometry Mask"
n_hwRenderGlobals.a_gr_niceName = "Grid"
n_hwRenderGlobals.a_if_niceName = "Image Format"
n_hwRenderGlobals.a_imfext_niceName = "Imf Plugin Key Ext"
n_hwRenderGlobals.a_imfkey_niceName = "Imf Plugin Key"
n_hwRenderGlobals.a_li_niceName = "Light Icons"
n_hwRenderGlobals.a_lm_enum_kAllLights = "All Lights"
n_hwRenderGlobals.a_lm_enum_kDefaultLight = "Default Light"
n_hwRenderGlobals.a_lm_enum_kSelectedLights = "Selected Lights"
n_hwRenderGlobals.a_lm_niceName = "Lighting Mode"
n_hwRenderGlobals.a_ls_niceName = "Line Smoothing"
n_hwRenderGlobals.a_mb_niceName = "Motion Blur"
n_hwRenderGlobals.a_mpr_niceName = "Multi Pass Rendering"
n_hwRenderGlobals.a_res_niceName = "Resolution"
n_hwRenderGlobals.a_rp_enum_kAccumPass16 = "16"
n_hwRenderGlobals.a_rp_enum_kAccumPass25 = "25"
n_hwRenderGlobals.a_rp_enum_kAccumPass3 = "3"
n_hwRenderGlobals.a_rp_enum_kAccumPass36 = "36"
n_hwRenderGlobals.a_rp_enum_kAccumPass4 = "4"
n_hwRenderGlobals.a_rp_enum_kAccumPass5 = "5"
n_hwRenderGlobals.a_rp_enum_kAccumPass7 = "7"
n_hwRenderGlobals.a_rp_enum_kAccumPass9 = "9"
n_hwRenderGlobals.a_rp_niceName = "Render Passes"
n_hwRenderGlobals.a_sd_niceName = "Display Shadows"
n_hwRenderGlobals.a_sf_niceName = "Start Frame"
n_hwRenderGlobals.a_ti_niceName = "Transform Icons"
n_hwRenderGlobals.a_txt_niceName = "Texturing"
n_hwRenderGlobals.a_wzd_niceName = "Write ZDepth"
n_hwRenderGlobals.baseName = "hwRenderGlobals"
n_hwRenderGlobals.niceName = "Hw Render Globals"
//
// String set: n_hwShader
//
n_hwShader.a_ehs_niceName = "Enable Hw Shading"
n_hwShader.a_oc_niceName = "Out Color"
n_hwShader.a_ocb_niceName = "Out Color B"
n_hwShader.a_ocg_niceName = "Out Color G"
n_hwShader.a_ocr_niceName = "Out Color R"
n_hwShader.a_ogb_niceName = "Out Glow Color B"
n_hwShader.a_ogc_niceName = "Out Glow Color"
n_hwShader.a_ogg_niceName = "Out Glow Color G"
n_hwShader.a_ogr_niceName = "Out Glow Color R"
n_hwShader.a_omo_niceName = "Out Matte Opacity"
n_hwShader.a_omob_niceName = "Out Matte Opacity B"
n_hwShader.a_omog_niceName = "Out Matte Opacity G"
n_hwShader.a_omor_niceName = "Out Matte Opacity R"
n_hwShader.a_ot_niceName = "Out Transparency"
n_hwShader.a_otb_niceName = "Out Transparency B"
n_hwShader.a_otg_niceName = "Out Transparency G"
n_hwShader.a_otr_niceName = "Out Transparency R"
n_hwShader.a_upar_niceName = "Uniform Parameters"
n_hwShader.a_vpar_niceName = "Varying Parameters"
n_hwShader.baseName = "hwShader"
n_hwShader.niceName = "Hw Shader"
//
// String set: n_hyperGraphInfo
//
n_hyperGraphInfo.a_b_niceName = "Bookmarks"
n_hyperGraphInfo.baseName = "hyperGraphInfo"
n_hyperGraphInfo.niceName = "Hyper Graph Info"
//
// String set: n_hyperLayout
//
n_hyperLayout.a_anf_niceName = "All Nodes Freeform"
n_hyperLayout.a_dn_niceName = "Depend Node"
n_hyperLayout.a_hyp_niceName = "Hyper Position"
n_hyperLayout.a_img_niceName = "Image Name"
n_hyperLayout.a_imp_niceName = "Image Position"
n_hyperLayout.a_ims_niceName = "Image Scale"
n_hyperLayout.a_ipx_niceName = "Image Position X"
n_hyperLayout.a_ipy_niceName = "Image Position Y"
n_hyperLayout.a_isc_niceName = "Is Collapsed"
n_hyperLayout.a_isf_niceName = "Is Freeform"
n_hyperLayout.a_nvs_niceName = "Node Visual State"
n_hyperLayout.a_x_niceName = "Position X"
n_hyperLayout.a_y_niceName = "Position Y"
n_hyperLayout.baseName = "hyperLayout"
n_hyperLayout.niceName = "Hyper Layout"
//
// String set: n_hyperView
//
n_hyperView.a_bd_enum_kAll = "All"
n_hyperView.a_bd_enum_kDownstream = "Downstream"
n_hyperView.a_bd_enum_kUpstream = "Upstream"
n_hyperView.a_bd_niceName = "Build Direction"
n_hyperView.a_d_niceName = "Description"
n_hyperView.a_dag_niceName = "Dag View"
n_hyperView.a_fn_niceName = "Full Name"
n_hyperView.a_fnd_niceName = "Focus Node"
n_hyperView.a_gtl_niceName = "Graph Traversal Limit"
n_hyperView.a_hl_niceName = "Hyper Layout"
n_hyperView.a_p_niceName = "Position"
n_hyperView.a_px_niceName = "Position X"
n_hyperView.a_py_niceName = "Position Y"
n_hyperView.a_rnd_niceName = "Root Node"
n_hyperView.a_sn_niceName = "Short Name"
n_hyperView.a_vh_niceName = "View Rect High"
n_hyperView.a_vl_niceName = "View Rect Low"
n_hyperView.a_xh_niceName = "View XH"
n_hyperView.a_xl_niceName = "View XL"
n_hyperView.a_yh_niceName = "View YH"
n_hyperView.a_yl_niceName = "View YL"
n_hyperView.baseName = "hyperView"
n_hyperView.niceName = "Hyper View"
//
// String set: n_ikEffector
//
n_ikEffector.a_hd_niceName = "Hide Display"
n_ikEffector.a_hp_niceName = "Handle Path"
n_ikEffector.baseName = "ikEffector"
n_ikEffector.niceName = "Ik Effector"
//
// String set: n_ikHandle
//
n_ikHandle.a_csf_niceName = "Check Snapping Flag"
n_ikHandle.a_dfl_niceName = "Dof List"
n_ikHandle.a_dld_niceName = "Dof List Dirty Flag"
n_ikHandle.a_dpa_enum_kFAxisNegativeXAxis = "Negative X"
n_ikHandle.a_dpa_enum_kFAxisNegativeYAxis = "Negative Y"
n_ikHandle.a_dpa_enum_kFAxisNegativeZAxis = "Negative Z"
n_ikHandle.a_dpa_enum_kFAxisPositiveXAxis = "Positive X"
n_ikHandle.a_dpa_enum_kFAxisPositiveYAxis = "Positive Y"
n_ikHandle.a_dpa_enum_kFAxisPositiveZAxis = "Positive Z"
n_ikHandle.a_dpa_niceName = "D Forward Axis"
n_ikHandle.a_dtce_niceName = "D Twist Control Enable"
n_ikHandle.a_dten_niceName = "D Twist End"
n_ikHandle.a_dtra_niceName = "D Twist Ramp"
n_ikHandle.a_dtrb_niceName = "D Twist Ramp B"
n_ikHandle.a_dtrg_niceName = "D Twist Ramp G"
n_ikHandle.a_dtrm_niceName = "D Twist Ramp Mult"
n_ikHandle.a_dtrr_niceName = "D Twist Ramp R"
n_ikHandle.a_dtse_niceName = "D Twist Start End"
n_ikHandle.a_dtst_niceName = "D Twist Start"
n_ikHandle.a_dtvt_enum_kRamp = "Ramp"
n_ikHandle.a_dtvt_enum_kStartEnd = "Start/End"
n_ikHandle.a_dtvt_enum_kTotal = "Total"
n_ikHandle.a_dtvt_niceName = "D Twist Value Type"
n_ikHandle.a_dwua_enum_kClosestXAxis = "Closest X"
n_ikHandle.a_dwua_enum_kClosestYAxis = "Closest Y"
n_ikHandle.a_dwua_enum_kClosestZAxis = "Closest Z"
n_ikHandle.a_dwua_enum_kNegativeXAxis = "Negative X"
n_ikHandle.a_dwua_enum_kNegativeYAxis = "Negative Y"
n_ikHandle.a_dwua_enum_kNegativeZAxis = "Negative Z"
n_ikHandle.a_dwua_enum_kPositiveXAxis = "Positive X"
n_ikHandle.a_dwua_enum_kPositiveYAxis = "Positive Y"
n_ikHandle.a_dwua_enum_kPositiveZAxis = "Positive Z"
n_ikHandle.a_dwua_niceName = "D World Up Axis"
n_ikHandle.a_dwue_niceName = "D World Up Matrix End"
n_ikHandle.a_dwum_niceName = "D World Up Matrix"
n_ikHandle.a_dwut_enum_kObjectRotationUp = "Object Rotation Up"
n_ikHandle.a_dwut_enum_kObjectRotationUpStartEnd = "Object Rotation Up (Start/End)"
n_ikHandle.a_dwut_enum_kObjectUp = "Object Up"
n_ikHandle.a_dwut_enum_kObjectUpStartEnd = "Object Up (Start/End)"
n_ikHandle.a_dwut_enum_kRelative = "Relative"
n_ikHandle.a_dwut_enum_kSceneUp = "Scene Up"
n_ikHandle.a_dwut_enum_kVector = "Vector"
n_ikHandle.a_dwut_enum_kVectorStartEnd = "Vector (Start/End)"
n_ikHandle.a_dwut_niceName = "D World Up Type"
n_ikHandle.a_dwuv_niceName = "D World Up Vector"
n_ikHandle.a_dwux_niceName = "D World Up Vector X"
n_ikHandle.a_dwuy_niceName = "D World Up Vector Y"
n_ikHandle.a_dwuz_niceName = "D World Up Vector Z"
n_ikHandle.a_dwve_niceName = "D World Up Vector End"
n_ikHandle.a_dwvx_niceName = "D World Up Vector End X"
n_ikHandle.a_dwvy_niceName = "D World Up Vector End Y"
n_ikHandle.a_dwvz_niceName = "D World Up Vector End Z"
n_ikHandle.a_eik_niceName = "Ik Fk Manipulation"
n_ikHandle.a_hdf_niceName = "Handle Dirty Flag"
n_ikHandle.a_hee_niceName = "End Effector"
n_ikHandle.a_hpo_niceName = "Po Weight"
n_ikHandle.a_hpr_niceName = "Priority"
n_ikHandle.a_hs_enum_kStickyOff = "off"
n_ikHandle.a_hs_enum_kStickyOn = "sticky"
n_ikHandle.a_hs_niceName = "Stickiness"
n_ikHandle.a_hsh_niceName = "Snap Enable"
n_ikHandle.a_hsj_niceName = "Start Joint"
n_ikHandle.a_hsv_niceName = "Ik Solver"
n_ikHandle.a_hw_niceName = "Weight"
n_ikHandle.a_ic_niceName = "In Curve"
n_ikHandle.a_ikb_niceName = "Ik Blend"
n_ikHandle.a_ods_niceName = "Skeleton Dirty Flag"
n_ikHandle.a_off_niceName = "Offset"
n_ikHandle.a_ohg_niceName = "Owning Handle Group"
n_ikHandle.a_pv_niceName = "Pole Vector"
n_ikHandle.a_pvx_niceName = "Pole Vector X"
n_ikHandle.a_pvy_niceName = "Pole Vector Y"
n_ikHandle.a_pvz_niceName = "Pole Vector Z"
n_ikHandle.a_roc_niceName = "Root On Curve"
n_ikHandle.a_rol_niceName = "Roll"
n_ikHandle.a_rtm_niceName = "Root Twist Mode"
n_ikHandle.a_sio_niceName = "Spline Ik Old Style"
n_ikHandle.a_twi_niceName = "Twist"
n_ikHandle.a_twt_enum_kEaseIn = "Ease In"
n_ikHandle.a_twt_enum_kEaseInOut = "Ease In Out"
n_ikHandle.a_twt_enum_kEaseOut = "Ease Out"
n_ikHandle.a_twt_enum_kLinear = "Linear"
n_ikHandle.a_twt_niceName = "Twist Type"
n_ikHandle.baseName = "ikHandle"
n_ikHandle.niceName = "Ik Handle"
//
// String set: n_ikMCsolver
//
n_ikMCsolver.baseName = "ikMCsolver"
n_ikMCsolver.niceName = "Ik MCsolver"
//
// String set: n_ikPASolver
//
n_ikPASolver.baseName = "ikPASolver"
n_ikPASolver.niceName = "Ik PASolver"
//
// String set: n_ikRPManip
//
n_ikRPManip.baseName = "ikRPManip"
n_ikRPManip.niceName = "Ik RPManip"
//
// String set: n_ikRPsolver
//
n_ikRPsolver.baseName = "ikRPsolver"
n_ikRPsolver.niceName = "Ik RPsolver"
//
// String set: n_ikSCsolver
//
n_ikSCsolver.baseName = "ikSCsolver"
n_ikSCsolver.niceName = "Ik SCsolver"
//
// String set: n_ikSolver
//
n_ikSolver.a_mxi_niceName = "Max Iterations"
n_ikSolver.a_tol_niceName = "Tolerance"
n_ikSolver.baseName = "ikSolver"
n_ikSolver.niceName = "Ik Solver"
//
// String set: n_ikSplineManip
//
n_ikSplineManip.baseName = "ikSplineManip"
n_ikSplineManip.niceName = "Ik Spline Manip"
//
// String set: n_ikSplineSolver
//
n_ikSplineSolver.baseName = "ikSplineSolver"
n_ikSplineSolver.niceName = "Ik Spline Solver"
//
// String set: n_ikSystem
//
n_ikSystem.a_gsn_niceName = "Global Snap"
n_ikSystem.a_gsv_niceName = "Global Solve"
n_ikSystem.a_hgl_niceName = "Handle Groups List"
n_ikSystem.a_hld_niceName = "Handle Groups List Dirty Flag"
n_ikSystem.a_hls_niceName = "Handle Groups List Sorted Flag"
n_ikSystem.a_pbd_niceName = "Pre Maya 2011IKFKBlend"
n_ikSystem.a_sol_niceName = "Ik Solver"
n_ikSystem.baseName = "ikSystem"
n_ikSystem.niceName = "Ik System"
//
// String set: n_imagePlane
//
n_imagePlane.a_ag_niceName = "Alpha Gain"
n_imagePlane.a_cg_niceName = "Color Gain"
n_imagePlane.a_cgb_niceName = "Color Gain B"
n_imagePlane.a_cgg_niceName = "Color Gain G"
n_imagePlane.a_cgr_niceName = "Color Gain R"
n_imagePlane.a_cmcf_niceName = "Color Management Config File Enabled"
n_imagePlane.a_cmcp_niceName = "Color Management Config File Path"
n_imagePlane.a_cme_niceName = "Color Management Enabled"
n_imagePlane.a_cmp_niceName = "Composite Depth"
n_imagePlane.a_co_niceName = "Coverage Origin"
n_imagePlane.a_cob_niceName = "Color Offset B"
n_imagePlane.a_cof_niceName = "Color Offset"
n_imagePlane.a_cog_niceName = "Color Offset G"
n_imagePlane.a_cor_niceName = "Color Offset R"
n_imagePlane.a_cov_niceName = "Coverage"
n_imagePlane.a_cox_niceName = "Coverage Origin X"
n_imagePlane.a_coy_niceName = "Coverage Origin Y"
n_imagePlane.a_cs_niceName = "Color Space"
n_imagePlane.a_cvx_niceName = "Coverage X"
n_imagePlane.a_cvy_niceName = "Coverage Y"
n_imagePlane.a_d_niceName = "Depth"
n_imagePlane.a_df_niceName = "Depth File"
n_imagePlane.a_dg_niceName = "Depth Bias"
n_imagePlane.a_dic_niceName = "Display Only If Current"
n_imagePlane.a_dlc_niceName = "Locked To Camera"
n_imagePlane.a_dm_enum_kAlpha = "Alpha"
n_imagePlane.a_dm_enum_kLuma = "Luminance"
n_imagePlane.a_dm_enum_kNone = "None"
n_imagePlane.a_dm_enum_kOutline = "Outline"
n_imagePlane.a_dm_enum_kRGB = "RGB"
n_imagePlane.a_dm_enum_kRGBA = "RGBA"
n_imagePlane.a_dm_niceName = "Display Mode"
n_imagePlane.a_ds_niceName = "Depth Scale"
n_imagePlane.a_f_enum_kBestFit = "Best"
n_imagePlane.a_f_enum_kFillFit = "Fill"
n_imagePlane.a_f_enum_kFitToSize = "To Size"
n_imagePlane.a_f_enum_kHorizontalFit = "Horizontal"
n_imagePlane.a_f_enum_kVerticalFit = "Vertical"
n_imagePlane.a_f_niceName = "Fit"
n_imagePlane.a_fc_niceName = "Frame Cache"
n_imagePlane.a_fe_niceName = "Frame Extension"
n_imagePlane.a_fin_niceName = "Frame In"
n_imagePlane.a_fo_niceName = "Frame Offset"
n_imagePlane.a_fot_niceName = "Frame Out"
n_imagePlane.a_fvt_niceName = "Frame Visibility"
n_imagePlane.a_h_niceName = "Height"
n_imagePlane.a_ic_niceName = "Image Center"
n_imagePlane.a_icx_niceName = "Image Center X"
n_imagePlane.a_icy_niceName = "Image Center Y"
n_imagePlane.a_icz_niceName = "Image Center Z"
n_imagePlane.a_ifr_niceName = "Ignore Color Space File Rules"
n_imagePlane.a_imn_niceName = "Image Name"
n_imagePlane.a_ltc_niceName = "Look Through Camera"
n_imagePlane.a_mr_niceName = "Maintain Ratio"
n_imagePlane.a_msa_niceName = "Max Shading Samples"
n_imagePlane.a_o_niceName = "Offset"
n_imagePlane.a_osp_niceName = "Depth Oversample"
n_imagePlane.a_ox_niceName = "Offset X"
n_imagePlane.a_oy_niceName = "Offset Y"
n_imagePlane.a_pre_niceName = "Already Premult"
n_imagePlane.a_r_niceName = "Rotate"
n_imagePlane.a_s_niceName = "Size"
n_imagePlane.a_sd_niceName = "Separate Depth"
n_imagePlane.a_sqc_niceName = "Squeeze Correction"
n_imagePlane.a_ssa_niceName = "Shading Samples"
n_imagePlane.a_sso_niceName = "Shading Samples Override"
n_imagePlane.a_stx_niceName = "Source Texture"
n_imagePlane.a_sx_niceName = "Size X"
n_imagePlane.a_sy_niceName = "Size Y"
n_imagePlane.a_t_enum_kImageFile = "Image File"
n_imagePlane.a_t_enum_kMovie = "Movie"
n_imagePlane.a_t_enum_kTexture = "Texture"
n_imagePlane.a_t_niceName = "Type"
n_imagePlane.a_tf_enum_kBilinear = "Bilinear"
n_imagePlane.a_tf_enum_kMipmapBilinear = "Mipmap Bilinear"
n_imagePlane.a_tf_enum_kMipmapLinear = "Mipmap Linear"
n_imagePlane.a_tf_enum_kMipmapNearest = "Mipmap Nearest"
n_imagePlane.a_tf_enum_kMipmapTrilinear = "MipMap Trilinear"
n_imagePlane.a_tf_enum_kNearest = "Nearest(Unfiltered)"
n_imagePlane.a_tf_niceName = "Texture Filter"
n_imagePlane.a_udm_niceName = "Use Depth Map"
n_imagePlane.a_ufe_niceName = "Use Frame Extension"
n_imagePlane.a_vif_niceName = "Visible In Refractions"
n_imagePlane.a_vir_niceName = "Visible In Reflections"
n_imagePlane.a_w_niceName = "Width"
n_imagePlane.a_ws_niceName = "Working Space"
n_imagePlane.baseName = "imagePlane"
n_imagePlane.niceName = "Image Plane"
//
// String set: n_imageSource
//
n_imageSource.a_fha_niceName = "File Has Alpha"
n_imageSource.a_oa_niceName = "Out Alpha"
n_imageSource.a_oc_niceName = "Out Color"
n_imageSource.a_ocb_niceName = "Out Color B"
n_imageSource.a_ocg_niceName = "Out Color G"
n_imageSource.a_ocr_niceName = "Out Color R"
n_imageSource.a_os_niceName = "Out Size"
n_imageSource.a_osx_niceName = "Out Size X"
n_imageSource.a_osy_niceName = "Out Size Y"
n_imageSource.a_ot_niceName = "Out Transparency"
n_imageSource.a_otb_niceName = "Out Transparency B"
n_imageSource.a_otg_niceName = "Out Transparency G"
n_imageSource.a_otr_niceName = "Out Transparency R"
n_imageSource.baseName = "imageSource"
n_imageSource.niceName = "Image Source"
//
// String set: n_implicitBox
//
n_implicitBox.a_s_niceName = "Box"
n_implicitBox.a_siz_niceName = "Size"
n_implicitBox.a_szx_niceName = "Size X"
n_implicitBox.a_szy_niceName = "Size Y"
n_implicitBox.a_szz_niceName = "Size Z"
n_implicitBox.baseName = "implicitBox"
n_implicitBox.niceName = "Implicit Box"
//
// String set: n_implicitCone
//
n_implicitCone.a_ca_niceName = "Cone Angle"
n_implicitCone.a_cap_niceName = "Cone Cap"
n_implicitCone.a_cn_niceName = "Cone"
n_implicitCone.baseName = "implicitCone"
n_implicitCone.niceName = "Implicit Cone"
//
// String set: n_implicitSphere
//
n_implicitSphere.a_rd_niceName = "Radius"
n_implicitSphere.a_s_niceName = "Sphere"
n_implicitSphere.baseName = "implicitSphere"
n_implicitSphere.niceName = "Implicit Sphere"
//
// String set: n_indexManip
//
n_indexManip.baseName = "indexManip"
n_indexManip.niceName = "Index Manip"
//
// String set: n_insertKnotCurve
//
n_insertKnotCurve.a_add_niceName = "Add Knots"
n_insertKnotCurve.a_ib_niceName = "Insert Between"
n_insertKnotCurve.a_ic_niceName = "Input Curve"
n_insertKnotCurve.a_nk_niceName = "Number Of Knots"
n_insertKnotCurve.a_oc_niceName = "Output Curve"
n_insertKnotCurve.a_p_niceName = "Parameter"
n_insertKnotCurve.baseName = "insertKnotCurve"
n_insertKnotCurve.niceName = "Insert Knot Curve"
//
// String set: n_insertKnotSurface
//
n_insertKnotSurface.a_add_niceName = "Add Knots"
n_insertKnotSurface.a_d_enum_kUDirection = "U"
n_insertKnotSurface.a_d_enum_kVDirection = "V"
n_insertKnotSurface.a_d_niceName = "Direction"
n_insertKnotSurface.a_ib_niceName = "Insert Between"
n_insertKnotSurface.a_is_niceName = "Input Surface"
n_insertKnotSurface.a_nk_niceName = "Number Of Knots"
n_insertKnotSurface.a_os_niceName = "Output Surface"
n_insertKnotSurface.a_p_niceName = "Parameter"
n_insertKnotSurface.baseName = "insertKnotSurface"
n_insertKnotSurface.niceName = "Insert Knot Surface"
//
// String set: n_instancer
//
n_instancer.a_cs_niceName = "Cycle Step"
n_instancer.a_csu_enum_kAutoCycleStepUnitFrames = "Frames"
n_instancer.a_csu_enum_kAutoCycleStepUnitSeconds = "Seconds"
n_instancer.a_csu_niceName = "Cycle Step Unit"
n_instancer.a_cyc_enum_kAutoCycleNone = "None"
n_instancer.a_cyc_enum_kAutoCycleSequential = "Sequential"
n_instancer.a_cyc_niceName = "Cycle"
n_instancer.a_dp_niceName = "Display Percentage"
n_instancer.a_fa_niceName = "Fill Array"
n_instancer.a_hc_niceName = "Hierarchy Count"
n_instancer.a_ic_niceName = "Instance Count"
n_instancer.a_inh_niceName = "Input Hierarchy"
n_instancer.a_inp_niceName = "Input Points"
n_instancer.a_lod_enum_kLevelOfDetailBox = "BoundingBox"
n_instancer.a_lod_enum_kLevelOfDetailBoxes = "BoundingBoxes"
n_instancer.a_lod_enum_kLevelOfDetailFull = "Geometry"
n_instancer.a_lod_niceName = "Level Of Detail"
n_instancer.a_rau_enum_kRotationUnitsDegrees = "Degrees"
n_instancer.a_rau_enum_kRotationUnitsRadians = "Radians"
n_instancer.a_rau_niceName = "Rotation Angle Units"
n_instancer.a_ror_enum_kRotationOrderXYZ = "XYZ"
n_instancer.a_ror_enum_kRotationOrderXZY = "XZY"
n_instancer.a_ror_enum_kRotationOrderYXZ = "YXZ"
n_instancer.a_ror_enum_kRotationOrderYZX = "YZX"
n_instancer.a_ror_enum_kRotationOrderZXY = "ZXY"
n_instancer.a_ror_enum_kRotationOrderZYX = "ZYX"
n_instancer.a_ror_niceName = "Rotation Order"
n_instancer.baseName = "instancer"
n_instancer.niceName = "Instancer"
//
// String set: n_intersectSurface
//
n_intersectSurface.a_cs1_niceName = "Curve On Surface 1"
n_intersectSurface.a_cs2_niceName = "Curve On Surface 2"
n_intersectSurface.a_is1_niceName = "Input Surface 1"
n_intersectSurface.a_is2_niceName = "Input Surface 2"
n_intersectSurface.a_oc_niceName = "Output 3d Curve"
n_intersectSurface.a_tol_niceName = "Tolerance"
n_intersectSurface.baseName = "intersectSurface"
n_intersectSurface.niceName = "Intersect Surface"
//
// String set: n_isoparmManip
//
n_isoparmManip.baseName = "isoparmManip"
n_isoparmManip.niceName = "Isoparm Manip"
//
// String set: n_jiggle
//
n_jiggle.a_bias_niceName = "Direction Bias"
n_jiggle.a_cd_niceName = "Cached Data"
n_jiggle.a_cdl_niceName = "Cached Data List"
n_jiggle.a_chti_niceName = "Cached Time"
n_jiggle.a_cipl_niceName = "Cached Input Position List"
n_jiggle.a_cpl_niceName = "Cached Position List"
n_jiggle.a_cti_niceName = "Current Time"
n_jiggle.a_cvl_niceName = "Cached Velocity List"
n_jiggle.a_dc_niceName = "Disk Cache"
n_jiggle.a_dp_niceName = "Damping"
n_jiggle.a_ebl_enum_kDisable = "Disable"
n_jiggle.a_ebl_enum_kEnable = "Enable"
n_jiggle.a_ebl_enum_kEnableOnlyWhenResting = "Enable Only After Object Stops"
n_jiggle.a_ebl_niceName = "Enable"
n_jiggle.a_fan_niceName = "Force Along Normal"
n_jiggle.a_fot_niceName = "Force On Tangent"
n_jiggle.a_ir_niceName = "Is Resting"
n_jiggle.a_it_niceName = "Ignore Transform"
n_jiggle.a_jw_niceName = "Jiggle Weight"
n_jiggle.a_mm_niceName = "Motion Multiplier"
n_jiggle.a_sf_niceName = "Stiffness"
n_jiggle.baseName = "jiggle"
n_jiggle.niceName = "Jiggle"
//
// String set: n_joint
//
n_joint.a_bis_niceName = "Bind Inverse Scale"
n_joint.a_bix_niceName = "Bind Inverse Scale X"
n_joint.a_biy_niceName = "Bind Inverse Scale Y"
n_joint.a_biz_niceName = "Bind Inverse Scale Z"
n_joint.a_bjo_niceName = "Bind Joint Orient"
n_joint.a_bjx_niceName = "Bind Joint Orient X"
n_joint.a_bjy_niceName = "Bind Joint Orient Y"
n_joint.a_bjz_niceName = "Bind Joint Orient Z"
n_joint.a_bps_niceName = "Bind Pose"
n_joint.a_br_niceName = "Bind Rotation"
n_joint.a_bra_niceName = "Bind Rotate Axis"
n_joint.a_brax_niceName = "Bind Rotate Axis X"
n_joint.a_bray_niceName = "Bind Rotate Axis Y"
n_joint.a_braz_niceName = "Bind Rotate Axis Z"
n_joint.a_brx_niceName = "Bind Rotation X"
n_joint.a_bry_niceName = "Bind Rotation Y"
n_joint.a_brz_niceName = "Bind Rotation Z"
n_joint.a_bs_niceName = "Bind Scale"
n_joint.a_bsc_niceName = "Bind Segment Scale Compensate"
n_joint.a_bsx_niceName = "Bind Scale X"
n_joint.a_bsy_niceName = "Bind Scale Y"
n_joint.a_bsz_niceName = "Bind Scale Z"
n_joint.a_dl_niceName = "Draw Label"
n_joint.a_dm_niceName = "Dof Mask"
n_joint.a_ds_enum_kJointDisplayMultiChildBox = "Multi-child as Box"
n_joint.a_ds_enum_kJointDisplayNone = "None"
n_joint.a_ds_enum_kJointDisplayNormal = "Bone"
n_joint.a_ds_niceName = "Draw Style"
n_joint.a_fkr_niceName = "Fk Rotate"
n_joint.a_frx_niceName = "Fk Rotate X"
n_joint.a_fry_niceName = "Fk Rotate Y"
n_joint.a_frz_niceName = "Fk Rotate Z"
n_joint.a_hfk_niceName = "Hik Fk Joint"
n_joint.a_hni_niceName = "Hik Node ID"
n_joint.a_idf_niceName = "Is IKDirty Flag"
n_joint.a_ikr_niceName = "Ik Rotate"
n_joint.a_irx_niceName = "Ik Rotate X"
n_joint.a_iry_niceName = "Ik Rotate Y"
n_joint.a_irz_niceName = "Ik Rotate Z"
n_joint.a_is_niceName = "Inverse Scale"
n_joint.a_isf_niceName = "In IKSolve Flag"
n_joint.a_isx_niceName = "Inverse Scale X"
n_joint.a_isy_niceName = "Inverse Scale Y"
n_joint.a_isz_niceName = "Inverse Scale Z"
n_joint.a_jo_niceName = "Joint Orient"
n_joint.a_jot_niceName = "Joint Orient Type"
n_joint.a_jox_niceName = "Joint Orient X"
n_joint.a_joy_niceName = "Joint Orient Y"
n_joint.a_joz_niceName = "Joint Orient Z"
n_joint.a_jt_niceName = "Joint Type"
n_joint.a_jtx_niceName = "Joint Type X"
n_joint.a_jty_niceName = "Joint Type Y"
n_joint.a_jtz_niceName = "Joint Type Z"
n_joint.a_ndr_niceName = "Min Rotate Damp Range"
n_joint.a_ndx_niceName = "Min Rotate Damp Range X"
n_joint.a_ndy_niceName = "Min Rotate Damp Range Y"
n_joint.a_ndz_niceName = "Min Rotate Damp Range Z"
n_joint.a_nst_niceName = "Min Rotate Damp Strength"
n_joint.a_nstx_niceName = "Min Rotate Damp Strength X"
n_joint.a_nsty_niceName = "Min Rotate Damp Strength Y"
n_joint.a_nstz_niceName = "Min Rotate Damp Strength Z"
n_joint.a_otp_niceName = "Other Type"
n_joint.a_pa_niceName = "Preferred Angle"
n_joint.a_pax_niceName = "Preferred Angle X"
n_joint.a_pay_niceName = "Preferred Angle Y"
n_joint.a_paz_niceName = "Preferred Angle Z"
n_joint.a_radi_niceName = "Radius"
n_joint.a_sd_enum_kPuppetCenter = "Center"
n_joint.a_sd_enum_kPuppetLeft = "Left"
n_joint.a_sd_enum_kPuppetNoSide = "None"
n_joint.a_sd_enum_kPuppetRight = "Right"
n_joint.a_sd_niceName = "Side"
n_joint.a_ssc_niceName = "Segment Scale Compensate"
n_joint.a_st_niceName = "Stiffness"
n_joint.a_stx_niceName = "Stiffness X"
n_joint.a_sty_niceName = "Stiffness Y"
n_joint.a_stz_niceName = "Stiffness Z"
n_joint.a_typ_enum_kPuppetPartBack = "Spine"
n_joint.a_typ_enum_kPuppetPartBigToe = "Big Toe"
n_joint.a_typ_enum_kPuppetPartCollar = "Collar"
n_joint.a_typ_enum_kPuppetPartElbow = "Elbow"
n_joint.a_typ_enum_kPuppetPartExtraFinger = "Extra Finger"
n_joint.a_typ_enum_kPuppetPartExtraToe = "Foot Thumb"
n_joint.a_typ_enum_kPuppetPartFinger = "Finger"
n_joint.a_typ_enum_kPuppetPartFoot = "Foot"
n_joint.a_typ_enum_kPuppetPartHand = "Hand"
n_joint.a_typ_enum_kPuppetPartHead = "Head"
n_joint.a_typ_enum_kPuppetPartHip = "Hip"
n_joint.a_typ_enum_kPuppetPartIndex = "Index Finger"
n_joint.a_typ_enum_kPuppetPartIndexToe = "Index Toe"
n_joint.a_typ_enum_kPuppetPartKnee = "Knee"
n_joint.a_typ_enum_kPuppetPartMiddle = "Middle Finger"
n_joint.a_typ_enum_kPuppetPartMiddleToe = "Middle Toe"
n_joint.a_typ_enum_kPuppetPartNeck = "Neck"
n_joint.a_typ_enum_kPuppetPartNone = "None"
n_joint.a_typ_enum_kPuppetPartOther = "Other"
n_joint.a_typ_enum_kPuppetPartPelvis = "Root"
n_joint.a_typ_enum_kPuppetPartPinky = "Pinky Finger"
n_joint.a_typ_enum_kPuppetPartPinkyToe = "Pinky Toe"
n_joint.a_typ_enum_kPuppetPartPropA = "PropA"
n_joint.a_typ_enum_kPuppetPartPropB = "PropB"
n_joint.a_typ_enum_kPuppetPartPropC = "PropC"
n_joint.a_typ_enum_kPuppetPartRing = "Ring Finger"
n_joint.a_typ_enum_kPuppetPartRingToe = "Ring Toe"
n_joint.a_typ_enum_kPuppetPartShoulder = "Shoulder"
n_joint.a_typ_enum_kPuppetPartThumb = "Thumb"
n_joint.a_typ_enum_kPuppetPartToe = "Toe"
n_joint.a_typ_niceName = "Type"
n_joint.a_xdr_niceName = "Max Rotate Damp Range"
n_joint.a_xdx_niceName = "Max Rotate Damp Range X"
n_joint.a_xdy_niceName = "Max Rotate Damp Range Y"
n_joint.a_xdz_niceName = "Max Rotate Damp Range Z"
n_joint.a_xst_niceName = "Max Rotate Damp Strength"
n_joint.a_xstx_niceName = "Max Rotate Damp Strength X"
n_joint.a_xsty_niceName = "Max Rotate Damp Strength Y"
n_joint.a_xstz_niceName = "Max Rotate Damp Strength Z"
n_joint.baseName = "joint"
n_joint.niceName = "Joint"
//
// String set: n_jointCluster
//
n_jointCluster.a_bl_niceName = "Bone Length"
n_jointCluster.a_bp_niceName = "Bind Pose"
n_jointCluster.a_cd_niceName = "Distances"
n_jointCluster.a_cfs_niceName = "Cluster Flexor Set"
n_jointCluster.a_che_niceName = "Child Enabled"
n_jointCluster.a_cjb_niceName = "Child Joint Bind Pose"
n_jointCluster.a_cjm_niceName = "Child Joint Midplane Axis"
n_jointCluster.a_cjpr_niceName = "Child Joint Pre Compensation Matrix"
n_jointCluster.a_cjps_niceName = "Child Joint Post Compensation Matrix"
n_jointCluster.a_cjw_niceName = "Child Joint Weighted Matrix"
n_jointCluster.a_cjwc_niceName = "Child Joint Weighted Compensation Matrix"
n_jointCluster.a_cjx_niceName = "Child Joint Cluster Xforms"
n_jointCluster.a_cmx_niceName = "Childjoint Midplane Axis X"
n_jointCluster.a_cmy_niceName = "Childjoint Midplane Axis Y"
n_jointCluster.a_cmz_niceName = "Childjoint Midplane Axis Z"
n_jointCluster.a_cpo_niceName = "Child Joint Post Matrix"
n_jointCluster.a_cpr_niceName = "Child Joint Pre Matrix"
n_jointCluster.a_ct2_niceName = "Converted To 2"
n_jointCluster.a_dl_niceName = "Distance List"
n_jointCluster.a_epu_niceName = "Enable Auto Percent Update"
n_jointCluster.a_jma_niceName = "Joint Midplane Axis"
n_jointCluster.a_jmx_niceName = "Joint Midplane Axis X"
n_jointCluster.a_jmy_niceName = "Joint Midplane Axis Y"
n_jointCluster.a_jmz_niceName = "Joint Midplane Axis Z"
n_jointCluster.a_lb_niceName = "Lower Bound"
n_jointCluster.a_ldt_enum_kExponential = "exponential"
n_jointCluster.a_ldt_enum_kLinear = "linear"
n_jointCluster.a_ldt_enum_kNoDropoff = "none"
n_jointCluster.a_ldt_enum_kSine = "sine"
n_jointCluster.a_ldt_niceName = "Lower Dropoff Type"
n_jointCluster.a_llb_niceName = "Last Lower Bound"
n_jointCluster.a_lub_niceName = "Last Upper Bound"
n_jointCluster.a_lv_niceName = "Lower Value"
n_jointCluster.a_lwe_niceName = "Lower Enabled"
n_jointCluster.a_njb_niceName = "Next Joint Bind Pose"
n_jointCluster.a_njm_niceName = "Next Joint Midplane Axis"
n_jointCluster.a_njpr_niceName = "Next Joint Pre Compensation Matrix"
n_jointCluster.a_njps_niceName = "Next Joint Post Compensation Matrix"
n_jointCluster.a_njw_niceName = "Next Joint Weighted Matrix"
n_jointCluster.a_njwc_niceName = "Next Joint Weighted Compensation Matrix"
n_jointCluster.a_njx_niceName = "Next Joint Cluster Xforms"
n_jointCluster.a_nmx_niceName = "Nextjoint Midplane Axis X"
n_jointCluster.a_nmy_niceName = "Nextjoint Midplane Axis Y"
n_jointCluster.a_nmz_niceName = "Nextjoint Midplane Axis Z"
n_jointCluster.a_npo_niceName = "Next Joint Post Matrix"
n_jointCluster.a_npr_niceName = "Next Joint Pre Matrix"
n_jointCluster.a_rlw_niceName = "Redo Lower Weights"
n_jointCluster.a_ruw_niceName = "Redo Upper Weights"
n_jointCluster.a_ub_niceName = "Upper Bound"
n_jointCluster.a_udt_enum_kExponential = "exponential"
n_jointCluster.a_udt_enum_kLinear = "linear"
n_jointCluster.a_udt_enum_kNoDropoff = "none"
n_jointCluster.a_udt_enum_kSine = "sine"
n_jointCluster.a_udt_niceName = "Upper Dropoff Type"
n_jointCluster.a_upe_niceName = "Upper Enabled"
n_jointCluster.a_uv_niceName = "Upper Value"
n_jointCluster.baseName = "jointCluster"
n_jointCluster.niceName = "Joint Cluster"
//
// String set: n_jointClusterManip
//
n_jointClusterManip.a_abo_niceName = "Above"
n_jointClusterManip.a_aji_niceName = "Above Joint Instance"
n_jointClusterManip.a_bji_niceName = "Below Joint Instance"
n_jointClusterManip.baseName = "jointClusterManip"
n_jointClusterManip.niceName = "Joint Cluster Manip"
//
// String set: n_jointFfd
//
n_jointFfd.a_b2_niceName = "Base Lattice 2Matrix"
n_jointFfd.a_cl_niceName = "Lower Component Cache"
n_jointFfd.a_cu_niceName = "Upper Component Cache"
n_jointFfd.a_gl_niceName = "Group Id Lower Bind Skin"
n_jointFfd.a_gu_niceName = "Group Id Upper Bind Skin"
n_jointFfd.a_lb_niceName = "Lower Bind Skin Node"
n_jointFfd.a_ub_niceName = "Upper Bind Skin Node"
n_jointFfd.a_uc_niceName = "Use Component Cache"
n_jointFfd.baseName = "jointFfd"
n_jointFfd.niceName = "Joint Ffd"
//
// String set: n_jointLattice
//
n_jointLattice.a_al_niceName = "Adjusted Lower Base Lattice Matrix"
n_jointLattice.a_au_niceName = "Adjusted Upper Base Lattice Matrix"
n_jointLattice.a_bm_niceName = "Bend Magnitude"
n_jointLattice.a_bv_niceName = "Bend Vector"
n_jointLattice.a_bx_niceName = "Bend Vector X"
n_jointLattice.a_by_niceName = "Bend Vector Y"
n_jointLattice.a_bz_niceName = "Bend Vector Z"
n_jointLattice.a_cr_niceName = "Creasing"
n_jointLattice.a_il_niceName = "Initial Lower Matrix"
n_jointLattice.a_iu_niceName = "Initial Upper Matrix"
n_jointLattice.a_li_niceName = "Length In"
n_jointLattice.a_lm_niceName = "Lower Matrix"
n_jointLattice.a_lo_niceName = "Length Out"
n_jointLattice.a_mb_niceName = "Base Lattice Matrix"
n_jointLattice.a_md_niceName = "Deformed Lattice Matrix"
n_jointLattice.a_ro_niceName = "Rounding"
n_jointLattice.a_um_niceName = "Upper Matrix"
n_jointLattice.a_wl_niceName = "Width Left"
n_jointLattice.a_wr_niceName = "Width Right"
n_jointLattice.baseName = "jointLattice"
n_jointLattice.niceName = "Joint Lattice"
//
// String set: n_jointTranslateManip
//
n_jointTranslateManip.baseName = "jointTranslateManip"
n_jointTranslateManip.niceName = "Joint Translate Manip"
//
// String set: n_keyframeRegionManip
//
n_keyframeRegionManip.baseName = "keyframeRegionManip"
n_keyframeRegionManip.niceName = "Keyframe Region Manip"
//
// String set: n_keyingGroup
//
n_keyingGroup.a_act_niceName = "Activators"
n_keyingGroup.a_cat_niceName = "Category"
n_keyingGroup.a_mr_niceName = "Minimize Rotation"
n_keyingGroup.baseName = "keyingGroup"
n_keyingGroup.niceName = "Keying Group"
//
// String set: n_lambert
//
n_lambert.a_absb_niceName = "Light Absorbance"
n_lambert.a_acb_niceName = "Ambient Color B"
n_lambert.a_acg_niceName = "Ambient Color G"
n_lambert.a_acr_niceName = "Ambient Color R"
n_lambert.a_ambc_niceName = "Ambient Color"
n_lambert.a_c_niceName = "Color"
n_lambert.a_cb_niceName = "Color B"
n_lambert.a_cg_niceName = "Color G"
n_lambert.a_cr_niceName = "Color R"
n_lambert.a_crab_niceName = "Chromatic Aberration"
n_lambert.a_dc_niceName = "Diffuse"
n_lambert.a_fakc_niceName = "Shadow Attenuation"
n_lambert.a_gi_niceName = "Glow Intensity"
n_lambert.a_hs_niceName = "Hide Source"
n_lambert.a_hwb_niceName = "Hardware Shader B"
n_lambert.a_hwg_niceName = "Hardware Shader G"
n_lambert.a_hwr_niceName = "Hardware Shader R"
n_lambert.a_hws_niceName = "Hardware Shader"
n_lambert.a_ib_niceName = "Incandescence B"
n_lambert.a_ic_niceName = "Incandescence"
n_lambert.a_ig_niceName = "Incandescence G"
n_lambert.a_ir_niceName = "Incandescence R"
n_lambert.a_it_niceName = "Transparency"
n_lambert.a_itb_niceName = "Transparency B"
n_lambert.a_itg_niceName = "Transparency G"
n_lambert.a_itr_niceName = "Transparency R"
n_lambert.a_la_niceName = "Light Ambient"
n_lambert.a_lbd_niceName = "Light Blind Data"
n_lambert.a_ld_niceName = "Light Direction"
n_lambert.a_ldf_niceName = "Light Diffuse"
n_lambert.a_ldx_niceName = "Light Direction X"
n_lambert.a_ldy_niceName = "Light Direction Y"
n_lambert.a_ldz_niceName = "Light Direction Z"
n_lambert.a_li_niceName = "Light Intensity"
n_lambert.a_lib_niceName = "Light Intensity B"
n_lambert.a_lig_niceName = "Light Intensity G"
n_lambert.a_lir_niceName = "Light Intensity R"
n_lambert.a_ls_niceName = "Light Specular"
n_lambert.a_lsf_niceName = "Light Shadow Fraction"
n_lambert.a_ltd_niceName = "Light Data Array"
n_lambert.a_maga_niceName = "Material Alpha Gain"
n_lambert.a_mog_niceName = "Matte Opacity"
n_lambert.a_mom_enum_kBlackHoleM = "Black Hole"
n_lambert.a_mom_enum_kOpacityGain = "Opacity Gain"
n_lambert.a_mom_enum_kSolidMatte = "Solid Matte"
n_lambert.a_mom_niceName = "Matte Opacity Mode"
n_lambert.a_mrfi_niceName = "Medium Refractive Index"
n_lambert.a_n_niceName = "Normal Camera"
n_lambert.a_nx_niceName = "Normal Camera X"
n_lambert.a_ny_niceName = "Normal Camera Y"
n_lambert.a_nz_niceName = "Normal Camera Z"
n_lambert.a_oc_niceName = "Out Color"
n_lambert.a_ocb_niceName = "Out Color B"
n_lambert.a_ocg_niceName = "Out Color G"
n_lambert.a_ocr_niceName = "Out Color R"
n_lambert.a_ogb_niceName = "Out Glow Color B"
n_lambert.a_ogc_niceName = "Out Glow Color"
n_lambert.a_ogg_niceName = "Out Glow Color G"
n_lambert.a_ogr_niceName = "Out Glow Color R"
n_lambert.a_oi_niceName = "Object Id"
n_lambert.a_omo_niceName = "Out Matte Opacity"
n_lambert.a_omob_niceName = "Out Matte Opacity B"
n_lambert.a_omog_niceName = "Out Matte Opacity G"
n_lambert.a_omor_niceName = "Out Matte Opacity R"
n_lambert.a_opad_niceName = "Opacity Depth"
n_lambert.a_ot_niceName = "Out Transparency"
n_lambert.a_otb_niceName = "Out Transparency B"
n_lambert.a_otg_niceName = "Out Transparency G"
n_lambert.a_otr_niceName = "Out Transparency R"
n_lambert.a_pc_niceName = "Point Camera"
n_lambert.a_pi_niceName = "Primitive Id"
n_lambert.a_psi_niceName = "Pre Shadow Intensity"
n_lambert.a_px_niceName = "Point Camera X"
n_lambert.a_py_niceName = "Point Camera Y"
n_lambert.a_pz_niceName = "Point Camera Z"
n_lambert.a_rad_niceName = "Ray Direction"
n_lambert.a_rd_niceName = "Ray Depth"
n_lambert.a_rdl_niceName = "Refraction Limit"
n_lambert.a_rdx_niceName = "Ray Direction X"
n_lambert.a_rdy_niceName = "Ray Direction Y"
n_lambert.a_rdz_niceName = "Ray Direction Z"
n_lambert.a_rfc_niceName = "Refractions"
n_lambert.a_rfi_niceName = "Refractive Index"
n_lambert.a_rtr_niceName = "Ray Sampler"
n_lambert.a_ryi_niceName = "Ray Instance"
n_lambert.a_tc_niceName = "Translucence"
n_lambert.a_tcf_niceName = "Translucence Focus"
n_lambert.a_thik_niceName = "Surface Thickness"
n_lambert.a_trdp_niceName = "Transparency Depth"
n_lambert.a_trsd_niceName = "Translucence Depth"
n_lambert.a_vecb_niceName = "Vr Edge Color B"
n_lambert.a_vecg_niceName = "Vr Edge Color G"
n_lambert.a_vecr_niceName = "Vr Edge Color R"
n_lambert.a_vrec_niceName = "Vr Edge Color"
n_lambert.a_vrep_niceName = "Vr Edge Priority"
n_lambert.a_vres_enum_kDefaultEdge = "Default"
n_lambert.a_vres_enum_kEntireMesh = "Entire Mesh"
n_lambert.a_vres_enum_kNoEdges = "No Edges"
n_lambert.a_vres_enum_kOutline = "Outlines"
n_lambert.a_vres_niceName = "Vr Edge Style"
n_lambert.a_vrew_niceName = "Vr Edge Weight"
n_lambert.a_vrfo_enum_kAreaGradient = "Area Gradient"
n_lambert.a_vrfo_enum_kAverageColor = "Average Color"
n_lambert.a_vrfo_enum_kDefaultFill = "Default Fill"
n_lambert.a_vrfo_enum_kFourColor = "Four Color"
n_lambert.a_vrfo_enum_kFullColor = "Full Color"
n_lambert.a_vrfo_enum_kMeshGradient = "Mesh Gradient"
n_lambert.a_vrfo_enum_kNoFill = "No Fill"
n_lambert.a_vrfo_enum_kSingleColor = "Single Color"
n_lambert.a_vrfo_enum_kTwoColor = "Two Color"
n_lambert.a_vrfo_niceName = "Vr Fill Object"
n_lambert.a_vrhe_niceName = "Vr Hidden Edges"
n_lambert.a_vrht_niceName = "Vr Hidden Edges On Transparent"
n_lambert.a_vrod_niceName = "Vr Overwrite Defaults"
n_lambert.a_vroi_niceName = "Vr Outlines At Intersections"
n_lambert.baseName = "lambert"
n_lambert.niceName = "Lambert"
//
// String set: n_lattice
//
n_lattice.a_cc_niceName = "Cached"
n_lattice.a_dc_niceName = "Display Control"
n_lattice.a_dcv_niceName = "Disp Points"
n_lattice.a_dep_niceName = "Disp Lattice"
n_lattice.a_li_niceName = "Lattice Input"
n_lattice.a_lo_niceName = "Lattice Output"
n_lattice.a_lpm_niceName = "Lattice Point Moved"
n_lattice.a_or_niceName = "Origin"
n_lattice.a_ox_niceName = "Origin X"
n_lattice.a_oy_niceName = "Origin Y"
n_lattice.a_oz_niceName = "Origin Z"
n_lattice.a_sd_niceName = "S Divisions"
n_lattice.a_td_niceName = "T Divisions"
n_lattice.a_ud_niceName = "U Divisions"
n_lattice.a_wl_niceName = "World Lattice"
n_lattice.baseName = "lattice"
n_lattice.niceName = "Lattice"
//
// String set: n_layeredShader
//
n_layeredShader.a_c_niceName = "Color"
n_layeredShader.a_cb_niceName = "Color B"
n_layeredShader.a_cf_enum_kLayerShader = "Layer Shaders"
n_layeredShader.a_cf_enum_kLayerTexture = "Layer Texture"
n_layeredShader.a_cf_niceName = "Compositing Flag"
n_layeredShader.a_cg_niceName = "Color G"
n_layeredShader.a_cr_niceName = "Color R"
n_layeredShader.a_cs_niceName = "Inputs"
n_layeredShader.a_g_niceName = "Glow Color"
n_layeredShader.a_gb_niceName = "Glow Color B"
n_layeredShader.a_gg_niceName = "Glow Color G"
n_layeredShader.a_gr_niceName = "Glow Color R"
n_layeredShader.a_hc_niceName = "Hardware Color"
n_layeredShader.a_hcb_niceName = "Hardware Color B"
n_layeredShader.a_hcg_niceName = "Hardware Color G"
n_layeredShader.a_hcr_niceName = "Hardware Color R"
n_layeredShader.a_hwb_niceName = "Hardware Shader B"
n_layeredShader.a_hwg_niceName = "Hardware Shader G"
n_layeredShader.a_hwr_niceName = "Hardware Shader R"
n_layeredShader.a_hws_niceName = "Hardware Shader"
n_layeredShader.a_mog_niceName = "Matte Opacity"
n_layeredShader.a_mom_enum_kBlackHoleM = "Black Hole"
n_layeredShader.a_mom_enum_kOpacityGain = "Opacity Gain"
n_layeredShader.a_mom_enum_kSolidMatte = "Solid Matte"
n_layeredShader.a_mom_niceName = "Matte Opacity Mode"
n_layeredShader.a_oc_niceName = "Out Color"
n_layeredShader.a_ocb_niceName = "Out Color B"
n_layeredShader.a_ocg_niceName = "Out Color G"
n_layeredShader.a_ocr_niceName = "Out Color R"
n_layeredShader.a_ogb_niceName = "Out Glow Color B"
n_layeredShader.a_ogc_niceName = "Out Glow Color"
n_layeredShader.a_ogg_niceName = "Out Glow Color G"
n_layeredShader.a_ogr_niceName = "Out Glow Color R"
n_layeredShader.a_omo_niceName = "Out Matte Opacity"
n_layeredShader.a_omob_niceName = "Out Matte Opacity B"
n_layeredShader.a_omog_niceName = "Out Matte Opacity G"
n_layeredShader.a_omor_niceName = "Out Matte Opacity R"
n_layeredShader.a_ot_niceName = "Out Transparency"
n_layeredShader.a_otb_niceName = "Out Transparency B"
n_layeredShader.a_otg_niceName = "Out Transparency G"
n_layeredShader.a_otr_niceName = "Out Transparency R"
n_layeredShader.a_rpm_enum_0 = "Pass through"
n_layeredShader.a_rpm_enum_1 = "Apply to Render Passes"
n_layeredShader.a_rpm_enum_2 = "No Contribution"
n_layeredShader.a_rpm_enum_3 = "Write Shader Result to Beauty Passes"
n_layeredShader.a_rpm_niceName = "Render Pass Mode"
n_layeredShader.a_t_niceName = "Transparency"
n_layeredShader.a_tb_niceName = "Transparency B"
n_layeredShader.a_tg_niceName = "Transparency G"
n_layeredShader.a_tr_niceName = "Transparency R"
n_layeredShader.baseName = "layeredShader"
n_layeredShader.niceName = "Layered Shader"
//
// String set: n_layeredTexture
//
n_layeredTexture.a_a_niceName = "Alpha"
n_layeredTexture.a_ail_niceName = "Alpha Is Luminance"
n_layeredTexture.a_bm_enum_kAdd = "Add"
n_layeredTexture.a_bm_enum_kCModulate = "CPV Modulate"
n_layeredTexture.a_bm_enum_kDarken = "Darken"
n_layeredTexture.a_bm_enum_kDesaturate = "Desaturate"
n_layeredTexture.a_bm_enum_kDifference = "Difference"
n_layeredTexture.a_bm_enum_kIlluminate = "Illuminate"
n_layeredTexture.a_bm_enum_kIn = "In"
n_layeredTexture.a_bm_enum_kLighten = "Lighten"
n_layeredTexture.a_bm_enum_kMultiply = "Multiply"
n_layeredTexture.a_bm_enum_kNormal = "None"
n_layeredTexture.a_bm_enum_kOut = "Out"
n_layeredTexture.a_bm_enum_kOver = "Over"
n_layeredTexture.a_bm_enum_kSaturate = "Saturate"
n_layeredTexture.a_bm_enum_kSubtract = "Subtract"
n_layeredTexture.a_bm_niceName = "Blend Mode"
n_layeredTexture.a_c_niceName = "Color"
n_layeredTexture.a_cb_niceName = "Color B"
n_layeredTexture.a_cg_niceName = "Color G"
n_layeredTexture.a_cr_niceName = "Color R"
n_layeredTexture.a_cs_niceName = "Inputs"
n_layeredTexture.a_hc_niceName = "Hardware Color"
n_layeredTexture.a_hcb_niceName = "Hardware Color B"
n_layeredTexture.a_hcg_niceName = "Hardware Color G"
n_layeredTexture.a_hcr_niceName = "Hardware Color R"
n_layeredTexture.a_iv_niceName = "Is Visible"
n_layeredTexture.a_oa_niceName = "Out Alpha"
n_layeredTexture.a_oc_niceName = "Out Color"
n_layeredTexture.a_ocb_niceName = "Out Color B"
n_layeredTexture.a_ocg_niceName = "Out Color G"
n_layeredTexture.a_ocr_niceName = "Out Color R"
n_layeredTexture.a_ot_niceName = "Out Transparency"
n_layeredTexture.a_otb_niceName = "Out Transparency B"
n_layeredTexture.a_otg_niceName = "Out Transparency G"
n_layeredTexture.a_otr_niceName = "Out Transparency R"
n_layeredTexture.baseName = "layeredTexture"
n_layeredTexture.niceName = "Layered Texture"
//
// String set: n_leastSquaresModifier
//
n_leastSquaresModifier.a_ac_niceName = "Attribute Collection"
n_leastSquaresModifier.a_ino_niceName = "Input Nurbs Object"
n_leastSquaresModifier.a_ipc_niceName = "Input Cache"
n_leastSquaresModifier.a_om_niceName = "Object Modifier"
n_leastSquaresModifier.a_ono_niceName = "Output Nurbs Object"
n_leastSquaresModifier.a_pc_niceName = "Point Constraint"
n_leastSquaresModifier.a_pcu_niceName = "Point Constraint U"
n_leastSquaresModifier.a_pcv_niceName = "Point Constraint V"
n_leastSquaresModifier.a_pcw_niceName = "Point Constraint W"
n_leastSquaresModifier.a_ppx_niceName = "Point Position X"
n_leastSquaresModifier.a_ppy_niceName = "Point Position Y"
n_leastSquaresModifier.a_ppz_niceName = "Point Position Z"
n_leastSquaresModifier.a_psi_niceName = "Point Symbolic Index"
n_leastSquaresModifier.a_puv_niceName = "Point Constraint UVW"
n_leastSquaresModifier.a_pw_niceName = "Point Weight"
n_leastSquaresModifier.a_rm_niceName = "Reset Modifier"
n_leastSquaresModifier.a_upm_niceName = "Update Point Modifier"
n_leastSquaresModifier.a_wto_niceName = "World Space To Object Space"
n_leastSquaresModifier.a_xyz_niceName = "Point Position XYZ"
n_leastSquaresModifier.baseName = "leastSquaresModifier"
n_leastSquaresModifier.niceName = "Least Squares Modifier"
//
// String set: n_leather
//
n_leather.a_c_niceName = "Creases"
n_leather.a_ce_niceName = "Cell Color"
n_leather.a_ceb_niceName = "Cell Color B"
n_leather.a_ceg_niceName = "Cell Color G"
n_leather.a_cer_niceName = "Cell Color R"
n_leather.a_cr_niceName = "Crease Color"
n_leather.a_crb_niceName = "Crease Color B"
n_leather.a_crg_niceName = "Crease Color G"
n_leather.a_crr_niceName = "Crease Color R"
n_leather.a_cs_niceName = "Cell Size"
n_leather.a_d_niceName = "Density"
n_leather.a_r_niceName = "Randomness"
n_leather.a_rcx_niceName = "Ref Point Camera X"
n_leather.a_rcy_niceName = "Ref Point Camera Y"
n_leather.a_rcz_niceName = "Ref Point Camera Z"
n_leather.a_rox_niceName = "Ref Point Obj X"
n_leather.a_roy_niceName = "Ref Point Obj Y"
n_leather.a_roz_niceName = "Ref Point Obj Z"
n_leather.a_rpc_niceName = "Ref Point Camera"
n_leather.a_rpo_niceName = "Ref Point Obj"
n_leather.a_s_niceName = "Spottyness"
n_leather.a_th_niceName = "Threshold"
n_leather.baseName = "leather"
n_leather.niceName = "Leather"
//
// String set: n_light
//
n_light.a_cb_niceName = "Color B"
n_light.a_cg_niceName = "Color G"
n_light.a_cl_niceName = "Color"
n_light.a_col_niceName = "Center Of Illumination"
n_light.a_cr_niceName = "Color R"
n_light.a_etw_niceName = "Matrix Eye To World"
n_light.a_fq_niceName = "Uv Filter Size"
n_light.a_fsx_niceName = "Uv Filter Size X"
n_light.a_fsy_niceName = "Uv Filter Size Y"
n_light.a_ib_niceName = "Info Bits"
n_light.a_in_niceName = "Intensity"
n_light.a_la_niceName = "Light Ambient"
n_light.a_lbl_niceName = "Light Blind Data"
n_light.a_ld_niceName = "Light Direction"
n_light.a_ldf_niceName = "Light Diffuse"
n_light.a_ldx_niceName = "Light Direction X"
n_light.a_ldy_niceName = "Light Direction Y"
n_light.a_ldz_niceName = "Light Direction Z"
n_light.a_li_niceName = "Light Intensity"
n_light.a_lib_niceName = "Light Intensity B"
n_light.a_lig_niceName = "Light Intensity G"
n_light.a_lir_niceName = "Light Intensity R"
n_light.a_lls_niceName = "Locator Scale"
n_light.a_ls_niceName = "Light Specular"
n_light.a_lsf_niceName = "Light Shadow Fraction"
n_light.a_ltd_niceName = "Light Data"
n_light.a_oi_niceName = "Object Id"
n_light.a_ov_niceName = "Optical FXvisibility"
n_light.a_ovb_niceName = "Optical FXvisibility B"
n_light.a_ovg_niceName = "Optical FXvisibility G"
n_light.a_ovr_niceName = "Optical FXvisibility R"
n_light.a_p_niceName = "Point Camera"
n_light.a_pi_niceName = "Primitive Id"
n_light.a_psi_niceName = "Pre Shadow Intensity"
n_light.a_px_niceName = "Point Camera X"
n_light.a_py_niceName = "Point Camera Y"
n_light.a_pz_niceName = "Point Camera Z"
n_light.a_rd_niceName = "Ray Depth"
n_light.a_rdl_niceName = "Ray Depth Limit"
n_light.a_rdst_niceName = "Render State"
n_light.a_rts_niceName = "Ray Sampler"
n_light.a_sc_niceName = "Shadow Color"
n_light.a_scb_niceName = "Shad Color B"
n_light.a_scg_niceName = "Shad Color G"
n_light.a_scr_niceName = "Shad Color R"
n_light.a_shr_niceName = "Shadow Rays"
n_light.a_urs_niceName = "Use Ray Trace Shadows"
n_light.a_uu_niceName = "U Coord"
n_light.a_uv_niceName = "Uv Coord"
n_light.a_vv_niceName = "V Coord"
n_light.a_wte_niceName = "Matrix World To Eye"
n_light.baseName = "light"
n_light.niceName = "Light"
//
// String set: n_lightFog
//
n_lightFog.a_c_niceName = "Color"
n_lightFog.a_cb_niceName = "Color B"
n_lightFog.a_cbt_niceName = "Color Based Transparency"
n_lightFog.a_cg_niceName = "Color G"
n_lightFog.a_cr_niceName = "Color R"
n_lightFog.a_d_niceName = "Density"
n_lightFog.a_fd_niceName = "Fast Drop Off"
n_lightFog.a_fs_niceName = "Filter Size"
n_lightFog.a_fsx_niceName = "Filter Size X"
n_lightFog.a_fsy_niceName = "Filter Size Y"
n_lightFog.a_fsz_niceName = "Filter Size Z"
n_lightFog.a_la_niceName = "Light Ambient"
n_lightFog.a_lbd_niceName = "Light Blind Data"
n_lightFog.a_ld_niceName = "Light Direction"
n_lightFog.a_ldf_niceName = "Light Diffuse"
n_lightFog.a_ldx_niceName = "Light Direction X"
n_lightFog.a_ldy_niceName = "Light Direction Y"
n_lightFog.a_ldz_niceName = "Light Direction Z"
n_lightFog.a_li_niceName = "Light Intensity"
n_lightFog.a_lib_niceName = "Light Intensity B"
n_lightFog.a_lig_niceName = "Light Intensity G"
n_lightFog.a_lir_niceName = "Light Intensity R"
n_lightFog.a_ls_niceName = "Light Specular"
n_lightFog.a_lsf_niceName = "Light Shadow Fraction"
n_lightFog.a_ltd_niceName = "Light Data Array"
n_lightFog.a_mog_niceName = "Matte Opacity"
n_lightFog.a_mom_enum_kBlackHoleM = "Black Hole"
n_lightFog.a_mom_enum_kOpacityGain = "Opacity Gain"
n_lightFog.a_mom_enum_kSolidMatte = "Solid Matte"
n_lightFog.a_mom_niceName = "Matte Opacity Mode"
n_lightFog.a_oc_niceName = "Out Color"
n_lightFog.a_ocb_niceName = "Out Color B"
n_lightFog.a_ocg_niceName = "Out Color G"
n_lightFog.a_ocr_niceName = "Out Color R"
n_lightFog.a_omo_niceName = "Out Matte Opacity"
n_lightFog.a_omob_niceName = "Out Matte Opacity B"
n_lightFog.a_omog_niceName = "Out Matte Opacity G"
n_lightFog.a_omor_niceName = "Out Matte Opacity R"
n_lightFog.a_ot_niceName = "Out Transparency"
n_lightFog.a_otb_niceName = "Out Transparency B"
n_lightFog.a_otg_niceName = "Out Transparency G"
n_lightFog.a_otr_niceName = "Out Transparency R"
n_lightFog.a_psi_niceName = "Pre Shadow Intensity"
n_lightFog.baseName = "lightFog"
n_lightFog.niceName = "Light Fog"
//
// String set: n_lightInfo
//
n_lightInfo.a_e2w_niceName = "Matrix Eye To World"
n_lightInfo.a_ld_niceName = "Light Direction"
n_lightInfo.a_ldo_niceName = "Light Direction Only"
n_lightInfo.a_ldx_niceName = "Light Direction X"
n_lightInfo.a_ldy_niceName = "Light Direction Y"
n_lightInfo.a_ldz_niceName = "Light Direction Z"
n_lightInfo.a_lp_niceName = "Light Position"
n_lightInfo.a_lpx_niceName = "Light Position X"
n_lightInfo.a_lpy_niceName = "Light Position Y"
n_lightInfo.a_lpz_niceName = "Light Position Z"
n_lightInfo.a_p_niceName = "Point Camera"
n_lightInfo.a_px_niceName = "Point Camera X"
n_lightInfo.a_py_niceName = "Point Camera Y"
n_lightInfo.a_pz_niceName = "Point Camera Z"
n_lightInfo.a_sd_niceName = "Sample Distance"
n_lightInfo.a_wm_niceName = "World Matrix"
n_lightInfo.baseName = "lightInfo"
n_lightInfo.niceName = "Light Info"
//
// String set: n_lightLinker
//
n_lightLinker.a_ign_niceName = "Ignore"
n_lightLinker.a_lign_niceName = "Light Ignored"
n_lightLinker.a_llnk_niceName = "Light"
n_lightLinker.a_lnk_niceName = "Link"
n_lightLinker.a_oign_niceName = "Object Ignored"
n_lightLinker.a_olnk_niceName = "Object"
n_lightLinker.a_sign_niceName = "Shadow Ignore"
n_lightLinker.a_slig_niceName = "Shadow Light Ignored"
n_lightLinker.a_sllk_niceName = "Shadow Light"
n_lightLinker.a_slnk_niceName = "Shadow Link"
n_lightLinker.a_soig_niceName = "Shadow Object Ignored"
n_lightLinker.a_solk_niceName = "Shadow Object"
n_lightLinker.baseName = "lightLinker"
n_lightLinker.niceName = "Light Linker"
//
// String set: n_lightList
//
n_lightList.a_l_niceName = "Lights"
n_lightList.baseName = "lightList"
n_lightList.niceName = "Light List"
//
// String set: n_lightManip
//
n_lightManip.baseName = "lightManip"
n_lightManip.niceName = "Light Manip"
//
// String set: n_limitManip
//
n_limitManip.baseName = "limitManip"
n_limitManip.niceName = "Limit Manip"
//
// String set: n_lineManip
//
n_lineManip.baseName = "lineManip"
n_lineManip.niceName = "Line Manip"
//
// String set: n_lineModifier
//
n_lineModifier.a_bdp_niceName = "Branch Dropout"
n_lineModifier.a_clr_niceName = "Color"
n_lineModifier.a_crb_niceName = "Color B"
n_lineModifier.a_crg_niceName = "Color G"
n_lineModifier.a_crr_niceName = "Color R"
n_lineModifier.a_ddc_niceName = "Directional Displacement"
n_lineModifier.a_dfc_niceName = "Directional Force"
n_lineModifier.a_don_niceName = "Dropoff Noise"
n_lineModifier.a_drp_niceName = "Dropoff"
n_lineModifier.a_drpfv_niceName = "Dropoff _Float Value"
n_lineModifier.a_drpi_enum_kLinear = "Linear"
n_lineModifier.a_drpi_enum_kNone = "None"
n_lineModifier.a_drpi_enum_kSmooth = "Smooth"
n_lineModifier.a_drpi_enum_kSpline = "Spline"
n_lineModifier.a_drpi_niceName = "Dropoff _Interp"
n_lineModifier.a_drpp_niceName = "Dropoff _Position"
n_lineModifier.a_dsp_niceName = "Displacement"
n_lineModifier.a_fdp_niceName = "Flower Dropout"
n_lineModifier.a_frc_niceName = "Force"
n_lineModifier.a_fsc_niceName = "Flower Scale"
n_lineModifier.a_inms_niceName = "Input Mesh"
n_lineModifier.a_ldp_niceName = "Leaf Dropout"
n_lineModifier.a_lex_niceName = "Line Extend"
n_lineModifier.a_lsc_niceName = "Leaf Scale"
n_lineModifier.a_mcl_niceName = "Modify Color"
n_lineModifier.a_nfr_niceName = "Noise Frequency"
n_lineModifier.a_ocao_niceName = "Attract Radius Offset"
n_lineModifier.a_ocar_niceName = "Attract Radius Scale"
n_lineModifier.a_ocat_niceName = "Occupy Attraction"
n_lineModifier.a_ocbt_niceName = "Occupy Branch Termination"
n_lineModifier.a_ocgr_niceName = "Occupy Grid Resolution"
n_lineModifier.a_ocro_niceName = "Occupy Radius Offset"
n_lineModifier.a_ocrs_niceName = "Occupy Radius Scale"
n_lineModifier.a_olm_niceName = "Out Line Modifier"
n_lineModifier.a_oof_niceName = "Opacity Offset"
n_lineModifier.a_osc_niceName = "Opacity Scale"
n_lineModifier.a_shp_enum_kshCube = "Cube"
n_lineModifier.a_shp_enum_kshSphere = "Sphere"
n_lineModifier.a_shp_niceName = "Shape"
n_lineModifier.a_sof_niceName = "Surface Offset"
n_lineModifier.a_tdp_niceName = "Twig Dropout"
n_lineModifier.a_tud_niceName = "Tube Dropout"
n_lineModifier.a_tus_niceName = "Tube Scale"
n_lineModifier.a_wof_niceName = "Width Offset"
n_lineModifier.a_wsc_niceName = "Width Scale"
n_lineModifier.baseName = "lineModifier"
n_lineModifier.niceName = "Line Modifier"
//
// String set: n_locator
//
n_locator.a_los_niceName = "Local Scale"
n_locator.a_lp_niceName = "Local Position"
n_locator.a_lpx_niceName = "Local Position X"
n_locator.a_lpy_niceName = "Local Position Y"
n_locator.a_lpz_niceName = "Local Position Z"
n_locator.a_lsx_niceName = "Local Scale X"
n_locator.a_lsy_niceName = "Local Scale Y"
n_locator.a_lsz_niceName = "Local Scale Z"
n_locator.a_uwo_niceName = "Under World Object"
n_locator.a_wp_niceName = "World Position"
n_locator.a_wpx_niceName = "World Position X"
n_locator.a_wpy_niceName = "World Position Y"
n_locator.a_wpz_niceName = "World Position Z"
n_locator.baseName = "locator"
n_locator.niceName = "Locator"
//
// String set: n_lodGroup
//
n_lodGroup.a_al_niceName = "Active Level"
n_lodGroup.a_cm_niceName = "Camera Matrix"
n_lodGroup.a_d_niceName = "Distance"
n_lodGroup.a_dl_enum_0 = "uselod"
n_lodGroup.a_dl_enum_1 = "show"
n_lodGroup.a_dl_enum_2 = "hide"
n_lodGroup.a_dl_niceName = "Display Level"
n_lodGroup.a_fl_niceName = "Focal Length"
n_lodGroup.a_mid_niceName = "Min Distance"
n_lodGroup.a_mmd_niceName = "Min Max Distance"
n_lodGroup.a_mxd_niceName = "Max Distance"
n_lodGroup.a_o_niceName = "Output"
n_lodGroup.a_pth_niceName = "Percentage Threshold"
n_lodGroup.a_shp_niceName = "Screen Height Percentage"
n_lodGroup.a_th_niceName = "Threshold"
n_lodGroup.a_ush_niceName = "Use Screen Height Percentage"
n_lodGroup.a_ws_niceName = "World Space"
n_lodGroup.baseName = "lodGroup"
n_lodGroup.niceName = "Lod Group"
//
// String set: n_lodThresholds
//
n_lodThresholds.a_al_niceName = "Active Level"
n_lodThresholds.a_bmax_niceName = "In Box Max X"
n_lodThresholds.a_bmay_niceName = "In Box Max Y"
n_lodThresholds.a_bmaz_niceName = "In Box Max Z"
n_lodThresholds.a_bmix_niceName = "In Box Min X"
n_lodThresholds.a_bmiy_niceName = "In Box Min Y"
n_lodThresholds.a_bmiz_niceName = "In Box Min Z"
n_lodThresholds.a_bmn_niceName = "In Box Min"
n_lodThresholds.a_bmx_niceName = "In Box Max"
n_lodThresholds.a_cam_niceName = "Camera"
n_lodThresholds.a_cax_niceName = "Camera X"
n_lodThresholds.a_cay_niceName = "Camera Y"
n_lodThresholds.a_caz_niceName = "Camera Z"
n_lodThresholds.a_d_niceName = "Distance"
n_lodThresholds.a_ol_niceName = "Out Level"
n_lodThresholds.a_th_niceName = "Threshold"
n_lodThresholds.baseName = "lodThresholds"
n_lodThresholds.niceName = "Lod Thresholds"
//
// String set: n_loft
//
n_loft.a_ar_niceName = "Auto Reverse"
n_loft.a_c_niceName = "Close"
n_loft.a_cc_niceName = "Create Cusp"
n_loft.a_d_enum_kCubicDegree = "Cubic"
n_loft.a_d_enum_kLinearDegree = "Linear"
n_loft.a_d_niceName = "Degree"
n_loft.a_ic_niceName = "Input Curve"
n_loft.a_os_niceName = "Output Surface"
n_loft.a_r_niceName = "Reverse"
n_loft.a_rsn_niceName = "Reverse Surface Normals"
n_loft.a_ss_niceName = "Section Spans"
n_loft.a_u_niceName = "Uniform"
n_loft.baseName = "loft"
n_loft.niceName = "Loft"
//
// String set: n_lookAt
//
n_lookAt.a_db_niceName = "Distance Between"
n_lookAt.a_dc_niceName = "Display Connector"
n_lookAt.a_tws_niceName = "Twist"
n_lookAt.baseName = "lookAt"
n_lookAt.niceName = "Look At"
//
// String set: n_luminance
//
n_luminance.a_arp_enum_0 = "Pass through"
n_luminance.a_arp_enum_1 = "Apply to Render Passes"
n_luminance.a_arp_enum_2 = "No Contribution"
n_luminance.a_arp_enum_3 = "Write Shader Result to Beauty Passes"
n_luminance.a_arp_niceName = "Render Pass Mode"
n_luminance.a_o_niceName = "Out Value"
n_luminance.a_v_niceName = "Value"
n_luminance.a_vb_niceName = "Value B"
n_luminance.a_vg_niceName = "Value G"
n_luminance.a_vr_niceName = "Value R"
n_luminance.baseName = "luminance"
n_luminance.niceName = "Luminance"
//
// String set: n_makeCircularArc
//
n_makeCircularArc.a_c_niceName = "Center"
n_makeCircularArc.a_cx_niceName = "Center X"
n_makeCircularArc.a_cy_niceName = "Center Y"
n_makeCircularArc.a_cz_niceName = "Center Z"
n_makeCircularArc.a_d_enum_kCubicDegree = "Cubic"
n_makeCircularArc.a_d_enum_kLinearDegree = "Linear"
n_makeCircularArc.a_d_niceName = "Degree"
n_makeCircularArc.a_nr_niceName = "Normal"
n_makeCircularArc.a_nrx_niceName = "Normal X"
n_makeCircularArc.a_nry_niceName = "Normal Y"
n_makeCircularArc.a_nrz_niceName = "Normal Z"
n_makeCircularArc.a_oc_niceName = "Output Curve"
n_makeCircularArc.a_s_niceName = "Sections"
n_makeCircularArc.a_sw_niceName = "Sweep"
n_makeCircularArc.baseName = "makeCircularArc"
n_makeCircularArc.niceName = "Make Circular Arc"
//
// String set: n_makeGroup
//
n_makeGroup.a_el_niceName = "Elem List"
n_makeGroup.a_gn_niceName = "Group Name"
n_makeGroup.a_gt_enum_PLG_GRP_EDGE = "edge"
n_makeGroup.a_gt_enum_PLG_GRP_FACET = "facet"
n_makeGroup.a_gt_enum_PLG_GRP_NONE = "none"
n_makeGroup.a_gt_enum_PLG_GRP_UVMAP = "uvMap"
n_makeGroup.a_gt_enum_PLG_GRP_VERTEX = "vertex"
n_makeGroup.a_gt_niceName = "Group Type"
n_makeGroup.a_ic_niceName = "Input Components"
n_makeGroup.a_ig_niceName = "Input Geometry"
n_makeGroup.a_og_niceName = "Output Geometry"
n_makeGroup.baseName = "makeGroup"
n_makeGroup.niceName = "Make Group"
//
// String set: n_makeIllustratorCurves
//
n_makeIllustratorCurves.a_c_niceName = "Count"
n_makeIllustratorCurves.a_ifn_niceName = "Illustrator Filename"
n_makeIllustratorCurves.a_oc_niceName = "Output Curves"
n_makeIllustratorCurves.a_p_niceName = "Position"
n_makeIllustratorCurves.a_px_niceName = "Position X"
n_makeIllustratorCurves.a_py_niceName = "Position Y"
n_makeIllustratorCurves.a_pz_niceName = "Position Z"
n_makeIllustratorCurves.a_rl_niceName = "Reload"
n_makeIllustratorCurves.a_sf_niceName = "Scale Factor"
n_makeIllustratorCurves.a_tl_niceName = "Tolerance"
n_makeIllustratorCurves.baseName = "makeIllustratorCurves"
n_makeIllustratorCurves.niceName = "Make Illustrator Curves"
//
// String set: n_makeNurbCircle
//
n_makeNurbCircle.a_c_niceName = "Center"
n_makeNurbCircle.a_cx_niceName = "Center X"
n_makeNurbCircle.a_cy_niceName = "Center Y"
n_makeNurbCircle.a_cz_niceName = "Center Z"
n_makeNurbCircle.a_d_enum_kCubicDegree = "Cubic"
n_makeNurbCircle.a_d_enum_kLinearDegree = "Linear"
n_makeNurbCircle.a_d_niceName = "Degree"
n_makeNurbCircle.a_fc_niceName = "Fix Center"
n_makeNurbCircle.a_fp_niceName = "First"
n_makeNurbCircle.a_fpx_niceName = "First Point X"
n_makeNurbCircle.a_fpy_niceName = "First Point Y"
n_makeNurbCircle.a_fpz_niceName = "First Point Z"
n_makeNurbCircle.a_nr_niceName = "Normal"
n_makeNurbCircle.a_nrx_niceName = "Normal X"
n_makeNurbCircle.a_nry_niceName = "Normal Y"
n_makeNurbCircle.a_nrz_niceName = "Normal Z"
n_makeNurbCircle.a_oc_niceName = "Output Curve"
n_makeNurbCircle.a_r_niceName = "Radius"
n_makeNurbCircle.a_s_niceName = "Sections"
n_makeNurbCircle.a_sw_niceName = "Sweep"
n_makeNurbCircle.a_tol_niceName = "Tolerance"
n_makeNurbCircle.a_ut_niceName = "Use Tolerance"
n_makeNurbCircle.baseName = "makeNurbCircle"
n_makeNurbCircle.niceName = "Make Nurb Circle"
//
// String set: n_makeNurbCone
//
n_makeNurbCone.a_oib_niceName = "Use Old Init Behaviour"
n_makeNurbCone.baseName = "makeNurbCone"
n_makeNurbCone.niceName = "Make Nurb Cone"
//
// String set: n_makeNurbCube
//
n_makeNurbCube.a_d_enum_kCubicDegree = "Cubic"
n_makeNurbCube.a_d_enum_kLinearDegree = "Linear"
n_makeNurbCube.a_d_enum_kQuadraticDegree = "Quadratic"
n_makeNurbCube.a_d_enum_kQuinticDegree = "Quintic"
n_makeNurbCube.a_d_enum_kSepticDegree = "Heptic"
n_makeNurbCube.a_d_niceName = "Degree"
n_makeNurbCube.a_hr_niceName = "Height Ratio"
n_makeNurbCube.a_lr_niceName = "Length Ratio"
n_makeNurbCube.a_os1_niceName = "Output Surface 1"
n_makeNurbCube.a_os2_niceName = "Output Surface 2"
n_makeNurbCube.a_os3_niceName = "Output Surface 3"
n_makeNurbCube.a_os4_niceName = "Output Surface 4"
n_makeNurbCube.a_os5_niceName = "Output Surface 5"
n_makeNurbCube.a_u_niceName = "Patches U"
n_makeNurbCube.a_v_niceName = "Patches V"
n_makeNurbCube.a_w_niceName = "Width"
n_makeNurbCube.baseName = "makeNurbCube"
n_makeNurbCube.niceName = "Make Nurb Cube"
//
// String set: n_makeNurbCylinder
//
n_makeNurbCylinder.baseName = "makeNurbCylinder"
n_makeNurbCylinder.niceName = "Make Nurb Cylinder"
//
// String set: n_makeNurbPlane
//
n_makeNurbPlane.a_d_enum_kCubicDegree = "Cubic"
n_makeNurbPlane.a_d_enum_kLinearDegree = "Linear"
n_makeNurbPlane.a_d_enum_kQuadraticDegree = "Quadratic"
n_makeNurbPlane.a_d_enum_kQuinticDegree = "Quintic"
n_makeNurbPlane.a_d_enum_kSepticDegree = "Heptic"
n_makeNurbPlane.a_d_niceName = "Degree"
n_makeNurbPlane.a_lr_niceName = "Length Ratio"
n_makeNurbPlane.a_u_niceName = "Patches U"
n_makeNurbPlane.a_v_niceName = "Patches V"
n_makeNurbPlane.a_w_niceName = "Width"
n_makeNurbPlane.baseName = "makeNurbPlane"
n_makeNurbPlane.niceName = "Make Nurb Plane"
//
// String set: n_makeNurbSphere
//
n_makeNurbSphere.baseName = "makeNurbSphere"
n_makeNurbSphere.niceName = "Make Nurb Sphere"
//
// String set: n_makeNurbTorus
//
n_makeNurbTorus.a_msw_niceName = "Minor Sweep"
n_makeNurbTorus.baseName = "makeNurbTorus"
n_makeNurbTorus.niceName = "Make Nurb Torus"
//
// String set: n_makeNurbsSquare
//
n_makeNurbsSquare.a_c_niceName = "Center"
n_makeNurbsSquare.a_cx_niceName = "Center X"
n_makeNurbsSquare.a_cy_niceName = "Center Y"
n_makeNurbsSquare.a_cz_niceName = "Center Z"
n_makeNurbsSquare.a_d_enum_kCubicDegree = "Cubic"
n_makeNurbsSquare.a_d_enum_kHepticDegree = "Heptic"
n_makeNurbsSquare.a_d_enum_kLinearDegree = "Linear"
n_makeNurbsSquare.a_d_enum_kQuadraticDegree = "Quadratic"
n_makeNurbsSquare.a_d_enum_kQuinticDegree = "Quintic"
n_makeNurbsSquare.a_d_niceName = "Degree"
n_makeNurbsSquare.a_nr_niceName = "Normal"
n_makeNurbsSquare.a_nrx_niceName = "Normal X"
n_makeNurbsSquare.a_nry_niceName = "Normal Y"
n_makeNurbsSquare.a_nrz_niceName = "Normal Z"
n_makeNurbsSquare.a_oc1_niceName = "Output Curve 1"
n_makeNurbsSquare.a_oc2_niceName = "Output Curve 2"
n_makeNurbsSquare.a_oc3_niceName = "Output Curve 3"
n_makeNurbsSquare.a_oc4_niceName = "Output Curve 4"
n_makeNurbsSquare.a_sl1_niceName = "Side Length 1"
n_makeNurbsSquare.a_sl2_niceName = "Side Length 2"
n_makeNurbsSquare.a_sps_niceName = "Spans Per Side"
n_makeNurbsSquare.baseName = "makeNurbsSquare"
n_makeNurbsSquare.niceName = "Make Nurbs Square"
//
// String set: n_makeTextCurves
//
n_makeTextCurves.a_c_niceName = "Count"
n_makeTextCurves.a_dfn_niceName = "Deprecated Font Name"
n_makeTextCurves.a_f_niceName = "Font"
n_makeTextCurves.a_oc_niceName = "Output Curve"
n_makeTextCurves.a_p_niceName = "Position"
n_makeTextCurves.a_px_niceName = "Position X"
n_makeTextCurves.a_py_niceName = "Position Y"
n_makeTextCurves.a_pz_niceName = "Position Z"
n_makeTextCurves.a_t_niceName = "Text"
n_makeTextCurves.baseName = "makeTextCurves"
n_makeTextCurves.niceName = "Make Text Curves"
//
// String set: n_makeThreePointCircularArc
//
n_makeThreePointCircularArc.a_p1x_niceName = "Point 1X"
n_makeThreePointCircularArc.a_p1y_niceName = "Point 1Y"
n_makeThreePointCircularArc.a_p1z_niceName = "Point 1Z"
n_makeThreePointCircularArc.a_p2x_niceName = "Point 2X"
n_makeThreePointCircularArc.a_p2y_niceName = "Point 2Y"
n_makeThreePointCircularArc.a_p2z_niceName = "Point 2Z"
n_makeThreePointCircularArc.a_p3x_niceName = "Point 3X"
n_makeThreePointCircularArc.a_p3y_niceName = "Point 3Y"
n_makeThreePointCircularArc.a_p3z_niceName = "Point 3Z"
n_makeThreePointCircularArc.a_pt1_niceName = "Point 1"
n_makeThreePointCircularArc.a_pt2_niceName = "Point 2"
n_makeThreePointCircularArc.a_pt3_niceName = "Point 3"
n_makeThreePointCircularArc.a_r_niceName = "Radius"
n_makeThreePointCircularArc.baseName = "makeThreePointCircularArc"
n_makeThreePointCircularArc.niceName = "Make Three Point Circular Arc"
//
// String set: n_makeThreePointCircularArcManip
//
n_makeThreePointCircularArcManip.baseName = "makeThreePointCircularArcManip"
n_makeThreePointCircularArcManip.niceName = "Make Three Point Circular Arc Manip"
//
// String set: n_makeTwoPointCircularArc
//
n_makeTwoPointCircularArc.a_dv_niceName = "Direction Vector"
n_makeTwoPointCircularArc.a_dvx_niceName = "Direction Vector X"
n_makeTwoPointCircularArc.a_dvy_niceName = "Direction Vector Y"
n_makeTwoPointCircularArc.a_dvz_niceName = "Direction Vector Z"
n_makeTwoPointCircularArc.a_p1x_niceName = "Point 1X"
n_makeTwoPointCircularArc.a_p1y_niceName = "Point 1Y"
n_makeTwoPointCircularArc.a_p1z_niceName = "Point 1Z"
n_makeTwoPointCircularArc.a_p2x_niceName = "Point 2X"
n_makeTwoPointCircularArc.a_p2y_niceName = "Point 2Y"
n_makeTwoPointCircularArc.a_p2z_niceName = "Point 2Z"
n_makeTwoPointCircularArc.a_pt1_niceName = "Point 1"
n_makeTwoPointCircularArc.a_pt2_niceName = "Point 2"
n_makeTwoPointCircularArc.a_r_niceName = "Radius"
n_makeTwoPointCircularArc.a_tac_niceName = "Toggle Arc"
n_makeTwoPointCircularArc.baseName = "makeTwoPointCircularArc"
n_makeTwoPointCircularArc.niceName = "Make Two Point Circular Arc"
//
// String set: n_makeTwoPointCircularArcManip
//
n_makeTwoPointCircularArcManip.baseName = "makeTwoPointCircularArcManip"
n_makeTwoPointCircularArcManip.niceName = "Make Two Point Circular Arc Manip"
//
// String set: n_mandelbrot
//
n_mandelbrot.a_a_niceName = "Amplitude"
n_mandelbrot.a_brt_niceName = "Box Ratio"
n_mandelbrot.a_bxm_niceName = "Box Min Radius"
n_mandelbrot.a_bxr_niceName = "Box Radius"
n_mandelbrot.a_ccr_niceName = "Circle Radius"
n_mandelbrot.a_chk_niceName = "Checker"
n_mandelbrot.a_cir_niceName = "Circles"
n_mandelbrot.a_cl_niceName = "Color"
n_mandelbrot.a_clc_niceName = "Color _Color"
n_mandelbrot.a_clcb_niceName = "Color _Color B"
n_mandelbrot.a_clcg_niceName = "Color _Color G"
n_mandelbrot.a_clcr_niceName = "Color _Color R"
n_mandelbrot.a_cli_enum_kLinear = "Linear"
n_mandelbrot.a_cli_enum_kNone = "None"
n_mandelbrot.a_cli_enum_kSmooth = "Smooth"
n_mandelbrot.a_cli_enum_kSpline = "Spline"
n_mandelbrot.a_cli_niceName = "Color _Interp"
n_mandelbrot.a_clp_niceName = "Color _Position"
n_mandelbrot.a_cnu_niceName = "Center U"
n_mandelbrot.a_cnv_niceName = "Center V"
n_mandelbrot.a_csr_niceName = "Circle Size Ratio"
n_mandelbrot.a_dm_niceName = "Depth"
n_mandelbrot.a_esr_niceName = "Escape Radius"
n_mandelbrot.a_foc_niceName = "Focus"
n_mandelbrot.a_fofu_niceName = "Fine Offset U"
n_mandelbrot.a_fofv_niceName = "Fine Offset V"
n_mandelbrot.a_imc_niceName = "Implode Center"
n_mandelbrot.a_imp_niceName = "Implode"
n_mandelbrot.a_imu_niceName = "Implode Center U"
n_mandelbrot.a_imv_niceName = "Implode Center V"
n_mandelbrot.a_jlu_niceName = "Julia U"
n_mandelbrot.a_jlv_niceName = "Julia V"
n_mandelbrot.a_lbl_niceName = "Line Blending"
n_mandelbrot.a_lbs_niceName = "Lobes"
n_mandelbrot.a_lef_niceName = "Leaf Effect"
n_mandelbrot.a_lfc_niceName = "Line Focus"
n_mandelbrot.a_lor_niceName = "Line Offset Ratio"
n_mandelbrot.a_lou_niceName = "Line Offset U"
n_mandelbrot.a_lov_niceName = "Line Offset V"
n_mandelbrot.a_mim_enum_kInnerLinesOnlyIm = "Inner Lines Only"
n_mandelbrot.a_mim_enum_kLinesIm = "Lines"
n_mandelbrot.a_mim_enum_kMaxIterationIm = "Max Iteration"
n_mandelbrot.a_mim_enum_kShadedInsideIm = "Shaded Inside"
n_mandelbrot.a_mim_enum_kShadedNoLinesIm = "Shaded Without Lines"
n_mandelbrot.a_mim_enum_kZeroIm = "Zero"
n_mandelbrot.a_mim_niceName = "Mandelbrot Inside Method"
n_mandelbrot.a_msm_enum_kClassicSm = "Classic"
n_mandelbrot.a_msm_enum_kEscapeRadiusSm = "Escape Radius"
n_mandelbrot.a_msm_enum_kLinesOnlySm = "Lines Only"
n_mandelbrot.a_msm_enum_kMinRadiusSm = "Minimum Radius"
n_mandelbrot.a_msm_enum_kSmoothSm = "Smooth"
n_mandelbrot.a_msm_niceName = "Mandelbrot Shade Method"
n_mandelbrot.a_nty_enum_kBoxJuliaMt = "Box with Julia Set"
n_mandelbrot.a_nty_enum_kBoxMandelbrotMt = "Box with Mandelbrot Set"
n_mandelbrot.a_nty_enum_kJuliaMt = "Julia Set"
n_mandelbrot.a_nty_enum_kMandelboxMt = "Mandelbox"
n_mandelbrot.a_nty_enum_kMandelbrotMt = "Mandelbrot Set"
n_mandelbrot.a_nty_niceName = "Mandelbrot Type"
n_mandelbrot.a_obmc_enum_kFogMc = "Fog"
n_mandelbrot.a_obmc_enum_kOffMc = "Off"
n_mandelbrot.a_obmc_enum_kTintMc = "Tint"
n_mandelbrot.a_obmc_niceName = "Orbit Map Coloring"
n_mandelbrot.a_obmp_enum_kBackToFrontOr = "Back to Front"
n_mandelbrot.a_obmp_enum_kFrontToBackOr = "Front to Back"
n_mandelbrot.a_obmp_enum_kOffOr = "Off"
n_mandelbrot.a_obmp_niceName = "Orbit Mapping"
n_mandelbrot.a_omp_niceName = "Orbit Map"
n_mandelbrot.a_ou_niceName = "Out U"
n_mandelbrot.a_ouv_niceName = "Out UV"
n_mandelbrot.a_ov_niceName = "Out V"
n_mandelbrot.a_pts_niceName = "Points"
n_mandelbrot.a_shi_niceName = "Shift"
n_mandelbrot.a_stku_niceName = "Stalks U"
n_mandelbrot.a_stkv_niceName = "Stalks V"
n_mandelbrot.a_vl_niceName = "Value"
n_mandelbrot.a_vlfv_niceName = "Value _Float Value"
n_mandelbrot.a_vli_enum_kLinear = "Linear"
n_mandelbrot.a_vli_enum_kNone = "None"
n_mandelbrot.a_vli_enum_kSmooth = "Smooth"
n_mandelbrot.a_vli_enum_kSpline = "Spline"
n_mandelbrot.a_vli_niceName = "Value _Interp"
n_mandelbrot.a_vlp_niceName = "Value _Position"
n_mandelbrot.a_wra_niceName = "Wrap Amplitude"
n_mandelbrot.a_zfc_niceName = "Zoom Factor"
n_mandelbrot.baseName = "mandelbrot"
n_mandelbrot.niceName = "Mandelbrot"
//
// String set: n_mandelbrot3D
//
n_mandelbrot3D.a_a_niceName = "Amplitude"
n_mandelbrot3D.a_brt_niceName = "Box Ratio"
n_mandelbrot3D.a_bxm_niceName = "Box Min Radius"
n_mandelbrot3D.a_bxr_niceName = "Box Radius"
n_mandelbrot3D.a_ccr_niceName = "Circle Radius"
n_mandelbrot3D.a_chk_niceName = "Checker"
n_mandelbrot3D.a_cir_niceName = "Circles"
n_mandelbrot3D.a_cl_niceName = "Color"
n_mandelbrot3D.a_clc_niceName = "Color _Color"
n_mandelbrot3D.a_clcb_niceName = "Color _Color B"
n_mandelbrot3D.a_clcg_niceName = "Color _Color G"
n_mandelbrot3D.a_clcr_niceName = "Color _Color R"
n_mandelbrot3D.a_cli_enum_kLinear = "Linear"
n_mandelbrot3D.a_cli_enum_kNone = "None"
n_mandelbrot3D.a_cli_enum_kSmooth = "Smooth"
n_mandelbrot3D.a_cli_enum_kSpline = "Spline"
n_mandelbrot3D.a_cli_niceName = "Color _Interp"
n_mandelbrot3D.a_clp_niceName = "Color _Position"
n_mandelbrot3D.a_cnx_niceName = "Center X"
n_mandelbrot3D.a_cny_niceName = "Center Y"
n_mandelbrot3D.a_cnz_niceName = "Center Z"
n_mandelbrot3D.a_csr_niceName = "Circle Size Ratio"
n_mandelbrot3D.a_dm_niceName = "Depth"
n_mandelbrot3D.a_esr_niceName = "Escape Radius"
n_mandelbrot3D.a_foc_niceName = "Focus"
n_mandelbrot3D.a_imc_niceName = "Implode Center"
n_mandelbrot3D.a_imp_niceName = "Implode"
n_mandelbrot3D.a_imx_niceName = "Implode Center X"
n_mandelbrot3D.a_imy_niceName = "Implode Center Y"
n_mandelbrot3D.a_imz_niceName = "Implode Center Z"
n_mandelbrot3D.a_jlu_niceName = "Julia U"
n_mandelbrot3D.a_jlv_niceName = "Julia V"
n_mandelbrot3D.a_lbl_niceName = "Line Blending"
n_mandelbrot3D.a_lbs_niceName = "Lobes"
n_mandelbrot3D.a_lef_niceName = "Leaf Effect"
n_mandelbrot3D.a_lfc_niceName = "Line Focus"
n_mandelbrot3D.a_lor_niceName = "Line Offset Ratio"
n_mandelbrot3D.a_lou_niceName = "Line Offset U"
n_mandelbrot3D.a_lov_niceName = "Line Offset V"
n_mandelbrot3D.a_mim_enum_kInnerLinesOnlyIm = "Inner Lines Only"
n_mandelbrot3D.a_mim_enum_kLinesIm = "Lines"
n_mandelbrot3D.a_mim_enum_kMaxIterationIm = "Max Iteration"
n_mandelbrot3D.a_mim_enum_kShadedInsideIm = "Shaded Inside"
n_mandelbrot3D.a_mim_enum_kShadedNoLinesIm = "Shaded Without Lines"
n_mandelbrot3D.a_mim_enum_kZeroIm = "Zero"
n_mandelbrot3D.a_mim_niceName = "Mandelbrot Inside Method"
n_mandelbrot3D.a_msm_enum_kClassicSm = "Classic"
n_mandelbrot3D.a_msm_enum_kEscapeRadiusSm = "Escape Radius"
n_mandelbrot3D.a_msm_enum_kLinesOnlySm = "Lines Only"
n_mandelbrot3D.a_msm_enum_kMinRadiusSm = "Minimum Radius"
n_mandelbrot3D.a_msm_enum_kSmoothSm = "Smooth"
n_mandelbrot3D.a_msm_niceName = "Mandelbrot Shade Method"
n_mandelbrot3D.a_nty_enum_kBoxJuliaMt = "Box with Julia Set"
n_mandelbrot3D.a_nty_enum_kBoxMandelbrotMt = "Box with Mandelbrot Set"
n_mandelbrot3D.a_nty_enum_kJuliaMt = "Julia Set"
n_mandelbrot3D.a_nty_enum_kMandelboxMt = "Mandelbox"
n_mandelbrot3D.a_nty_enum_kMandelbrotMt = "Mandelbrot Set"
n_mandelbrot3D.a_nty_niceName = "Mandelbrot Type"
n_mandelbrot3D.a_pts_niceName = "Points"
n_mandelbrot3D.a_rcx_niceName = "Ref Point Camera X"
n_mandelbrot3D.a_rcy_niceName = "Ref Point Camera Y"
n_mandelbrot3D.a_rcz_niceName = "Ref Point Camera Z"
n_mandelbrot3D.a_rox_niceName = "Ref Point Obj X"
n_mandelbrot3D.a_roy_niceName = "Ref Point Obj Y"
n_mandelbrot3D.a_roz_niceName = "Ref Point Obj Z"
n_mandelbrot3D.a_rpc_niceName = "Ref Point Camera"
n_mandelbrot3D.a_rpo_niceName = "Ref Point Obj"
n_mandelbrot3D.a_shi_niceName = "Shift"
n_mandelbrot3D.a_stku_niceName = "Stalks U"
n_mandelbrot3D.a_stkv_niceName = "Stalks V"
n_mandelbrot3D.a_vl_niceName = "Value"
n_mandelbrot3D.a_vlfv_niceName = "Value _Float Value"
n_mandelbrot3D.a_vli_enum_kLinear = "Linear"
n_mandelbrot3D.a_vli_enum_kNone = "None"
n_mandelbrot3D.a_vli_enum_kSmooth = "Smooth"
n_mandelbrot3D.a_vli_enum_kSpline = "Spline"
n_mandelbrot3D.a_vli_niceName = "Value _Interp"
n_mandelbrot3D.a_vlp_niceName = "Value _Position"
n_mandelbrot3D.a_wra_niceName = "Wrap Amplitude"
n_mandelbrot3D.a_xpa_niceName = "X Pixel Angle"
n_mandelbrot3D.a_zfc_niceName = "Zoom Factor"
n_mandelbrot3D.baseName = "mandelbrot3D"
n_mandelbrot3D.niceName = "Mandelbrot 3D"
//
// String set: n_manip2D
//
n_manip2D.baseName = "manip2D"
n_manip2D.niceName = "Manip 2D"
//
// String set: n_manip2DContainer
//
n_manip2DContainer.baseName = "manip2DContainer"
n_manip2DContainer.niceName = "Manip 2DContainer"
//
// String set: n_manip3D
//
n_manip3D.a_cn_niceName = "Connected Nodes"
n_manip3D.baseName = "manip3D"
n_manip3D.niceName = "Manip 3D"
//
// String set: n_manipContainer
//
n_manipContainer.baseName = "manipContainer"
n_manipContainer.niceName = "Manip Container"
//
// String set: n_marble
//
n_marble.a_a_niceName = "Amplitude"
n_marble.a_c_niceName = "Contrast"
n_marble.a_d_niceName = "Depth"
n_marble.a_di_niceName = "Diffusion"
n_marble.a_dmn_niceName = "Depth Min"
n_marble.a_dmx_niceName = "Depth Max"
n_marble.a_fc_niceName = "Filler Color"
n_marble.a_fcb_niceName = "Filler Color B"
n_marble.a_fcg_niceName = "Filler Color G"
n_marble.a_fcr_niceName = "Filler Color R"
n_marble.a_n_niceName = "Normal Camera"
n_marble.a_nx_niceName = "Normal Camera X"
n_marble.a_ny_niceName = "Normal Camera Y"
n_marble.a_nz_niceName = "Normal Camera Z"
n_marble.a_r_niceName = "Ripples"
n_marble.a_ra_niceName = "Ratio"
n_marble.a_rcx_niceName = "Ref Point Camera X"
n_marble.a_rcy_niceName = "Ref Point Camera Y"
n_marble.a_rcz_niceName = "Ref Point Camera Z"
n_marble.a_rox_niceName = "Ref Point Obj X"
n_marble.a_roy_niceName = "Ref Point Obj Y"
n_marble.a_roz_niceName = "Ref Point Obj Z"
n_marble.a_rpc_niceName = "Ref Point Camera"
n_marble.a_rpo_niceName = "Ref Point Obj"
n_marble.a_rx_niceName = "Ripples X"
n_marble.a_ry_niceName = "Ripples Y"
n_marble.a_rz_niceName = "Ripples Z"
n_marble.a_vc_niceName = "Vein Color"
n_marble.a_vcb_niceName = "Vein Color B"
n_marble.a_vcg_niceName = "Vein Color G"
n_marble.a_vcr_niceName = "Vein Color R"
n_marble.a_vw_niceName = "Vein Width"
n_marble.a_xpa_niceName = "X Pixel Angle"
n_marble.baseName = "marble"
n_marble.niceName = "Marble"
//
// String set: n_markerManip
//
n_markerManip.baseName = "markerManip"
n_markerManip.niceName = "Marker Manip"
//
// String set: n_materialFacade
//
n_materialFacade.a_hp_niceName = "Hardware Proxy"
n_materialFacade.a_oc_niceName = "Out Color"
n_materialFacade.a_ocb_niceName = "Out Color B"
n_materialFacade.a_ocg_niceName = "Out Color G"
n_materialFacade.a_ocr_niceName = "Out Color R"
n_materialFacade.a_pip_niceName = "Proxy Init Proc"
n_materialFacade.baseName = "materialFacade"
n_materialFacade.niceName = "Material Facade"
//
// String set: n_materialInfo
//
n_materialInfo.a_m_niceName = "Material"
n_materialInfo.a_sg_niceName = "Shading Group"
n_materialInfo.a_t_niceName = "Texture"
n_materialInfo.a_tc_niceName = "Texture Channel"
n_materialInfo.a_tmip_enum_kFilterDefault = "Global Settings"
n_materialInfo.a_tmip_enum_kFilterLinear = "Bilinear"
n_materialInfo.a_tmip_enum_kFilterNearest = "Nearest(Unfiltered)"
n_materialInfo.a_tmip_enum_kMipBilinear = "Mipmap Bilinear"
n_materialInfo.a_tmip_enum_kMipLinear = "Mipmap Linear"
n_materialInfo.a_tmip_enum_kMipNearest = "Mipmap Nearest"
n_materialInfo.a_tmip_enum_kMipTrilinear = "MipMap Trilinear"
n_materialInfo.a_tmip_niceName = "Texture Filter"
n_materialInfo.a_tn_niceName = "Texture Name"
n_materialInfo.a_tp_niceName = "Texture Plug"
n_materialInfo.baseName = "materialInfo"
n_materialInfo.niceName = "Material Info"
//
// String set: n_membrane
//
n_membrane.a_basc_niceName = "Bend Angle Scale"
n_membrane.a_bnad_niceName = "Bend Angle Dropoff"
n_membrane.a_bnd_niceName = "Bend Resistance"
n_membrane.a_cmsh_niceName = "Collide Mesh"
n_membrane.a_cold_niceName = "Collide"
n_membrane.a_comr_niceName = "Compression Resistance"
n_membrane.a_drg_niceName = "Drag"
n_membrane.a_enb_niceName = "Enable"
n_membrane.a_fron_niceName = "Friction"
n_membrane.a_grdi_niceName = "Gravity Direction"
n_membrane.a_grdx_niceName = "Gravity Direction X"
n_membrane.a_grdy_niceName = "Gravity Direction Y"
n_membrane.a_grdz_niceName = "Gravity Direction Z"
n_membrane.a_grty_niceName = "Gravity"
n_membrane.a_imsh_niceName = "Input Mesh"
n_membrane.a_ix_niceName = "Input Matrix"
n_membrane.a_lft_niceName = "Lift"
n_membrane.a_omsh_niceName = "Output Mesh"
n_membrane.a_pmth_enum_kPMManual = "Manual Pressure Setting"
n_membrane.a_pmth_enum_kPMVolumeTracking = "Volume Tracking Model"
n_membrane.a_pmth_niceName = "Pressure Method"
n_membrane.a_por_niceName = "Push Out Radius"
n_membrane.a_pou_niceName = "Push Out"
n_membrane.a_pres_niceName = "Pressure"
n_membrane.a_rity_niceName = "Rigidity"
n_membrane.a_rlsc_niceName = "Rest Length Scale"
n_membrane.a_rsmh_niceName = "Rest Shape Mesh"
n_membrane.a_scfl_enum_kSCFEdgeEdge = "Full Surface"
n_membrane.a_scfl_enum_kSCFSphere = "Vertex"
n_membrane.a_scfl_enum_kSCFSphereEdge = "VertexEdge"
n_membrane.a_scfl_enum_kSCFSphereTriangle = "VertexFace"
n_membrane.a_scfl_niceName = "Self Collision Flag"
n_membrane.a_scld_niceName = "Self Collide"
n_membrane.a_scws_niceName = "Self Collide Width Scale"
n_membrane.a_shr_niceName = "Shear Resistance"
n_membrane.a_spsc_niceName = "Space Scale"
n_membrane.a_sstp_niceName = "Sub Steps"
n_membrane.a_stch_niceName = "Stretch Resistance"
n_membrane.a_stps_niceName = "Steps"
n_membrane.a_stsz_niceName = "Step Size"
n_membrane.a_tdrg_niceName = "Tangential Drag"
n_membrane.a_tf_niceName = "Turbulence Frequency"
n_membrane.a_thpv_niceName = "Thickness Per Vertex"
n_membrane.a_thss_niceName = "Thickness"
n_membrane.a_to_niceName = "Turbulence Offset"
n_membrane.a_tox_niceName = "Turbulence Offset X"
n_membrane.a_toy_niceName = "Turbulence Offset Y"
n_membrane.a_toz_niceName = "Turbulence Offset Z"
n_membrane.a_trb_niceName = "Turbulence"
n_membrane.a_trt_niceName = "Turbulence Time"
n_membrane.a_tupv_niceName = "Turbulence Per Vertex"
n_membrane.a_wepv_niceName = "Weight Per Vertex"
n_membrane.a_widi_niceName = "Wind Direction"
n_membrane.a_widx_niceName = "Wind Direction X"
n_membrane.a_widy_niceName = "Wind Direction Y"
n_membrane.a_widz_niceName = "Wind Direction Z"
n_membrane.a_wisp_niceName = "Wind Speed"
n_membrane.baseName = "membrane"
n_membrane.niceName = "Membrane"
//
// String set: n_mesh
//
n_mesh.a_adot_niceName = "Always Draw On Top"
n_mesh.a_atm_niceName = "Allow Topology Mod"
n_mesh.a_bck_enum_PLG_DRAW_CULL_FULL = "full"
n_mesh.a_bck_enum_PLG_DRAW_CULL_HARD = "hard"
n_mesh.a_bck_enum_PLG_DRAW_CULL_OFF = "off"
n_mesh.a_bck_enum_PLG_DRAW_CULL_WIRE = "wire"
n_mesh.a_bck_niceName = "Backface Culling"
n_mesh.a_bnr_enum_0 = "Legacy"
n_mesh.a_bnr_enum_1 = "Crease All"
n_mesh.a_bnr_enum_2 = "Crease Edges"
n_mesh.a_bnr_niceName = "Boundary Rule"
n_mesh.a_bw_niceName = "Border Width"
n_mesh.a_cd_niceName = "Crease Data"
n_mesh.a_cfsc_niceName = "Compute From Sculpt Cache"
n_mesh.a_ci_niceName = "Cached In Mesh"
n_mesh.a_clr_niceName = "Colors"
n_mesh.a_clra_niceName = "Color A"
n_mesh.a_clrb_niceName = "Color B"
n_mesh.a_clrg_niceName = "Color G"
n_mesh.a_clrr_niceName = "Color R"
n_mesh.a_co_niceName = "Continuity"
n_mesh.a_cpvx_niceName = "Color Per Vertex"
n_mesh.a_cs_niceName = "Cached Smooth Mesh"
n_mesh.a_cvd_niceName = "Crease Vertex Data"
n_mesh.a_dags_niceName = "Display Alpha As Grey Scale"
n_mesh.a_db_niceName = "Display Borders"
n_mesh.a_dc_niceName = "Display Center"
n_mesh.a_de_enum_kEdgeAll = "Standard"
n_mesh.a_de_enum_kEdgeHardColor = "Hard (color)"
n_mesh.a_de_enum_kEdgeOnlyHard = "Hard"
n_mesh.a_de_enum_kEdgeSoftHard = "Soft/Hard"
n_mesh.a_de_niceName = "Display Edges"
n_mesh.a_dfgi_niceName = "Display Faces With Group Id"
n_mesh.a_difs_niceName = "Display Invisible Faces"
n_mesh.a_din_niceName = "Display Item Numbers"
n_mesh.a_dist_enum_0 = "Scalar"
n_mesh.a_dist_enum_1 = "Vector (global space)"
n_mesh.a_dist_niceName = "Displacement Type"
n_mesh.a_dmb_niceName = "Display Map Borders"
n_mesh.a_dn_niceName = "Display Normal"
n_mesh.a_dnp_niceName = "Display Non Planar"
n_mesh.a_dr_enum_kLevel1 = "1"
n_mesh.a_dr_enum_kLevel2 = "2"
n_mesh.a_dr_enum_kLevel3 = "3"
n_mesh.a_dr_enum_kLevel4 = "4"
n_mesh.a_dr_enum_kLevel5 = "5"
n_mesh.a_dr_enum_kLevel6 = "6 (Finest)"
n_mesh.a_dr_enum_kLevelBase = "0 (Base)"
n_mesh.a_dr_niceName = "Disp Resolution"
n_mesh.a_dsc_niceName = "Display Subd Comps"
n_mesh.a_dsm_enum_kBaseAndSmooth = "Base and Smooth Mesh"
n_mesh.a_dsm_enum_kBaseMeshOnly = "Base Mesh Only"
n_mesh.a_dsm_enum_kSmoothMeshOnly = "Smooth Mesh Only"
n_mesh.a_dsm_niceName = "Display Smooth Mesh"
n_mesh.a_dt_niceName = "Display Triangles"
n_mesh.a_dtn_niceName = "Display Tangent"
n_mesh.a_duv_niceName = "Display UVs"
n_mesh.a_dv_niceName = "Display Vertices"
n_mesh.a_e1_niceName = "Edg 1"
n_mesh.a_e2_niceName = "Edg 2"
n_mesh.a_ed_niceName = "Edge"
n_mesh.a_eh_niceName = "Edgh"
n_mesh.a_emap_niceName = "Edge Id Map"
n_mesh.a_eocl_niceName = "Enable Open CL"
n_mesh.a_fc_niceName = "Face"
n_mesh.a_fcid_niceName = "Face Color Indices"
n_mesh.a_fmap_niceName = "Face Id Map"
n_mesh.a_fnxy_niceName = "Vertex Face Normal XYZ"
n_mesh.a_frgb_niceName = "Vertex Face Color RGB"
n_mesh.a_frze_niceName = "Freeze"
n_mesh.a_hfd_niceName = "Hole Face Data"
n_mesh.a_i_niceName = "In Mesh"
n_mesh.a_ifuv_niceName = "In Force Node UVUpdate"
n_mesh.a_iuv_niceName = "Osd Independent UVChannels"
n_mesh.a_kb_niceName = "Keep Border"
n_mesh.a_khe_niceName = "Keep Hard Edge"
n_mesh.a_kmb_enum_0 = "None"
n_mesh.a_kmb_enum_1 = "Internal"
n_mesh.a_kmb_enum_2 = "All"
n_mesh.a_kmb_niceName = "Keep Map Borders"
n_mesh.a_lev_niceName = "Smooth Level"
n_mesh.a_ltt_niceName = "Load Tiled Textures"
n_mesh.a_matb_enum_kMaterialBlendAdd = "add"
n_mesh.a_matb_enum_kMaterialBlendAverage = "average"
n_mesh.a_matb_enum_kMaterialBlendDivide = "divide"
n_mesh.a_matb_enum_kMaterialBlendModulate2x = "modulate2x"
n_mesh.a_matb_enum_kMaterialBlendMultiply = "multiply"
n_mesh.a_matb_enum_kMaterialBlendOverwrite = "overwrite"
n_mesh.a_matb_enum_kMaterialBlendSubtract = "subtract"
n_mesh.a_matb_niceName = "Material Blend"
n_mesh.a_mne_niceName = "Min Edge Length"
n_mesh.a_mns_niceName = "Min Screen"
n_mesh.a_mvcs_niceName = "Motion Vector Color Set"
n_mesh.a_mxe_niceName = "Max Edge Length"
n_mesh.a_mxs_niceName = "Max Subd"
n_mesh.a_n_niceName = "Normals"
n_mesh.a_ndt_enum_kFaceNormalDisplay = "face"
n_mesh.a_ndt_enum_kVtxFaceNormalDisplay = "vtxface"
n_mesh.a_ndt_enum_kVtxNormalDisplay = "vtx"
n_mesh.a_ndt_niceName = "Normal Type"
n_mesh.a_npvx_niceName = "Normal Per Vertex"
n_mesh.a_ns_niceName = "Normal Size"
n_mesh.a_nt_niceName = "Num Triangles"
n_mesh.a_nx_niceName = "Normalx"
n_mesh.a_nxyz_niceName = "Vertex Normal XYZ"
n_mesh.a_ny_niceName = "Normaly"
n_mesh.a_nz_niceName = "Normalz"
n_mesh.a_o_niceName = "Out Mesh"
n_mesh.a_ocr_enum_k_OsdCreaseMethod_Chaikin = "Chaikin"
n_mesh.a_ocr_enum_k_OsdCreaseMethod_Normal = "Normal"
n_mesh.a_ocr_niceName = "Osd Crease Method"
n_mesh.a_ofb_enum_k_OsdBoundary_AlwaysSharp = "Maya Catmull-Clark"
n_mesh.a_ofb_enum_k_OsdBoundary_EdgeAndCorner = "Preserve Edges and Corners"
n_mesh.a_ofb_enum_k_OsdBoundary_EdgeOnly = "Preserve Edges"
n_mesh.a_ofb_enum_k_OsdBoundary_None = "None"
n_mesh.a_ofb_niceName = "Osd Fvar Boundary"
n_mesh.a_ofc_niceName = "Osd Fvar Propagate Corners"
n_mesh.a_ofuv_niceName = "Out Force Node UVUpdate"
n_mesh.a_ogc_niceName = "Out Geometry Clean"
n_mesh.a_os_niceName = "Out Smooth Mesh"
n_mesh.a_osde_niceName = "Out Smooth Mesh Subd Error"
n_mesh.a_ost_niceName = "Osd Smooth Triangles"
n_mesh.a_ovb_enum_k_OsdBoundary_EdgeAndCorner = "Sharp edges and corners"
n_mesh.a_ovb_enum_k_OsdBoundary_EdgeOnly = "Sharp edges"
n_mesh.a_ovb_niceName = "Osd Vert Boundary"
n_mesh.a_pd_niceName = "Pin Data"
n_mesh.a_peh_niceName = "Propagate Edge Hardness"
n_mesh.a_pii_niceName = "Per Instance Index"
n_mesh.a_pit_niceName = "Per Instance Tag"
n_mesh.a_pt_niceName = "Pnts"
n_mesh.a_px_niceName = "Pntx"
n_mesh.a_py_niceName = "Pnty"
n_mesh.a_pz_niceName = "Pntz"
n_mesh.a_qsp_enum_kBestShape = "Best Shape"
n_mesh.a_qsp_enum_kLeftSplit = "Left"
n_mesh.a_qsp_enum_kRightSplit = "Right"
n_mesh.a_qsp_niceName = "Quad Split"
n_mesh.a_rsl_niceName = "Render Smooth Level"
n_mesh.a_rtri_niceName = "Reuse Triangles"
n_mesh.a_sdis_niceName = "Show Displacements"
n_mesh.a_sdt_enum_kCatmullClark = "Maya Catmull-Clark"
n_mesh.a_sdt_enum_kOpenSubdivCatmullClarkAdaptive = "OpenSubdiv Catmull-Clark Adaptive"
n_mesh.a_sdt_enum_kOpenSubdivCatmullClarkUniform = "OpenSubdiv Catmull-Clark"
n_mesh.a_sdt_niceName = "Smooth Draw Type"
n_mesh.a_so_niceName = "Smooth Offset"
n_mesh.a_socp_niceName = "Smooth Osd Colorize Patches"
n_mesh.a_ssm_enum_kBaseAndProjectedCage = "Base and Projected Cage"
n_mesh.a_ssm_enum_kBaseCageOnly = "Base Cage"
n_mesh.a_ssm_enum_kProjectedCageOnly = "Projected Cage"
n_mesh.a_ssm_niceName = "Smooth Mesh Selection Mode"
n_mesh.a_stlv_niceName = "Smooth Tess Level"
n_mesh.a_suv_niceName = "Smooth UVs"
n_mesh.a_sw_niceName = "Smooth Warn"
n_mesh.a_sx_niceName = "Sofx"
n_mesh.a_sy_niceName = "Sofy"
n_mesh.a_sz_niceName = "Sofz"
n_mesh.a_tgsp_enum_kDetectWindingLeftHanded = "detectWindingLeftHanded"
n_mesh.a_tgsp_enum_kDetectWindingRightHanded = "detectWindingRightHanded"
n_mesh.a_tgsp_enum_kLeftHanded = "leftHanded"
n_mesh.a_tgsp_enum_kRightHanded = "rightHanded"
n_mesh.a_tgsp_niceName = "Tangent Space"
n_mesh.a_tnt_niceName = "Tangent Normal Threshold"
n_mesh.a_tsa_niceName = "Tangent Smoothing Angle"
n_mesh.a_tsl_niceName = "Max Triangles"
n_mesh.a_ugsdt_niceName = "Use Global Smooth Draw Type"
n_mesh.a_uie_niceName = "Use Min Edge Length"
n_mesh.a_umsc_niceName = "Use Mesh Sculpt Cache"
n_mesh.a_umtsc_niceName = "Use Mesh Tex Sculpt Cache"
n_mesh.a_unp_niceName = "Use Num Triangles"
n_mesh.a_uns_niceName = "Use Min Screen"
n_mesh.a_uob_niceName = "Use Osd Boundary Methods"
n_mesh.a_uspr_niceName = "Use Smooth Preview For Render"
n_mesh.a_usz_niceName = "Uv Size"
n_mesh.a_utrg_niceName = "User Trg"
n_mesh.a_uv_niceName = "Uvpt"
n_mesh.a_uvtl_niceName = "Uv Tweak Location"
n_mesh.a_ux_niceName = "Uvpx"
n_mesh.a_uxe_niceName = "Use Max Edge Length"
n_mesh.a_uxs_niceName = "Use Max Subdivisions"
n_mesh.a_uxu_niceName = "Use Max UV"
n_mesh.a_uy_niceName = "Uvpy"
n_mesh.a_vbc_niceName = "Vertex Backface Culling"
n_mesh.a_vclr_niceName = "Vertex Color"
n_mesh.a_vcs_enum_kColorSourceColorSet = "Current Color Set"
n_mesh.a_vcs_enum_kColorSourceInfluenceColors = "Influence Colors"
n_mesh.a_vcs_enum_kColorSourceNone = "None"
n_mesh.a_vcs_niceName = "Vertex Color Source"
n_mesh.a_vfal_niceName = "Vertex Face Alpha"
n_mesh.a_vfcb_niceName = "Vertex Face Color B"
n_mesh.a_vfcg_niceName = "Vertex Face Color G"
n_mesh.a_vfcl_niceName = "Vertex Face Color"
n_mesh.a_vfcr_niceName = "Vertex Face Color R"
n_mesh.a_vfnl_niceName = "Vertex Face Normal"
n_mesh.a_vfnx_niceName = "Vertex Face Normal X"
n_mesh.a_vfny_niceName = "Vertex Face Normal Y"
n_mesh.a_vfnz_niceName = "Vertex Face Normal Z"
n_mesh.a_vmap_niceName = "Vertex Id Map"
n_mesh.a_vn_niceName = "Vertex Normal"
n_mesh.a_vnm_enum_kVertexNormalsAngleAndAreaWeighted = "Angle And Area Weighted"
n_mesh.a_vnm_enum_kVertexNormalsAngleWeighted = "Angle Weighted"
n_mesh.a_vnm_enum_kVertexNormalsAreaWeighted = "Area Weighted"
n_mesh.a_vnm_enum_kVertexNormalsUnweighted = "Unweighted"
n_mesh.a_vnm_niceName = "Vertex Normal Method"
n_mesh.a_vrgb_niceName = "Vertex Color RGB"
n_mesh.a_vs_niceName = "Vertex Size"
n_mesh.a_vt_niceName = "Vrts"
n_mesh.a_vx_niceName = "Vrtx"
n_mesh.a_vxal_niceName = "Vertex Alpha"
n_mesh.a_vxcb_niceName = "Vertex Color B"
n_mesh.a_vxcg_niceName = "Vertex Color G"
n_mesh.a_vxcr_niceName = "Vertex Color R"
n_mesh.a_vxnx_niceName = "Vertex Normal X"
n_mesh.a_vxny_niceName = "Vertex Normal Y"
n_mesh.a_vxnz_niceName = "Vertex Normal Z"
n_mesh.a_vy_niceName = "Vrty"
n_mesh.a_vz_niceName = "Vrtz"
n_mesh.a_w_niceName = "World Mesh"
n_mesh.a_xuv_niceName = "Max Uv"
n_mesh.baseName = "mesh"
n_mesh.niceName = "Mesh"
//
// String set: n_meshVarGroup
//
n_meshVarGroup.a_cr_niceName = "Create"
n_meshVarGroup.a_l_niceName = "Local"
n_meshVarGroup.baseName = "meshVarGroup"
n_meshVarGroup.niceName = "Mesh Var Group"
//
// String set: n_motionPath
//
n_motionPath.a_ac_niceName = "All Coordinates"
n_motionPath.a_b_niceName = "Bank"
n_motionPath.a_bl_niceName = "Bank Limit"
n_motionPath.a_bs_niceName = "Bank Scale"
n_motionPath.a_f_niceName = "Follow"
n_motionPath.a_fa_enum_kXaxis = "X"
n_motionPath.a_fa_enum_kYaxis = "Y"
n_motionPath.a_fa_enum_kZaxis = "Z"
n_motionPath.a_fa_niceName = "Front Axis"
n_motionPath.a_fm_niceName = "Fraction Mode"
n_motionPath.a_fn_niceName = "Flow Node"
n_motionPath.a_ft_niceName = "Front Twist"
n_motionPath.a_gp_niceName = "Geometry Path"
n_motionPath.a_if_niceName = "Inverse Front"
n_motionPath.a_iu_niceName = "Inverse Up"
n_motionPath.a_nr_niceName = "Normal"
n_motionPath.a_om_niceName = "Orient Matrix"
n_motionPath.a_omt_niceName = "Orientation Marker Time"
n_motionPath.a_pmt_niceName = "Position Marker Time"
n_motionPath.a_r_niceName = "Rotate"
n_motionPath.a_ro_enum_kXYZ = "xyz"
n_motionPath.a_ro_enum_kXZY = "xzy"
n_motionPath.a_ro_enum_kYXZ = "yxz"
n_motionPath.a_ro_enum_kYZX = "yzx"
n_motionPath.a_ro_enum_kZXY = "zxy"
n_motionPath.a_ro_enum_kZYX = "zyx"
n_motionPath.a_ro_niceName = "Rotate Order"
n_motionPath.a_rx_niceName = "Rotate X"
n_motionPath.a_ry_niceName = "Rotate Y"
n_motionPath.a_rz_niceName = "Rotate Z"
n_motionPath.a_st_niceName = "Side Twist"
n_motionPath.a_u_niceName = "U Value"
n_motionPath.a_ua_enum_kXaxis = "X"
n_motionPath.a_ua_enum_kYaxis = "Y"
n_motionPath.a_ua_enum_kZaxis = "Z"
n_motionPath.a_ua_niceName = "Up Axis"
n_motionPath.a_uom_niceName = "Update OM"
n_motionPath.a_ut_niceName = "Up Twist"
n_motionPath.a_wu_niceName = "World Up Vector"
n_motionPath.a_wum_niceName = "World Up Matrix"
n_motionPath.a_wut_enum_kUpNormal = "Normal"
n_motionPath.a_wut_enum_kUpObject = "Object Up"
n_motionPath.a_wut_enum_kUpObjectRotation = "Object Rotation Up"
n_motionPath.a_wut_enum_kUpScene = "Scene Up"
n_motionPath.a_wut_enum_kUpVector = "Vector"
n_motionPath.a_wut_niceName = "World Up Type"
n_motionPath.a_wux_niceName = "World Up Vector X"
n_motionPath.a_wuy_niceName = "World Up Vector Y"
n_motionPath.a_wuz_niceName = "World Up Vector Z"
n_motionPath.a_xc_niceName = "X Coordinate"
n_motionPath.a_yc_niceName = "Y Coordinate"
n_motionPath.a_zc_niceName = "Z Coordinate"
n_motionPath.baseName = "motionPath"
n_motionPath.niceName = "Motion Path"
//
// String set: n_motionPathManip
//
n_motionPathManip.baseName = "motionPathManip"
n_motionPathManip.niceName = "Motion Path Manip"
//
// String set: n_motionTrail
//
n_motionTrail.a_atr_niceName = "Anchor Transform"
n_motionTrail.a_ekt_niceName = "Extra Keyframe Times"
n_motionTrail.a_fk_niceName = "Keyframe Flags"
n_motionTrail.a_hat_niceName = "Has Anchor Transform"
n_motionTrail.a_kt_niceName = "Keyframe Times"
n_motionTrail.baseName = "motionTrail"
n_motionTrail.niceName = "Motion Trail"
//
// String set: n_motionTrailShape
//
n_motionTrailShape.a_af_niceName = "Post Frame"
n_motionTrailShape.a_ak_niceName = "Active Keyframe Color"
n_motionTrailShape.a_akb_niceName = "Active Keyframe Color B"
n_motionTrailShape.a_akg_niceName = "Active Keyframe Color G"
n_motionTrailShape.a_akr_niceName = "Active Keyframe Color R"
n_motionTrailShape.a_b_niceName = "Increment"
n_motionTrailShape.a_bc_niceName = "Bead Color"
n_motionTrailShape.a_bcb_niceName = "Bead Color B"
n_motionTrailShape.a_bcg_niceName = "Bead Color G"
n_motionTrailShape.a_bcr_niceName = "Bead Color R"
n_motionTrailShape.a_bf_niceName = "Pre Frame"
n_motionTrailShape.a_ec_niceName = "Extra Keyframe Color"
n_motionTrailShape.a_ecb_niceName = "Extra Keyframe Color B"
n_motionTrailShape.a_ecg_niceName = "Extra Keyframe Color G"
n_motionTrailShape.a_ecr_niceName = "Extra Keyframe Color R"
n_motionTrailShape.a_ekt_niceName = "Extra Keyframe Times"
n_motionTrailShape.a_etc_niceName = "Extra Trail Color"
n_motionTrailShape.a_etcb_niceName = "Extra Trail Color B"
n_motionTrailShape.a_etcg_niceName = "Extra Trail Color G"
n_motionTrailShape.a_etcr_niceName = "Extra Trail Color R"
n_motionTrailShape.a_fc_niceName = "Frame Marker Color"
n_motionTrailShape.a_fcb_niceName = "Frame Marker Color B"
n_motionTrailShape.a_fcg_niceName = "Frame Marker Color G"
n_motionTrailShape.a_fcr_niceName = "Frame Marker Color R"
n_motionTrailShape.a_fi_niceName = "Fade Inout Frames"
n_motionTrailShape.a_fk_niceName = "Keyframe Flags"
n_motionTrailShape.a_fs_niceName = "Frame Marker Size"
n_motionTrailShape.a_kc_niceName = "Keyframe Color"
n_motionTrailShape.a_kcb_niceName = "Keyframe Color B"
n_motionTrailShape.a_kcg_niceName = "Keyframe Color G"
n_motionTrailShape.a_kcr_niceName = "Keyframe Color R"
n_motionTrailShape.a_ks_niceName = "Keyframe Size"
n_motionTrailShape.a_kt_niceName = "Keyframe Times"
n_motionTrailShape.a_lp_niceName = "Local Position"
n_motionTrailShape.a_lpx_niceName = "Local Position X"
n_motionTrailShape.a_lpy_niceName = "Local Position Y"
n_motionTrailShape.a_lpz_niceName = "Local Position Z"
n_motionTrailShape.a_mok_niceName = "Modify Keys"
n_motionTrailShape.a_pd_niceName = "Pinned"
n_motionTrailShape.a_s_niceName = "Start Time"
n_motionTrailShape.a_sek_niceName = "Show Extra Keys"
n_motionTrailShape.a_sff_niceName = "Show Frame Marker Frames"
n_motionTrailShape.a_sfm_niceName = "Show Frame Markers"
n_motionTrailShape.a_sib_niceName = "Show In Bead"
n_motionTrailShape.a_sit_niceName = "Show In Tangent"
n_motionTrailShape.a_sob_niceName = "Show Out Bead"
n_motionTrailShape.a_sot_niceName = "Show Out Tangent"
n_motionTrailShape.a_tc_niceName = "Trail Color"
n_motionTrailShape.a_tcb_niceName = "Trail Color B"
n_motionTrailShape.a_tcg_niceName = "Trail Color G"
n_motionTrailShape.a_tcr_niceName = "Trail Color R"
n_motionTrailShape.a_tdm_enum_kDisplayNormal = "Constant"
n_motionTrailShape.a_tdm_enum_kShowCurrentFrame = "Past / Future"
n_motionTrailShape.a_tdm_enum_kShowFrameTiming = "Alternating Frames"
n_motionTrailShape.a_tdm_niceName = "Trail Draw Mode"
n_motionTrailShape.a_tps_niceName = "Tangent Points"
n_motionTrailShape.a_tr_niceName = "Transform To Move"
n_motionTrailShape.a_tt_niceName = "Trail Thickness"
n_motionTrailShape.a_txv_niceName = "Tx Value"
n_motionTrailShape.a_tyv_niceName = "Ty Value"
n_motionTrailShape.a_tzv_niceName = "Tz Value"
n_motionTrailShape.a_xd_niceName = "Xray Draw"
n_motionTrailShape.baseName = "motionTrailShape"
n_motionTrailShape.niceName = "Motion Trail Shape"
//
// String set: n_mountain
//
n_mountain.a_a_niceName = "Amplitude"
n_mountain.a_bo_niceName = "Boundary"
n_mountain.a_dmx_niceName = "Depth Max"
n_mountain.a_rc_niceName = "Rock Color"
n_mountain.a_rcb_niceName = "Rock Color B"
n_mountain.a_rcg_niceName = "Rock Color G"
n_mountain.a_rcr_niceName = "Rock Color R"
n_mountain.a_rr_niceName = "Rock Roughness"
n_mountain.a_sa_niceName = "Snow Altitude"
n_mountain.a_sc_niceName = "Snow Color"
n_mountain.a_scb_niceName = "Snow Color B"
n_mountain.a_scg_niceName = "Snow Color G"
n_mountain.a_scr_niceName = "Snow Color R"
n_mountain.a_sd_niceName = "Snow Dropoff"
n_mountain.a_sr_niceName = "Snow Roughness"
n_mountain.a_ss_niceName = "Snow Slope"
n_mountain.baseName = "mountain"
n_mountain.niceName = "Mountain"
//
// String set: n_moveBezierHandleManip
//
n_moveBezierHandleManip.baseName = "moveBezierHandleManip"
n_moveBezierHandleManip.niceName = "Move Bezier Handle Manip"
//
// String set: n_moveVertexManip
//
n_moveVertexManip.baseName = "moveVertexManip"
n_moveVertexManip.niceName = "Move Vertex Manip"
//
// String set: n_movie
//
n_movie.baseName = "movie"
n_movie.niceName = "Movie"
//
// String set: n_mpBirailSrf
//
n_mpBirailSrf.a_ip_niceName = "Input Profile"
n_mpBirailSrf.a_tp1_niceName = "Tangent Continuity Profile 1"
n_mpBirailSrf.a_tp2_niceName = "Tangent Continuity Profile 2"
n_mpBirailSrf.baseName = "mpBirailSrf"
n_mpBirailSrf.niceName = "Mp Birail Srf"
//
// String set: n_multDoubleLinear
//
n_multDoubleLinear.a_i1_niceName = "Input 1"
n_multDoubleLinear.a_i2_niceName = "Input 2"
n_multDoubleLinear.a_o_niceName = "Output"
n_multDoubleLinear.baseName = "multDoubleLinear"
n_multDoubleLinear.niceName = "Mult Double Linear"
//
// String set: n_multMatrix
//
n_multMatrix.a_i_niceName = "Matrix In"
n_multMatrix.a_o_niceName = "Matrix Sum"
n_multMatrix.baseName = "multMatrix"
n_multMatrix.niceName = "Mult Matrix"
//
// String set: n_multilisterLight
//
n_multilisterLight.a_la_niceName = "Light Ambient"
n_multilisterLight.a_lbd_niceName = "Light Blind Data"
n_multilisterLight.a_ld_niceName = "Light Direction"
n_multilisterLight.a_ldf_niceName = "Light Diffuse"
n_multilisterLight.a_ldx_niceName = "Light Direction X"
n_multilisterLight.a_ldy_niceName = "Light Direction Y"
n_multilisterLight.a_ldz_niceName = "Light Direction Z"
n_multilisterLight.a_li_niceName = "Light Intensity"
n_multilisterLight.a_lib_niceName = "Light Intensity B"
n_multilisterLight.a_lig_niceName = "Light Intensity G"
n_multilisterLight.a_lir_niceName = "Light Intensity R"
n_multilisterLight.a_ls_niceName = "Light Specular"
n_multilisterLight.a_lsf_niceName = "Light Shadow Fraction"
n_multilisterLight.a_ltd_niceName = "Light Data"
n_multilisterLight.a_p_niceName = "Point Camera"
n_multilisterLight.a_psi_niceName = "Pre Shadow Intensity"
n_multilisterLight.a_px_niceName = "Point Camera X"
n_multilisterLight.a_py_niceName = "Point Camera Y"
n_multilisterLight.a_pz_niceName = "Point Camera Z"
n_multilisterLight.baseName = "multilisterLight"
n_multilisterLight.niceName = "Multilister Light"
//
// String set: n_multiplyDivide
//
n_multiplyDivide.a_i1_niceName = "Input 1"
n_multiplyDivide.a_i1x_niceName = "Input 1X"
n_multiplyDivide.a_i1y_niceName = "Input 1Y"
n_multiplyDivide.a_i1z_niceName = "Input 1Z"
n_multiplyDivide.a_i2_niceName = "Input 2"
n_multiplyDivide.a_i2x_niceName = "Input 2X"
n_multiplyDivide.a_i2y_niceName = "Input 2Y"
n_multiplyDivide.a_i2z_niceName = "Input 2Z"
n_multiplyDivide.a_o_niceName = "Output"
n_multiplyDivide.a_op_enum_kDivide = "Divide"
n_multiplyDivide.a_op_enum_kMultiply = "Multiply"
n_multiplyDivide.a_op_enum_kNone = "No operation"
n_multiplyDivide.a_op_enum_kPower = "Power"
n_multiplyDivide.a_op_niceName = "Operation"
n_multiplyDivide.a_ox_niceName = "Output X"
n_multiplyDivide.a_oy_niceName = "Output Y"
n_multiplyDivide.a_oz_niceName = "Output Z"
n_multiplyDivide.baseName = "multiplyDivide"
n_multiplyDivide.niceName = "Multiply Divide"
//
// String set: n_mute
//
n_mute.a_h_niceName = "Hold"
n_mute.a_ht_niceName = "Hold Time"
n_mute.a_i_niceName = "Input"
n_mute.a_m_niceName = "Mute"
n_mute.a_o_niceName = "Output"
n_mute.baseName = "mute"
n_mute.niceName = "Mute"
//
// String set: n_nBase
//
n_nBase.a_actv_niceName = "Active"
n_nBase.a_admp_niceName = "Damp Map"
n_nBase.a_adng_niceName = "Damp"
n_nBase.a_apds_niceName = "Air Push Distance"
n_nBase.a_apvy_niceName = "Air Push Vorticity"
n_nBase.a_bmt_enum_kBounceNone = "None"
n_nBase.a_bmt_enum_kBouncePerVertex = "Per-vertex"
n_nBase.a_bmt_enum_kBounceTexture = "Texture"
n_nBase.a_bmt_niceName = "Bounce Map Type"
n_nBase.a_boce_niceName = "Bounce"
n_nBase.a_bomp_niceName = "Bounce Map"
n_nBase.a_bpv_niceName = "Bounce Per Vertex"
n_nBase.a_chad_niceName = "Cache Array Data"
n_nBase.a_cll_niceName = "Collision Layer"
n_nBase.a_clst_niceName = "Collide Strength"
n_nBase.a_cofl_enum_kCFEdge = "Edge"
n_nBase.a_cofl_enum_kCFFace = "Face"
n_nBase.a_cofl_enum_kCFVertex = "Vertex"
n_nBase.a_cofl_niceName = "Collision Flag"
n_nBase.a_cold_niceName = "Collide"
n_nBase.a_cop_niceName = "Crossover Push"
n_nBase.a_csmp_niceName = "Collide Strength Map"
n_nBase.a_csmt_enum_kCollideStrengthNone = "None"
n_nBase.a_csmt_enum_kCollideStrengthPerVertex = "Per-vertex"
n_nBase.a_csmt_enum_kCollideStrengthTexture = "Texture"
n_nBase.a_csmt_niceName = "Collide Strength Map Type"
n_nBase.a_cspv_niceName = "Collide Strength Per Vertex"
n_nBase.a_cust_niceName = "Current State"
n_nBase.a_dcb_niceName = "Display Color B"
n_nBase.a_dcg_niceName = "Display Color G"
n_nBase.a_dcl_niceName = "Display Color"
n_nBase.a_dcr_niceName = "Display Color R"
n_nBase.a_dmt_enum_kDampNone = "None"
n_nBase.a_dmt_enum_kDampPerVertex = "Per-vertex"
n_nBase.a_dmt_enum_kDampTexture = "Texture"
n_nBase.a_dmt_niceName = "Damp Map Type"
n_nBase.a_dpv_niceName = "Damp Per Vertex"
n_nBase.a_fdi_niceName = "Field Distance"
n_nBase.a_ffd_enum_kFFAlongNormal = "AlongNormal"
n_nBase.a_ffd_enum_kFFDoubleSided = "Double Sided"
n_nBase.a_ffd_enum_kFFOff = "Off"
n_nBase.a_ffd_enum_kFFSingleSided = "Single Sided"
n_nBase.a_ffd_niceName = "Force Field"
n_nBase.a_fma_niceName = "Field Magnitude"
n_nBase.a_fmmp_niceName = "Field Magnitude Map"
n_nBase.a_fmmt_enum_kFieldMagnitudeNone = "None"
n_nBase.a_fmmt_enum_kFieldMagnitudePerVertex = "Per-vertex"
n_nBase.a_fmmt_enum_kFieldMagnitudeTexture = "Texture"
n_nBase.a_fmmt_niceName = "Field Magnitude Map Type"
n_nBase.a_fmpv_niceName = "Field Magnitude Per Vertex"
n_nBase.a_fmt_enum_kFrictionNone = "None"
n_nBase.a_fmt_enum_kFrictionPerVertex = "Per-vertex"
n_nBase.a_fmt_enum_kFrictionTexture = "Texture"
n_nBase.a_fmt_niceName = "Friction Map Type"
n_nBase.a_fpv_niceName = "Friction Per Vertex"
n_nBase.a_frmp_niceName = "Friction Map"
n_nBase.a_fron_niceName = "Friction"
n_nBase.a_fsc_niceName = "Field Scale"
n_nBase.a_fscfv_niceName = "Field Scale _Float Value"
n_nBase.a_fsci_enum_kLinear = "Linear"
n_nBase.a_fsci_enum_kNone = "None"
n_nBase.a_fsci_enum_kSmooth = "Smooth"
n_nBase.a_fsci_enum_kSpline = "Spline"
n_nBase.a_fsci_niceName = "Field Scale _Interp"
n_nBase.a_fscp_niceName = "Field Scale _Position"
n_nBase.a_imsh_niceName = "Input Mesh"
n_nBase.a_inst_niceName = "Internal State"
n_nBase.a_lfcr_niceName = "Local Force"
n_nBase.a_lfcx_niceName = "Local Force X"
n_nBase.a_lfcy_niceName = "Local Force Y"
n_nBase.a_lfcz_niceName = "Local Force Z"
n_nBase.a_lsou_niceName = "Local Space Output"
n_nBase.a_lwnr_niceName = "Local Wind"
n_nBase.a_lwnx_niceName = "Local Wind X"
n_nBase.a_lwny_niceName = "Local Wind Y"
n_nBase.a_lwnz_niceName = "Local Wind Z"
n_nBase.a_mamp_niceName = "Mass Map"
n_nBase.a_mmt_enum_kMassNone = "None"
n_nBase.a_mmt_enum_kMassPerVertex = "Per-vertex"
n_nBase.a_mmt_enum_kMassTexture = "Texture"
n_nBase.a_mmt_niceName = "Mass Map Type"
n_nBase.a_mpv_niceName = "Mass Per Vertex"
n_nBase.a_msci_niceName = "Max Self Collision Iterations"
n_nBase.a_mxit_niceName = "Max Iterations"
n_nBase.a_nuid_niceName = "Nucleus Id"
n_nBase.a_nxst_niceName = "Next State"
n_nBase.a_pfc_niceName = "Play From Cache"
n_nBase.a_pfdi_niceName = "Point Field Distance"
n_nBase.a_pfdo_niceName = "Point Field Dropoff"
n_nBase.a_pfdofv_niceName = "Point Field Dropoff _Float Value"
n_nBase.a_pfdoi_enum_kLinear = "Linear"
n_nBase.a_pfdoi_enum_kNone = "None"
n_nBase.a_pfdoi_enum_kSmooth = "Smooth"
n_nBase.a_pfdoi_enum_kSpline = "Spline"
n_nBase.a_pfdoi_niceName = "Point Field Dropoff _Interp"
n_nBase.a_pfdop_niceName = "Point Field Dropoff _Position"
n_nBase.a_pff_enum_kPFOff = "Off"
n_nBase.a_pff_enum_kPFThicknessRelative = "ThicknessRelative"
n_nBase.a_pff_enum_kPFWorldspace = "Worldspace"
n_nBase.a_pff_niceName = "Point Force Field"
n_nBase.a_pfma_niceName = "Point Field Magnitude"
n_nBase.a_pmss_niceName = "Point Mass"
n_nBase.a_por_niceName = "Push Out Radius"
n_nBase.a_poss_niceName = "Positions"
n_nBase.a_pou_niceName = "Push Out"
n_nBase.a_rlsc_niceName = "Rest Length Scale"
n_nBase.a_scfl_enum_kSCFEdgeEdge = "Full Surface"
n_nBase.a_scfl_enum_kSCFSphere = "Vertex"
n_nBase.a_scfl_enum_kSCFSphereEdge = "VertexEdge"
n_nBase.a_scfl_enum_kSCFSphereTriangle = "VertexFace"
n_nBase.a_scfl_niceName = "Self Collision Flag"
n_nBase.a_scld_niceName = "Self Collide"
n_nBase.a_sfat_niceName = "Self Attract"
n_nBase.a_skmp_niceName = "Stickiness Map"
n_nBase.a_skmt_enum_kStickinessNone = "None"
n_nBase.a_skmt_enum_kStickinessPerVertex = "Per-vertex"
n_nBase.a_skmt_enum_kStickinessTexture = "Texture"
n_nBase.a_skmt_niceName = "Stickiness Map Type"
n_nBase.a_skpv_niceName = "Stickiness Per Vertex"
n_nBase.a_spns_niceName = "Start Positions"
n_nBase.a_stck_niceName = "Stickiness"
n_nBase.a_stst_niceName = "Start State"
n_nBase.a_sves_niceName = "Start Velocities"
n_nBase.a_thmp_niceName = "Thickness Map"
n_nBase.a_thpv_niceName = "Thickness Per Vertex"
n_nBase.a_thss_niceName = "Thickness"
n_nBase.a_tmt_enum_kThicknessNone = "None"
n_nBase.a_tmt_enum_kThicknessPerVertex = "Per-vertex"
n_nBase.a_tmt_enum_kThicknessTexture = "Texture"
n_nBase.a_tmt_niceName = "Thickness Map Type"
n_nBase.a_tpc_niceName = "Trapped Check"
n_nBase.a_vels_niceName = "Velocities"
n_nBase.a_wsdi_niceName = "Wind Shadow Diffusion"
n_nBase.a_wsds_niceName = "Wind Shadow Distance"
n_nBase.baseName = "nBase"
n_nBase.niceName = "N Base"
//
// String set: n_nCloth
//
n_nCloth.a_aclk_niceName = "Add Cross Links"
n_nCloth.a_aits_niceName = "Air Tightness"
n_nCloth.a_badm_niceName = "Bend Angle Dropoff Map"
n_nCloth.a_badv_niceName = "Bend Angle Dropoff Per Vertex"
n_nCloth.a_bamt_enum_kBendAngleDropoffNone = "None"
n_nCloth.a_bamt_enum_kBendAngleDropoffPerVertex = "Per-vertex"
n_nCloth.a_bamt_enum_kBendAngleDropoffTexture = "Texture"
n_nCloth.a_bamt_niceName = "Bend Angle Dropoff Map Type"
n_nCloth.a_basc_niceName = "Bend Angle Scale"
n_nCloth.a_bdmt_enum_kBendNone = "None"
n_nCloth.a_bdmt_enum_kBendPerVertex = "Per-vertex"
n_nCloth.a_bdmt_enum_kBendTexture = "Texture"
n_nCloth.a_bdmt_niceName = "Bend Map Type"
n_nCloth.a_bdpv_niceName = "Bend Per Vertex"
n_nCloth.a_bemp_niceName = "Bend Map"
n_nCloth.a_bnad_niceName = "Bend Angle Dropoff"
n_nCloth.a_bnd_niceName = "Bend Resistance"
n_nCloth.a_bnsl_enum_kBFlipTracking = "Flip Tracking"
n_nCloth.a_bnsl_enum_kBHighQuality = "High Quality"
n_nCloth.a_bnsl_enum_kBSimple = "Simple"
n_nCloth.a_bnsl_niceName = "Bend Solver"
n_nCloth.a_caat_enum_kDynamicState = "Dynamic State"
n_nCloth.a_caat_enum_kPosition = "Position"
n_nCloth.a_caat_enum_kPositionVelocity = "Position And Velocity"
n_nCloth.a_caat_niceName = "Cacheable Attributes"
n_nCloth.a_clth_niceName = "Collide Last Threshold"
n_nCloth.a_cmmp_niceName = "Compression Map"
n_nCloth.a_cmmt_enum_kCompressionNone = "None"
n_nCloth.a_cmmt_enum_kCompressionPerVertex = "Per-vertex"
n_nCloth.a_cmmt_enum_kCompressionTexture = "Texture"
n_nCloth.a_cmmt_niceName = "Compression Map Type"
n_nCloth.a_cmpv_niceName = "Compression Per Vertex"
n_nCloth.a_comr_niceName = "Compression Resistance"
n_nCloth.a_cu_enum_kCUCacheFileInfo = "Cache File Info"
n_nCloth.a_cu_enum_kCUCacheUsed = "Cache/Simulation"
n_nCloth.a_cu_enum_kCUNone = "None"
n_nCloth.a_cu_niceName = "Cache Usage"
n_nCloth.a_demp_niceName = "Deform Map"
n_nCloth.a_dety_niceName = "Deform Resistance"
n_nCloth.a_dfpv_niceName = "Deform Per Vertex"
n_nCloth.a_dmmt_enum_kDeformNone = "None"
n_nCloth.a_dmmt_enum_kDeformPerVertex = "Per-vertex"
n_nCloth.a_dmmt_enum_kDeformTexture = "Texture"
n_nCloth.a_dmmt_niceName = "Deform Map Type"
n_nCloth.a_drg_niceName = "Drag"
n_nCloth.a_drmp_niceName = "Drag Map"
n_nCloth.a_drmt_enum_kDragNone = "None"
n_nCloth.a_drmt_enum_kDragPerVertex = "Per-vertex"
n_nCloth.a_drmt_enum_kDragTexture = "Texture"
n_nCloth.a_drmt_niceName = "Drag Map Type"
n_nCloth.a_drpv_niceName = "Drag Per Vertex"
n_nCloth.a_evo_enum_kEVParallel = "Parallel"
n_nCloth.a_evo_enum_kEVSequential = "Sequential"
n_nCloth.a_evo_niceName = "Evaluation Order"
n_nCloth.a_iadm_niceName = "Input Attract Damp"
n_nCloth.a_iamp_niceName = "Input Attract Map"
n_nCloth.a_iamt_enum_kInputAttractNone = "None"
n_nCloth.a_iamt_enum_kInputAttractPerVertex = "Per-vertex"
n_nCloth.a_iamt_enum_kInputAttractTexture = "Texture"
n_nCloth.a_iamt_niceName = "Input Attract Map Type"
n_nCloth.a_iapv_niceName = "Input Attract Per Vertex"
n_nCloth.a_iatm_enum_kLockIfOne = "Lock values of 1.0 or greater"
n_nCloth.a_iatm_enum_kNonLocking = "Non locking"
n_nCloth.a_iatm_niceName = "Input Attract Method"
n_nCloth.a_igsg_niceName = "Ignore Solver Gravity"
n_nCloth.a_igsw_niceName = "Ignore Solver Wind"
n_nCloth.a_imat_niceName = "Input Mesh Attract"
n_nCloth.a_imdr_niceName = "Input Motion Drag"
n_nCloth.a_incm_niceName = "Incompressibility"
n_nCloth.a_lfmp_niceName = "Lift Map"
n_nCloth.a_lfmt_enum_kLiftNone = "None"
n_nCloth.a_lfmt_enum_kLiftPerVertex = "Per-vertex"
n_nCloth.a_lfmt_enum_kLiftTexture = "Texture"
n_nCloth.a_lfmt_niceName = "Lift Map Type"
n_nCloth.a_lfpv_niceName = "Lift Per Vertex"
n_nCloth.a_lft_niceName = "Lift"
n_nCloth.a_mbso_niceName = "Minimal Bend"
n_nCloth.a_mshs_niceName = "Minimal Shear"
n_nCloth.a_msso_niceName = "Minimal Stretch"
n_nCloth.a_nsub_niceName = "Num Subdivisions"
n_nCloth.a_omsh_niceName = "Output Mesh"
n_nCloth.a_otms_niceName = "Output Start Mesh"
n_nCloth.a_pmth_enum_kPMManual = "Manual Pressure Setting"
n_nCloth.a_pmth_enum_kPMVolumeTracking = "Volume Tracking Model"
n_nCloth.a_pmth_niceName = "Pressure Method"
n_nCloth.a_prdg_niceName = "Pressure Damping"
n_nCloth.a_pres_niceName = "Pressure"
n_nCloth.a_pure_niceName = "Pump Rate"
n_nCloth.a_ramt_enum_kRestitutionAngleNone = "None"
n_nCloth.a_ramt_enum_kRestitutionAnglePerVertex = "Per-vertex"
n_nCloth.a_ramt_enum_kRestitutionAngleTexture = "Texture"
n_nCloth.a_ramt_niceName = "Restitution Angle Map Type"
n_nCloth.a_ranm_niceName = "Restitution Angle Map"
n_nCloth.a_rapv_niceName = "Restitution Angle Per Vertex"
n_nCloth.a_reae_niceName = "Restitution Angle"
n_nCloth.a_retn_niceName = "Restitution Tension"
n_nCloth.a_rimp_niceName = "Rigidity Map"
n_nCloth.a_rity_niceName = "Rigidity"
n_nCloth.a_rlmp_niceName = "Rest Length Scale Map"
n_nCloth.a_rlmt_enum_kRestLengthNone = "None"
n_nCloth.a_rlmt_enum_kRestLengthPerVertex = "Per-vertex"
n_nCloth.a_rlmt_enum_kRestLengthTexture = "Texture"
n_nCloth.a_rlmt_niceName = "Rest Length Scale Map Type"
n_nCloth.a_rlpv_niceName = "Rest Length Scale Per Vertex"
n_nCloth.a_rmt_enum_kRigidityNone = "None"
n_nCloth.a_rmt_enum_kRigidityPerVertex = "Per-vertex"
n_nCloth.a_rmt_enum_kRigidityTexture = "Texture"
n_nCloth.a_rmt_niceName = "Rigidity Map Type"
n_nCloth.a_rpv_niceName = "Rigidity Per Vertex"
n_nCloth.a_rsmh_niceName = "Rest Shape Mesh"
n_nCloth.a_scpu_niceName = "Self Crossover Push"
n_nCloth.a_scsf_niceName = "Self Collision Softness"
n_nCloth.a_scws_niceName = "Self Collide Width Scale"
n_nCloth.a_sdmp_niceName = "Stretch Damp"
n_nCloth.a_shlv_niceName = "Stretch Hierarchy Levels"
n_nCloth.a_shol_niceName = "Seal Holes"
n_nCloth.a_shpe_niceName = "Stretch Hierarchy Percent"
n_nCloth.a_shr_niceName = "Shear Resistance"
n_nCloth.a_smt_enum_kStretchNone = "None"
n_nCloth.a_smt_enum_kStretchPerVertex = "Per-vertex"
n_nCloth.a_smt_enum_kStretchTexture = "Texture"
n_nCloth.a_smt_niceName = "Stretch Map Type"
n_nCloth.a_spv_niceName = "Stretch Per Vertex"
n_nCloth.a_srl_enum_kSRLink = "Link"
n_nCloth.a_srl_enum_kSRObjectSpace = "Object Space"
n_nCloth.a_srl_enum_kSRWorldSpace = "World Space"
n_nCloth.a_srl_niceName = "Scaling Relation"
n_nCloth.a_stch_niceName = "Stretch Resistance"
n_nCloth.a_stlk_niceName = "Sort Links"
n_nCloth.a_stmp_niceName = "Stretch Map"
n_nCloth.a_stpc_niceName = "Self Trapped Check"
n_nCloth.a_stpe_niceName = "Start Pressure"
n_nCloth.a_svds_enum_kSDBendLinks = "Bend Links"
n_nCloth.a_svds_enum_kSDOff = "Off"
n_nCloth.a_svds_enum_kSDSelfThickness = "Self Collision Thickness"
n_nCloth.a_svds_enum_kSDStretchLinks = "Stretch Links"
n_nCloth.a_svds_enum_kSDThickness = "Collision Thickness"
n_nCloth.a_svds_enum_kSDWeighting = "Weighting"
n_nCloth.a_svds_niceName = "Solver Display"
n_nCloth.a_tdmp_niceName = "Tangential Drag Map"
n_nCloth.a_tdmt_enum_kTangentialDragNone = "None"
n_nCloth.a_tdmt_enum_kTangentialDragPerVertex = "Per-vertex"
n_nCloth.a_tdmt_enum_kTangentialDragTexture = "Texture"
n_nCloth.a_tdmt_niceName = "Tangential Drag Map Type"
n_nCloth.a_tdpv_niceName = "Tangential Drag Per Vertex"
n_nCloth.a_tdrg_niceName = "Tangential Drag"
n_nCloth.a_ussh_niceName = "Use Polygon Shells"
n_nCloth.a_wkmp_niceName = "Wrinkle Map"
n_nCloth.a_wms_niceName = "Wrinkle Map Scale"
n_nCloth.a_wmt_enum_kWrinkleNone = "None"
n_nCloth.a_wmt_enum_kWrinklePerVertex = "Per-vertex"
n_nCloth.a_wmt_enum_kWrinkleTexture = "Texture"
n_nCloth.a_wmt_niceName = "Wrinkle Map Type"
n_nCloth.a_wpv_niceName = "Wrinkle Per Vertex"
n_nCloth.a_wssh_niceName = "Wind Self Shadow"
n_nCloth.baseName = "nCloth"
n_nCloth.niceName = "N Cloth"
//
// String set: n_nComponent
//
n_nComponent.a_ci_niceName = "Component Indices"
n_nComponent.a_cid_niceName = "Component Group Id"
n_nComponent.a_ct_enum_kctEdge = "Edge"
n_nComponent.a_ct_enum_kctNone = "None"
n_nComponent.a_ct_enum_kctObject = "Object"
n_nComponent.a_ct_enum_kctPoint = "Point"
n_nComponent.a_ct_enum_kctTriangle = "Face"
n_nComponent.a_ct_niceName = "Component Type"
n_nComponent.a_el_enum_kelAll = "All"
n_nComponent.a_el_enum_kelBorders = "Borders"
n_nComponent.a_el_enum_kelIndiceList = "From Indice List"
n_nComponent.a_el_niceName = "Elements"
n_nComponent.a_gsmt_enum_kGlueStrengthNone = "None"
n_nComponent.a_gsmt_enum_kGlueStrengthPerVertex = "Per-vertex"
n_nComponent.a_gsmt_enum_kGlueStrengthTexture = "Texture"
n_nComponent.a_gsmt_niceName = "Glue Strength Map Type"
n_nComponent.a_gspv_niceName = "Glue Strength Per Vertex"
n_nComponent.a_gst_niceName = "Glue Strength"
n_nComponent.a_gstm_niceName = "Glue Strength Map"
n_nComponent.a_obid_niceName = "Object Id"
n_nComponent.a_ocp_niceName = "Out Component"
n_nComponent.a_smt_enum_kStrengthNone = "None"
n_nComponent.a_smt_enum_kStrengthPerVertex = "Per-vertex"
n_nComponent.a_smt_enum_kStrengthTexture = "Texture"
n_nComponent.a_smt_niceName = "Strength Map Type"
n_nComponent.a_spv_niceName = "Strength Per Vertex"
n_nComponent.a_srf_niceName = "Surface"
n_nComponent.a_stn_niceName = "Strength"
n_nComponent.a_stnm_niceName = "Strength Map"
n_nComponent.a_tst_niceName = "Tangent Strength"
n_nComponent.a_wemp_niceName = "Weight Map"
n_nComponent.a_wgh_niceName = "Weight"
n_nComponent.a_wmt_enum_kWeightNone = "None"
n_nComponent.a_wmt_enum_kWeightPerVertex = "Per-vertex"
n_nComponent.a_wmt_enum_kWeightTexture = "Texture"
n_nComponent.a_wmt_niceName = "Weight Map Type"
n_nComponent.a_wpv_niceName = "Weight Per Vertex"
n_nComponent.baseName = "nComponent"
n_nComponent.niceName = "N Component"
//
// String set: n_nParticle
//
n_nParticle.a_bora_niceName = "Bounce Randomize"
n_nParticle.a_bosc_niceName = "Bounce Scale"
n_nParticle.a_boscfv_niceName = "Bounce Scale _Float Value"
n_nParticle.a_bosci_enum_kLinear = "Linear"
n_nParticle.a_bosci_enum_kNone = "None"
n_nParticle.a_bosci_enum_kSmooth = "Smooth"
n_nParticle.a_bosci_enum_kSpline = "Spline"
n_nParticle.a_bosci_niceName = "Bounce Scale _Interp"
n_nParticle.a_boscp_niceName = "Bounce Scale _Position"
n_nParticle.a_brs_niceName = "Blobby Radius Scale"
n_nParticle.a_bsix_niceName = "Bounce Scale Input Max"
n_nParticle.a_bsli_enum_kAcceleration = "Acceleration"
n_nParticle.a_bsli_enum_kAge = "Age"
n_nParticle.a_bsli_enum_kConstant = "Off"
n_nParticle.a_bsli_enum_kNormalizedAge = "Normalized Age"
n_nParticle.a_bsli_enum_kParticleId = "Particle ID"
n_nParticle.a_bsli_enum_kRadius = "Radius"
n_nParticle.a_bsli_enum_kRandomizedId = "Randomized ID"
n_nParticle.a_bsli_enum_kSpeed = "Speed"
n_nParticle.a_bsli_niceName = "Bounce Scale Input"
n_nParticle.a_caat_enum_kAllAttrs = "All"
n_nParticle.a_caat_enum_kDynamicsRendering = "Dynamics and Rendering"
n_nParticle.a_caat_enum_kPosition = "Position"
n_nParticle.a_caat_enum_kPositionVelocity = "Position And Velocity"
n_nParticle.a_caat_niceName = "Cacheable Attributes"
n_nParticle.a_cimx_niceName = "Color Input Max"
n_nParticle.a_cl_niceName = "Color"
n_nParticle.a_clb_niceName = "Color Blue"
n_nParticle.a_clc_niceName = "Color _Color"
n_nParticle.a_clcb_niceName = "Color _Color B"
n_nParticle.a_clcg_niceName = "Color _Color G"
n_nParticle.a_clcr_niceName = "Color _Color R"
n_nParticle.a_clg_niceName = "Color Green"
n_nParticle.a_cli_enum_kLinear = "Linear"
n_nParticle.a_cli_enum_kNone = "None"
n_nParticle.a_cli_enum_kSmooth = "Smooth"
n_nParticle.a_cli_enum_kSpline = "Spline"
n_nParticle.a_cli_niceName = "Color _Interp"
n_nParticle.a_clp_niceName = "Color _Position"
n_nParticle.a_clr_niceName = "Color Red"
n_nParticle.a_clsc_niceName = "Collide Strength Scale"
n_nParticle.a_clscfv_niceName = "Collide Strength Scale _Float Value"
n_nParticle.a_clsci_enum_kLinear = "Linear"
n_nParticle.a_clsci_enum_kNone = "None"
n_nParticle.a_clsci_enum_kSmooth = "Smooth"
n_nParticle.a_clsci_enum_kSpline = "Spline"
n_nParticle.a_clsci_niceName = "Collide Strength Scale _Interp"
n_nParticle.a_clscp_niceName = "Collide Strength Scale _Position"
n_nParticle.a_coi_enum_kAcceleration = "Acceleration"
n_nParticle.a_coi_enum_kAge = "Age"
n_nParticle.a_coi_enum_kConstant = "Constant"
n_nParticle.a_coi_enum_kNormalizedAge = "Normalized Age"
n_nParticle.a_coi_enum_kParticleId = "Particle ID"
n_nParticle.a_coi_enum_kRadius = "Radius"
n_nParticle.a_coi_enum_kRandomizedId = "Randomized ID"
n_nParticle.a_coi_enum_kSpeed = "Speed"
n_nParticle.a_coi_niceName = "Color Input"
n_nParticle.a_colr_niceName = "Color Randomize"
n_nParticle.a_cprt_niceName = "Compute Rotation"
n_nParticle.a_cpvx_niceName = "Color Per Vertex"
n_nParticle.a_csix_niceName = "Collide Strength Scale Input Max"
n_nParticle.a_csli_enum_kAcceleration = "Acceleration"
n_nParticle.a_csli_enum_kAge = "Age"
n_nParticle.a_csli_enum_kConstant = "Off"
n_nParticle.a_csli_enum_kNormalizedAge = "Normalized Age"
n_nParticle.a_csli_enum_kParticleId = "Particle ID"
n_nParticle.a_csli_enum_kRadius = "Radius"
n_nParticle.a_csli_enum_kRandomizedId = "Randomized ID"
n_nParticle.a_csli_enum_kSpeed = "Speed"
n_nParticle.a_csli_niceName = "Collide Strength Scale Input"
n_nParticle.a_cwds_niceName = "Collide Width Scale"
n_nParticle.a_drg_niceName = "Drag"
n_nParticle.a_eopr_niceName = "Emission Overlap Pruning"
n_nParticle.a_esph_niceName = "Enable SPH"
n_nParticle.a_fcr_niceName = "Friction Randomize"
n_nParticle.a_frsc_niceName = "Friction Scale"
n_nParticle.a_frscfv_niceName = "Friction Scale _Float Value"
n_nParticle.a_frsci_enum_kLinear = "Linear"
n_nParticle.a_frsci_enum_kNone = "None"
n_nParticle.a_frsci_enum_kSmooth = "Smooth"
n_nParticle.a_frsci_enum_kSpline = "Spline"
n_nParticle.a_frsci_niceName = "Friction Scale _Interp"
n_nParticle.a_frscp_niceName = "Friction Scale _Position"
n_nParticle.a_fsix_niceName = "Friction Scale Input Max"
n_nParticle.a_fsli_enum_kAcceleration = "Acceleration"
n_nParticle.a_fsli_enum_kAge = "Age"
n_nParticle.a_fsli_enum_kConstant = "Off"
n_nParticle.a_fsli_enum_kNormalizedAge = "Normalized Age"
n_nParticle.a_fsli_enum_kParticleId = "Particle ID"
n_nParticle.a_fsli_enum_kRadius = "Radius"
n_nParticle.a_fsli_enum_kRandomizedId = "Randomized ID"
n_nParticle.a_fsli_enum_kSpeed = "Speed"
n_nParticle.a_fsli_niceName = "Friction Scale Input"
n_nParticle.a_iadm_niceName = "Input Attract Damp"
n_nParticle.a_iatt_niceName = "Input Attract"
n_nParticle.a_icar_niceName = "Incandescence Randomize"
n_nParticle.a_iclr_niceName = "Internal Collide Strength Ramp"
n_nParticle.a_igsg_niceName = "Ignore Solver Gravity"
n_nParticle.a_igsw_niceName = "Ignore Solver Wind"
n_nParticle.a_iimx_niceName = "Incandescence Input Max"
n_nParticle.a_inbr_niceName = "Internal Bounce Ramp"
n_nParticle.a_inca_niceName = "Incandescence"
n_nParticle.a_incac_niceName = "Incandescence _Color"
n_nParticle.a_incacb_niceName = "Incandescence _Color B"
n_nParticle.a_incacg_niceName = "Incandescence _Color G"
n_nParticle.a_incacr_niceName = "Incandescence _Color R"
n_nParticle.a_incai_enum_kLinear = "Linear"
n_nParticle.a_incai_enum_kNone = "None"
n_nParticle.a_incai_enum_kSmooth = "Smooth"
n_nParticle.a_incai_enum_kSpline = "Spline"
n_nParticle.a_incai_niceName = "Incandescence _Interp"
n_nParticle.a_incap_niceName = "Incandescence _Position"
n_nParticle.a_incp_niceName = "Incompressibility"
n_nParticle.a_incr_niceName = "Internal Color Ramp"
n_nParticle.a_infr_niceName = "Internal Friction Ramp"
n_nParticle.a_infs_niceName = "Internal Field Scale Ramp"
n_nParticle.a_ini_enum_kAcceleration = "Acceleration"
n_nParticle.a_ini_enum_kAge = "Age"
n_nParticle.a_ini_enum_kConstant = "Constant"
n_nParticle.a_ini_enum_kNormalizedAge = "Normalized Age"
n_nParticle.a_ini_enum_kParticleId = "Particle ID"
n_nParticle.a_ini_enum_kRadius = "Radius"
n_nParticle.a_ini_enum_kRandomizedId = "Randomized ID"
n_nParticle.a_ini_enum_kSpeed = "Speed"
n_nParticle.a_ini_niceName = "Incandescence Input"
n_nParticle.a_inir_niceName = "Internal Incandescence Ramp"
n_nParticle.a_inmr_niceName = "Internal Mass Ramp"
n_nParticle.a_inor_niceName = "Internal Opacity Ramp"
n_nParticle.a_inrr_niceName = "Internal Radius Ramp"
n_nParticle.a_insr_niceName = "Internal Stickiness Ramp"
n_nParticle.a_invr_niceName = "Internal Viscosity Ramp"
n_nParticle.a_ipvx_niceName = "Incandescence Per Vertex"
n_nParticle.a_istr_niceName = "Internal Surface Tension Ramp"
n_nParticle.a_mmd_enum_kAcuteTetrahedra = "Acute Tetrahedra"
n_nParticle.a_mmd_enum_kCubes = "Triangle Mesh"
n_nParticle.a_mmd_enum_kQuads = "Quad Mesh"
n_nParticle.a_mmd_enum_kTetrahedra = "Tetrahedra"
n_nParticle.a_mmd_niceName = "Mesh Method"
n_nParticle.a_msit_niceName = "Mesh Smoothing Iterations"
n_nParticle.a_msix_niceName = "Mass Scale Input Max"
n_nParticle.a_msli_enum_kAcceleration = "Acceleration"
n_nParticle.a_msli_enum_kAge = "Age"
n_nParticle.a_msli_enum_kConstant = "Off"
n_nParticle.a_msli_enum_kNormalizedAge = "Normalized Age"
n_nParticle.a_msli_enum_kParticleId = "Particle ID"
n_nParticle.a_msli_enum_kRadius = "Radius"
n_nParticle.a_msli_enum_kRandomizedId = "Randomized ID"
n_nParticle.a_msli_enum_kSpeed = "Speed"
n_nParticle.a_msli_niceName = "Mass Scale Input"
n_nParticle.a_msr_niceName = "Mass Scale Randomize"
n_nParticle.a_mssc_niceName = "Mass Scale"
n_nParticle.a_msscfv_niceName = "Mass Scale _Float Value"
n_nParticle.a_mssci_enum_kLinear = "Linear"
n_nParticle.a_mssci_enum_kNone = "None"
n_nParticle.a_mssci_enum_kSmooth = "Smooth"
n_nParticle.a_mssci_enum_kSpline = "Spline"
n_nParticle.a_mssci_niceName = "Mass Scale _Interp"
n_nParticle.a_msscp_niceName = "Mass Scale _Position"
n_nParticle.a_mstr_niceName = "Motion Streak"
n_nParticle.a_mtrr_niceName = "Max Triangle Resolution"
n_nParticle.a_mts_niceName = "Mesh Triangle Size"
n_nParticle.a_nsub_niceName = "Num Subdivisions"
n_nParticle.a_oci_enum_kAcceleration = "Acceleration"
n_nParticle.a_oci_enum_kAge = "Age"
n_nParticle.a_oci_enum_kConstant = "Off"
n_nParticle.a_oci_enum_kNormalizedAge = "Normalized Age"
n_nParticle.a_oci_enum_kParticleId = "Particle ID"
n_nParticle.a_oci_enum_kRadius = "Radius"
n_nParticle.a_oci_enum_kRandomizedId = "Randomized ID"
n_nParticle.a_oci_enum_kSpeed = "Speed"
n_nParticle.a_oci_niceName = "Opacity Scale Input"
n_nParticle.a_oms_niceName = "Out Mesh"
n_nParticle.a_op_niceName = "Opacity"
n_nParticle.a_opc_niceName = "Opacity Scale"
n_nParticle.a_opcfv_niceName = "Opacity Scale _Float Value"
n_nParticle.a_opci_enum_kLinear = "Linear"
n_nParticle.a_opci_enum_kNone = "None"
n_nParticle.a_opci_enum_kSmooth = "Smooth"
n_nParticle.a_opci_enum_kSpline = "Spline"
n_nParticle.a_opci_niceName = "Opacity Scale _Interp"
n_nParticle.a_opcp_niceName = "Opacity Scale _Position"
n_nParticle.a_opvx_niceName = "Opacity Per Vertex"
n_nParticle.a_osis_niceName = "Opacity Scale Input Max"
n_nParticle.a_osr_niceName = "Opacity Scale Randomize"
n_nParticle.a_pcre_niceName = "Post Cache Ramp Eval"
n_nParticle.a_pfsc_niceName = "Point Field Scale"
n_nParticle.a_pfscfv_niceName = "Point Field Scale _Float Value"
n_nParticle.a_pfsci_enum_kLinear = "Linear"
n_nParticle.a_pfsci_enum_kNone = "None"
n_nParticle.a_pfsci_enum_kSmooth = "Smooth"
n_nParticle.a_pfsci_enum_kSpline = "Spline"
n_nParticle.a_pfsci_niceName = "Point Field Scale _Interp"
n_nParticle.a_pfscp_niceName = "Point Field Scale _Position"
n_nParticle.a_psix_niceName = "Point Field Scale Input Max"
n_nParticle.a_psli_enum_kAcceleration = "Acceleration"
n_nParticle.a_psli_enum_kAge = "Age"
n_nParticle.a_psli_enum_kConstant = "Off"
n_nParticle.a_psli_enum_kNormalizedAge = "Normalized Age"
n_nParticle.a_psli_enum_kParticleId = "Particle ID"
n_nParticle.a_psli_enum_kRadius = "Radius"
n_nParticle.a_psli_enum_kRandomizedId = "Randomized ID"
n_nParticle.a_psli_enum_kSpeed = "Speed"
n_nParticle.a_psli_niceName = "Point Field Scale Input"
n_nParticle.a_psph_niceName = "Parallel SPH"
n_nParticle.a_ra_niceName = "Radius"
n_nParticle.a_rci_enum_kAcceleration = "Acceleration"
n_nParticle.a_rci_enum_kAge = "Age"
n_nParticle.a_rci_enum_kConstant = "Off"
n_nParticle.a_rci_enum_kNormalizedAge = "Normalized Age"
n_nParticle.a_rci_enum_kParticleId = "Particle ID"
n_nParticle.a_rci_enum_kRandomizedId = "Randomized ID"
n_nParticle.a_rci_enum_kSpeed = "Speed"
n_nParticle.a_rci_niceName = "Radius Scale Input"
n_nParticle.a_rcix_niceName = "Radius Scale Input Max"
n_nParticle.a_rdc_niceName = "Radius Scale"
n_nParticle.a_rdcfv_niceName = "Radius Scale _Float Value"
n_nParticle.a_rdci_enum_kLinear = "Linear"
n_nParticle.a_rdci_enum_kNone = "None"
n_nParticle.a_rdci_enum_kSmooth = "Smooth"
n_nParticle.a_rdci_enum_kSpline = "Spline"
n_nParticle.a_rdci_niceName = "Radius Scale _Interp"
n_nParticle.a_rdcp_niceName = "Radius Scale _Position"
n_nParticle.a_rdns_niceName = "Rest Density"
n_nParticle.a_rpsp_niceName = "Recompute Pairs SPH"
n_nParticle.a_rsph_niceName = "Radius Scale SPH"
n_nParticle.a_rsr_niceName = "Radius Scale Randomize"
n_nParticle.a_rtdp_niceName = "Rotation Damp"
n_nParticle.a_rtfr_niceName = "Rotation Friction"
n_nParticle.a_scws_niceName = "Self Collide Width Scale"
n_nParticle.a_srl_enum_kSRLink = "Link"
n_nParticle.a_srl_enum_kSRObjectSpace = "Object Space"
n_nParticle.a_srl_enum_kSRWorldSpace = "World Space"
n_nParticle.a_srl_niceName = "Scaling Relation"
n_nParticle.a_ssix_niceName = "Stickiness Scale Input Max"
n_nParticle.a_ssli_enum_kAcceleration = "Acceleration"
n_nParticle.a_ssli_enum_kAge = "Age"
n_nParticle.a_ssli_enum_kConstant = "Off"
n_nParticle.a_ssli_enum_kNormalizedAge = "Normalized Age"
n_nParticle.a_ssli_enum_kParticleId = "Particle ID"
n_nParticle.a_ssli_enum_kRadius = "Radius"
n_nParticle.a_ssli_enum_kRandomizedId = "Randomized ID"
n_nParticle.a_ssli_enum_kSpeed = "Speed"
n_nParticle.a_ssli_niceName = "Stickiness Scale Input"
n_nParticle.a_stix_niceName = "Surface Tension Scale Input Max"
n_nParticle.a_stli_enum_kAcceleration = "Acceleration"
n_nParticle.a_stli_enum_kAge = "Age"
n_nParticle.a_stli_enum_kConstant = "Off"
n_nParticle.a_stli_enum_kNormalizedAge = "Normalized Age"
n_nParticle.a_stli_enum_kParticleId = "Particle ID"
n_nParticle.a_stli_enum_kRadius = "Radius"
n_nParticle.a_stli_enum_kRandomizedId = "Randomized ID"
n_nParticle.a_stli_enum_kSpeed = "Speed"
n_nParticle.a_stli_niceName = "Surface Tension Scale Input"
n_nParticle.a_stns_niceName = "Surface Tension Scale"
n_nParticle.a_stnsfv_niceName = "Surface Tension Scale _Float Value"
n_nParticle.a_stnsi_enum_kLinear = "Linear"
n_nParticle.a_stnsi_enum_kNone = "None"
n_nParticle.a_stnsi_enum_kSmooth = "Smooth"
n_nParticle.a_stnsi_enum_kSpline = "Spline"
n_nParticle.a_stnsi_niceName = "Surface Tension Scale _Interp"
n_nParticle.a_stnsp_niceName = "Surface Tension Scale _Position"
n_nParticle.a_stra_niceName = "Stickiness Randomize"
n_nParticle.a_stsc_niceName = "Stickiness Scale"
n_nParticle.a_stscfv_niceName = "Stickiness Scale _Float Value"
n_nParticle.a_stsci_enum_kLinear = "Linear"
n_nParticle.a_stsci_enum_kNone = "None"
n_nParticle.a_stsci_enum_kSmooth = "Smooth"
n_nParticle.a_stsci_enum_kSpline = "Spline"
n_nParticle.a_stsci_niceName = "Stickiness Scale _Interp"
n_nParticle.a_stscp_niceName = "Stickiness Scale _Position"
n_nParticle.a_suft_niceName = "Surface Tension"
n_nParticle.a_svds_enum_kSDOff = "Off"
n_nParticle.a_svds_enum_kSDSelfThickness = "Self Collision Thickness"
n_nParticle.a_svds_enum_kSDThickness = "Collision Thickness"
n_nParticle.a_svds_niceName = "Solver Display"
n_nParticle.a_thr_niceName = "Threshold"
n_nParticle.a_ugn_niceName = "Use Gradient Normals"
n_nParticle.a_upvx_niceName = "Uvw Per Vertex"
n_nParticle.a_visc_niceName = "Viscosity"
n_nParticle.a_vpvx_niceName = "Velocity Per Vertex"
n_nParticle.a_vsix_niceName = "Viscosity Scale Input Max"
n_nParticle.a_vsli_enum_kAcceleration = "Acceleration"
n_nParticle.a_vsli_enum_kAge = "Age"
n_nParticle.a_vsli_enum_kConstant = "Off"
n_nParticle.a_vsli_enum_kNormalizedAge = "Normalized Age"
n_nParticle.a_vsli_enum_kParticleId = "Particle ID"
n_nParticle.a_vsli_enum_kRadius = "Radius"
n_nParticle.a_vsli_enum_kRandomizedId = "Randomized ID"
n_nParticle.a_vsli_enum_kSpeed = "Speed"
n_nParticle.a_vsli_niceName = "Viscosity Scale Input"
n_nParticle.a_vssc_niceName = "Viscosity Scale"
n_nParticle.a_vsscfv_niceName = "Viscosity Scale _Float Value"
n_nParticle.a_vssci_enum_kLinear = "Linear"
n_nParticle.a_vssci_enum_kNone = "None"
n_nParticle.a_vssci_enum_kSmooth = "Smooth"
n_nParticle.a_vssci_enum_kSpline = "Spline"
n_nParticle.a_vssci_niceName = "Viscosity Scale _Interp"
n_nParticle.a_vsscp_niceName = "Viscosity Scale _Position"
n_nParticle.a_wssh_niceName = "Wind Self Shadow"
n_nParticle.baseName = "nParticle"
n_nParticle.niceName = "N Particle"
//
// String set: n_nRigid
//
n_nRigid.a_svds_enum_kSDOff = "Off"
n_nRigid.a_svds_enum_kSDThickness = "Collision Thickness"
n_nRigid.a_svds_niceName = "Solver Display"
n_nRigid.baseName = "nRigid"
n_nRigid.niceName = "N Rigid"
//
// String set: n_nearestPointOnCurve
//
n_nearestPointOnCurve.a_ic_niceName = "Input Curve"
n_nearestPointOnCurve.a_ip_niceName = "In Position"
n_nearestPointOnCurve.a_ipx_niceName = "In Position X"
n_nearestPointOnCurve.a_ipy_niceName = "In Position Y"
n_nearestPointOnCurve.a_ipz_niceName = "In Position Z"
n_nearestPointOnCurve.a_p_niceName = "Position"
n_nearestPointOnCurve.a_pr_niceName = "Parameter"
n_nearestPointOnCurve.a_px_niceName = "Position X"
n_nearestPointOnCurve.a_py_niceName = "Position Y"
n_nearestPointOnCurve.a_pz_niceName = "Position Z"
n_nearestPointOnCurve.a_r_niceName = "Result"
n_nearestPointOnCurve.baseName = "nearestPointOnCurve"
n_nearestPointOnCurve.niceName = "Nearest Point On Curve"
//
// String set: n_network
//
n_network.a_a_niceName = "Affects"
n_network.a_ab_niceName = "Affected By"
n_network.baseName = "network"
n_network.niceName = "Network"
//
// String set: n_newtonField
//
n_newtonField.a_min_niceName = "Min Distance"
n_newtonField.a_omd_niceName = "Owner Mass Data"
n_newtonField.baseName = "newtonField"
n_newtonField.niceName = "Newton Field"
//
// String set: n_newtonManip
//
n_newtonManip.baseName = "newtonManip"
n_newtonManip.niceName = "Newton Manip"
//
// String set: n_nodeGraphEditorBookmarkInfo
//
n_nodeGraphEditorBookmarkInfo.a_dn_niceName = "Depend Node"
n_nodeGraphEditorBookmarkInfo.a_ni_niceName = "Node Info"
n_nodeGraphEditorBookmarkInfo.a_nm_niceName = "Name"
n_nodeGraphEditorBookmarkInfo.a_nvs_niceName = "Node Visual State"
n_nodeGraphEditorBookmarkInfo.a_vh_niceName = "View Rect High"
n_nodeGraphEditorBookmarkInfo.a_vl_niceName = "View Rect Low"
n_nodeGraphEditorBookmarkInfo.a_x_niceName = "Position X"
n_nodeGraphEditorBookmarkInfo.a_xh_niceName = "View XH"
n_nodeGraphEditorBookmarkInfo.a_xl_niceName = "View XL"
n_nodeGraphEditorBookmarkInfo.a_y_niceName = "Position Y"
n_nodeGraphEditorBookmarkInfo.a_yh_niceName = "View YH"
n_nodeGraphEditorBookmarkInfo.a_yl_niceName = "View YL"
n_nodeGraphEditorBookmarkInfo.baseName = "nodeGraphEditorBookmarkInfo"
n_nodeGraphEditorBookmarkInfo.niceName = "Node Graph Editor Bookmark Info"
//
// String set: n_nodeGraphEditorBookmarks
//
n_nodeGraphEditorBookmarks.a_b_niceName = "Bookmarks"
n_nodeGraphEditorBookmarks.baseName = "nodeGraphEditorBookmarks"
n_nodeGraphEditorBookmarks.niceName = "Node Graph Editor Bookmarks"
//
// String set: n_nodeGraphEditorInfo
//
n_nodeGraphEditorInfo.a_ci_niceName = "Compound Info"
n_nodeGraphEditorInfo.a_cn_niceName = "Container Node"
n_nodeGraphEditorInfo.a_cp_niceName = "Compound Path"
n_nodeGraphEditorInfo.a_cv_niceName = "Current View"
n_nodeGraphEditorInfo.a_cvh_niceName = "Comp View Rect High"
n_nodeGraphEditorInfo.a_cvl_niceName = "Comp View Rect Low"
n_nodeGraphEditorInfo.a_cxh_niceName = "Comp View XH"
n_nodeGraphEditorInfo.a_cxl_niceName = "Comp View XL"
n_nodeGraphEditorInfo.a_cyh_niceName = "Comp View YH"
n_nodeGraphEditorInfo.a_cyl_niceName = "Comp View YL"
n_nodeGraphEditorInfo.a_def_niceName = "Default"
n_nodeGraphEditorInfo.a_dn_niceName = "Depend Node"
n_nodeGraphEditorInfo.a_hil_niceName = "Has Internal Layout"
n_nodeGraphEditorInfo.a_ni_niceName = "Node Info"
n_nodeGraphEditorInfo.a_nvs_niceName = "Node Visual State"
n_nodeGraphEditorInfo.a_pee_niceName = "Parent Editor Embedded"
n_nodeGraphEditorInfo.a_ph_niceName = "Panel Height"
n_nodeGraphEditorInfo.a_pp_niceName = "Panel Pos"
n_nodeGraphEditorInfo.a_ppx_niceName = "Panel Pos X"
n_nodeGraphEditorInfo.a_ppy_niceName = "Panel Pos Y"
n_nodeGraphEditorInfo.a_ps_niceName = "Panel Size"
n_nodeGraphEditorInfo.a_pw_niceName = "Panel Width"
n_nodeGraphEditorInfo.a_tgi_niceName = "Tab Graph Info"
n_nodeGraphEditorInfo.a_tn_niceName = "Tab Name"
n_nodeGraphEditorInfo.a_to_niceName = "Torn Off"
n_nodeGraphEditorInfo.a_vh_niceName = "View Rect High"
n_nodeGraphEditorInfo.a_vl_niceName = "View Rect Low"
n_nodeGraphEditorInfo.a_x_niceName = "Position X"
n_nodeGraphEditorInfo.a_xh_niceName = "View XH"
n_nodeGraphEditorInfo.a_xl_niceName = "View XL"
n_nodeGraphEditorInfo.a_y_niceName = "Position Y"
n_nodeGraphEditorInfo.a_yh_niceName = "View YH"
n_nodeGraphEditorInfo.a_yl_niceName = "View YL"
n_nodeGraphEditorInfo.baseName = "nodeGraphEditorInfo"
n_nodeGraphEditorInfo.niceName = "Node Graph Editor Info"
//
// String set: n_noise
//
n_noise.a_a_niceName = "Amplitude"
n_noise.a_d_niceName = "Density"
n_noise.a_dm_niceName = "Depth Max"
n_noise.a_fof_enum_kBubble = "Bubble"
n_noise.a_fof_enum_kFast = "Fast"
n_noise.a_fof_enum_kLinear = "Linear"
n_noise.a_fof_enum_kSmooth = "Smooth"
n_noise.a_fof_niceName = "Falloff"
n_noise.a_fq_niceName = "Frequency"
n_noise.a_fr_niceName = "Frequency Ratio"
n_noise.a_imc_niceName = "Implode Center"
n_noise.a_imp_niceName = "Implode"
n_noise.a_imu_niceName = "Implode Center U"
n_noise.a_imv_niceName = "Implode Center V"
n_noise.a_in_niceName = "Inflection"
n_noise.a_nty_enum_kBillow = "Billow"
n_noise.a_nty_enum_kPerlin = "Perlin Noise"
n_noise.a_nty_enum_kSpaceTime = "SpaceTime"
n_noise.a_nty_enum_kWave = "Wave"
n_noise.a_nty_enum_kWispy = "Wispy"
n_noise.a_nty_niceName = "Noise Type"
n_noise.a_nw_niceName = "Num Waves"
n_noise.a_ra_niceName = "Ratio"
n_noise.a_rn_niceName = "Randomness"
n_noise.a_sp_niceName = "Spottyness"
n_noise.a_sr_niceName = "Size Rand"
n_noise.a_th_niceName = "Threshold"
n_noise.a_ti_niceName = "Time"
n_noise.baseName = "noise"
n_noise.niceName = "Noise"
//
// String set: n_nonAmbientLightShapeNode
//
n_nonAmbientLightShapeNode.a_de_enum_kCubicDecay = "Cubic"
n_nonAmbientLightShapeNode.a_de_enum_kLinearDecay = "Linear"
n_nonAmbientLightShapeNode.a_de_enum_kNoDecay = "No Decay"
n_nonAmbientLightShapeNode.a_de_enum_kQuadDecay = "Quadratic"
n_nonAmbientLightShapeNode.a_de_niceName = "Decay Rate"
n_nonAmbientLightShapeNode.a_edi_niceName = "Emit Diffuse"
n_nonAmbientLightShapeNode.a_esp_niceName = "Emit Specular"
n_nonAmbientLightShapeNode.baseName = "nonAmbientLightShapeNode"
n_nonAmbientLightShapeNode.niceName = "Non Ambient Light Shape Node"
//
// String set: n_nonExtendedLightShapeNode
//
n_nonExtendedLightShapeNode.a_af_niceName = "Use Dmap Auto Focus"
n_nonExtendedLightShapeNode.a_cw_niceName = "Cast Soft Shadows"
n_nonExtendedLightShapeNode.a_db_niceName = "Dmap Bias"
n_nonExtendedLightShapeNode.a_dc_niceName = "Dmap Use Macro"
n_nonExtendedLightShapeNode.a_df_niceName = "Dmap Focus"
n_nonExtendedLightShapeNode.a_dms_niceName = "Use Depth Map Shadows"
n_nonExtendedLightShapeNode.a_dr_niceName = "Dmap Resolution"
n_nonExtendedLightShapeNode.a_du_niceName = "Reuse Dmap"
n_nonExtendedLightShapeNode.a_dw_niceName = "Dmap Width Focus"
n_nonExtendedLightShapeNode.a_fcp_niceName = "Dmap Far Clip Plane"
n_nonExtendedLightShapeNode.a_fs_niceName = "Dmap Filter Size"
n_nonExtendedLightShapeNode.a_fsi_niceName = "Fog Shadow Intensity"
n_nonExtendedLightShapeNode.a_gs_niceName = "Receive Shadows"
n_nonExtendedLightShapeNode.a_lr_niceName = "Light Radius"
n_nonExtendedLightShapeNode.a_lw_niceName = "Last Written Dmap Anim Ext Name"
n_nonExtendedLightShapeNode.a_md_niceName = "Use Mid Dist Dmap"
n_nonExtendedLightShapeNode.a_nc_niceName = "Dmap Near Clip Plane"
n_nonExtendedLightShapeNode.a_nv_niceName = "Volume Shadow Samples"
n_nonExtendedLightShapeNode.a_smn_niceName = "Dmap Name"
n_nonExtendedLightShapeNode.a_uc_niceName = "Use Dmap Auto Clipping"
n_nonExtendedLightShapeNode.a_uf_niceName = "Dmap Frame Ext"
n_nonExtendedLightShapeNode.a_ul_niceName = "Dmap Light Name"
n_nonExtendedLightShapeNode.a_um_niceName = "Dmap Scene Name"
n_nonExtendedLightShapeNode.a_us_niceName = "Use Only Single Dmap"
n_nonExtendedLightShapeNode.a_ws_niceName = "Write Dmap"
n_nonExtendedLightShapeNode.a_xn_niceName = "Use XMinus Dmap"
n_nonExtendedLightShapeNode.a_xp_niceName = "Use XPlus Dmap"
n_nonExtendedLightShapeNode.a_yn_niceName = "Use YMinus Dmap"
n_nonExtendedLightShapeNode.a_yp_niceName = "Use YPlus Dmap"
n_nonExtendedLightShapeNode.a_zn_niceName = "Use ZMinus Dmap"
n_nonExtendedLightShapeNode.a_zp_niceName = "Use ZPlus Dmap"
n_nonExtendedLightShapeNode.baseName = "nonExtendedLightShapeNode"
n_nonExtendedLightShapeNode.niceName = "Non Extended Light Shape Node"
//
// String set: n_nonLinear
//
n_nonLinear.a_dd_niceName = "Deformer Data"
n_nonLinear.a_ma_niceName = "Matrix"
n_nonLinear.baseName = "nonLinear"
n_nonLinear.niceName = "Non Linear"
//
// String set: n_normalConstraint
//
n_normalConstraint.a_a_niceName = "Aim Vector"
n_normalConstraint.a_ax_niceName = "Aim Vector X"
n_normalConstraint.a_ay_niceName = "Aim Vector Y"
n_normalConstraint.a_az_niceName = "Aim Vector Z"
n_normalConstraint.a_cjo_niceName = "Constraint Joint Orient"
n_normalConstraint.a_cjox_niceName = "Constraint Joint Orient X"
n_normalConstraint.a_cjoy_niceName = "Constraint Joint Orient Y"
n_normalConstraint.a_cjoz_niceName = "Constraint Joint Orient Z"
n_normalConstraint.a_cpim_niceName = "Constraint Parent Inverse Matrix"
n_normalConstraint.a_cr_niceName = "Constraint Rotate"
n_normalConstraint.a_cro_enum_kXYZ = "xyz"
n_normalConstraint.a_cro_enum_kXZY = "xzy"
n_normalConstraint.a_cro_enum_kYXZ = "yxz"
n_normalConstraint.a_cro_enum_kYZX = "yzx"
n_normalConstraint.a_cro_enum_kZXY = "zxy"
n_normalConstraint.a_cro_enum_kZYX = "zyx"
n_normalConstraint.a_cro_niceName = "Constraint Rotate Order"
n_normalConstraint.a_crp_niceName = "Constraint Rotate Pivot"
n_normalConstraint.a_crpx_niceName = "Constraint Rotate Pivot X"
n_normalConstraint.a_crpy_niceName = "Constraint Rotate Pivot Y"
n_normalConstraint.a_crpz_niceName = "Constraint Rotate Pivot Z"
n_normalConstraint.a_crt_niceName = "Constraint Rotate Translate"
n_normalConstraint.a_crtx_niceName = "Constraint Rotate Translate X"
n_normalConstraint.a_crty_niceName = "Constraint Rotate Translate Y"
n_normalConstraint.a_crtz_niceName = "Constraint Rotate Translate Z"
n_normalConstraint.a_crx_niceName = "Constraint Rotate X"
n_normalConstraint.a_cry_niceName = "Constraint Rotate Y"
n_normalConstraint.a_crz_niceName = "Constraint Rotate Z"
n_normalConstraint.a_ct_niceName = "Constraint Translate"
n_normalConstraint.a_ctx_niceName = "Constraint Translate X"
n_normalConstraint.a_cty_niceName = "Constraint Translate Y"
n_normalConstraint.a_ctz_niceName = "Constraint Translate Z"
n_normalConstraint.a_cv_niceName = "Constraint Vector"
n_normalConstraint.a_cvx_niceName = "Constraint Vector X"
n_normalConstraint.a_cvy_niceName = "Constraint Vector Y"
n_normalConstraint.a_cvz_niceName = "Constraint Vector Z"
n_normalConstraint.a_rrx_niceName = "Rest Rotate X"
n_normalConstraint.a_rry_niceName = "Rest Rotate Y"
n_normalConstraint.a_rrz_niceName = "Rest Rotate Z"
n_normalConstraint.a_rsrr_niceName = "Rest Rotate"
n_normalConstraint.a_tg_niceName = "Target"
n_normalConstraint.a_tgm_niceName = "Target Geometry"
n_normalConstraint.a_tw_niceName = "Target Weight"
n_normalConstraint.a_u_niceName = "Up Vector"
n_normalConstraint.a_ux_niceName = "Up Vector X"
n_normalConstraint.a_uy_niceName = "Up Vector Y"
n_normalConstraint.a_uz_niceName = "Up Vector Z"
n_normalConstraint.a_wu_niceName = "World Up Vector"
n_normalConstraint.a_wum_niceName = "World Up Matrix"
n_normalConstraint.a_wut_enum_kUpNone = "None"
n_normalConstraint.a_wut_enum_kUpObject = "Object Up"
n_normalConstraint.a_wut_enum_kUpObjectRotation = "Object Rotation Up"
n_normalConstraint.a_wut_enum_kUpScene = "Scene Up"
n_normalConstraint.a_wut_enum_kUpVector = "Vector"
n_normalConstraint.a_wut_niceName = "World Up Type"
n_normalConstraint.a_wux_niceName = "World Up Vector X"
n_normalConstraint.a_wuy_niceName = "World Up Vector Y"
n_normalConstraint.a_wuz_niceName = "World Up Vector Z"
n_normalConstraint.baseName = "normalConstraint"
n_normalConstraint.niceName = "Normal Constraint"
//
// String set: n_nucleus
//
n_nucleus.a_ady_niceName = "Air Density"
n_nucleus.a_clra_niceName = "Collision Layer Range"
n_nucleus.a_clso_niceName = "Collision Softness"
n_nucleus.a_cofl_enum_kCFEdgeEdge = "EdgeEdge"
n_nucleus.a_cofl_enum_kCFEdgeTriangle = "EdgeFace"
n_nucleus.a_cofl_enum_kCFEverything = "AllCombinations"
n_nucleus.a_cofl_enum_kCFNone = "None"
n_nucleus.a_cofl_enum_kCFSphere = "Vertex"
n_nucleus.a_cofl_enum_kCFSphereEdge = "VertexEdge"
n_nucleus.a_cofl_enum_kCFSphereTriangle = "VertexFace"
n_nucleus.a_cofl_niceName = "Collision Flag"
n_nucleus.a_cti_niceName = "Current Time"
n_nucleus.a_ena_niceName = "Enable"
n_nucleus.a_fdn_niceName = "Force Dynamics"
n_nucleus.a_fjlt_niceName = "Frame Jump Limit"
n_nucleus.a_grdi_niceName = "Gravity Direction"
n_nucleus.a_grdx_niceName = "Gravity Direction X"
n_nucleus.a_grdy_niceName = "Gravity Direction Y"
n_nucleus.a_grdz_niceName = "Gravity Direction Z"
n_nucleus.a_grty_niceName = "Gravity"
n_nucleus.a_ic_niceName = "Input Current"
n_nucleus.a_is_niceName = "Input Start"
n_nucleus.a_mcit_niceName = "Max Collision Iterations"
n_nucleus.a_niao_niceName = "Input Active"
n_nucleus.a_nias_niceName = "Input Active Start"
n_nucleus.a_nipo_niceName = "Input Passive"
n_nucleus.a_nips_niceName = "Input Passive Start"
n_nucleus.a_noao_niceName = "Output Objects"
n_nucleus.a_npbc_niceName = "Plane Bounce"
n_nucleus.a_npfr_niceName = "Plane Friction"
n_nucleus.a_npnx_niceName = "Plane Normal X"
n_nucleus.a_npny_niceName = "Plane Normal Y"
n_nucleus.a_npnz_niceName = "Plane Normal Z"
n_nucleus.a_npor_niceName = "Plane Origin"
n_nucleus.a_npox_niceName = "Plane Origin X"
n_nucleus.a_npoy_niceName = "Plane Origin Y"
n_nucleus.a_npoz_niceName = "Plane Origin Z"
n_nucleus.a_npst_niceName = "Plane Stickiness"
n_nucleus.a_npun_niceName = "Plane Normal"
n_nucleus.a_nupl_niceName = "Use Plane"
n_nucleus.a_scfl_enum_kSCFEdgeEdge = "EdgeEdge"
n_nucleus.a_scfl_enum_kSCFEdgeTriangle = "EdgeFace"
n_nucleus.a_scfl_enum_kSCFNone = "None"
n_nucleus.a_scfl_enum_kSCFSphere = "Vertex"
n_nucleus.a_scfl_enum_kSCFSphereEdge = "VertexEdge"
n_nucleus.a_scfl_enum_kSCFSphereTriangle = "VertexFace"
n_nucleus.a_scfl_niceName = "Self Collision Flag"
n_nucleus.a_spsc_niceName = "Space Scale"
n_nucleus.a_sstp_niceName = "Sub Steps"
n_nucleus.a_stf_niceName = "Start Frame"
n_nucleus.a_sti_niceName = "Start Time"
n_nucleus.a_tisc_niceName = "Time Scale"
n_nucleus.a_to_enum_kTOFrame = "Frame"
n_nucleus.a_to_enum_kTONone = "None"
n_nucleus.a_to_enum_kTOSubframe = "Subframe"
n_nucleus.a_to_niceName = "Timing Output"
n_nucleus.a_ustf_niceName = "Use Transform"
n_nucleus.a_widi_niceName = "Wind Direction"
n_nucleus.a_widx_niceName = "Wind Direction X"
n_nucleus.a_widy_niceName = "Wind Direction Y"
n_nucleus.a_widz_niceName = "Wind Direction Z"
n_nucleus.a_wisp_niceName = "Wind Speed"
n_nucleus.a_wnoi_niceName = "Wind Noise"
n_nucleus.baseName = "nucleus"
n_nucleus.niceName = "Nucleus"
//
// String set: n_nurbsCurve
//
n_nurbsCurve.a_cc_niceName = "Cached"
n_nurbsCurve.a_cr_niceName = "Create"
n_nurbsCurve.a_d_niceName = "Degree"
n_nurbsCurve.a_dce_niceName = "Disp Curve End Points"
n_nurbsCurve.a_dcv_niceName = "Disp CV"
n_nurbsCurve.a_dep_niceName = "Disp EP"
n_nurbsCurve.a_dg_niceName = "Disp Geometry"
n_nurbsCurve.a_dh_niceName = "Disp Hull"
n_nurbsCurve.a_eps_niceName = "Edit Points"
n_nurbsCurve.a_f_enum_0 = "Open"
n_nurbsCurve.a_f_enum_1 = "Closed"
n_nurbsCurve.a_f_enum_2 = "Periodic"
n_nurbsCurve.a_f_niceName = "Form"
n_nurbsCurve.a_hd_niceName = "Header"
n_nurbsCurve.a_ipo_niceName = "In Place"
n_nurbsCurve.a_l_niceName = "Local"
n_nurbsCurve.a_ls_niceName = "Line Width"
n_nurbsCurve.a_max_niceName = "Max Value"
n_nurbsCurve.a_min_niceName = "Min Value"
n_nurbsCurve.a_mmv_niceName = "Min Max Value"
n_nurbsCurve.a_s_niceName = "Spans"
n_nurbsCurve.a_ts_niceName = "Tweak Size"
n_nurbsCurve.a_wn_niceName = "World Normal"
n_nurbsCurve.a_wnx_niceName = "World Normal X"
n_nurbsCurve.a_wny_niceName = "World Normal Y"
n_nurbsCurve.a_wnz_niceName = "World Normal Z"
n_nurbsCurve.a_ws_niceName = "World Space"
n_nurbsCurve.a_xve_niceName = "X Value Ep"
n_nurbsCurve.a_yve_niceName = "Y Value Ep"
n_nurbsCurve.a_zve_niceName = "Z Value Ep"
n_nurbsCurve.baseName = "nurbsCurve"
n_nurbsCurve.niceName = "Nurbs Curve"
//
// String set: n_nurbsCurveToBezier
//
n_nurbsCurveToBezier.a_ic_niceName = "Input Curve"
n_nurbsCurveToBezier.a_oc_niceName = "Output Curve"
n_nurbsCurveToBezier.baseName = "nurbsCurveToBezier"
n_nurbsCurveToBezier.niceName = "Nurbs Curve To Bezier"
//
// String set: n_nurbsDimShape
//
n_nurbsDimShape.a_ng_niceName = "Nurbs Geometry"
n_nurbsDimShape.a_upv_niceName = "U Param Value"
n_nurbsDimShape.a_vpv_niceName = "V Param Value"
n_nurbsDimShape.baseName = "nurbsDimShape"
n_nurbsDimShape.niceName = "Nurbs Dim Shape"
//
// String set: n_nurbsSurface
//
n_nurbsSurface.a_btt_enum_kObjectBasicTessellation = "Object"
n_nurbsSurface.a_btt_enum_kScreenBasicTessellation = "Screen"
n_nurbsSurface.a_btt_niceName = "Basic Tessellation Type"
n_nurbsSurface.a_cc_niceName = "Cached"
n_nurbsSurface.a_ch_niceName = "Chord Height"
n_nurbsSurface.a_chr_niceName = "Chord Height Ratio"
n_nurbsSurface.a_cpr_niceName = "Curve Precision"
n_nurbsSurface.a_cps_niceName = "Curve Precision Shaded"
n_nurbsSurface.a_cr_niceName = "Create"
n_nurbsSurface.a_cvto_enum_kHighCurvatureTolerance = "High Quality"
n_nurbsSurface.a_cvto_enum_kHighestCurvatureTolerance = "Highest Quality"
n_nurbsSurface.a_cvto_enum_kLowCurvatureTolerance = "Low Quality"
n_nurbsSurface.a_cvto_enum_kMediumCurvatureTolerance = "Medium Quality"
n_nurbsSurface.a_cvto_enum_kNoCurvatureTolerance = "No Curvature Check"
n_nurbsSurface.a_cvto_niceName = "Curvature Tolerance"
n_nurbsSurface.a_d_niceName = "Degree UV"
n_nurbsSurface.a_dcv_niceName = "Disp CV"
n_nurbsSurface.a_dep_niceName = "Disp EP"
n_nurbsSurface.a_dg_niceName = "Disp Geometry"
n_nurbsSurface.a_dh_niceName = "Disp Hull"
n_nurbsSurface.a_dor_niceName = "Disp Origin"
n_nurbsSurface.a_drt_niceName = "Display Render Tessellation"
n_nurbsSurface.a_dsf_niceName = "Disp SF"
n_nurbsSurface.a_du_niceName = "Degree U"
n_nurbsSurface.a_dv_niceName = "Degree V"
n_nurbsSurface.a_dvu_niceName = "Divisions U"
n_nurbsSurface.a_dvv_niceName = "Divisions V"
n_nurbsSurface.a_es_niceName = "Edge Swap"
n_nurbsSurface.a_esr_niceName = "Smooth Edge Ratio"
n_nurbsSurface.a_eta_niceName = "Explicit Tessellation Attributes"
n_nurbsSurface.a_ftwp_niceName = "Fix Texture Warp"
n_nurbsSurface.a_fu_enum_0 = "Open"
n_nurbsSurface.a_fu_enum_1 = "Closed"
n_nurbsSurface.a_fu_enum_2 = "Periodic"
n_nurbsSurface.a_fu_niceName = "Form U"
n_nurbsSurface.a_fv_enum_0 = "Open"
n_nurbsSurface.a_fv_enum_1 = "Closed"
n_nurbsSurface.a_fv_enum_2 = "Periodic"
n_nurbsSurface.a_fv_niceName = "Form V"
n_nurbsSurface.a_gdsu_niceName = "Grid Division Per Span U"
n_nurbsSurface.a_gdsv_niceName = "Grid Division Per Span V"
n_nurbsSurface.a_hd_niceName = "Header"
n_nurbsSurface.a_ipo_niceName = "In Place"
n_nurbsSurface.a_l_niceName = "Local"
n_nurbsSurface.a_mmu_niceName = "Min Max Range U"
n_nurbsSurface.a_mmv_niceName = "Min Max Range V"
n_nurbsSurface.a_mns_niceName = "Min Screen"
n_nurbsSurface.a_mnu_niceName = "Min Value U"
n_nurbsSurface.a_mnv_niceName = "Min Value V"
n_nurbsSurface.a_mu_enum_kUBestGuessScreen = "Best Guess Based on Screen Size"
n_nurbsSurface.a_mu_enum_kUPerSpanIsoParms = "Per Span # of Isoparms"
n_nurbsSurface.a_mu_enum_kUPerSrfIsoParms = "Per Surf # of Isoparms"
n_nurbsSurface.a_mu_enum_kUPerSrfIsoParms3D = "Per Surf # of Isoparms in 3D"
n_nurbsSurface.a_mu_niceName = "Mode U"
n_nurbsSurface.a_mv_enum_kVBestGuessScreen = "Best Guess Based on Screen Size"
n_nurbsSurface.a_mv_enum_kVPerSpanIsoParms = "Per Span # of Isoparms"
n_nurbsSurface.a_mv_enum_kVPerSrfIsoParms = "Per Surf # of Isoparms"
n_nurbsSurface.a_mv_enum_kVPerSrfIsoParms3D = "Per Surf # of Isoparms in 3D"
n_nurbsSurface.a_mv_niceName = "Mode V"
n_nurbsSurface.a_mxu_niceName = "Max Value U"
n_nurbsSurface.a_mxv_niceName = "Max Value V"
n_nurbsSurface.a_ndf_niceName = "Normals Display Scale"
n_nurbsSurface.a_nu_niceName = "Number U"
n_nurbsSurface.a_nufa_niceName = "U Divisions Factor"
n_nurbsSurface.a_nv_niceName = "Number V"
n_nurbsSurface.a_nvfa_niceName = "V Divisions Factor"
n_nurbsSurface.a_pu_niceName = "Patch UVIds"
n_nurbsSurface.a_scvd_niceName = "Sel CVDisp"
n_nurbsSurface.a_sm_niceName = "Simplify Mode"
n_nurbsSurface.a_smu_niceName = "Simplify U"
n_nurbsSurface.a_smv_niceName = "Simplify V"
n_nurbsSurface.a_sp_niceName = "Spans UV"
n_nurbsSurface.a_su_niceName = "Spans U"
n_nurbsSurface.a_sv_niceName = "Spans V"
n_nurbsSurface.a_tcn_niceName = "Render Triangle Count"
n_nurbsSurface.a_tf_niceName = "Trim Face"
n_nurbsSurface.a_tsu_niceName = "Tweak Size U"
n_nurbsSurface.a_tsv_niceName = "Tweak Size V"
n_nurbsSurface.a_uch_niceName = "Use Chord Height"
n_nurbsSurface.a_uco_niceName = "Obj Space Chord Height"
n_nurbsSurface.a_ucr_niceName = "Use Chord Height Ratio"
n_nurbsSurface.a_ues_niceName = "Smooth Edge"
n_nurbsSurface.a_uns_niceName = "Use Min Screen"
n_nurbsSurface.a_ws_niceName = "World Space"
n_nurbsSurface.baseName = "nurbsSurface"
n_nurbsSurface.niceName = "Nurbs Surface"
//
// String set: n_nurbsTessellate
//
n_nurbsTessellate.a_cvt_enum_kHighCurvatureTolerance = "High Quality"
n_nurbsTessellate.a_cvt_enum_kHighestCurvatureTolerance = "Highest Quality"
n_nurbsTessellate.a_cvt_enum_kLowCurvatureTolerance = "Low Quality"
n_nurbsTessellate.a_cvt_enum_kMediumCurvatureTolerance = "Medium Quality"
n_nurbsTessellate.a_cvt_enum_kNoCurvatureTolerance = "No Curvature Check"
n_nurbsTessellate.a_cvt_niceName = "Curvature Tolerance"
n_nurbsTessellate.a_esr_niceName = "Smooth Edge Ratio"
n_nurbsTessellate.a_eta_niceName = "Explicit Tessellation Attributes"
n_nurbsTessellate.a_is_niceName = "Input Surface"
n_nurbsTessellate.a_nuf_niceName = "U Divisions Factor"
n_nurbsTessellate.a_nvf_niceName = "V Divisions Factor"
n_nurbsTessellate.a_ues_niceName = "Smooth Edge"
n_nurbsTessellate.baseName = "nurbsTessellate"
n_nurbsTessellate.niceName = "Nurbs Tessellate"
//
// String set: n_nurbsToSubdiv
//
n_nurbsToSubdiv.a_cp_niceName = "Collapse Poles"
n_nurbsToSubdiv.a_is_niceName = "Input Surface"
n_nurbsToSubdiv.a_mp_niceName = "Match Periodic"
n_nurbsToSubdiv.a_mpc_niceName = "Max Poly Count"
n_nurbsToSubdiv.a_os_niceName = "Output Subd"
n_nurbsToSubdiv.a_rn_niceName = "Reverse Normal"
n_nurbsToSubdiv.baseName = "nurbsToSubdiv"
n_nurbsToSubdiv.niceName = "Nurbs To Subdiv"
//
// String set: n_nurbsToSubdivProc
//
n_nurbsToSubdivProc.a_biu_niceName = "Bridge In U"
n_nurbsToSubdivProc.a_biv_niceName = "Bridge In V"
n_nurbsToSubdivProc.a_br_enum_kBridgeBoth = "Both"
n_nurbsToSubdivProc.a_br_enum_kBridgeNone = "None"
n_nurbsToSubdivProc.a_br_enum_kBridgeU = "InU"
n_nurbsToSubdivProc.a_br_enum_kBridgeV = "InV"
n_nurbsToSubdivProc.a_br_niceName = "Bridge"
n_nurbsToSubdivProc.a_ct_enum_kCap = "Cap"
n_nurbsToSubdivProc.a_ct_enum_kStitch = "Stitch"
n_nurbsToSubdivProc.a_ct_niceName = "Cap Type"
n_nurbsToSubdivProc.a_o_niceName = "Offset"
n_nurbsToSubdivProc.a_st_enum_kNothing = "Nothing"
n_nurbsToSubdivProc.a_st_enum_kOffset = "Offset"
n_nurbsToSubdivProc.a_st_enum_kTransform = "Transform"
n_nurbsToSubdivProc.a_st_niceName = "Solid Type"
n_nurbsToSubdivProc.a_t_niceName = "Transform"
n_nurbsToSubdivProc.baseName = "nurbsToSubdivProc"
n_nurbsToSubdivProc.niceName = "Nurbs To Subdiv Proc"
//
// String set: n_objectAttrFilter
//
n_objectAttrFilter.a_atyp_enum_kAll = "All"
n_objectAttrFilter.a_atyp_enum_kDynamic = "Dynamic"
n_objectAttrFilter.a_atyp_enum_kHasAnimCurve = "With Animation Curves"
n_objectAttrFilter.a_atyp_enum_kHasDrivenKey = "With Driven Keys"
n_objectAttrFilter.a_atyp_enum_kHasExpression = "With Expressions"
n_objectAttrFilter.a_atyp_enum_kHidden = "Hidden"
n_objectAttrFilter.a_atyp_enum_kKeyable = "Keyable"
n_objectAttrFilter.a_atyp_enum_kPublished = "Published"
n_objectAttrFilter.a_atyp_enum_kReadable = "Readable"
n_objectAttrFilter.a_atyp_enum_kScaleRotTrans = "Scale Rotate Translate"
n_objectAttrFilter.a_atyp_enum_kWritable = "Writable"
n_objectAttrFilter.a_atyp_niceName = "Attr Type"
n_objectAttrFilter.baseName = "objectAttrFilter"
n_objectAttrFilter.niceName = "Object Attr Filter"
//
// String set: n_objectBinFilter
//
n_objectBinFilter.a_bnam_niceName = "Bin Name"
n_objectBinFilter.baseName = "objectBinFilter"
n_objectBinFilter.niceName = "Object Bin Filter"
//
// String set: n_objectFilter
//
n_objectFilter.a_an_niceName = "Annotation"
n_objectFilter.a_cat_niceName = "Category"
n_objectFilter.a_ch_niceName = "Child"
n_objectFilter.a_dis_niceName = "Disable"
n_objectFilter.a_fcls_enum_kBuiltInFilter = "builtIn"
n_objectFilter.a_fcls_enum_kOtherFilter = "other"
n_objectFilter.a_fcls_enum_kUserFilter = "user"
n_objectFilter.a_fcls_niceName = "Filter Class"
n_objectFilter.a_in_niceName = "Input List"
n_objectFilter.a_inv_niceName = "Invert"
n_objectFilter.a_out_niceName = "Output List"
n_objectFilter.baseName = "objectFilter"
n_objectFilter.niceName = "Object Filter"
//
// String set: n_objectMultiFilter
//
n_objectMultiFilter.a_ftyp_enum_kAttrFilter = "itemFilterAttr"
n_objectMultiFilter.a_ftyp_enum_kItemFilter = "itemFilter"
n_objectMultiFilter.a_ftyp_niceName = "Filter Type"
n_objectMultiFilter.a_res_niceName = "Result List"
n_objectMultiFilter.baseName = "objectMultiFilter"
n_objectMultiFilter.niceName = "Object Multi Filter"
//
// String set: n_objectNameFilter
//
n_objectNameFilter.a_attr_niceName = "Attr Name"
n_objectNameFilter.a_nstr_niceName = "Name Strings"
n_objectNameFilter.a_rex_niceName = "Reg Exp"
n_objectNameFilter.baseName = "objectNameFilter"
n_objectNameFilter.niceName = "Object Name Filter"
//
// String set: n_objectRenderFilter
//
n_objectRenderFilter.a_exlt_niceName = "Exclusive Lights"
n_objectRenderFilter.a_lght_niceName = "Lights"
n_objectRenderFilter.a_ls_niceName = "Light Sets"
n_objectRenderFilter.a_nxlt_niceName = "Non Exclusive Lights"
n_objectRenderFilter.a_post_niceName = "Post Process"
n_objectRenderFilter.a_ren_niceName = "Rendering"
n_objectRenderFilter.a_ros_niceName = "Renderable Object Sets"
n_objectRenderFilter.a_shad_niceName = "Shaders"
n_objectRenderFilter.a_tx2d_niceName = "Textures 2D"
n_objectRenderFilter.a_tx3d_niceName = "Textures 3D"
n_objectRenderFilter.a_txtr_niceName = "Textures"
n_objectRenderFilter.a_util_niceName = "Utility"
n_objectRenderFilter.baseName = "objectRenderFilter"
n_objectRenderFilter.niceName = "Object Render Filter"
//
// String set: n_objectScriptFilter
//
n_objectScriptFilter.a_aarg_niceName = "Array Arg"
n_objectScriptFilter.a_attr_niceName = "Attr Name"
n_objectScriptFilter.a_pnam_niceName = "Proc Name"
n_objectScriptFilter.a_pym_niceName = "Python Module"
n_objectScriptFilter.a_unn_niceName = "Unique Node Names"
n_objectScriptFilter.baseName = "objectScriptFilter"
n_objectScriptFilter.niceName = "Object Script Filter"
//
// String set: n_objectSet
//
n_objectSet.a_an_niceName = "Annotation"
n_objectSet.a_dnsm_niceName = "Dn Set Members"
n_objectSet.a_dsm_niceName = "Dag Set Members"
n_objectSet.a_eo_niceName = "Edges Only Set"
n_objectSet.a_epo_niceName = "Edit Points Only Set"
n_objectSet.a_fo_niceName = "Facets Only Set"
n_objectSet.a_gn_niceName = "Group Nodes"
n_objectSet.a_il_niceName = "Is Layer"
n_objectSet.a_mwc_niceName = "Member Wireframe Color"
n_objectSet.a_pa_niceName = "Partition"
n_objectSet.a_ro_niceName = "Renderable Only Set"
n_objectSet.a_ub_niceName = "Used By"
n_objectSet.a_vo_niceName = "Vertices Only Set"
n_objectSet.baseName = "objectSet"
n_objectSet.niceName = "Object Set"
//
// String set: n_objectTypeFilter
//
n_objectTypeFilter.a_tnam_niceName = "Type Name"
n_objectTypeFilter.a_typ_niceName = "Type"
n_objectTypeFilter.baseName = "objectTypeFilter"
n_objectTypeFilter.niceName = "Object Type Filter"
//
// String set: n_ocean
//
n_ocean.a_cmd_enum_kFoam = "Foam"
n_ocean.a_cmd_enum_kFoamOnWaves = "FoamOnWaves"
n_ocean.a_cmd_enum_kWaveHeight = "WaveHeight"
n_ocean.a_cmd_niceName = "Color Mode"
n_ocean.a_fme_niceName = "Foam Emission"
n_ocean.a_fmt_niceName = "Foam Threshold"
n_ocean.a_nf_niceName = "Num Frequencies"
n_ocean.a_ofm_niceName = "Out Foam"
n_ocean.a_os_niceName = "Observer Speed"
n_ocean.a_sc_niceName = "Scale"
n_ocean.a_ti_niceName = "Time"
n_ocean.a_wd_niceName = "Wave Dir Spread"
n_ocean.a_wh_niceName = "Wave Height"
n_ocean.a_whfv_niceName = "Wave Height _Float Value"
n_ocean.a_whi_enum_kLinear = "Linear"
n_ocean.a_whi_enum_kNone = "None"
n_ocean.a_whi_enum_kSmooth = "Smooth"
n_ocean.a_whi_enum_kSpline = "Spline"
n_ocean.a_whi_niceName = "Wave Height _Interp"
n_ocean.a_whp_niceName = "Wave Height _Position"
n_ocean.a_wi_niceName = "Wind UV"
n_ocean.a_wiu_niceName = "Wind U"
n_ocean.a_wiv_niceName = "Wind V"
n_ocean.a_wlm_niceName = "Wave Length Min"
n_ocean.a_wlx_niceName = "Wave Length Max"
n_ocean.a_wp_niceName = "Wave Peaking"
n_ocean.a_wpfv_niceName = "Wave Peaking _Float Value"
n_ocean.a_wpi_enum_kLinear = "Linear"
n_ocean.a_wpi_enum_kNone = "None"
n_ocean.a_wpi_enum_kSmooth = "Smooth"
n_ocean.a_wpi_enum_kSpline = "Spline"
n_ocean.a_wpi_niceName = "Wave Peaking _Interp"
n_ocean.a_wpp_niceName = "Wave Peaking _Position"
n_ocean.a_wtb_niceName = "Wave Turbulence"
n_ocean.a_wtbfv_niceName = "Wave Turbulence _Float Value"
n_ocean.a_wtbi_enum_kLinear = "Linear"
n_ocean.a_wtbi_enum_kNone = "None"
n_ocean.a_wtbi_enum_kSmooth = "Smooth"
n_ocean.a_wtbi_enum_kSpline = "Spline"
n_ocean.a_wtbi_niceName = "Wave Turbulence _Interp"
n_ocean.a_wtbp_niceName = "Wave Turbulence _Position"
n_ocean.baseName = "ocean"
n_ocean.niceName = "Ocean"
//
// String set: n_oceanShader
//
n_oceanShader.a_acb_niceName = "Ambient Color B"
n_oceanShader.a_acg_niceName = "Ambient Color G"
n_oceanShader.a_acr_niceName = "Ambient Color R"
n_oceanShader.a_ambc_niceName = "Ambient Color"
n_oceanShader.a_bbl_niceName = "Bump Blur"
n_oceanShader.a_d_niceName = "Displacement"
n_oceanShader.a_dc_niceName = "Diffuse"
n_oceanShader.a_e2w_niceName = "Matrix Eye To World"
n_oceanShader.a_ec_niceName = "Eccentricity"
n_oceanShader.a_env_niceName = "Environment"
n_oceanShader.a_envc_niceName = "Environment _Color"
n_oceanShader.a_envcb_niceName = "Environment _Color B"
n_oceanShader.a_envcg_niceName = "Environment _Color G"
n_oceanShader.a_envcr_niceName = "Environment _Color R"
n_oceanShader.a_envi_enum_kLinear = "Linear"
n_oceanShader.a_envi_enum_kNone = "None"
n_oceanShader.a_envi_enum_kSmooth = "Smooth"
n_oceanShader.a_envi_enum_kSpline = "Spline"
n_oceanShader.a_envi_niceName = "Environment _Interp"
n_oceanShader.a_envp_niceName = "Environment _Position"
n_oceanShader.a_fakc_niceName = "Shadow Attenuation"
n_oceanShader.a_fc_niceName = "Foam Color"
n_oceanShader.a_fcb_niceName = "Foam Color B"
n_oceanShader.a_fcg_niceName = "Foam Color G"
n_oceanShader.a_fcr_niceName = "Foam Color R"
n_oceanShader.a_fll_niceName = "Reflection Limit"
n_oceanShader.a_fme_niceName = "Foam Emission"
n_oceanShader.a_fmo_niceName = "Foam Offset"
n_oceanShader.a_fmt_niceName = "Foam Threshold"
n_oceanShader.a_fs_niceName = "Filter Size"
n_oceanShader.a_fsx_niceName = "Filter Size X"
n_oceanShader.a_fsy_niceName = "Filter Size Y"
n_oceanShader.a_fsz_niceName = "Filter Size Z"
n_oceanShader.a_gi_niceName = "Glow Intensity"
n_oceanShader.a_hft_niceName = "Horizon Filter"
n_oceanShader.a_ib_niceName = "Incandescence B"
n_oceanShader.a_ic_niceName = "Incandescence"
n_oceanShader.a_ig_niceName = "Incandescence G"
n_oceanShader.a_ir_niceName = "Incandescence R"
n_oceanShader.a_it_niceName = "Transparency"
n_oceanShader.a_itb_niceName = "Transparency B"
n_oceanShader.a_itg_niceName = "Transparency G"
n_oceanShader.a_itr_niceName = "Transparency R"
n_oceanShader.a_la_niceName = "Light Ambient"
n_oceanShader.a_lbd_niceName = "Light Blind Data"
n_oceanShader.a_ld_niceName = "Light Direction"
n_oceanShader.a_ldf_niceName = "Light Diffuse"
n_oceanShader.a_ldx_niceName = "Light Direction X"
n_oceanShader.a_ldy_niceName = "Light Direction Y"
n_oceanShader.a_ldz_niceName = "Light Direction Z"
n_oceanShader.a_li_niceName = "Light Intensity"
n_oceanShader.a_lib_niceName = "Light Intensity B"
n_oceanShader.a_lig_niceName = "Light Intensity G"
n_oceanShader.a_lir_niceName = "Light Intensity R"
n_oceanShader.a_ls_niceName = "Light Specular"
n_oceanShader.a_lsf_niceName = "Light Shadow Fraction"
n_oceanShader.a_ltd_niceName = "Light Data Array"
n_oceanShader.a_mog_niceName = "Matte Opacity"
n_oceanShader.a_mom_enum_kBlackHoleM = "Black Hole"
n_oceanShader.a_mom_enum_kOpacityGain = "Opacity Gain"
n_oceanShader.a_mom_enum_kSolidMatte = "Solid Matte"
n_oceanShader.a_mom_niceName = "Matte Opacity Mode"
n_oceanShader.a_mrfi_niceName = "Medium Refractive Index"
n_oceanShader.a_n_niceName = "Normal Camera"
n_oceanShader.a_nf_niceName = "Num Frequencies"
n_oceanShader.a_nx_niceName = "Normal Camera X"
n_oceanShader.a_ny_niceName = "Normal Camera Y"
n_oceanShader.a_nz_niceName = "Normal Camera Z"
n_oceanShader.a_oc_niceName = "Out Color"
n_oceanShader.a_ocb_niceName = "Out Color B"
n_oceanShader.a_ocg_niceName = "Out Color G"
n_oceanShader.a_ocr_niceName = "Out Color R"
n_oceanShader.a_ofm_niceName = "Out Foam"
n_oceanShader.a_ogb_niceName = "Out Glow Color B"
n_oceanShader.a_ogc_niceName = "Out Glow Color"
n_oceanShader.a_ogg_niceName = "Out Glow Color G"
n_oceanShader.a_ogr_niceName = "Out Glow Color R"
n_oceanShader.a_oi_niceName = "Object Id"
n_oceanShader.a_omo_niceName = "Out Matte Opacity"
n_oceanShader.a_omob_niceName = "Out Matte Opacity B"
n_oceanShader.a_omog_niceName = "Out Matte Opacity G"
n_oceanShader.a_omor_niceName = "Out Matte Opacity R"
n_oceanShader.a_opad_niceName = "Opacity Depth"
n_oceanShader.a_os_niceName = "Observer Speed"
n_oceanShader.a_ot_niceName = "Out Transparency"
n_oceanShader.a_otb_niceName = "Out Transparency B"
n_oceanShader.a_otg_niceName = "Out Transparency G"
n_oceanShader.a_otr_niceName = "Out Transparency R"
n_oceanShader.a_pc_niceName = "Point Camera"
n_oceanShader.a_pi_niceName = "Primitive Id"
n_oceanShader.a_psi_niceName = "Pre Shadow Intensity"
n_oceanShader.a_px_niceName = "Point Camera X"
n_oceanShader.a_py_niceName = "Point Camera Y"
n_oceanShader.a_pz_niceName = "Point Camera Z"
n_oceanShader.a_rad_niceName = "Ray Direction"
n_oceanShader.a_rb_niceName = "Reflected Color B"
n_oceanShader.a_rc_niceName = "Reflected Color"
n_oceanShader.a_rcx_niceName = "Ref Point Camera X"
n_oceanShader.a_rcy_niceName = "Ref Point Camera Y"
n_oceanShader.a_rcz_niceName = "Ref Point Camera Z"
n_oceanShader.a_rd_niceName = "Ray Depth"
n_oceanShader.a_rdl_niceName = "Refraction Limit"
n_oceanShader.a_rdx_niceName = "Ray Direction X"
n_oceanShader.a_rdy_niceName = "Ray Direction Y"
n_oceanShader.a_rdz_niceName = "Ray Direction Z"
n_oceanShader.a_rfc_niceName = "Refractions"
n_oceanShader.a_rfi_niceName = "Refractive Index"
n_oceanShader.a_rfl_niceName = "Reflectivity"
n_oceanShader.a_rg_niceName = "Reflected Color G"
n_oceanShader.a_rpc_niceName = "Ref Point Camera"
n_oceanShader.a_rr_niceName = "Reflected Color R"
n_oceanShader.a_rsp_niceName = "Reflection Specularity"
n_oceanShader.a_rtr_niceName = "Ray Sampler"
n_oceanShader.a_ryi_niceName = "Ray Instance"
n_oceanShader.a_sb_niceName = "Specular Color B"
n_oceanShader.a_sc_niceName = "Specular Color"
n_oceanShader.a_scl_niceName = "Scale"
n_oceanShader.a_sg_niceName = "Specular Color G"
n_oceanShader.a_spg_niceName = "Specular Glow"
n_oceanShader.a_spl_niceName = "Specularity"
n_oceanShader.a_sr_niceName = "Specular Color R"
n_oceanShader.a_tc_niceName = "Translucence"
n_oceanShader.a_tcf_niceName = "Translucence Focus"
n_oceanShader.a_ti_niceName = "Time"
n_oceanShader.a_tnc_niceName = "Triangle Normal Camera"
n_oceanShader.a_tnx_niceName = "Triangle Normal Camera X"
n_oceanShader.a_tny_niceName = "Triangle Normal Camera Y"
n_oceanShader.a_tnz_niceName = "Triangle Normal Camera Z"
n_oceanShader.a_trsd_niceName = "Translucence Depth"
n_oceanShader.a_tsh_niceName = "Trough Shadowing"
n_oceanShader.a_wc_niceName = "Water Color"
n_oceanShader.a_wcb_niceName = "Water Color B"
n_oceanShader.a_wcg_niceName = "Water Color G"
n_oceanShader.a_wcr_niceName = "Water Color R"
n_oceanShader.a_wd_niceName = "Wave Dir Spread"
n_oceanShader.a_wh_niceName = "Wave Height"
n_oceanShader.a_whfv_niceName = "Wave Height _Float Value"
n_oceanShader.a_whi_enum_kLinear = "Linear"
n_oceanShader.a_whi_enum_kNone = "None"
n_oceanShader.a_whi_enum_kSmooth = "Smooth"
n_oceanShader.a_whi_enum_kSpline = "Spline"
n_oceanShader.a_whi_niceName = "Wave Height _Interp"
n_oceanShader.a_who_niceName = "Wave Height Offset"
n_oceanShader.a_whp_niceName = "Wave Height _Position"
n_oceanShader.a_wi_niceName = "Wind UV"
n_oceanShader.a_wiu_niceName = "Wind U"
n_oceanShader.a_wiv_niceName = "Wind V"
n_oceanShader.a_wlm_niceName = "Wave Length Min"
n_oceanShader.a_wlx_niceName = "Wave Length Max"
n_oceanShader.a_wp_niceName = "Wave Peaking"
n_oceanShader.a_wpfv_niceName = "Wave Peaking _Float Value"
n_oceanShader.a_wpi_enum_kLinear = "Linear"
n_oceanShader.a_wpi_enum_kNone = "None"
n_oceanShader.a_wpi_enum_kSmooth = "Smooth"
n_oceanShader.a_wpi_enum_kSpline = "Spline"
n_oceanShader.a_wpi_niceName = "Wave Peaking _Interp"
n_oceanShader.a_wpp_niceName = "Wave Peaking _Position"
n_oceanShader.a_wtb_niceName = "Wave Turbulence"
n_oceanShader.a_wtbfv_niceName = "Wave Turbulence _Float Value"
n_oceanShader.a_wtbi_enum_kLinear = "Linear"
n_oceanShader.a_wtbi_enum_kNone = "None"
n_oceanShader.a_wtbi_enum_kSmooth = "Smooth"
n_oceanShader.a_wtbi_enum_kSpline = "Spline"
n_oceanShader.a_wtbi_niceName = "Wave Turbulence _Interp"
n_oceanShader.a_wtbp_niceName = "Wave Turbulence _Position"
n_oceanShader.a_wte_niceName = "Matrix World To Eye"
n_oceanShader.a_wvs_niceName = "Wave Speed"
n_oceanShader.baseName = "oceanShader"
n_oceanShader.niceName = "Ocean Shader"
//
// String set: n_offsetCos
//
n_offsetCos.a_cb_enum_0 = "Off"
n_offsetCos.a_cb_enum_1 = "Circular"
n_offsetCos.a_cb_enum_2 = "Linear"
n_offsetCos.a_cb_niceName = "Connect Breaks"
n_offsetCos.a_cl_niceName = "Cut Loop"
n_offsetCos.a_cp_niceName = "Check Points"
n_offsetCos.a_d_niceName = "Distance"
n_offsetCos.a_ic_niceName = "Input Curve"
n_offsetCos.a_oc_niceName = "Output Curve"
n_offsetCos.a_sd_niceName = "Subdivision Density"
n_offsetCos.a_st_niceName = "Stitch"
n_offsetCos.a_tol_niceName = "Tolerance"
n_offsetCos.baseName = "offsetCos"
n_offsetCos.niceName = "Offset Cos"
//
// String set: n_offsetCosManip
//
n_offsetCosManip.baseName = "offsetCosManip"
n_offsetCosManip.niceName = "Offset Cos Manip"
//
// String set: n_offsetCurve
//
n_offsetCurve.a_cb_enum_0 = "Off"
n_offsetCurve.a_cb_enum_1 = "Circular"
n_offsetCurve.a_cb_enum_2 = "Linear"
n_offsetCurve.a_cb_niceName = "Connect Breaks"
n_offsetCurve.a_cl_niceName = "Cut Loop"
n_offsetCurve.a_cr_niceName = "Cut Radius"
n_offsetCurve.a_d_niceName = "Distance"
n_offsetCurve.a_ic_niceName = "Input Curve"
n_offsetCurve.a_nr_niceName = "Normal"
n_offsetCurve.a_nrx_niceName = "Normal X"
n_offsetCurve.a_nry_niceName = "Normal Y"
n_offsetCurve.a_nrz_niceName = "Normal Z"
n_offsetCurve.a_oc_niceName = "Output Curve"
n_offsetCurve.a_p_niceName = "Parameter"
n_offsetCurve.a_rp_niceName = "Reparameterize"
n_offsetCurve.a_sd_niceName = "Subdivision Density"
n_offsetCurve.a_st_niceName = "Stitch"
n_offsetCurve.a_tol_niceName = "Tolerance"
n_offsetCurve.a_ugn_niceName = "Use Given Normal"
n_offsetCurve.a_up_niceName = "Use Parameter"
n_offsetCurve.baseName = "offsetCurve"
n_offsetCurve.niceName = "Offset Curve"
//
// String set: n_offsetCurveManip
//
n_offsetCurveManip.baseName = "offsetCurveManip"
n_offsetCurveManip.niceName = "Offset Curve Manip"
//
// String set: n_offsetSurface
//
n_offsetSurface.a_d_niceName = "Distance"
n_offsetSurface.a_is_niceName = "Input Surface"
n_offsetSurface.a_m_enum_0 = "Surface Fit"
n_offsetSurface.a_m_enum_1 = "CV Fit"
n_offsetSurface.a_m_niceName = "Method"
n_offsetSurface.a_os_niceName = "Output Surface"
n_offsetSurface.baseName = "offsetSurface"
n_offsetSurface.niceName = "Offset Surface"
//
// String set: n_offsetSurfaceManip
//
n_offsetSurfaceManip.baseName = "offsetSurfaceManip"
n_offsetSurfaceManip.niceName = "Offset Surface Manip"
//
// String set: n_oldBlindDataBase
//
n_oldBlindDataBase.a_tid_niceName = "Type Id"
n_oldBlindDataBase.baseName = "oldBlindDataBase"
n_oldBlindDataBase.niceName = "Old Blind Data Base"
//
// String set: n_oldGeometryConstraint
//
n_oldGeometryConstraint.a_g_niceName = "Geometry"
n_oldGeometryConstraint.a_i_niceName = "Input"
n_oldGeometryConstraint.a_im_niceName = "Input Matrix"
n_oldGeometryConstraint.a_irp_niceName = "Input Rot Pivot"
n_oldGeometryConstraint.a_irpx_niceName = "Input Rot Pivot X"
n_oldGeometryConstraint.a_irpy_niceName = "Input Rot Pivot Y"
n_oldGeometryConstraint.a_irpz_niceName = "Input Rot Pivot Z"
n_oldGeometryConstraint.a_irt_niceName = "Input Rot Trans"
n_oldGeometryConstraint.a_irtx_niceName = "Input Rot Trans X"
n_oldGeometryConstraint.a_irty_niceName = "Input Rot Trans Y"
n_oldGeometryConstraint.a_irtz_niceName = "Input Rot Trans Z"
n_oldGeometryConstraint.a_it_niceName = "Input Trans"
n_oldGeometryConstraint.a_itx_niceName = "Input Trans X"
n_oldGeometryConstraint.a_ity_niceName = "Input Trans Y"
n_oldGeometryConstraint.a_itz_niceName = "Input Trans Z"
n_oldGeometryConstraint.a_o_niceName = "Output"
n_oldGeometryConstraint.a_orp_niceName = "Object Rot Pivot"
n_oldGeometryConstraint.a_orpx_niceName = "Object Rot Pivot X"
n_oldGeometryConstraint.a_orpy_niceName = "Object Rot Pivot Y"
n_oldGeometryConstraint.a_orpz_niceName = "Object Rot Pivot Z"
n_oldGeometryConstraint.a_ort_niceName = "Object Rot Trans"
n_oldGeometryConstraint.a_ortx_niceName = "Object Rot Trans X"
n_oldGeometryConstraint.a_orty_niceName = "Object Rot Trans Y"
n_oldGeometryConstraint.a_ortz_niceName = "Object Rot Trans Z"
n_oldGeometryConstraint.a_ox_niceName = "Output X"
n_oldGeometryConstraint.a_oy_niceName = "Output Y"
n_oldGeometryConstraint.a_oz_niceName = "Output Z"
n_oldGeometryConstraint.a_pim_niceName = "Parent Inverse Matrix"
n_oldGeometryConstraint.a_w_niceName = "Weight"
n_oldGeometryConstraint.baseName = "oldGeometryConstraint"
n_oldGeometryConstraint.niceName = "Old Geometry Constraint"
//
// String set: n_oldNormalConstraint
//
n_oldNormalConstraint.a_a_niceName = "Aim Vector"
n_oldNormalConstraint.a_ax_niceName = "Aim Vector X"
n_oldNormalConstraint.a_ay_niceName = "Aim Vector Y"
n_oldNormalConstraint.a_az_niceName = "Aim Vector Z"
n_oldNormalConstraint.a_cpim_niceName = "Constraint Parent Inverse Matrix"
n_oldNormalConstraint.a_cr_niceName = "Constraint Rotate"
n_oldNormalConstraint.a_crx_niceName = "Constraint Rotate X"
n_oldNormalConstraint.a_cry_niceName = "Constraint Rotate Y"
n_oldNormalConstraint.a_crz_niceName = "Constraint Rotate Z"
n_oldNormalConstraint.a_tg_niceName = "Target"
n_oldNormalConstraint.a_tpm_niceName = "Target Parent Matrix"
n_oldNormalConstraint.a_trp_niceName = "Target Rotate Pivot"
n_oldNormalConstraint.a_trpx_niceName = "Target Rotate Pivot X"
n_oldNormalConstraint.a_trpy_niceName = "Target Rotate Pivot Y"
n_oldNormalConstraint.a_trpz_niceName = "Target Rotate Pivot Z"
n_oldNormalConstraint.a_trt_niceName = "Target Rotate Translate"
n_oldNormalConstraint.a_trtx_niceName = "Target Rotate Translate X"
n_oldNormalConstraint.a_trty_niceName = "Target Rotate Translate Y"
n_oldNormalConstraint.a_trtz_niceName = "Target Rotate Translate Z"
n_oldNormalConstraint.a_tt_niceName = "Target Translate"
n_oldNormalConstraint.a_ttx_niceName = "Target Translate X"
n_oldNormalConstraint.a_tty_niceName = "Target Translate Y"
n_oldNormalConstraint.a_ttz_niceName = "Target Translate Z"
n_oldNormalConstraint.a_tw_niceName = "Target Weight"
n_oldNormalConstraint.a_u_niceName = "Up Vector"
n_oldNormalConstraint.a_ux_niceName = "Up Vector X"
n_oldNormalConstraint.a_uy_niceName = "Up Vector Y"
n_oldNormalConstraint.a_uz_niceName = "Up Vector Z"
n_oldNormalConstraint.a_wu_niceName = "World Up Vector"
n_oldNormalConstraint.a_wux_niceName = "World Up Vector X"
n_oldNormalConstraint.a_wuy_niceName = "World Up Vector Y"
n_oldNormalConstraint.a_wuz_niceName = "World Up Vector Z"
n_oldNormalConstraint.baseName = "oldNormalConstraint"
n_oldNormalConstraint.niceName = "Old Normal Constraint"
//
// String set: n_oldTangentConstraint
//
n_oldTangentConstraint.a_a_niceName = "Aim Vector"
n_oldTangentConstraint.a_ax_niceName = "Aim Vector X"
n_oldTangentConstraint.a_ay_niceName = "Aim Vector Y"
n_oldTangentConstraint.a_az_niceName = "Aim Vector Z"
n_oldTangentConstraint.a_cpim_niceName = "Constraint Parent Inverse Matrix"
n_oldTangentConstraint.a_cr_niceName = "Constraint Rotate"
n_oldTangentConstraint.a_crx_niceName = "Constraint Rotate X"
n_oldTangentConstraint.a_cry_niceName = "Constraint Rotate Y"
n_oldTangentConstraint.a_crz_niceName = "Constraint Rotate Z"
n_oldTangentConstraint.a_tg_niceName = "Target"
n_oldTangentConstraint.a_tpm_niceName = "Target Parent Matrix"
n_oldTangentConstraint.a_trp_niceName = "Target Rotate Pivot"
n_oldTangentConstraint.a_trpx_niceName = "Target Rotate Pivot X"
n_oldTangentConstraint.a_trpy_niceName = "Target Rotate Pivot Y"
n_oldTangentConstraint.a_trpz_niceName = "Target Rotate Pivot Z"
n_oldTangentConstraint.a_trt_niceName = "Target Rotate Translate"
n_oldTangentConstraint.a_trtx_niceName = "Target Rotate Translate X"
n_oldTangentConstraint.a_trty_niceName = "Target Rotate Translate Y"
n_oldTangentConstraint.a_trtz_niceName = "Target Rotate Translate Z"
n_oldTangentConstraint.a_tt_niceName = "Target Translate"
n_oldTangentConstraint.a_ttx_niceName = "Target Translate X"
n_oldTangentConstraint.a_tty_niceName = "Target Translate Y"
n_oldTangentConstraint.a_ttz_niceName = "Target Translate Z"
n_oldTangentConstraint.a_tw_niceName = "Target Weight"
n_oldTangentConstraint.a_u_niceName = "Up Vector"
n_oldTangentConstraint.a_ux_niceName = "Up Vector X"
n_oldTangentConstraint.a_uy_niceName = "Up Vector Y"
n_oldTangentConstraint.a_uz_niceName = "Up Vector Z"
n_oldTangentConstraint.a_wu_niceName = "World Up Vector"
n_oldTangentConstraint.a_wux_niceName = "World Up Vector X"
n_oldTangentConstraint.a_wuy_niceName = "World Up Vector Y"
n_oldTangentConstraint.a_wuz_niceName = "World Up Vector Z"
n_oldTangentConstraint.baseName = "oldTangentConstraint"
n_oldTangentConstraint.niceName = "Old Tangent Constraint"
//
// String set: n_opticalFX
//
n_opticalFX.a_act_niceName = "Active"
n_opticalFX.a_fa_niceName = "Flare Max Size"
n_opticalFX.a_fb_niceName = "Fog Color B"
n_opticalFX.a_fc_niceName = "Fog Color"
n_opticalFX.a_fd_niceName = "Fog Noise"
n_opticalFX.a_fe_niceName = "Fog Starlevel"
n_opticalFX.a_ff_niceName = "Flare Focus"
n_opticalFX.a_fg_niceName = "Fog Color G"
n_opticalFX.a_fh_niceName = "Flare Horizontal"
n_opticalFX.a_fi_niceName = "Flare Intensity"
n_opticalFX.a_fl_niceName = "Flare Length"
n_opticalFX.a_fm_niceName = "Flare Min Size"
n_opticalFX.a_fn_niceName = "Flare Num Circles"
n_opticalFX.a_fo_niceName = "Fog Opacity"
n_opticalFX.a_fr_niceName = "Fog Color R"
n_opticalFX.a_fs_niceName = "Fog Spread"
n_opticalFX.a_ft_niceName = "Fog Type"
n_opticalFX.a_fv_niceName = "Flare Vertical"
n_opticalFX.a_fz_niceName = "Fog Radial Noise"
n_opticalFX.a_gb_niceName = "Glow Color B"
n_opticalFX.a_gc_niceName = "Glow Color"
n_opticalFX.a_gd_niceName = "Glow Noise"
n_opticalFX.a_gg_niceName = "Glow Color G"
n_opticalFX.a_gi_niceName = "Glow Intensity"
n_opticalFX.a_gn_niceName = "Glow Radial Noise"
n_opticalFX.a_go_niceName = "Glow Opacity"
n_opticalFX.a_gr_niceName = "Glow Color R"
n_opticalFX.a_gs_niceName = "Glow Spread"
n_opticalFX.a_gt_enum_kgBallGlow = "Ball"
n_opticalFX.a_gt_enum_kgExpGlow = "Exponential"
n_opticalFX.a_gt_enum_kgLensGlow = "Lens Flare"
n_opticalFX.a_gt_enum_kgLinearGlow = "Linear"
n_opticalFX.a_gt_enum_kgNoGlow = "None"
n_opticalFX.a_gt_enum_kgRimGlow = "Rim Halo"
n_opticalFX.a_gt_niceName = "Glow Type"
n_opticalFX.a_gv_niceName = "Glow Star Level"
n_opticalFX.a_gvb_niceName = "Glow Visibility"
n_opticalFX.a_hb_niceName = "Halo Color B"
n_opticalFX.a_hc_niceName = "Halo Color"
n_opticalFX.a_hf_niceName = "Hexagon Flare"
n_opticalFX.a_hg_niceName = "Halo Color G"
n_opticalFX.a_hi_niceName = "Halo Intensity"
n_opticalFX.a_hr_niceName = "Halo Color R"
n_opticalFX.a_hs_niceName = "Halo Spread"
n_opticalFX.a_ht_enum_khBallGlow = "Ball"
n_opticalFX.a_ht_enum_khExpGlow = "Exponential"
n_opticalFX.a_ht_enum_khLensGlow = "Lens Flare"
n_opticalFX.a_ht_enum_khLinearGlow = "Linear"
n_opticalFX.a_ht_enum_khNoGlow = "None"
n_opticalFX.a_ht_enum_khRimGlow = "Rim Halo"
n_opticalFX.a_ht_niceName = "Halo Type"
n_opticalFX.a_il_niceName = "Ignore Light"
n_opticalFX.a_lc_niceName = "Flare Col Spread"
n_opticalFX.a_lcg_niceName = "Light Color G"
n_opticalFX.a_lcr_niceName = "Light Color R"
n_opticalFX.a_lf_niceName = "Lens Flare"
n_opticalFX.a_lgb_niceName = "Light Color B"
n_opticalFX.a_ln_niceName = "Light Connection"
n_opticalFX.a_lr_niceName = "Light Color"
n_opticalFX.a_lw_niceName = "Light World Mat"
n_opticalFX.a_nf_niceName = "Noise Voffset"
n_opticalFX.a_ni_niceName = "Noise Uoffset"
n_opticalFX.a_nt_niceName = "Noise Threshold"
n_opticalFX.a_nu_niceName = "Noise Uscale"
n_opticalFX.a_nv_niceName = "Noise Vscale"
n_opticalFX.a_oi_niceName = "Fog Intensity"
n_opticalFX.a_ra_niceName = "Rotation"
n_opticalFX.a_rb_niceName = "Flare Color B"
n_opticalFX.a_rc_niceName = "Flare Color"
n_opticalFX.a_rf_niceName = "Radial Frequency"
n_opticalFX.a_rg_niceName = "Flare Color G"
n_opticalFX.a_rr_niceName = "Flare Color R"
n_opticalFX.a_sp_niceName = "Star Points"
n_opticalFX.a_vb_niceName = "Visibility"
n_opticalFX.a_vbb_niceName = "Visibility B"
n_opticalFX.a_vbg_niceName = "Visibility G"
n_opticalFX.a_vbr_niceName = "Visibility R"
n_opticalFX.baseName = "opticalFX"
n_opticalFX.niceName = "Optical FX"
//
// String set: n_orientConstraint
//
n_orientConstraint.a_cjo_niceName = "Constraint Joint Orient"
n_orientConstraint.a_cjox_niceName = "Constraint Joint Orient X"
n_orientConstraint.a_cjoy_niceName = "Constraint Joint Orient Y"
n_orientConstraint.a_cjoz_niceName = "Constraint Joint Orient Z"
n_orientConstraint.a_cpim_niceName = "Constraint Parent Inverse Matrix"
n_orientConstraint.a_cr_niceName = "Constraint Rotate"
n_orientConstraint.a_cro_enum_kXYZ = "xyz"
n_orientConstraint.a_cro_enum_kXZY = "xzy"
n_orientConstraint.a_cro_enum_kYXZ = "yxz"
n_orientConstraint.a_cro_enum_kYZX = "yzx"
n_orientConstraint.a_cro_enum_kZXY = "zxy"
n_orientConstraint.a_cro_enum_kZYX = "zyx"
n_orientConstraint.a_cro_niceName = "Constraint Rotate Order"
n_orientConstraint.a_crx_niceName = "Constraint Rotate X"
n_orientConstraint.a_cry_niceName = "Constraint Rotate Y"
n_orientConstraint.a_crz_niceName = "Constraint Rotate Z"
n_orientConstraint.a_ctr_niceName = "Target Rotate Cached"
n_orientConstraint.a_ctrx_niceName = "Target Rotate Cached X"
n_orientConstraint.a_ctry_niceName = "Target Rotate Cached Y"
n_orientConstraint.a_ctrz_niceName = "Target Rotate Cached Z"
n_orientConstraint.a_inc_niceName = "Interp Cache"
n_orientConstraint.a_int_enum_kAntiFlip = "No Flip"
n_orientConstraint.a_int_enum_kAverage = "Average"
n_orientConstraint.a_int_enum_kCache = "Cache"
n_orientConstraint.a_int_enum_kLongest = "Longest"
n_orientConstraint.a_int_enum_kShortest = "Shortest"
n_orientConstraint.a_int_niceName = "Interp Type"
n_orientConstraint.a_is_niceName = "Inverse Scale"
n_orientConstraint.a_isx_niceName = "Inverse Scale X"
n_orientConstraint.a_isy_niceName = "Inverse Scale Y"
n_orientConstraint.a_isz_niceName = "Inverse Scale Z"
n_orientConstraint.a_lr_niceName = "Last Target Rotate"
n_orientConstraint.a_lrx_niceName = "Last Target Rotate X"
n_orientConstraint.a_lry_niceName = "Last Target Rotate Y"
n_orientConstraint.a_lrz_niceName = "Last Target Rotate Z"
n_orientConstraint.a_o_niceName = "Offset"
n_orientConstraint.a_ox_niceName = "Offset X"
n_orientConstraint.a_oy_niceName = "Offset Y"
n_orientConstraint.a_oz_niceName = "Offset Z"
n_orientConstraint.a_rrx_niceName = "Rest Rotate X"
n_orientConstraint.a_rry_niceName = "Rest Rotate Y"
n_orientConstraint.a_rrz_niceName = "Rest Rotate Z"
n_orientConstraint.a_rsrr_niceName = "Rest Rotate"
n_orientConstraint.a_ssc_niceName = "Scale Compensate"
n_orientConstraint.a_tg_niceName = "Target"
n_orientConstraint.a_tjo_niceName = "Target Joint Orient"
n_orientConstraint.a_tjox_niceName = "Target Joint Orient X"
n_orientConstraint.a_tjoy_niceName = "Target Joint Orient Y"
n_orientConstraint.a_tjoz_niceName = "Target Joint Orient Z"
n_orientConstraint.a_tpm_niceName = "Target Parent Matrix"
n_orientConstraint.a_tr_niceName = "Target Rotate"
n_orientConstraint.a_tro_enum_kXYZ = "xyz"
n_orientConstraint.a_tro_enum_kXZY = "xzy"
n_orientConstraint.a_tro_enum_kYXZ = "yxz"
n_orientConstraint.a_tro_enum_kYZX = "yzx"
n_orientConstraint.a_tro_enum_kZXY = "zxy"
n_orientConstraint.a_tro_enum_kZYX = "zyx"
n_orientConstraint.a_tro_niceName = "Target Rotate Order"
n_orientConstraint.a_trx_niceName = "Target Rotate X"
n_orientConstraint.a_try_niceName = "Target Rotate Y"
n_orientConstraint.a_trz_niceName = "Target Rotate Z"
n_orientConstraint.a_tw_niceName = "Target Weight"
n_orientConstraint.a_uooc_niceName = "Use Old Offset Calculation"
n_orientConstraint.baseName = "orientConstraint"
n_orientConstraint.niceName = "Orient Constraint"
//
// String set: n_orientationMarker
//
n_orientationMarker.a_ft_niceName = "Front Twist"
n_orientationMarker.a_st_niceName = "Side Twist"
n_orientationMarker.a_ut_niceName = "Up Twist"
n_orientationMarker.baseName = "orientationMarker"
n_orientationMarker.niceName = "Orientation Marker"
//
// String set: n_orthoGrid
//
n_orthoGrid.baseName = "orthoGrid"
n_orthoGrid.niceName = "Ortho Grid"
//
// String set: n_pairBlend
//
n_pairBlend.a_c_enum_kInput1 = "Input 1"
n_pairBlend.a_c_enum_kInput2 = "Input 2"
n_pairBlend.a_c_niceName = "Current Driver"
n_pairBlend.a_ir1_niceName = "In Rotate 1"
n_pairBlend.a_ir2_niceName = "In Rotate 2"
n_pairBlend.a_irx1_niceName = "In Rotate X1"
n_pairBlend.a_irx2_niceName = "In Rotate X2"
n_pairBlend.a_iry1_niceName = "In Rotate Y1"
n_pairBlend.a_iry2_niceName = "In Rotate Y2"
n_pairBlend.a_irz1_niceName = "In Rotate Z1"
n_pairBlend.a_irz2_niceName = "In Rotate Z2"
n_pairBlend.a_it1_niceName = "In Translate 1"
n_pairBlend.a_it2_niceName = "In Translate 2"
n_pairBlend.a_itx1_niceName = "In Translate X1"
n_pairBlend.a_itx2_niceName = "In Translate X2"
n_pairBlend.a_ity1_niceName = "In Translate Y1"
n_pairBlend.a_ity2_niceName = "In Translate Y2"
n_pairBlend.a_itz1_niceName = "In Translate Z1"
n_pairBlend.a_itz2_niceName = "In Translate Z2"
n_pairBlend.a_or_niceName = "Out Rotate"
n_pairBlend.a_orx_niceName = "Out Rotate X"
n_pairBlend.a_ory_niceName = "Out Rotate Y"
n_pairBlend.a_orz_niceName = "Out Rotate Z"
n_pairBlend.a_ot_niceName = "Out Translate"
n_pairBlend.a_otx_niceName = "Out Translate X"
n_pairBlend.a_oty_niceName = "Out Translate Y"
n_pairBlend.a_otz_niceName = "Out Translate Z"
n_pairBlend.a_ri_enum_kEulerInterpolation = "Euler angles"
n_pairBlend.a_ri_enum_kQuaternionInterpolation = "Quaternions"
n_pairBlend.a_ri_niceName = "Rot Interpolation"
n_pairBlend.a_rm_enum_kBlendInputs = "Blend Inputs"
n_pairBlend.a_rm_enum_kOnlyUseInput1 = "Input 1 Only"
n_pairBlend.a_rm_enum_kOnlyUseInput2 = "Input 2 Only"
n_pairBlend.a_rm_niceName = "Rotate Mode"
n_pairBlend.a_ro_enum_kXYZ = "xyz"
n_pairBlend.a_ro_enum_kXZY = "xzy"
n_pairBlend.a_ro_enum_kYXZ = "yxz"
n_pairBlend.a_ro_enum_kYZX = "yzx"
n_pairBlend.a_ro_enum_kZXY = "zxy"
n_pairBlend.a_ro_enum_kZYX = "zyx"
n_pairBlend.a_ro_niceName = "Rotate Order"
n_pairBlend.a_txm_enum_kBlendInputs = "Blend Inputs"
n_pairBlend.a_txm_enum_kOnlyUseInput1 = "Input 1 Only"
n_pairBlend.a_txm_enum_kOnlyUseInput2 = "Input 2 Only"
n_pairBlend.a_txm_niceName = "Translate X Mode"
n_pairBlend.a_tym_enum_kBlendInputs = "Blend Inputs"
n_pairBlend.a_tym_enum_kOnlyUseInput1 = "Input 1 Only"
n_pairBlend.a_tym_enum_kOnlyUseInput2 = "Input 2 Only"
n_pairBlend.a_tym_niceName = "Translate Y Mode"
n_pairBlend.a_tzm_enum_kBlendInputs = "Blend Inputs"
n_pairBlend.a_tzm_enum_kOnlyUseInput1 = "Input 1 Only"
n_pairBlend.a_tzm_enum_kOnlyUseInput2 = "Input 2 Only"
n_pairBlend.a_tzm_niceName = "Translate Z Mode"
n_pairBlend.a_w_niceName = "Weight"
n_pairBlend.baseName = "pairBlend"
n_pairBlend.niceName = "Pair Blend"
//
// String set: n_paramDimension
//
n_paramDimension.baseName = "paramDimension"
n_paramDimension.niceName = "Param Dimension"
//
// String set: n_parentConstraint
//
n_parentConstraint.a_cjo_niceName = "Constraint Joint Orient"
n_parentConstraint.a_cjox_niceName = "Constraint Joint Orient X"
n_parentConstraint.a_cjoy_niceName = "Constraint Joint Orient Y"
n_parentConstraint.a_cjoz_niceName = "Constraint Joint Orient Z"
n_parentConstraint.a_cpim_niceName = "Constraint Parent Inverse Matrix"
n_parentConstraint.a_cr_niceName = "Constraint Rotate"
n_parentConstraint.a_cro_enum_kXYZ = "xyz"
n_parentConstraint.a_cro_enum_kXZY = "xzy"
n_parentConstraint.a_cro_enum_kYXZ = "yxz"
n_parentConstraint.a_cro_enum_kYZX = "yzx"
n_parentConstraint.a_cro_enum_kZXY = "zxy"
n_parentConstraint.a_cro_enum_kZYX = "zyx"
n_parentConstraint.a_cro_niceName = "Constraint Rotate Order"
n_parentConstraint.a_crp_niceName = "Constraint Rotate Pivot"
n_parentConstraint.a_crpx_niceName = "Constraint Rotate Pivot X"
n_parentConstraint.a_crpy_niceName = "Constraint Rotate Pivot Y"
n_parentConstraint.a_crpz_niceName = "Constraint Rotate Pivot Z"
n_parentConstraint.a_crt_niceName = "Constraint Rotate Translate"
n_parentConstraint.a_crtx_niceName = "Constraint Rotate Translate X"
n_parentConstraint.a_crty_niceName = "Constraint Rotate Translate Y"
n_parentConstraint.a_crtz_niceName = "Constraint Rotate Translate Z"
n_parentConstraint.a_crx_niceName = "Constraint Rotate X"
n_parentConstraint.a_cry_niceName = "Constraint Rotate Y"
n_parentConstraint.a_crz_niceName = "Constraint Rotate Z"
n_parentConstraint.a_ct_niceName = "Constraint Translate"
n_parentConstraint.a_ctr_niceName = "Target Rotate Cached"
n_parentConstraint.a_ctrx_niceName = "Target Rotate Cached X"
n_parentConstraint.a_ctry_niceName = "Target Rotate Cached Y"
n_parentConstraint.a_ctrz_niceName = "Target Rotate Cached Z"
n_parentConstraint.a_ctx_niceName = "Constraint Translate X"
n_parentConstraint.a_cty_niceName = "Constraint Translate Y"
n_parentConstraint.a_ctz_niceName = "Constraint Translate Z"
n_parentConstraint.a_inc_niceName = "Interp Cache"
n_parentConstraint.a_int_enum_kAntiFlip = "No Flip"
n_parentConstraint.a_int_enum_kAverage = "Average"
n_parentConstraint.a_int_enum_kCache = "Cache"
n_parentConstraint.a_int_enum_kLongest = "Longest"
n_parentConstraint.a_int_enum_kShortest = "Shortest"
n_parentConstraint.a_int_niceName = "Interp Type"
n_parentConstraint.a_lr_niceName = "Last Target Rotate"
n_parentConstraint.a_lrx_niceName = "Last Target Rotate X"
n_parentConstraint.a_lry_niceName = "Last Target Rotate Y"
n_parentConstraint.a_lrz_niceName = "Last Target Rotate Z"
n_parentConstraint.a_rdta_niceName = "Rotation Decomposition Target"
n_parentConstraint.a_rdtx_niceName = "Rotation Decomposition Target X"
n_parentConstraint.a_rdty_niceName = "Rotation Decomposition Target Y"
n_parentConstraint.a_rdtz_niceName = "Rotation Decomposition Target Z"
n_parentConstraint.a_rrx_niceName = "Rest Rotate X"
n_parentConstraint.a_rry_niceName = "Rest Rotate Y"
n_parentConstraint.a_rrz_niceName = "Rest Rotate Z"
n_parentConstraint.a_rsrr_niceName = "Rest Rotate"
n_parentConstraint.a_rst_niceName = "Rest Translate"
n_parentConstraint.a_rtx_niceName = "Rest Translate X"
n_parentConstraint.a_rty_niceName = "Rest Translate Y"
n_parentConstraint.a_rtz_niceName = "Rest Translate Z"
n_parentConstraint.a_tg_niceName = "Target"
n_parentConstraint.a_tis_niceName = "Target Inverse Scale"
n_parentConstraint.a_tisx_niceName = "Target Inverse Scale X"
n_parentConstraint.a_tisy_niceName = "Target Inverse Scale Y"
n_parentConstraint.a_tisz_niceName = "Target Inverse Scale Z"
n_parentConstraint.a_tjo_niceName = "Target Joint Orient"
n_parentConstraint.a_tjox_niceName = "Target Joint Orient X"
n_parentConstraint.a_tjoy_niceName = "Target Joint Orient Y"
n_parentConstraint.a_tjoz_niceName = "Target Joint Orient Z"
n_parentConstraint.a_tor_niceName = "Target Offset Rotate"
n_parentConstraint.a_torx_niceName = "Target Offset Rotate X"
n_parentConstraint.a_tory_niceName = "Target Offset Rotate Y"
n_parentConstraint.a_torz_niceName = "Target Offset Rotate Z"
n_parentConstraint.a_tot_niceName = "Target Offset Translate"
n_parentConstraint.a_totx_niceName = "Target Offset Translate X"
n_parentConstraint.a_toty_niceName = "Target Offset Translate Y"
n_parentConstraint.a_totz_niceName = "Target Offset Translate Z"
n_parentConstraint.a_tpm_niceName = "Target Parent Matrix"
n_parentConstraint.a_tr_niceName = "Target Rotate"
n_parentConstraint.a_tro_enum_kXYZ = "xyz"
n_parentConstraint.a_tro_enum_kXZY = "xzy"
n_parentConstraint.a_tro_enum_kYXZ = "yxz"
n_parentConstraint.a_tro_enum_kYZX = "yzx"
n_parentConstraint.a_tro_enum_kZXY = "zxy"
n_parentConstraint.a_tro_enum_kZYX = "zyx"
n_parentConstraint.a_tro_niceName = "Target Rotate Order"
n_parentConstraint.a_trp_niceName = "Target Rotate Pivot"
n_parentConstraint.a_trpx_niceName = "Target Rotate Pivot X"
n_parentConstraint.a_trpy_niceName = "Target Rotate Pivot Y"
n_parentConstraint.a_trpz_niceName = "Target Rotate Pivot Z"
n_parentConstraint.a_trt_niceName = "Target Rotate Translate"
n_parentConstraint.a_trtx_niceName = "Target Rotate Translate X"
n_parentConstraint.a_trty_niceName = "Target Rotate Translate Y"
n_parentConstraint.a_trtz_niceName = "Target Rotate Translate Z"
n_parentConstraint.a_trx_niceName = "Target Rotate X"
n_parentConstraint.a_try_niceName = "Target Rotate Y"
n_parentConstraint.a_trz_niceName = "Target Rotate Z"
n_parentConstraint.a_ts_niceName = "Target Scale"
n_parentConstraint.a_tsc_niceName = "Target Scale Compensate"
n_parentConstraint.a_tsx_niceName = "Target Scale X"
n_parentConstraint.a_tsy_niceName = "Target Scale Y"
n_parentConstraint.a_tsz_niceName = "Target Scale Z"
n_parentConstraint.a_tt_niceName = "Target Translate"
n_parentConstraint.a_ttx_niceName = "Target Translate X"
n_parentConstraint.a_tty_niceName = "Target Translate Y"
n_parentConstraint.a_ttz_niceName = "Target Translate Z"
n_parentConstraint.a_tw_niceName = "Target Weight"
n_parentConstraint.a_udt_niceName = "Use Decomposition Target"
n_parentConstraint.baseName = "parentConstraint"
n_parentConstraint.niceName = "Parent Constraint"
//
// String set: n_parentTessellate
//
n_parentTessellate.a_chr_niceName = "Chord Height Ratio"
n_parentTessellate.a_cht_niceName = "Chord Height"
n_parentTessellate.a_d_niceName = "Delta"
n_parentTessellate.a_es_niceName = "Edge Swap"
n_parentTessellate.a_f_enum_3 = "CVs"
n_parentTessellate.a_f_enum_kGeneral = "General"
n_parentTessellate.a_f_enum_kStandardFit = "Fit"
n_parentTessellate.a_f_enum_kTriangleCount = "Count"
n_parentTessellate.a_f_niceName = "Format"
n_parentTessellate.a_ft_niceName = "Fractional Tolerance"
n_parentTessellate.a_mel_niceName = "Min Edge Length"
n_parentTessellate.a_mnd_niceName = "Match Normal Dir"
n_parentTessellate.a_ntr_niceName = "Normalize Trimmed UVRange"
n_parentTessellate.a_op_niceName = "Output Polygon"
n_parentTessellate.a_pc_niceName = "Polygon Count"
n_parentTessellate.a_pchr_niceName = "Pre 70Chord Height Ratio"
n_parentTessellate.a_pt_enum_kQuads = "Quads"
n_parentTessellate.a_pt_enum_kTriangles = "Triangles"
n_parentTessellate.a_pt_niceName = "Polygon Type"
n_parentTessellate.a_uch_niceName = "Use Chord Height"
n_parentTessellate.a_ucr_niceName = "Use Chord Height Ratio"
n_parentTessellate.a_un_niceName = "U Number"
n_parentTessellate.a_ut_enum_kSpanEquiSpaced = "Per Span # of Isoparms"
n_parentTessellate.a_ut_enum_kSurface3DEquiSpaced = "Per Surf # of Isoparms in 3D"
n_parentTessellate.a_ut_enum_kSurfaceEquiSpaced = "Per Surf # of Isoparms"
n_parentTessellate.a_ut_niceName = "U Type"
n_parentTessellate.a_vn_niceName = "V Number"
n_parentTessellate.a_vt_enum_kSpanEquiSpaced = "Per Span # of Isoparms"
n_parentTessellate.a_vt_enum_kSurface3DEquiSpaced = "Per Surf # of Isoparms in 3D"
n_parentTessellate.a_vt_enum_kSurfaceEquiSpaced = "Per Surf # of Isoparms"
n_parentTessellate.a_vt_niceName = "V Type"
n_parentTessellate.baseName = "parentTessellate"
n_parentTessellate.niceName = "Parent Tessellate"
//
// String set: n_particle
//
n_particle.a_acc0_niceName = "Acceleration 0"
n_particle.a_acc_niceName = "Acceleration"
n_particle.a_ag0_niceName = "Age 0"
n_particle.a_ag_niceName = "Age"
n_particle.a_agc_niceName = "Age Cache"
n_particle.a_agld_niceName = "Ages Last Done"
n_particle.a_ao_niceName = "Auxiliaries Owned"
n_particle.a_bt0_niceName = "Birth Time 0"
n_particle.a_bt_niceName = "Birth Time"
n_particle.a_btc_niceName = "Birth Time Cache"
n_particle.a_cc_niceName = "Collision Connections"
n_particle.a_cda_niceName = "Collision Data"
n_particle.a_cev_niceName = "Collision Events"
n_particle.a_cfr_niceName = "Collision Friction"
n_particle.a_cge_niceName = "Collision Geometry"
n_particle.a_chd_niceName = "Cache Data"
n_particle.a_chti_niceName = "Cached Time"
n_particle.a_chw_niceName = "Cache Width"
n_particle.a_cmp_niceName = "Computing Count"
n_particle.a_cnt_niceName = "Count"
n_particle.a_cof_niceName = "Collision Offset"
n_particle.a_col_niceName = "Collisions"
n_particle.a_con_niceName = "Conserve"
n_particle.a_cpos_niceName = "Cached Position"
n_particle.a_crc_niceName = "Collision Records"
n_particle.a_crs_niceName = "Collision Resilience"
n_particle.a_cst_niceName = "Current Scene Time"
n_particle.a_ct_niceName = "Connections To Me"
n_particle.a_ctd_niceName = "Centroid"
n_particle.a_ctdx_niceName = "Centroid X"
n_particle.a_ctdy_niceName = "Centroid Y"
n_particle.a_ctdz_niceName = "Centroid Z"
n_particle.a_cti_niceName = "Current Time"
n_particle.a_cts_niceName = "Current Time Save"
n_particle.a_cvel_niceName = "Cached Velocity"
n_particle.a_cwcn_niceName = "Cached World Centroid"
n_particle.a_cwcx_niceName = "Cached World Centroid X"
n_particle.a_cwcy_niceName = "Cached World Centroid Y"
n_particle.a_cwcz_niceName = "Cached World Centroid Z"
n_particle.a_cwps_niceName = "Cached World Position"
n_particle.a_cwvl_niceName = "Cached World Velocity"
n_particle.a_dag_niceName = "Do Age"
n_particle.a_dbd_niceName = "Debug Draw"
n_particle.a_dca_niceName = "Disable Cloud Axis"
n_particle.a_ddy_niceName = "Do Dynamics"
n_particle.a_dem_niceName = "Do Emission"
n_particle.a_dlt_niceName = "Died Last Time"
n_particle.a_dpos_niceName = "Deformed Position"
n_particle.a_ds_niceName = "Depth Sort"
n_particle.a_dth_niceName = "Death"
n_particle.a_dve_niceName = "Die On Emission Volume Exit"
n_particle.a_dw_niceName = "Dynamics Weight"
n_particle.a_ead_niceName = "Expressions After Dynamics"
n_particle.a_ec_niceName = "Emitter Connections"
n_particle.a_ece_niceName = "Execute Creation Expression"
n_particle.a_ecfh_niceName = "Enforce Count From History"
n_particle.a_ecp_niceName = "Event Count"
n_particle.a_ed_niceName = "Emitter Data"
n_particle.a_edp_niceName = "Emitter Data Position"
n_particle.a_edt_niceName = "Emitter Data Delta Time"
n_particle.a_edv_niceName = "Emitter Data Velocity"
n_particle.a_eid0_niceName = "Emitter Id 0"
n_particle.a_eid_niceName = "Emitter Id"
n_particle.a_eiw_niceName = "Emission In World"
n_particle.a_emt_niceName = "Emission"
n_particle.a_enc_niceName = "Event Name Count"
n_particle.a_epr_niceName = "Event Proc"
n_particle.a_erae_niceName = "Execute Runtime After Dynamics Expression"
n_particle.a_erbe_niceName = "Execute Runtime Before Dynamics Expression"
n_particle.a_erst_niceName = "Event Rand State"
n_particle.a_ersx_niceName = "Event Rand State X"
n_particle.a_ersy_niceName = "Event Rand State Y"
n_particle.a_ersz_niceName = "Event Rand State Z"
n_particle.a_esd_niceName = "Event Seed"
n_particle.a_esp_niceName = "Event Spread"
n_particle.a_etg_niceName = "Event Target"
n_particle.a_eti_niceName = "Evaluation Time"
n_particle.a_evd_niceName = "Event Die"
n_particle.a_eve_niceName = "Event Emit"
n_particle.a_evn_niceName = "Event Name"
n_particle.a_evr_niceName = "Event Random"
n_particle.a_evs_niceName = "Event Split"
n_particle.a_evt_niceName = "Event Test"
n_particle.a_evv_niceName = "Event Valid"
n_particle.a_fc_niceName = "Field Connections"
n_particle.a_fd_niceName = "Field Data"
n_particle.a_fdm_niceName = "Field Data Mass"
n_particle.a_fdn_niceName = "Force Dynamics"
n_particle.a_fdp_niceName = "Field Data Position"
n_particle.a_fdt_niceName = "Field Data Delta Time"
n_particle.a_fdv_niceName = "Field Data Velocity"
n_particle.a_fem_niceName = "Force Emission"
n_particle.a_fiw_niceName = "Forces In World"
n_particle.a_flp_niceName = "Final Lifespan PP"
n_particle.a_frc_niceName = "Force"
n_particle.a_frm_niceName = "Frame"
n_particle.a_ga_niceName = "Goal Active"
n_particle.a_ggeo_niceName = "Goal Geometry"
n_particle.a_gsd_niceName = "General Seed"
n_particle.a_gsm_niceName = "Goal Smoothness"
n_particle.a_guv_niceName = "Goal Uv Set Name"
n_particle.a_gw_niceName = "Goal Weight"
n_particle.a_iam_niceName = "Instance Attribute Mapping"
n_particle.a_icx_niceName = "Internal Creation Expression"
n_particle.a_id0_niceName = "Particle Id 0"
n_particle.a_id_niceName = "Particle Id"
n_particle.a_idc_niceName = "Id Cache"
n_particle.a_idix_niceName = "Id Index"
n_particle.a_idm_niceName = "Id Mapping"
n_particle.a_idt_niceName = "Instance Data"
n_particle.a_ifc_niceName = "Input Force"
n_particle.a_ifl_niceName = "Is Full"
n_particle.a_igeo_niceName = "Input Geometry"
n_particle.a_igpt_niceName = "Input Geometry Points"
n_particle.a_igs_enum_kInputGeomLocal = "Geometry Local"
n_particle.a_igs_enum_kInputGeomParticle = "Particle Local"
n_particle.a_igs_enum_kInputGeomWorld = "World"
n_particle.a_igs_niceName = "Input Geometry Space"
n_particle.a_inc_niceName = "Inherit Color"
n_particle.a_inh_niceName = "Inherit Factor"
n_particle.a_ipd_niceName = "Instance Point Data"
n_particle.a_irax_niceName = "Internal Runtime After Dynamics Expression"
n_particle.a_irbx_niceName = "Internal Runtime Before Dynamics Expression"
n_particle.a_irx_niceName = "Internal Runtime Expression"
n_particle.a_isd_niceName = "Is Dynamic"
n_particle.a_lcps_niceName = "Last Cached Position"
n_particle.a_lfm_enum_kModeConstant = "Constant"
n_particle.a_lfm_enum_kModeNone = "Live forever"
n_particle.a_lfm_enum_kModePP = "lifespanPP only"
n_particle.a_lfm_enum_kModeRange = "Random range"
n_particle.a_lfm_niceName = "Lifespan Mode"
n_particle.a_lfr_niceName = "Lifespan Random"
n_particle.a_lod_niceName = "Level Of Detail"
n_particle.a_lpos_niceName = "Last Position"
n_particle.a_lst_niceName = "Last Scene Time"
n_particle.a_ltec_niceName = "Last Total Event Count"
n_particle.a_lti_niceName = "Last Time Evaluated"
n_particle.a_lvel_niceName = "Last Velocity"
n_particle.a_lwm_niceName = "Last World Matrix"
n_particle.a_lwps_niceName = "Last World Position"
n_particle.a_lwvl_niceName = "Last World Velocity"
n_particle.a_mas0_niceName = "Mass 0"
n_particle.a_mas_niceName = "Mass"
n_particle.a_masc_niceName = "Mass Cache"
n_particle.a_mxc_niceName = "Max Count"
n_particle.a_nev_niceName = "Number Of Events"
n_particle.a_nff_niceName = "New File Format"
n_particle.a_nid0_niceName = "Next Id 0"
n_particle.a_nid_niceName = "Next Id"
n_particle.a_nlt_niceName = "Net Emitted Last Time"
n_particle.a_npt_niceName = "New Particles"
n_particle.a_nvl_niceName = "Normalize Velocity"
n_particle.a_opfd_niceName = "Owner PPField Data"
n_particle.a_pmd_niceName = "Parent Matrix Dirty"
n_particle.a_pos0_niceName = "Position 0"
n_particle.a_pos_niceName = "Position"
n_particle.a_ppfd_niceName = "Pp Field Data"
n_particle.a_prt_enum_kBlobby = "Blobby Surface (s/w)"
n_particle.a_prt_enum_kCloud = "Cloud (s/w)"
n_particle.a_prt_enum_kMultiPoint = "MultiPoint"
n_particle.a_prt_enum_kMultiStreak = "MultiStreak"
n_particle.a_prt_enum_kNumeric = "Numeric"
n_particle.a_prt_enum_kPoints = "Points"
n_particle.a_prt_enum_kSpheres = "Spheres"
n_particle.a_prt_enum_kSprites = "Sprites"
n_particle.a_prt_enum_kStreak = "Streak"
n_particle.a_prt_enum_kTube = "Tube (s/w)"
n_particle.a_prt_niceName = "Particle Render Type"
n_particle.a_rac_niceName = "Ramp Acceleration"
n_particle.a_rnst_niceName = "Rand State"
n_particle.a_rps_niceName = "Ramp Position"
n_particle.a_rstx_niceName = "Rand State X"
n_particle.a_rsty_niceName = "Rand State Y"
n_particle.a_rstz_niceName = "Rand State Z"
n_particle.a_rvl_niceName = "Ramp Velocity"
n_particle.a_scf_niceName = "Startup Cache Frame"
n_particle.a_scp_niceName = "Startup Cache Path"
n_particle.a_sd_niceName = "Seed"
n_particle.a_sei_niceName = "Start Emitted Index"
n_particle.a_sid_niceName = "Sorted Id"
n_particle.a_snmg_niceName = "Shape Name Msg"
n_particle.a_spd_niceName = "Sampler Per Particle Data"
n_particle.a_stf_niceName = "Start Frame"
n_particle.a_sts_niceName = "Scene Time Step Size"
n_particle.a_stt_niceName = "Start Time"
n_particle.a_tec_niceName = "Total Event Count"
n_particle.a_tgeo_niceName = "Target Geometry"
n_particle.a_tgm_niceName = "Target Geometry World Matrix"
n_particle.a_tgs_enum_kTargetGeomLocal = "Geometry Local"
n_particle.a_tgs_enum_kTargetGeomParticle = "Particle Local"
n_particle.a_tgs_enum_kTargetGeomWorld = "World"
n_particle.a_tgs_niceName = "Target Geometry Space"
n_particle.a_tim_niceName = "Time"
n_particle.a_tlc_niceName = "Time Last Computed"
n_particle.a_trd_niceName = "Trace Depth"
n_particle.a_tss_niceName = "Time Step Size"
n_particle.a_ucc_niceName = "Use Custom Cache"
n_particle.a_usc_niceName = "Use Startup Cache"
n_particle.a_vel0_niceName = "Velocity 0"
n_particle.a_vel_niceName = "Velocity"
n_particle.a_wctn_niceName = "World Centroid"
n_particle.a_wctx_niceName = "World Centroid X"
n_particle.a_wcty_niceName = "World Centroid Y"
n_particle.a_wctz_niceName = "World Centroid Z"
n_particle.a_wps_niceName = "World Position"
n_particle.a_wvl_niceName = "World Velocity"
n_particle.a_wvo_niceName = "World Velocity In Object Space"
n_particle.a_xcp_niceName = "Current Particle"
n_particle.a_xi_niceName = "Input"
n_particle.a_xo_niceName = "Output"
n_particle.baseName = "particle"
n_particle.niceName = "Particle"
//
// String set: n_particleAgeMapper
//
n_particleAgeMapper.a_fae_niceName = "Fold At End"
n_particleAgeMapper.a_ouc_niceName = "Out UCoord"
n_particleAgeMapper.a_ouv_niceName = "Out Uv Coord"
n_particleAgeMapper.a_ovc_niceName = "Out VCoord"
n_particleAgeMapper.a_pa_niceName = "Particle Age"
n_particleAgeMapper.a_pls_niceName = "Particle Lifespan"
n_particleAgeMapper.a_rea_niceName = "Relative Age"
n_particleAgeMapper.a_ts_niceName = "Time Scale"
n_particleAgeMapper.baseName = "particleAgeMapper"
n_particleAgeMapper.niceName = "Particle Age Mapper"
//
// String set: n_particleCloud
//
n_particleCloud.a_c_niceName = "Color"
n_particleCloud.a_cb_niceName = "Color B"
n_particleCloud.a_cg_niceName = "Color G"
n_particleCloud.a_cr_niceName = "Color R"
n_particleCloud.a_d_niceName = "Density"
n_particleCloud.a_dc_niceName = "Diffuse Coeff"
n_particleCloud.a_e_niceName = "Particle Emission"
n_particleCloud.a_eb_niceName = "Particle Emission B"
n_particleCloud.a_eg_niceName = "Particle Emission G"
n_particleCloud.a_er_niceName = "Particle Emission R"
n_particleCloud.a_flrs_niceName = "Filter Radius"
n_particleCloud.a_gi_niceName = "Glow Intensity"
n_particleCloud.a_i_niceName = "Incandescence"
n_particleCloud.a_ib_niceName = "Incandescence B"
n_particleCloud.a_ig_niceName = "Incandescence G"
n_particleCloud.a_ir_niceName = "Incandescence R"
n_particleCloud.a_la_niceName = "Light Ambient"
n_particleCloud.a_lbd_niceName = "Light Blind Data"
n_particleCloud.a_ld_niceName = "Light Direction"
n_particleCloud.a_ldf_niceName = "Light Diffuse"
n_particleCloud.a_ldx_niceName = "Light Direction X"
n_particleCloud.a_ldy_niceName = "Light Direction Y"
n_particleCloud.a_ldz_niceName = "Light Direction Z"
n_particleCloud.a_li_niceName = "Light Intensity"
n_particleCloud.a_lib_niceName = "Light Intensity B"
n_particleCloud.a_lig_niceName = "Light Intensity G"
n_particleCloud.a_lir_niceName = "Light Intensity R"
n_particleCloud.a_ls_niceName = "Light Specular"
n_particleCloud.a_lsf_niceName = "Light Shadow Fraction"
n_particleCloud.a_ltd_niceName = "Light Data Array"
n_particleCloud.a_m_niceName = "Blob Map"
n_particleCloud.a_mb_niceName = "Blob Map B"
n_particleCloud.a_mg_niceName = "Blob Map G"
n_particleCloud.a_mr_niceName = "Blob Map R"
n_particleCloud.a_n_niceName = "Noise"
n_particleCloud.a_na_niceName = "Noise Aspect"
n_particleCloud.a_nanr_niceName = "Noise Anim Rate"
n_particleCloud.a_nc_niceName = "Normal Camera"
n_particleCloud.a_ncx_niceName = "Normal Camera X"
n_particleCloud.a_ncy_niceName = "Normal Camera Y"
n_particleCloud.a_ncz_niceName = "Normal Camera Z"
n_particleCloud.a_nf_niceName = "Noise Freq"
n_particleCloud.a_oe_niceName = "Out Particle Emission"
n_particleCloud.a_oeb_niceName = "Out Particle Emission B"
n_particleCloud.a_oeg_niceName = "Out Particle Emission G"
n_particleCloud.a_oer_niceName = "Out Particle Emission R"
n_particleCloud.a_ogb_niceName = "Out Glow Color B"
n_particleCloud.a_ogg_niceName = "Out Glow Color G"
n_particleCloud.a_ogi_niceName = "Out Glow Color"
n_particleCloud.a_ogr_niceName = "Out Glow Color R"
n_particleCloud.a_oi_niceName = "Out Color"
n_particleCloud.a_oib_niceName = "Out Color B"
n_particleCloud.a_oig_niceName = "Out Color G"
n_particleCloud.a_oir_niceName = "Out Color R"
n_particleCloud.a_ot_niceName = "Out Transparency"
n_particleCloud.a_otb_niceName = "Out Transparency B"
n_particleCloud.a_otg_niceName = "Out Transparency G"
n_particleCloud.a_otr_niceName = "Out Transparency R"
n_particleCloud.a_p_niceName = "Point Obj"
n_particleCloud.a_podr_niceName = "Particle Order"
n_particleCloud.a_psi_niceName = "Pre Shadow Intensity"
n_particleCloud.a_px_niceName = "Point Obj X"
n_particleCloud.a_py_niceName = "Point Obj Y"
n_particleCloud.a_pz_niceName = "Point Obj Z"
n_particleCloud.a_rd_niceName = "Ray Depth"
n_particleCloud.a_rdns_niceName = "Roundness"
n_particleCloud.a_rdst_niceName = "Render State"
n_particleCloud.a_sc_niceName = "Surface Color"
n_particleCloud.a_scb_niceName = "Surface Color B"
n_particleCloud.a_scg_niceName = "Surface Color G"
n_particleCloud.a_scr_niceName = "Surface Color R"
n_particleCloud.a_scs_niceName = "Solid Core Size"
n_particleCloud.a_sss_niceName = "Surface Shading Shadow"
n_particleCloud.a_t_niceName = "Transparency"
n_particleCloud.a_tb_niceName = "Transparency B"
n_particleCloud.a_tc_niceName = "Translucence Coeff"
n_particleCloud.a_tg_niceName = "Transparency G"
n_particleCloud.a_tr_niceName = "Transparency R"
n_particleCloud.a_trsl_niceName = "Translucence"
n_particleCloud.a_w_niceName = "Particle Weight"
n_particleCloud.baseName = "particleCloud"
n_particleCloud.niceName = "Particle Cloud"
//
// String set: n_particleColorMapper
//
n_particleColorMapper.a_pc_niceName = "Particle Color"
n_particleColorMapper.a_pcb_niceName = "Particle Color B"
n_particleColorMapper.a_pcg_niceName = "Particle Color G"
n_particleColorMapper.a_pcr_niceName = "Particle Color R"
n_particleColorMapper.baseName = "particleColorMapper"
n_particleColorMapper.niceName = "Particle Color Mapper"
//
// String set: n_particleIncandMapper
//
n_particleIncandMapper.a_pi_niceName = "Particle Incandescence"
n_particleIncandMapper.a_pib_niceName = "Particle Incandescence B"
n_particleIncandMapper.a_pig_niceName = "Particle Incandescence G"
n_particleIncandMapper.a_pir_niceName = "Particle Incandescence R"
n_particleIncandMapper.baseName = "particleIncandMapper"
n_particleIncandMapper.niceName = "Particle Incand Mapper"
//
// String set: n_particleSamplerInfo
//
n_particleSamplerInfo.a_acc_niceName = "Acceleration"
n_particleSamplerInfo.a_accx_niceName = "Acceleration X"
n_particleSamplerInfo.a_accy_niceName = "Acceleration Y"
n_particleSamplerInfo.a_accz_niceName = "Acceleration Z"
n_particleSamplerInfo.a_ag_niceName = "Age"
n_particleSamplerInfo.a_anl_niceName = "Age Normalized"
n_particleSamplerInfo.a_bpos_niceName = "Birth Position"
n_particleSamplerInfo.a_bpox_niceName = "Birth Position X"
n_particleSamplerInfo.a_bpoy_niceName = "Birth Position Y"
n_particleSamplerInfo.a_bpoz_niceName = "Birth Position Z"
n_particleSamplerInfo.a_bpp_niceName = "B PP"
n_particleSamplerInfo.a_bt_niceName = "Birth Time"
n_particleSamplerInfo.a_bwpo_niceName = "Birth World Position"
n_particleSamplerInfo.a_bwpx_niceName = "Birth World Position X"
n_particleSamplerInfo.a_bwpy_niceName = "Birth World Position Y"
n_particleSamplerInfo.a_bwpz_niceName = "Birth World Position Z"
n_particleSamplerInfo.a_cb_niceName = "Color Blue"
n_particleSamplerInfo.a_cg_niceName = "Color Green"
n_particleSamplerInfo.a_clu_niceName = "Collision U"
n_particleSamplerInfo.a_clv_niceName = "Collision V"
n_particleSamplerInfo.a_cr_niceName = "Color Red"
n_particleSamplerInfo.a_flp_niceName = "Final Lifespan PP"
n_particleSamplerInfo.a_frc_niceName = "Force"
n_particleSamplerInfo.a_frx_niceName = "Force X"
n_particleSamplerInfo.a_fry_niceName = "Force Y"
n_particleSamplerInfo.a_frz_niceName = "Force Z"
n_particleSamplerInfo.a_gpp_niceName = "G PP"
n_particleSamplerInfo.a_in_niceName = "Incandescence"
n_particleSamplerInfo.a_inb_niceName = "Incandescence B"
n_particleSamplerInfo.a_ing_niceName = "Incandescence G"
n_particleSamplerInfo.a_inr_niceName = "Incandescence R"
n_particleSamplerInfo.a_iouv_niceName = "Inverse Out Uv"
n_particleSamplerInfo.a_ippb_niceName = "Incandescence PPB"
n_particleSamplerInfo.a_ippg_niceName = "Incandescence PPG"
n_particleSamplerInfo.a_ippr_niceName = "Incandescence PPR"
n_particleSamplerInfo.a_lpp_niceName = "Lifespan PP"
n_particleSamplerInfo.a_lsp_niceName = "Lifespan"
n_particleSamplerInfo.a_nlm_enum_kDynClamp = "Clamp"
n_particleSamplerInfo.a_nlm_enum_kDynOscillate = "Oscillate"
n_particleSamplerInfo.a_nlm_niceName = "Normalization Method"
n_particleSamplerInfo.a_nlv_niceName = "Normalization Value"
n_particleSamplerInfo.a_oc_niceName = "Out Color"
n_particleSamplerInfo.a_ocb_niceName = "Out Color B"
n_particleSamplerInfo.a_ocg_niceName = "Out Color G"
n_particleSamplerInfo.a_ocr_niceName = "Out Color R"
n_particleSamplerInfo.a_oi_niceName = "Out Incandescence"
n_particleSamplerInfo.a_oicb_niceName = "Out Incandescence B"
n_particleSamplerInfo.a_oicg_niceName = "Out Incandescence G"
n_particleSamplerInfo.a_oicr_niceName = "Out Incandescence R"
n_particleSamplerInfo.a_oipp_niceName = "Incandescence PP"
n_particleSamplerInfo.a_op_niceName = "Opacity"
n_particleSamplerInfo.a_opp_niceName = "Opacity PP"
n_particleSamplerInfo.a_ot_niceName = "Out Transparency"
n_particleSamplerInfo.a_otb_niceName = "Out Transparency B"
n_particleSamplerInfo.a_otg_niceName = "Out Transparency G"
n_particleSamplerInfo.a_otr_niceName = "Out Transparency R"
n_particleSamplerInfo.a_otyp_niceName = "Object Type"
n_particleSamplerInfo.a_ouc_niceName = "Out UCoord"
n_particleSamplerInfo.a_ouv_niceName = "Out Uv Coord"
n_particleSamplerInfo.a_ouvt_enum_kDynAbsoluteAge = "Absolute Age"
n_particleSamplerInfo.a_ouvt_enum_kDynCollisionUv = "Collision UV"
n_particleSamplerInfo.a_ouvt_enum_kDynParentUv = "Parent UV"
n_particleSamplerInfo.a_ouvt_enum_kDynRelativeAge = "Normalized Age"
n_particleSamplerInfo.a_ouvt_niceName = "Out Uv Type"
n_particleSamplerInfo.a_ovc_niceName = "Out VCoord"
n_particleSamplerInfo.a_pa_niceName = "Particle Age"
n_particleSamplerInfo.a_paa_niceName = "Particle Attr Array"
n_particleSamplerInfo.a_pau_niceName = "Parent U"
n_particleSamplerInfo.a_pav_niceName = "Parent V"
n_particleSamplerInfo.a_pc_niceName = "Particle Color"
n_particleSamplerInfo.a_pcb_niceName = "Particle Color B"
n_particleSamplerInfo.a_pcg_niceName = "Particle Color G"
n_particleSamplerInfo.a_pcr_niceName = "Particle Color R"
n_particleSamplerInfo.a_pi_niceName = "Particle Incandescence"
n_particleSamplerInfo.a_pib_niceName = "Particle Incandescence B"
n_particleSamplerInfo.a_pid_niceName = "Particle Id"
n_particleSamplerInfo.a_pig_niceName = "Particle Incandescence G"
n_particleSamplerInfo.a_pir_niceName = "Particle Incandescence R"
n_particleSamplerInfo.a_pls_niceName = "Particle Lifespan"
n_particleSamplerInfo.a_podr_niceName = "Particle Order"
n_particleSamplerInfo.a_pos_niceName = "Position"
n_particleSamplerInfo.a_posx_niceName = "Position X"
n_particleSamplerInfo.a_posy_niceName = "Position Y"
n_particleSamplerInfo.a_posz_niceName = "Position Z"
n_particleSamplerInfo.a_pt_niceName = "Particle Transparency"
n_particleSamplerInfo.a_ptb_niceName = "Particle Transparency B"
n_particleSamplerInfo.a_ptg_niceName = "Particle Transparency G"
n_particleSamplerInfo.a_ptr_niceName = "Particle Transparency R"
n_particleSamplerInfo.a_rdp_niceName = "Radius PP"
n_particleSamplerInfo.a_rds_niceName = "Radius"
n_particleSamplerInfo.a_rgb_niceName = "Rgb PP"
n_particleSamplerInfo.a_rpp_niceName = "R PP"
n_particleSamplerInfo.a_uds1_niceName = "User Scalar 1PP"
n_particleSamplerInfo.a_uds2_niceName = "User Scalar 2PP"
n_particleSamplerInfo.a_uds3_niceName = "User Scalar 3PP"
n_particleSamplerInfo.a_uds4_niceName = "User Scalar 4PP"
n_particleSamplerInfo.a_uds5_niceName = "User Scalar 5PP"
n_particleSamplerInfo.a_udv1_niceName = "User Vector 1PP"
n_particleSamplerInfo.a_udv2_niceName = "User Vector 2PP"
n_particleSamplerInfo.a_udv3_niceName = "User Vector 3PP"
n_particleSamplerInfo.a_udv4_niceName = "User Vector 4PP"
n_particleSamplerInfo.a_udv5_niceName = "User Vector 5PP"
n_particleSamplerInfo.a_uv1x_niceName = "User Vector 1PPX"
n_particleSamplerInfo.a_uv1y_niceName = "User Vector 1PPY"
n_particleSamplerInfo.a_uv1z_niceName = "User Vector 1PPZ"
n_particleSamplerInfo.a_uv2x_niceName = "User Vector 2PPX"
n_particleSamplerInfo.a_uv2y_niceName = "User Vector 2PPY"
n_particleSamplerInfo.a_uv2z_niceName = "User Vector 2PPZ"
n_particleSamplerInfo.a_uv3x_niceName = "User Vector 3PPX"
n_particleSamplerInfo.a_uv3y_niceName = "User Vector 3PPY"
n_particleSamplerInfo.a_uv3z_niceName = "User Vector 3PPZ"
n_particleSamplerInfo.a_uv4x_niceName = "User Vector 4PPX"
n_particleSamplerInfo.a_uv4y_niceName = "User Vector 4PPY"
n_particleSamplerInfo.a_uv4z_niceName = "User Vector 4PPZ"
n_particleSamplerInfo.a_uv5x_niceName = "User Vector 5PPX"
n_particleSamplerInfo.a_uv5y_niceName = "User Vector 5PPY"
n_particleSamplerInfo.a_uv5z_niceName = "User Vector 5PPZ"
n_particleSamplerInfo.a_vel_niceName = "Velocity"
n_particleSamplerInfo.a_velx_niceName = "Velocity X"
n_particleSamplerInfo.a_vely_niceName = "Velocity Y"
n_particleSamplerInfo.a_velz_niceName = "Velocity Z"
n_particleSamplerInfo.a_wps_niceName = "World Position"
n_particleSamplerInfo.a_wpsx_niceName = "World Position X"
n_particleSamplerInfo.a_wpsy_niceName = "World Position Y"
n_particleSamplerInfo.a_wpsz_niceName = "World Position Z"
n_particleSamplerInfo.a_wvl_niceName = "World Velocity"
n_particleSamplerInfo.a_wvlx_niceName = "World Velocity X"
n_particleSamplerInfo.a_wvly_niceName = "World Velocity Y"
n_particleSamplerInfo.a_wvlz_niceName = "World Velocity Z"
n_particleSamplerInfo.baseName = "particleSamplerInfo"
n_particleSamplerInfo.niceName = "Particle Sampler"
//
// String set: n_particleTranspMapper
//
n_particleTranspMapper.a_pt_niceName = "Particle Transparency"
n_particleTranspMapper.a_ptb_niceName = "Particle Transparency B"
n_particleTranspMapper.a_ptg_niceName = "Particle Transparency G"
n_particleTranspMapper.a_ptr_niceName = "Particle Transparency R"
n_particleTranspMapper.baseName = "particleTranspMapper"
n_particleTranspMapper.niceName = "Particle Transp Mapper"
//
// String set: n_partition
//
n_partition.a_an_niceName = "Annotation"
n_partition.a_envr_niceName = "Environment"
n_partition.a_pt_enum_kLayerPartition = "Layer"
n_partition.a_pt_enum_kRegularPartition = "Regular"
n_partition.a_pt_enum_kRenderPartition = "Render"
n_partition.a_pt_niceName = "Partition Type"
n_partition.a_st_niceName = "Sets"
n_partition.baseName = "partition"
n_partition.niceName = "Partition"
//
// String set: n_passContributionMap
//
n_passContributionMap.a_a_niceName = "Active"
n_passContributionMap.a_l_niceName = "Light"
n_passContributionMap.a_o_niceName = "Dag Objects"
n_passContributionMap.a_ow_niceName = "Owner"
n_passContributionMap.a_rps_niceName = "Render Pass"
n_passContributionMap.baseName = "passContributionMap"
n_passContributionMap.niceName = "Pass Contribution Map"
//
// String set: n_passMatrix
//
n_passMatrix.a_i_niceName = "In Matrix"
n_passMatrix.a_o_niceName = "Out Matrix"
n_passMatrix.a_s_niceName = "In Scale"
n_passMatrix.baseName = "passMatrix"
n_passMatrix.niceName = "Pass Matrix"
//
// String set: n_pfxGeometry
//
n_pfxGeometry.a_brs_niceName = "Brush"
n_pfxGeometry.a_clc_niceName = "Control Curve"
n_pfxGeometry.a_cmd_niceName = "Curve Mode"
n_pfxGeometry.a_cpt_niceName = "Camera Point"
n_pfxGeometry.a_cpx_niceName = "Camera Point X"
n_pfxGeometry.a_cpy_niceName = "Camera Point Y"
n_pfxGeometry.a_cpz_niceName = "Camera Point Z"
n_pfxGeometry.a_cva_niceName = "Curve Align"
n_pfxGeometry.a_dam_niceName = "Draw As Mesh"
n_pfxGeometry.a_dgr_niceName = "Degree"
n_pfxGeometry.a_dpc_niceName = "Display Percent"
n_pfxGeometry.a_dro_niceName = "Draw Order"
n_pfxGeometry.a_fcm_niceName = "Flower Curve Mode"
n_pfxGeometry.a_fvbs_niceName = "Flower Vert Buf Size"
n_pfxGeometry.a_lcm_niceName = "Leaf Curve Mode"
n_pfxGeometry.a_lmd_niceName = "Line Modifier"
n_pfxGeometry.a_lvbs_niceName = "Leaf Vert Buf Size"
n_pfxGeometry.a_mblr_niceName = "Motion Blurred"
n_pfxGeometry.a_mdsg_niceName = "Max Draw Segments"
n_pfxGeometry.a_mhe_niceName = "Mesh Hard Edges"
n_pfxGeometry.a_mpl_niceName = "Mesh Poly Limit"
n_pfxGeometry.a_mqo_niceName = "Mesh Quad Output"
n_pfxGeometry.a_mvbs_niceName = "Main Vert Buf Size"
n_pfxGeometry.a_mvc_enum_kvcColor = "Color"
n_pfxGeometry.a_mvc_enum_kvcIlluminated = "Illuminated"
n_pfxGeometry.a_mvc_enum_kvcNone = "None"
n_pfxGeometry.a_mvc_niceName = "Mesh Vertex Color Mode"
n_pfxGeometry.a_ofc_niceName = "Out Flower Curves"
n_pfxGeometry.a_ofcc_niceName = "Out Flower Curve Count"
n_pfxGeometry.a_ofm_niceName = "Out Flower Mesh"
n_pfxGeometry.a_olc_niceName = "Out Leaf Curves"
n_pfxGeometry.a_olcc_niceName = "Out Leaf Curve Count"
n_pfxGeometry.a_olm_niceName = "Out Leaf Mesh"
n_pfxGeometry.a_omc_niceName = "Out Main Curves"
n_pfxGeometry.a_omcc_niceName = "Out Main Curve Count"
n_pfxGeometry.a_omm_niceName = "Out Main Mesh"
n_pfxGeometry.a_pvs_niceName = "Primary Visibility"
n_pfxGeometry.a_sed_niceName = "Seed"
n_pfxGeometry.a_sof_niceName = "Surface Offset"
n_pfxGeometry.a_wfm_niceName = "World Flower Mesh"
n_pfxGeometry.a_wlm_niceName = "World Leaf Mesh"
n_pfxGeometry.a_wmm_niceName = "World Main Mesh"
n_pfxGeometry.baseName = "pfxGeometry"
n_pfxGeometry.niceName = "Pfx Geometry"
//
// String set: n_pfxHair
//
n_pfxHair.a_rcsh_niceName = "Receive Shadows"
n_pfxHair.a_rhs_niceName = "Render Hairs"
n_pfxHair.a_vif_niceName = "Visible In Refractions"
n_pfxHair.a_vir_niceName = "Visible In Reflections"
n_pfxHair.baseName = "pfxHair"
n_pfxHair.niceName = "Pfx Hair"
//
// String set: n_pfxToon
//
n_pfxToon.a_amn_niceName = "Crease Angle Min"
n_pfxToon.a_amx_niceName = "Crease Angle Max"
n_pfxToon.a_bba_niceName = "Border Break Angle"
n_pfxToon.a_bcb_niceName = "Border Color B"
n_pfxToon.a_bcg_niceName = "Border Color G"
n_pfxToon.a_bcl_niceName = "Border Color"
n_pfxToon.a_bcr_niceName = "Border Color R"
n_pfxToon.a_bfc_niceName = "Backfacing Creases"
n_pfxToon.a_bln_enum_kblEdge = "Open Edge"
n_pfxToon.a_bln_enum_kblEdgeAndShader = "Edge and Shader Boundary"
n_pfxToon.a_bln_enum_kblOff = "Off"
n_pfxToon.a_bln_enum_kblShader = "Shader Boundary"
n_pfxToon.a_bln_niceName = "Border Lines"
n_pfxToon.a_blw_niceName = "Border Line Width"
n_pfxToon.a_bwm_niceName = "Border Width Modulation"
n_pfxToon.a_cba_niceName = "Crease Break Angle"
n_pfxToon.a_ccb_niceName = "Crease Color B"
n_pfxToon.a_ccg_niceName = "Crease Color G"
n_pfxToon.a_ccl_niceName = "Crease Color"
n_pfxToon.a_ccr_niceName = "Crease Color R"
n_pfxToon.a_cln_niceName = "Crease Lines"
n_pfxToon.a_clw_niceName = "Crease Line Width"
n_pfxToon.a_cmo_niceName = "Curvature Modulation"
n_pfxToon.a_cwd_niceName = "Curvature Width"
n_pfxToon.a_cwdfv_niceName = "Curvature Width _Float Value"
n_pfxToon.a_cwdi_enum_kLinear = "Linear"
n_pfxToon.a_cwdi_enum_kNone = "None"
n_pfxToon.a_cwdi_enum_kSmooth = "Smooth"
n_pfxToon.a_cwdi_enum_kSpline = "Spline"
n_pfxToon.a_cwdi_niceName = "Curvature Width _Interp"
n_pfxToon.a_cwdp_niceName = "Curvature Width _Position"
n_pfxToon.a_cwm_niceName = "Crease Width Modulation"
n_pfxToon.a_dbs_niceName = "Depth Bias"
n_pfxToon.a_dff_niceName = "Depth Offset"
n_pfxToon.a_div_niceName = "Display In Viewport"
n_pfxToon.a_dsl_niceName = "Distance Scaling"
n_pfxToon.a_fmx_niceName = "Flush Angle Max"
n_pfxToon.a_hco_niceName = "Hard Creases Only"
n_pfxToon.a_iba_niceName = "Intersection Break Angle"
n_pfxToon.a_icb_niceName = "Intersection Color B"
n_pfxToon.a_icg_niceName = "Intersection Color G"
n_pfxToon.a_icl_niceName = "Intersection Color"
n_pfxToon.a_icr_niceName = "Intersection Color R"
n_pfxToon.a_iln_niceName = "Intersection Lines"
n_pfxToon.a_ilw_niceName = "Intersection Line Width"
n_pfxToon.a_imd_niceName = "Intersection Width Modulation"
n_pfxToon.a_imn_niceName = "Intersection Angle Min"
n_pfxToon.a_imx_niceName = "Intersection Angle Max"
n_pfxToon.a_ins_niceName = "Input Surface"
n_pfxToon.a_iwm_niceName = "Input World Matrix"
n_pfxToon.a_lbw_niceName = "Lighting Based Width"
n_pfxToon.a_lcl_enum_kloAllSurfaces = "All Toon Surfaces"
n_pfxToon.a_lcl_enum_kloLineSurface = "Line Surface"
n_pfxToon.a_lcl_enum_kloOff = "Off"
n_pfxToon.a_lcl_niceName = "Local Occlusion"
n_pfxToon.a_let_niceName = "Line End Thinning"
n_pfxToon.a_lex_niceName = "Line Extend"
n_pfxToon.a_lof_niceName = "Line Offset"
n_pfxToon.a_lom_niceName = "Line Offset Map"
n_pfxToon.a_lop_niceName = "Line Opacity"
n_pfxToon.a_lpm_niceName = "Line Opacity Map"
n_pfxToon.a_lwd_niceName = "Line Width"
n_pfxToon.a_lwm_niceName = "Line Width Map"
n_pfxToon.a_mns_niceName = "Min Segment Length"
n_pfxToon.a_mpw_niceName = "Min Pixel Width"
n_pfxToon.a_msl_niceName = "Max Segment Length"
n_pfxToon.a_mxp_niceName = "Max Pixel Width"
n_pfxToon.a_ocb_niceName = "Out Color B"
n_pfxToon.a_ocg_niceName = "Out Color G"
n_pfxToon.a_ocl_niceName = "Out Color"
n_pfxToon.a_ocr_niceName = "Out Color R"
n_pfxToon.a_opm_niceName = "Out Profile Mesh"
n_pfxToon.a_otl_niceName = "Occlusion Tolerance"
n_pfxToon.a_ows_niceName = "Occlusion Width Scale"
n_pfxToon.a_pba_niceName = "Profile Break Angle"
n_pfxToon.a_pcb_niceName = "Profile Color B"
n_pfxToon.a_pcg_niceName = "Profile Color G"
n_pfxToon.a_pcl_niceName = "Profile Color"
n_pfxToon.a_pcr_niceName = "Profile Color R"
n_pfxToon.a_pln_enum_kplOff = "Off"
n_pfxToon.a_pln_enum_kplOffsetMesh = "Offset Mesh"
n_pfxToon.a_pln_enum_kplPfx = "Paint Effects"
n_pfxToon.a_pln_niceName = "Profile Lines"
n_pfxToon.a_plw_niceName = "Profile Line Width"
n_pfxToon.a_prz_niceName = "Pfx Randomize"
n_pfxToon.a_pwm_niceName = "Profile Width Modulation"
n_pfxToon.a_rbd_niceName = "Resample Border"
n_pfxToon.a_rcr_niceName = "Resample Crease"
n_pfxToon.a_rfb_niceName = "Remove Flush Borders"
n_pfxToon.a_rin_niceName = "Resample Intersection"
n_pfxToon.a_rpf_niceName = "Resample Profile"
n_pfxToon.a_sei_niceName = "Self Intersect"
n_pfxToon.a_spf_niceName = "Smooth Profile"
n_pfxToon.a_spw_niceName = "Screenspace Width"
n_pfxToon.a_srf_niceName = "Surface"
n_pfxToon.a_ssr_niceName = "Screen Space Resampling"
n_pfxToon.a_tfl_niceName = "Flush Tolerance"
n_pfxToon.a_tpf_niceName = "Tighter Profile"
n_pfxToon.baseName = "pfxToon"
n_pfxToon.niceName = "Pfx Toon"
//
// String set: n_phong
//
n_phong.a_cp_niceName = "Cosine Power"
n_phong.baseName = "phong"
n_phong.niceName = "Phong"
//
// String set: n_phongE
//
n_phongE.a_hls_niceName = "Highlight Size"
n_phongE.a_rn_niceName = "Roughness"
n_phongE.a_wn_niceName = "Whiteness"
n_phongE.a_wnb_niceName = "Whiteness B"
n_phongE.a_wng_niceName = "Whiteness G"
n_phongE.a_wnr_niceName = "Whiteness R"
n_phongE.baseName = "phongE"
n_phongE.niceName = "Phong E"
//
// String set: n_pivot2dManip
//
n_pivot2dManip.baseName = "pivot2dManip"
n_pivot2dManip.niceName = "Pivot 2d Manip"
//
// String set: n_pivotAndOrientManip
//
n_pivotAndOrientManip.baseName = "pivotAndOrientManip"
n_pivotAndOrientManip.niceName = "Pivot And Orient Manip"
//
// String set: n_place2dTexture
//
n_place2dTexture.a_c1x_niceName = "Vertex Camera One X"
n_place2dTexture.a_c1y_niceName = "Vertex Camera One Y"
n_place2dTexture.a_c1z_niceName = "Vertex Camera One Z"
n_place2dTexture.a_c_niceName = "Coverage"
n_place2dTexture.a_cu_niceName = "Coverage U"
n_place2dTexture.a_cv_niceName = "Coverage V"
n_place2dTexture.a_do_niceName = "Do Transform"
n_place2dTexture.a_fa_niceName = "Fast"
n_place2dTexture.a_fs_niceName = "Uv Filter Size"
n_place2dTexture.a_fsx_niceName = "Uv Filter Size X"
n_place2dTexture.a_fsy_niceName = "Uv Filter Size Y"
n_place2dTexture.a_mu_niceName = "Mirror U"
n_place2dTexture.a_mv_niceName = "Mirror V"
n_place2dTexture.a_n_niceName = "Noise UV"
n_place2dTexture.a_nu_niceName = "Noise U"
n_place2dTexture.a_nv_niceName = "Noise V"
n_place2dTexture.a_o_niceName = "Out UV"
n_place2dTexture.a_of_niceName = "Offset"
n_place2dTexture.a_ofs_niceName = "Out Uv Filter Size"
n_place2dTexture.a_ofsx_niceName = "Out Uv Filter Size X"
n_place2dTexture.a_ofsy_niceName = "Out Uv Filter Size Y"
n_place2dTexture.a_ofu_niceName = "Offset U"
n_place2dTexture.a_ofv_niceName = "Offset V"
n_place2dTexture.a_ou_niceName = "Out U"
n_place2dTexture.a_ov_niceName = "Out V"
n_place2dTexture.a_r_niceName = "Rotate UV"
n_place2dTexture.a_re_niceName = "Repeat UV"
n_place2dTexture.a_reu_niceName = "Repeat U"
n_place2dTexture.a_rev_niceName = "Repeat V"
n_place2dTexture.a_rf_niceName = "Rotate Frame"
n_place2dTexture.a_s_niceName = "Stagger"
n_place2dTexture.a_t1u_niceName = "Vertex Uv One U"
n_place2dTexture.a_t1v_niceName = "Vertex Uv One V"
n_place2dTexture.a_t2u_niceName = "Vertex Uv Two U"
n_place2dTexture.a_t2v_niceName = "Vertex Uv Two V"
n_place2dTexture.a_t3u_niceName = "Vertex Uv Three U"
n_place2dTexture.a_t3v_niceName = "Vertex Uv Three V"
n_place2dTexture.a_tf_niceName = "Translate Frame"
n_place2dTexture.a_tfu_niceName = "Translate Frame U"
n_place2dTexture.a_tfv_niceName = "Translate Frame V"
n_place2dTexture.a_u_niceName = "U Coord"
n_place2dTexture.a_uv_niceName = "Uv Coord"
n_place2dTexture.a_v_niceName = "V Coord"
n_place2dTexture.a_vc1_niceName = "Vertex Camera One"
n_place2dTexture.a_vt1_niceName = "Vertex Uv One"
n_place2dTexture.a_vt2_niceName = "Vertex Uv Two"
n_place2dTexture.a_vt3_niceName = "Vertex Uv Three"
n_place2dTexture.a_wu_niceName = "Wrap U"
n_place2dTexture.a_wv_niceName = "Wrap V"
n_place2dTexture.baseName = "place2dTexture"
n_place2dTexture.niceName = "2d Placement"
//
// String set: n_place3dTexture
//
n_place3dTexture.baseName = "place3dTexture"
n_place3dTexture.niceName = "3d Placement"
//
// String set: n_planarProjManip
//
n_planarProjManip.baseName = "planarProjManip"
n_planarProjManip.niceName = "Planar Proj Manip"
//
// String set: n_planarTrimSurface
//
n_planarTrimSurface.a_d_enum_kCubicDegree = "Cubic"
n_planarTrimSurface.a_d_enum_kLinearDegree = "Linear"
n_planarTrimSurface.a_d_niceName = "Degree"
n_planarTrimSurface.a_ic_niceName = "Input Curve"
n_planarTrimSurface.a_ko_niceName = "Keep Outside"
n_planarTrimSurface.a_os_niceName = "Output Surface"
n_planarTrimSurface.a_tol_niceName = "Tolerance"
n_planarTrimSurface.baseName = "planarTrimSurface"
n_planarTrimSurface.niceName = "Planar Trim Surface"
//
// String set: n_plane
//
n_plane.baseName = "plane"
n_plane.niceName = "Plane"
//
// String set: n_plugExprTest
//
n_plugExprTest.a_c_niceName = "Compound"
n_plugExprTest.a_ccc1_niceName = "Level 3CCCS1"
n_plugExprTest.a_ccc2_niceName = "Level 3CCCS2"
n_plugExprTest.a_ccc_niceName = "Level 2CCC"
n_plugExprTest.a_ccm1_niceName = "Level 3CCMCS1"
n_plugExprTest.a_ccm2_niceName = "Level 3CCMCS2"
n_plugExprTest.a_ccm_niceName = "Level 2CCM"
n_plugExprTest.a_ccmc_niceName = "Level 2CCMC"
n_plugExprTest.a_ccs_niceName = "Level 2CCS"
n_plugExprTest.a_cm_niceName = "Level 1CM"
n_plugExprTest.a_cmc1_niceName = "Level 3CMCCS1"
n_plugExprTest.a_cmc2_niceName = "Level 3CMCCS2"
n_plugExprTest.a_cmc_niceName = "Level 1CMC"
n_plugExprTest.a_cmcc_niceName = "Level 2CMCC"
n_plugExprTest.a_cmcm_niceName = "Level 2CMCM"
n_plugExprTest.a_cmcs_niceName = "Level 2CMCS"
n_plugExprTest.a_cmm1_niceName = "Level 3CMCMCS1"
n_plugExprTest.a_cmm2_niceName = "Level 3CMCMCS2"
n_plugExprTest.a_cmmc_niceName = "Level 2CMCMC"
n_plugExprTest.a_cs_niceName = "Level 1CS"
n_plugExprTest.a_l1cc_niceName = "Level 1CC"
n_plugExprTest.a_m_niceName = "Multi"
n_plugExprTest.a_mc_niceName = "Multi Compound"
n_plugExprTest.a_mcc1_niceName = "Level 3MCCCS1"
n_plugExprTest.a_mcc2_niceName = "Level 3MCCCS2"
n_plugExprTest.a_mcc_niceName = "Level 1MCC"
n_plugExprTest.a_mccc_niceName = "Level 2MCCC"
n_plugExprTest.a_mccm_niceName = "Level 2MCCMC"
n_plugExprTest.a_mccs_niceName = "Level 2MCCS"
n_plugExprTest.a_mcm1_niceName = "Level 3MCCMCS1"
n_plugExprTest.a_mcm2_niceName = "Level 3MCCMCS2"
n_plugExprTest.a_mcm_niceName = "Level 2MCCM"
n_plugExprTest.a_mcmc_niceName = "Level 1MCMC"
n_plugExprTest.a_mcs_niceName = "Level 1MCS"
n_plugExprTest.a_mm_niceName = "Level 1MCM"
n_plugExprTest.a_mmc1_niceName = "Level 3MCMCCS1"
n_plugExprTest.a_mmc2_niceName = "Level 3MCMCCS2"
n_plugExprTest.a_mmc_niceName = "Level 2MCMCC"
n_plugExprTest.a_mmm1_niceName = "Level 3MCMCMCS1"
n_plugExprTest.a_mmm2_niceName = "Level 3MCMCMCS2"
n_plugExprTest.a_mmm_niceName = "Level 2MCMCM"
n_plugExprTest.a_mmmc_niceName = "Level 2MCMCMC"
n_plugExprTest.a_mms_niceName = "Level 2MCMCS"
n_plugExprTest.a_s_niceName = "Single"
n_plugExprTest.baseName = "plugExprTest"
n_plugExprTest.niceName = "Plug Expr Test"
//
// String set: n_plusMinusAverage
//
n_plusMinusAverage.a_i1_niceName = "Input 1D"
n_plusMinusAverage.a_i2_niceName = "Input 2D"
n_plusMinusAverage.a_i2x_niceName = "Input 2Dx"
n_plusMinusAverage.a_i2y_niceName = "Input 2Dy"
n_plusMinusAverage.a_i3_niceName = "Input 3D"
n_plusMinusAverage.a_i3x_niceName = "Input 3Dx"
n_plusMinusAverage.a_i3y_niceName = "Input 3Dy"
n_plusMinusAverage.a_i3z_niceName = "Input 3Dz"
n_plusMinusAverage.a_o1_niceName = "Output 1D"
n_plusMinusAverage.a_o2_niceName = "Output 2D"
n_plusMinusAverage.a_o2x_niceName = "Output 2Dx"
n_plusMinusAverage.a_o2y_niceName = "Output 2Dy"
n_plusMinusAverage.a_o3_niceName = "Output 3D"
n_plusMinusAverage.a_o3x_niceName = "Output 3Dx"
n_plusMinusAverage.a_o3y_niceName = "Output 3Dy"
n_plusMinusAverage.a_o3z_niceName = "Output 3Dz"
n_plusMinusAverage.a_op_enum_kAverage = "Average"
n_plusMinusAverage.a_op_enum_kNone = "No operation"
n_plusMinusAverage.a_op_enum_kSubtract = "Subtract"
n_plusMinusAverage.a_op_enum_kSum = "Sum"
n_plusMinusAverage.a_op_niceName = "Operation"
n_plusMinusAverage.baseName = "plusMinusAverage"
n_plusMinusAverage.niceName = "Plus Minus Average"
//
// String set: n_pointConstraint
//
n_pointConstraint.a_cop_niceName = "Constraint Offset Polarity"
n_pointConstraint.a_cpim_niceName = "Constraint Parent Inverse Matrix"
n_pointConstraint.a_crp_niceName = "Constraint Rotate Pivot"
n_pointConstraint.a_crpx_niceName = "Constraint Rotate Pivot X"
n_pointConstraint.a_crpy_niceName = "Constraint Rotate Pivot Y"
n_pointConstraint.a_crpz_niceName = "Constraint Rotate Pivot Z"
n_pointConstraint.a_crt_niceName = "Constraint Rotate Translate"
n_pointConstraint.a_crtx_niceName = "Constraint Rotate Translate X"
n_pointConstraint.a_crty_niceName = "Constraint Rotate Translate Y"
n_pointConstraint.a_crtz_niceName = "Constraint Rotate Translate Z"
n_pointConstraint.a_ct_niceName = "Constraint Translate"
n_pointConstraint.a_ctx_niceName = "Constraint Translate X"
n_pointConstraint.a_cty_niceName = "Constraint Translate Y"
n_pointConstraint.a_ctz_niceName = "Constraint Translate Z"
n_pointConstraint.a_o_niceName = "Offset"
n_pointConstraint.a_ox_niceName = "Offset X"
n_pointConstraint.a_oy_niceName = "Offset Y"
n_pointConstraint.a_oz_niceName = "Offset Z"
n_pointConstraint.a_rst_niceName = "Rest Translate"
n_pointConstraint.a_rtx_niceName = "Rest Translate X"
n_pointConstraint.a_rty_niceName = "Rest Translate Y"
n_pointConstraint.a_rtz_niceName = "Rest Translate Z"
n_pointConstraint.a_tg_niceName = "Target"
n_pointConstraint.a_tpm_niceName = "Target Parent Matrix"
n_pointConstraint.a_trp_niceName = "Target Rotate Pivot"
n_pointConstraint.a_trpx_niceName = "Target Rotate Pivot X"
n_pointConstraint.a_trpy_niceName = "Target Rotate Pivot Y"
n_pointConstraint.a_trpz_niceName = "Target Rotate Pivot Z"
n_pointConstraint.a_trt_niceName = "Target Rotate Translate"
n_pointConstraint.a_trtx_niceName = "Target Rotate Translate X"
n_pointConstraint.a_trty_niceName = "Target Rotate Translate Y"
n_pointConstraint.a_trtz_niceName = "Target Rotate Translate Z"
n_pointConstraint.a_tt_niceName = "Target Translate"
n_pointConstraint.a_ttx_niceName = "Target Translate X"
n_pointConstraint.a_tty_niceName = "Target Translate Y"
n_pointConstraint.a_ttz_niceName = "Target Translate Z"
n_pointConstraint.a_tw_niceName = "Target Weight"
n_pointConstraint.baseName = "pointConstraint"
n_pointConstraint.niceName = "Point Constraint"
//
// String set: n_pointEmitter
//
n_pointEmitter.a_afa_niceName = "Away From Axis"
n_pointEmitter.a_afc_niceName = "Away From Center"
n_pointEmitter.a_alx_niceName = "Along Axis"
n_pointEmitter.a_arx_niceName = "Around Axis"
n_pointEmitter.a_ct_niceName = "Current Time"
n_pointEmitter.a_cye_enum_kCycleEmissionFrame = "Frame (timeRandom on)"
n_pointEmitter.a_cye_enum_kCycleEmissionNone = "None (timeRandom off)"
n_pointEmitter.a_cye_niceName = "Cycle Emission"
n_pointEmitter.a_cyi_niceName = "Cycle Interval"
n_pointEmitter.a_d_niceName = "Direction"
n_pointEmitter.a_drs_niceName = "Directional Speed"
n_pointEmitter.a_dss_niceName = "Display Speed"
n_pointEmitter.a_dt_niceName = "Delta Time"
n_pointEmitter.a_dtc_niceName = "Delta Time Cycle"
n_pointEmitter.a_dx_niceName = "Direction X"
n_pointEmitter.a_dy_niceName = "Direction Y"
n_pointEmitter.a_dz_niceName = "Direction Z"
n_pointEmitter.a_ecr_niceName = "Emit Count Remainder"
n_pointEmitter.a_efd_niceName = "Emit From Dark"
n_pointEmitter.a_emt_enum_kTypeCurve = "Curve"
n_pointEmitter.a_emt_enum_kTypeDirectional = "Directional"
n_pointEmitter.a_emt_enum_kTypeOmni = "Omni"
n_pointEmitter.a_emt_enum_kTypeSurface = "Surface"
n_pointEmitter.a_emt_enum_kTypeVolume = "Volume"
n_pointEmitter.a_emt_niceName = "Emitter Type"
n_pointEmitter.a_etr_niceName = "Enable Texture Rate"
n_pointEmitter.a_full_niceName = "Is Full"
n_pointEmitter.a_inh_niceName = "Inherit Factor"
n_pointEmitter.a_inhc_niceName = "Inherit Color"
n_pointEmitter.a_inho_niceName = "Inherit Opacity"
n_pointEmitter.a_invo_niceName = "Invert Opacity"
n_pointEmitter.a_max_niceName = "Max Distance"
n_pointEmitter.a_min_niceName = "Min Distance"
n_pointEmitter.a_npuv_niceName = "Need Parent UV"
n_pointEmitter.a_nspd_niceName = "Normal Speed"
n_pointEmitter.a_ot_niceName = "Output"
n_pointEmitter.a_paid_niceName = "Parent Id"
n_pointEmitter.a_pc_niceName = "Particle Color"
n_pointEmitter.a_pcb_niceName = "Particle Color B"
n_pointEmitter.a_pcg_niceName = "Particle Color G"
n_pointEmitter.a_pcr_niceName = "Particle Color R"
n_pointEmitter.a_rat_niceName = "Rate"
n_pointEmitter.a_rnd_niceName = "Random Direction"
n_pointEmitter.a_rpp_niceName = "Rate PP"
n_pointEmitter.a_rst_niceName = "Rand State"
n_pointEmitter.a_rstx_niceName = "Rand State X"
n_pointEmitter.a_rsty_niceName = "Rand State Y"
n_pointEmitter.a_rstz_niceName = "Rand State Z"
n_pointEmitter.a_sd_niceName = "Seed"
n_pointEmitter.a_spd_niceName = "Speed"
n_pointEmitter.a_spr_niceName = "Spread"
n_pointEmitter.a_srnd_niceName = "Speed Random"
n_pointEmitter.a_sro_niceName = "Scale Rate By Object Size"
n_pointEmitter.a_srs_niceName = "Scale Rate By Speed"
n_pointEmitter.a_ssz_niceName = "Scale Speed By Size"
n_pointEmitter.a_stt_niceName = "Start Time"
n_pointEmitter.a_swge_niceName = "Swept Geometry"
n_pointEmitter.a_tspd_niceName = "Tangent Speed"
n_pointEmitter.a_txr_niceName = "Texture Rate"
n_pointEmitter.a_txrb_niceName = "Texture Rate B"
n_pointEmitter.a_txrg_niceName = "Texture Rate G"
n_pointEmitter.a_txrr_niceName = "Texture Rate R"
n_pointEmitter.a_urpp_niceName = "Use Rate PP"
n_pointEmitter.a_usel_niceName = "Use Luminance"
n_pointEmitter.a_vef_niceName = "Volume Efficiency"
n_pointEmitter.a_vfx_niceName = "Volume Offset X"
n_pointEmitter.a_vfy_niceName = "Volume Offset Y"
n_pointEmitter.a_vfz_niceName = "Volume Offset Z"
n_pointEmitter.a_vof_niceName = "Volume Offset"
n_pointEmitter.a_vol_enum_kTypeCone = "Cone"
n_pointEmitter.a_vol_enum_kTypeCube = "Cube"
n_pointEmitter.a_vol_enum_kTypeCylinder = "Cylinder"
n_pointEmitter.a_vol_enum_kTypeSphere = "Sphere"
n_pointEmitter.a_vol_enum_kTypeTorus = "Torus"
n_pointEmitter.a_vol_niceName = "Volume Shape"
n_pointEmitter.a_vsr_niceName = "Section Radius"
n_pointEmitter.a_vsw_niceName = "Volume Sweep"
n_pointEmitter.baseName = "pointEmitter"
n_pointEmitter.niceName = "Point Emitter"
//
// String set: n_pointLight
//
n_pointLight.a_fg_niceName = "Fog Geometry"
n_pointLight.a_fin_niceName = "Fog Intensity"
n_pointLight.a_fr_niceName = "Fog Radius"
n_pointLight.a_ft_enum_kExponential = "Exponential"
n_pointLight.a_ft_enum_kLinear = "Linear"
n_pointLight.a_ft_enum_kNormal = "Normal"
n_pointLight.a_ft_niceName = "Fog Type"
n_pointLight.a_fw_niceName = "Far Point World"
n_pointLight.a_fwx_niceName = "Far Point World X"
n_pointLight.a_fwy_niceName = "Far Point World Y"
n_pointLight.a_fwz_niceName = "Far Point World Z"
n_pointLight.a_lg_niceName = "Light Glow"
n_pointLight.a_ot_niceName = "Object Type"
n_pointLight.a_pw_niceName = "Point World"
n_pointLight.a_tx_niceName = "Point World X"
n_pointLight.a_ty_niceName = "Point World Y"
n_pointLight.a_tz_niceName = "Point World Z"
n_pointLight.baseName = "pointLight"
n_pointLight.niceName = "Point Light"
//
// String set: n_pointMatrixMult
//
n_pointMatrixMult.a_im_niceName = "In Matrix"
n_pointMatrixMult.a_ip_niceName = "In Point"
n_pointMatrixMult.a_ipx_niceName = "In Point X"
n_pointMatrixMult.a_ipy_niceName = "In Point Y"
n_pointMatrixMult.a_ipz_niceName = "In Point Z"
n_pointMatrixMult.a_o_niceName = "Output"
n_pointMatrixMult.a_ox_niceName = "Output X"
n_pointMatrixMult.a_oy_niceName = "Output Y"
n_pointMatrixMult.a_oz_niceName = "Output Z"
n_pointMatrixMult.a_vm_niceName = "Vector Multiply"
n_pointMatrixMult.baseName = "pointMatrixMult"
n_pointMatrixMult.niceName = "Point Matrix Mult"
//
// String set: n_pointOnCurveInfo
//
n_pointOnCurveInfo.a_cc_niceName = "Curvature Center"
n_pointOnCurveInfo.a_ccx_niceName = "Curvature Center X"
n_pointOnCurveInfo.a_ccy_niceName = "Curvature Center Y"
n_pointOnCurveInfo.a_ccz_niceName = "Curvature Center Z"
n_pointOnCurveInfo.a_cr_niceName = "Curvature Radius"
n_pointOnCurveInfo.a_ic_niceName = "Input Curve"
n_pointOnCurveInfo.a_n_niceName = "Normal"
n_pointOnCurveInfo.a_nn_niceName = "Normalized Normal"
n_pointOnCurveInfo.a_nnx_niceName = "Normalized Normal X"
n_pointOnCurveInfo.a_nny_niceName = "Normalized Normal Y"
n_pointOnCurveInfo.a_nnz_niceName = "Normalized Normal Z"
n_pointOnCurveInfo.a_nt_niceName = "Normalized Tangent"
n_pointOnCurveInfo.a_ntx_niceName = "Normalized Tangent X"
n_pointOnCurveInfo.a_nty_niceName = "Normalized Tangent Y"
n_pointOnCurveInfo.a_ntz_niceName = "Normalized Tangent Z"
n_pointOnCurveInfo.a_nx_niceName = "Normal X"
n_pointOnCurveInfo.a_ny_niceName = "Normal Y"
n_pointOnCurveInfo.a_nz_niceName = "Normal Z"
n_pointOnCurveInfo.a_p_niceName = "Position"
n_pointOnCurveInfo.a_pr_niceName = "Parameter"
n_pointOnCurveInfo.a_px_niceName = "Position X"
n_pointOnCurveInfo.a_py_niceName = "Position Y"
n_pointOnCurveInfo.a_pz_niceName = "Position Z"
n_pointOnCurveInfo.a_rs_niceName = "Result"
n_pointOnCurveInfo.a_t_niceName = "Tangent"
n_pointOnCurveInfo.a_top_niceName = "Turn On Percentage"
n_pointOnCurveInfo.a_tx_niceName = "Tangent X"
n_pointOnCurveInfo.a_ty_niceName = "Tangent Y"
n_pointOnCurveInfo.a_tz_niceName = "Tangent Z"
n_pointOnCurveInfo.baseName = "pointOnCurveInfo"
n_pointOnCurveInfo.niceName = "Point On Curve Info"
//
// String set: n_pointOnCurveManip
//
n_pointOnCurveManip.baseName = "pointOnCurveManip"
n_pointOnCurveManip.niceName = "Point On Curve Manip"
//
// String set: n_pointOnLineManip
//
n_pointOnLineManip.baseName = "pointOnLineManip"
n_pointOnLineManip.niceName = "Point On Line Manip"
//
// String set: n_pointOnPolyConstraint
//
n_pointOnPolyConstraint.a_cpim_niceName = "Constraint Parent Inverse Matrix"
n_pointOnPolyConstraint.a_cr_niceName = "Constraint Rotate"
n_pointOnPolyConstraint.a_cro_enum_kXYZ = "xyz"
n_pointOnPolyConstraint.a_cro_enum_kXZY = "xzy"
n_pointOnPolyConstraint.a_cro_enum_kYXZ = "yxz"
n_pointOnPolyConstraint.a_cro_enum_kYZX = "yzx"
n_pointOnPolyConstraint.a_cro_enum_kZXY = "zxy"
n_pointOnPolyConstraint.a_cro_enum_kZYX = "zyx"
n_pointOnPolyConstraint.a_cro_niceName = "Constraint Rotate Order"
n_pointOnPolyConstraint.a_crp_niceName = "Constraint Rotate Pivot"
n_pointOnPolyConstraint.a_crpx_niceName = "Constraint Rotate Pivot X"
n_pointOnPolyConstraint.a_crpy_niceName = "Constraint Rotate Pivot Y"
n_pointOnPolyConstraint.a_crpz_niceName = "Constraint Rotate Pivot Z"
n_pointOnPolyConstraint.a_crt_niceName = "Constraint Rotate Translate"
n_pointOnPolyConstraint.a_crtx_niceName = "Constraint Rotate Translate X"
n_pointOnPolyConstraint.a_crty_niceName = "Constraint Rotate Translate Y"
n_pointOnPolyConstraint.a_crtz_niceName = "Constraint Rotate Translate Z"
n_pointOnPolyConstraint.a_crx_niceName = "Constraint Rotate X"
n_pointOnPolyConstraint.a_cry_niceName = "Constraint Rotate Y"
n_pointOnPolyConstraint.a_crz_niceName = "Constraint Rotate Z"
n_pointOnPolyConstraint.a_ct_niceName = "Constraint Translate"
n_pointOnPolyConstraint.a_ctx_niceName = "Constraint Translate X"
n_pointOnPolyConstraint.a_cty_niceName = "Constraint Translate Y"
n_pointOnPolyConstraint.a_ctz_niceName = "Constraint Translate Z"
n_pointOnPolyConstraint.a_or_niceName = "Offset Rotate"
n_pointOnPolyConstraint.a_orx_niceName = "Offset Rotate X"
n_pointOnPolyConstraint.a_ory_niceName = "Offset Rotate Y"
n_pointOnPolyConstraint.a_orz_niceName = "Offset Rotate Z"
n_pointOnPolyConstraint.a_ot_niceName = "Offset Translate"
n_pointOnPolyConstraint.a_otx_niceName = "Offset Translate X"
n_pointOnPolyConstraint.a_oty_niceName = "Offset Translate Y"
n_pointOnPolyConstraint.a_otz_niceName = "Offset Translate Z"
n_pointOnPolyConstraint.a_rrx_niceName = "Rest Rotate X"
n_pointOnPolyConstraint.a_rry_niceName = "Rest Rotate Y"
n_pointOnPolyConstraint.a_rrz_niceName = "Rest Rotate Z"
n_pointOnPolyConstraint.a_rsrr_niceName = "Rest Rotate"
n_pointOnPolyConstraint.a_rst_niceName = "Rest Translate"
n_pointOnPolyConstraint.a_rtx_niceName = "Rest Translate X"
n_pointOnPolyConstraint.a_rty_niceName = "Rest Translate Y"
n_pointOnPolyConstraint.a_rtz_niceName = "Rest Translate Z"
n_pointOnPolyConstraint.a_tg_niceName = "Target"
n_pointOnPolyConstraint.a_tm_niceName = "Target Mesh"
n_pointOnPolyConstraint.a_tnm_niceName = "Target UVSet Name"
n_pointOnPolyConstraint.a_tu_niceName = "Target U"
n_pointOnPolyConstraint.a_tun_niceName = "Target Use Normal"
n_pointOnPolyConstraint.a_tuv_niceName = "Target UV"
n_pointOnPolyConstraint.a_tv_niceName = "Target V"
n_pointOnPolyConstraint.a_tw_niceName = "Target Weight"
n_pointOnPolyConstraint.baseName = "pointOnPolyConstraint"
n_pointOnPolyConstraint.niceName = "Point On Poly Constraint"
//
// String set: n_pointOnSurfManip
//
n_pointOnSurfManip.baseName = "pointOnSurfManip"
n_pointOnSurfManip.niceName = "Point On Surf Manip"
//
// String set: n_pointOnSurfaceInfo
//
n_pointOnSurfaceInfo.a_is_niceName = "Input Surface"
n_pointOnSurfaceInfo.a_n_niceName = "Normal"
n_pointOnSurfaceInfo.a_nn_niceName = "Normalized Normal"
n_pointOnSurfaceInfo.a_nnx_niceName = "Normalized Normal X"
n_pointOnSurfaceInfo.a_nny_niceName = "Normalized Normal Y"
n_pointOnSurfaceInfo.a_nnz_niceName = "Normalized Normal Z"
n_pointOnSurfaceInfo.a_ntu_niceName = "Normalized Tangent U"
n_pointOnSurfaceInfo.a_ntv_niceName = "Normalized Tangent V"
n_pointOnSurfaceInfo.a_nux_niceName = "Normalized Tangent UX"
n_pointOnSurfaceInfo.a_nuy_niceName = "Normalized Tangent UY"
n_pointOnSurfaceInfo.a_nuz_niceName = "Normalized Tangent UZ"
n_pointOnSurfaceInfo.a_nvx_niceName = "Normalized Tangent VX"
n_pointOnSurfaceInfo.a_nvy_niceName = "Normalized Tangent VY"
n_pointOnSurfaceInfo.a_nvz_niceName = "Normalized Tangent VZ"
n_pointOnSurfaceInfo.a_nx_niceName = "Normal X"
n_pointOnSurfaceInfo.a_ny_niceName = "Normal Y"
n_pointOnSurfaceInfo.a_nz_niceName = "Normal Z"
n_pointOnSurfaceInfo.a_p_niceName = "Position"
n_pointOnSurfaceInfo.a_px_niceName = "Position X"
n_pointOnSurfaceInfo.a_py_niceName = "Position Y"
n_pointOnSurfaceInfo.a_pz_niceName = "Position Z"
n_pointOnSurfaceInfo.a_r_niceName = "Result"
n_pointOnSurfaceInfo.a_top_niceName = "Turn On Percentage"
n_pointOnSurfaceInfo.a_tu_niceName = "Tangent U"
n_pointOnSurfaceInfo.a_tux_niceName = "Tangent Ux"
n_pointOnSurfaceInfo.a_tuy_niceName = "Tangent Uy"
n_pointOnSurfaceInfo.a_tuz_niceName = "Tangent Uz"
n_pointOnSurfaceInfo.a_tv_niceName = "Tangent V"
n_pointOnSurfaceInfo.a_tvx_niceName = "Tangent Vx"
n_pointOnSurfaceInfo.a_tvy_niceName = "Tangent Vy"
n_pointOnSurfaceInfo.a_tvz_niceName = "Tangent Vz"
n_pointOnSurfaceInfo.a_u_niceName = "Parameter U"
n_pointOnSurfaceInfo.a_v_niceName = "Parameter V"
n_pointOnSurfaceInfo.baseName = "pointOnSurfaceInfo"
n_pointOnSurfaceInfo.niceName = "Point On Surface Info"
//
// String set: n_pointOnSurfaceManip
//
n_pointOnSurfaceManip.baseName = "pointOnSurfaceManip"
n_pointOnSurfaceManip.niceName = "Point On Surface Manip"
//
// String set: n_poleVectorConstraint
//
n_poleVectorConstraint.a_ps_niceName = "Pivot Space"
n_poleVectorConstraint.baseName = "poleVectorConstraint"
n_poleVectorConstraint.niceName = "Pole Vector Constraint"
//
// String set: n_polyAppend
//
n_polyAppend.a_d_niceName = "Desc"
n_polyAppend.a_s_niceName = "Subdivision"
n_polyAppend.a_tel_niceName = "Test 2Edge Loops"
n_polyAppend.a_tx_enum_kNone = "none"
n_polyAppend.a_tx_enum_kNormalized = "normalized"
n_polyAppend.a_tx_enum_kUnitized = "unitized"
n_polyAppend.a_tx_niceName = "Texture"
n_polyAppend.a_v_niceName = "Vertices"
n_polyAppend.a_vx_niceName = "Vtxx"
n_polyAppend.a_vy_niceName = "Vtxy"
n_polyAppend.a_vz_niceName = "Vtxz"
n_polyAppend.baseName = "polyAppend"
n_polyAppend.niceName = "Poly Append"
//
// String set: n_polyAppendVertex
//
n_polyAppendVertex.a_d_niceName = "Desc"
n_polyAppendVertex.a_tx_enum_kNone = "none"
n_polyAppendVertex.a_tx_enum_kNormalized = "normalized"
n_polyAppendVertex.a_tx_enum_kUnitized = "unitized"
n_polyAppendVertex.a_tx_niceName = "Texture"
n_polyAppendVertex.a_v_niceName = "Vertices"
n_polyAppendVertex.a_vx_niceName = "Vtxx"
n_polyAppendVertex.a_vy_niceName = "Vtxy"
n_polyAppendVertex.a_vz_niceName = "Vtxz"
n_polyAppendVertex.baseName = "polyAppendVertex"
n_polyAppendVertex.niceName = "Poly Append Vertex"
//
// String set: n_polyAutoProj
//
n_polyAutoProj.a_dl_niceName = "Dense Layout"
n_polyAutoProj.a_l_enum_kMoveAlongU = "Along U"
n_polyAutoProj.a_l_enum_kMoveOverlap = "Overlap"
n_polyAutoProj.a_l_enum_kMoveTile = "Tile"
n_polyAutoProj.a_l_enum_kMoveToSquare = "Into Square"
n_polyAutoProj.a_l_niceName = "Layout"
n_polyAutoProj.a_lm_enum_kBrick = "Block Stacking"
n_polyAutoProj.a_lm_enum_kShape = "Shape Stacking"
n_polyAutoProj.a_lm_niceName = "Layout Method"
n_polyAutoProj.a_ms_niceName = "Maintain Symmetry"
n_polyAutoProj.a_o_enum_kFewPieces = "Fewer Pieces"
n_polyAutoProj.a_o_enum_kLessDist = "Less Distortion"
n_polyAutoProj.a_o_niceName = "Optimize"
n_polyAutoProj.a_p_niceName = "Planes"
n_polyAutoProj.a_pb_niceName = "Project Both Directions"
n_polyAutoProj.a_pg_niceName = "Poly Geom Object"
n_polyAutoProj.a_ps_niceName = "Percentage Space"
n_polyAutoProj.a_pvt_niceName = "Pivot"
n_polyAutoProj.a_pvx_niceName = "Pivot X"
n_polyAutoProj.a_pvy_niceName = "Pivot Y"
n_polyAutoProj.a_pvz_niceName = "Pivot Z"
n_polyAutoProj.a_ro_niceName = "Rotate"
n_polyAutoProj.a_rx_niceName = "Rotate X"
n_polyAutoProj.a_ry_niceName = "Rotate Y"
n_polyAutoProj.a_rz_niceName = "Rotate Z"
n_polyAutoProj.a_s_niceName = "Scale"
n_polyAutoProj.a_sc_enum_kScaleNone = "None"
n_polyAutoProj.a_sc_enum_kScaleStretch = "Stretch to Square"
n_polyAutoProj.a_sc_enum_kScaleUniform = "Uniform"
n_polyAutoProj.a_sc_niceName = "Scale Mode"
n_polyAutoProj.a_si_niceName = "Skip Intersect"
n_polyAutoProj.a_sx_niceName = "Scale X"
n_polyAutoProj.a_sy_niceName = "Scale Y"
n_polyAutoProj.a_sz_niceName = "Scale Z"
n_polyAutoProj.a_t_niceName = "Translate"
n_polyAutoProj.a_tl_niceName = "Two Sided Layout"
n_polyAutoProj.a_tx_niceName = "Translate X"
n_polyAutoProj.a_ty_niceName = "Translate Y"
n_polyAutoProj.a_tz_niceName = "Translate Z"
n_polyAutoProj.baseName = "polyAutoProj"
n_polyAutoProj.niceName = "Poly Auto Proj"
//
// String set: n_polyAutoProjManip
//
n_polyAutoProjManip.baseName = "polyAutoProjManip"
n_polyAutoProjManip.niceName = "Poly Auto Proj Manip"
//
// String set: n_polyAverageVertex
//
n_polyAverageVertex.a_a_niceName = "Alpha"
n_polyAverageVertex.a_b_niceName = "Beta"
n_polyAverageVertex.a_i_niceName = "Iterations"
n_polyAverageVertex.baseName = "polyAverageVertex"
n_polyAverageVertex.niceName = "Poly Average Vertex"
//
// String set: n_polyBase
//
n_polyBase.a_out_niceName = "Output"
n_polyBase.baseName = "polyBase"
n_polyBase.niceName = "Poly Base"
//
// String set: n_polyBevel
//
n_polyBevel.a_af_niceName = "Auto Fit"
n_polyBevel.a_at_niceName = "Angle Tolerance"
n_polyBevel.a_f_niceName = "Fraction"
n_polyBevel.a_fn_niceName = "Fill Ngons"
n_polyBevel.a_m15_niceName = "Maya 2015"
n_polyBevel.a_ma_niceName = "Mitering Angle"
n_polyBevel.a_mv_niceName = "Merge Vertices"
n_polyBevel.a_mvt_niceName = "Merge Vertex Tolerance"
n_polyBevel.a_o_niceName = "Offset"
n_polyBevel.a_oaf_niceName = "Offset As Fraction"
n_polyBevel.a_r_niceName = "Roundness"
n_polyBevel.a_sa_niceName = "Smoothing Angle"
n_polyBevel.a_sg_niceName = "Segments"
n_polyBevel.a_ua_enum_0 = "Planar project per face"
n_polyBevel.a_ua_enum_1 = "Preserve original boundaries"
n_polyBevel.a_ua_niceName = "Uv Assignment"
n_polyBevel.baseName = "polyBevel"
n_polyBevel.niceName = "Poly Bevel"
//
// String set: n_polyBevel2
//
n_polyBevel2.a_com_niceName = "Use Legacy Bevel Algorithm"
n_polyBevel2.baseName = "polyBevel2"
n_polyBevel2.niceName = "Poly Bevel 2"
//
// String set: n_polyBevel3
//
n_polyBevel3.a_af_niceName = "Auto Fit"
n_polyBevel3.a_at_niceName = "Angle Tolerance"
n_polyBevel3.a_c_niceName = "Chamfer"
n_polyBevel3.a_d_niceName = "Depth"
n_polyBevel3.a_f_niceName = "Fraction"
n_polyBevel3.a_fp_niceName = "Force Parallel"
n_polyBevel3.a_m15_niceName = "Maya 2015"
n_polyBevel3.a_m16_niceName = "Maya 2016SP3"
n_polyBevel3.a_m17_niceName = "Maya 2017Update 1"
n_polyBevel3.a_m_enum_kBevelMiteringAuto = "Auto"
n_polyBevel3.a_m_enum_kBevelMiteringNone = "None"
n_polyBevel3.a_m_enum_kBevelMiteringPatch = "Patch"
n_polyBevel3.a_m_enum_kBevelMiteringRadial = "Radial"
n_polyBevel3.a_m_enum_kBevelMiteringUniform = "Uniform"
n_polyBevel3.a_m_niceName = "Mitering"
n_polyBevel3.a_ma_niceName = "Mitering Angle"
n_polyBevel3.a_mia_enum_kBevelMiterAlongAuto = "Auto"
n_polyBevel3.a_mia_enum_kBevelMiterAlongCenter = "Center"
n_polyBevel3.a_mia_enum_kBevelMiterAlongEdge = "Edge"
n_polyBevel3.a_mia_enum_kBevelMiterAlongHardEdge = "Hard Edge"
n_polyBevel3.a_mia_niceName = "Miter Along"
n_polyBevel3.a_mv_niceName = "Merge Vertices"
n_polyBevel3.a_mvt_niceName = "Merge Vertex Tolerance"
n_polyBevel3.a_o_niceName = "Offset"
n_polyBevel3.a_oaf_niceName = "Offset As Fraction"
n_polyBevel3.a_r_niceName = "Roundness"
n_polyBevel3.a_sa_niceName = "Smoothing Angle"
n_polyBevel3.a_sg_niceName = "Segments"
n_polyBevel3.a_sn_niceName = "Subdivide Ngons"
n_polyBevel3.baseName = "polyBevel3"
n_polyBevel3.niceName = "Poly Bevel 3"
//
// String set: n_polyBlindData
//
n_polyBlindData.a_bdn_niceName = "Blind Data Entries Are New"
n_polyBlindData.a_i_niceName = "In Mesh"
n_polyBlindData.a_o_niceName = "Out Mesh"
n_polyBlindData.a_tid_niceName = "Type Id"
n_polyBlindData.baseName = "polyBlindData"
n_polyBlindData.niceName = "Poly Blind Data"
//
// String set: n_polyBoolOp
//
n_polyBoolOp.a_cls_enum_1 = "Edge"
n_polyBoolOp.a_cls_enum_2 = "Normal"
n_polyBoolOp.a_cls_niceName = "Classification"
n_polyBoolOp.a_fat_niceName = "Face Area Threshold"
n_polyBoolOp.a_op_enum_kBoolOpDifference = "difference"
n_polyBoolOp.a_op_enum_kBoolOpIntersection = "intersection"
n_polyBoolOp.a_op_enum_kBoolOpUnion = "union"
n_polyBoolOp.a_op_niceName = "Operation"
n_polyBoolOp.a_pcr_niceName = "Preserve Color"
n_polyBoolOp.a_uth_niceName = "Use Thresholds"
n_polyBoolOp.a_vdt_niceName = "Vertex Distance Threshold"
n_polyBoolOp.baseName = "polyBoolOp"
n_polyBoolOp.niceName = "Poly Bool Op"
//
// String set: n_polyBridgeEdge
//
n_polyBridgeEdge.a_bo_niceName = "Bridge Offset"
n_polyBridgeEdge.a_c_niceName = "Taper Curve"
n_polyBridgeEdge.a_cfv_niceName = "Taper Curve _Float Value"
n_polyBridgeEdge.a_ci_enum_kLinear = "Linear"
n_polyBridgeEdge.a_ci_enum_kNone = "None"
n_polyBridgeEdge.a_ci_enum_kSmooth = "Smooth"
n_polyBridgeEdge.a_ci_enum_kSpline = "Spline"
n_polyBridgeEdge.a_ci_niceName = "Taper Curve _Interp"
n_polyBridgeEdge.a_cp_niceName = "Taper Curve _Position"
n_polyBridgeEdge.a_ctp_enum_Blend = "Blend"
n_polyBridgeEdge.a_ctp_enum_Curve = "Curve"
n_polyBridgeEdge.a_ctp_enum_Linear = "Linear"
n_polyBridgeEdge.a_ctp_niceName = "Curve Type"
n_polyBridgeEdge.a_d_enum_kDirectionAuto = "Auto"
n_polyBridgeEdge.a_d_enum_kDirectionCustom = "Custom"
n_polyBridgeEdge.a_d_niceName = "Direction"
n_polyBridgeEdge.a_dv_niceName = "Divisions"
n_polyBridgeEdge.a_ipc_niceName = "Input Profile"
n_polyBridgeEdge.a_rev_niceName = "Reverse"
n_polyBridgeEdge.a_sd_enum_kSourceNegative = "-"
n_polyBridgeEdge.a_sd_enum_kSourcePositive = "+"
n_polyBridgeEdge.a_sd_niceName = "Source Direction"
n_polyBridgeEdge.a_sma_niceName = "Smoothing Angle"
n_polyBridgeEdge.a_sv1_niceName = "Start Vert 1"
n_polyBridgeEdge.a_sv2_niceName = "Start Vert 2"
n_polyBridgeEdge.a_td_enum_kTargetNegative = "-"
n_polyBridgeEdge.a_td_enum_kTargetPositive = "+"
n_polyBridgeEdge.a_td_niceName = "Target Direction"
n_polyBridgeEdge.a_tp_niceName = "Taper"
n_polyBridgeEdge.a_twt_niceName = "Twist"
n_polyBridgeEdge.baseName = "polyBridgeEdge"
n_polyBridgeEdge.niceName = "Poly Bridge Edge"
//
// String set: n_polyCBoolOp
//
n_polyCBoolOp.a_eit_niceName = "Edge Interpolation"
n_polyCBoolOp.a_mg_niceName = "Merge Groups"
n_polyCBoolOp.a_ptl_niceName = "Planar Tolerance"
n_polyCBoolOp.a_sop_niceName = "Sort Output"
n_polyCBoolOp.a_ucb_niceName = "Use Carve Booleans"
n_polyCBoolOp.baseName = "polyCBoolOp"
n_polyCBoolOp.niceName = "Poly CBool Op"
//
// String set: n_polyCaddyManip
//
n_polyCaddyManip.baseName = "polyCaddyManip"
n_polyCaddyManip.niceName = "Poly Caddy Manip"
//
// String set: n_polyChipOff
//
n_polyChipOff.a_dup_niceName = "Duplicate"
n_polyChipOff.a_kft_niceName = "Keep Faces Together"
n_polyChipOff.baseName = "polyChipOff"
n_polyChipOff.niceName = "Poly Chip Off"
//
// String set: n_polyCircularize
//
n_polyCircularize.a_al_enum_kAutomatic = "Automatic"
n_polyCircularize.a_al_enum_kSurfaceAvg = "Surface (average)"
n_polyCircularize.a_al_enum_kSurfaceVtx = "Surface (per-vertex)"
n_polyCircularize.a_al_niceName = "Alignment"
n_polyCircularize.a_d_niceName = "Divisions"
n_polyCircularize.a_ed_niceName = "Evenly Distribute"
n_polyCircularize.a_no_niceName = "Normal Offset"
n_polyCircularize.a_nor_enum_kAutoOrient = "Automatic"
n_polyCircularize.a_nor_enum_kAverageFace = "Face Average"
n_polyCircularize.a_nor_enum_kEdgeLoop = "Edge Loop"
n_polyCircularize.a_nor_niceName = "Normal Orientation"
n_polyCircularize.a_ri_niceName = "Relax Interior"
n_polyCircularize.a_ro_niceName = "Radial Offset"
n_polyCircularize.a_sa_niceName = "Smoothing Angle"
n_polyCircularize.a_se_enum_kBoth = "Both sides"
n_polyCircularize.a_se_enum_kInside = "Interior"
n_polyCircularize.a_se_enum_kNone = "Off"
n_polyCircularize.a_se_enum_kOutside = "Exterior"
n_polyCircularize.a_se_niceName = "Supporting Edges"
n_polyCircularize.a_t_niceName = "Twist"
n_polyCircularize.baseName = "polyCircularize"
n_polyCircularize.niceName = "Poly Circularize"
//
// String set: n_polyClean
//
n_polyClean.a_ce_niceName = "Clean Edges"
n_polyClean.a_cpm_niceName = "Clean Partial UVMapping"
n_polyClean.a_cuv_niceName = "Clean UVs"
n_polyClean.a_cv_niceName = "Clean Vertices"
n_polyClean.baseName = "polyClean"
n_polyClean.niceName = "Clean Partial UV Mapping"
//
// String set: n_polyCloseBorder
//
n_polyCloseBorder.baseName = "polyCloseBorder"
n_polyCloseBorder.niceName = "Poly Close Border"
//
// String set: n_polyCollapseEdge
//
n_polyCollapseEdge.baseName = "polyCollapseEdge"
n_polyCollapseEdge.niceName = "Poly Collapse Edge"
//
// String set: n_polyCollapseF
//
n_polyCollapseF.a_at_niceName = "Area Threshold"
n_polyCollapseF.a_uat_niceName = "Use Area Threshold"
n_polyCollapseF.baseName = "polyCollapseF"
n_polyCollapseF.niceName = "Poly Collapse F"
//
// String set: n_polyColorDel
//
n_polyColorDel.a_cls_niceName = "Color Set Name"
n_polyColorDel.baseName = "polyColorDel"
n_polyColorDel.niceName = "Poly Color Del"
//
// String set: n_polyColorMod
//
n_polyColorMod.a_a_niceName = "Alpha Scale"
n_polyColorMod.a_afv_niceName = "Alpha Scale _Float Value"
n_polyColorMod.a_ai_enum_kLinear = "Linear"
n_polyColorMod.a_ai_enum_kNone = "None"
n_polyColorMod.a_ai_enum_kSmooth = "Smooth"
n_polyColorMod.a_ai_enum_kSpline = "Spline"
n_polyColorMod.a_ai_niceName = "Alpha Scale _Interp"
n_polyColorMod.a_ap_niceName = "Alpha Scale _Position"
n_polyColorMod.a_b_niceName = "Blue Scale"
n_polyColorMod.a_bcn_niceName = "Base Color Name"
n_polyColorMod.a_bfv_niceName = "Blue Scale _Float Value"
n_polyColorMod.a_bi_enum_kLinear = "Linear"
n_polyColorMod.a_bi_enum_kNone = "None"
n_polyColorMod.a_bi_enum_kSmooth = "Smooth"
n_polyColorMod.a_bi_enum_kSpline = "Spline"
n_polyColorMod.a_bi_niceName = "Blue Scale _Interp"
n_polyColorMod.a_bp_niceName = "Blue Scale _Position"
n_polyColorMod.a_g_niceName = "Green Scale"
n_polyColorMod.a_gfv_niceName = "Green Scale _Float Value"
n_polyColorMod.a_gi_enum_kLinear = "Linear"
n_polyColorMod.a_gi_enum_kNone = "None"
n_polyColorMod.a_gi_enum_kSmooth = "Smooth"
n_polyColorMod.a_gi_enum_kSpline = "Spline"
n_polyColorMod.a_gi_niceName = "Green Scale _Interp"
n_polyColorMod.a_gp_niceName = "Green Scale _Position"
n_polyColorMod.a_h_niceName = "Huev"
n_polyColorMod.a_n_niceName = "Intensity Scale"
n_polyColorMod.a_nfv_niceName = "Intensity Scale _Float Value"
n_polyColorMod.a_ni_enum_kLinear = "Linear"
n_polyColorMod.a_ni_enum_kNone = "None"
n_polyColorMod.a_ni_enum_kSmooth = "Smooth"
n_polyColorMod.a_ni_enum_kSpline = "Spline"
n_polyColorMod.a_ni_niceName = "Intensity Scale _Interp"
n_polyColorMod.a_np_niceName = "Intensity Scale _Position"
n_polyColorMod.a_r_niceName = "Red Scale"
n_polyColorMod.a_rfv_niceName = "Red Scale _Float Value"
n_polyColorMod.a_ri_enum_kLinear = "Linear"
n_polyColorMod.a_ri_enum_kNone = "None"
n_polyColorMod.a_ri_enum_kSmooth = "Smooth"
n_polyColorMod.a_ri_enum_kSpline = "Spline"
n_polyColorMod.a_ri_niceName = "Red Scale _Interp"
n_polyColorMod.a_rp_niceName = "Red Scale _Position"
n_polyColorMod.a_s_niceName = "Satv"
n_polyColorMod.a_v_niceName = "Value"
n_polyColorMod.baseName = "polyColorMod"
n_polyColorMod.niceName = "Poly Color Mod"
//
// String set: n_polyColorPerVertex
//
n_polyColorPerVertex.a_clam_niceName = "Clamped"
n_polyColorPerVertex.a_cn_niceName = "Color Set Name"
n_polyColorPerVertex.a_cpvx_niceName = "Color Per Vertex"
n_polyColorPerVertex.a_frgb_niceName = "Vertex Face Color RGB"
n_polyColorPerVertex.a_rprt_enum_1 = "A"
n_polyColorPerVertex.a_rprt_enum_2 = "LA"
n_polyColorPerVertex.a_rprt_enum_3 = "RGB"
n_polyColorPerVertex.a_rprt_enum_4 = "RGBA"
n_polyColorPerVertex.a_rprt_niceName = "Representation"
n_polyColorPerVertex.a_vclr_niceName = "Vertex Color"
n_polyColorPerVertex.a_vfal_niceName = "Vertex Face Alpha"
n_polyColorPerVertex.a_vfcb_niceName = "Vertex Face Color B"
n_polyColorPerVertex.a_vfcg_niceName = "Vertex Face Color G"
n_polyColorPerVertex.a_vfcl_niceName = "Vertex Face Color"
n_polyColorPerVertex.a_vfcr_niceName = "Vertex Face Color R"
n_polyColorPerVertex.a_vrgb_niceName = "Vertex Color RGB"
n_polyColorPerVertex.a_vxal_niceName = "Vertex Alpha"
n_polyColorPerVertex.a_vxcb_niceName = "Vertex Color B"
n_polyColorPerVertex.a_vxcg_niceName = "Vertex Color G"
n_polyColorPerVertex.a_vxcr_niceName = "Vertex Color R"
n_polyColorPerVertex.baseName = "polyColorPerVertex"
n_polyColorPerVertex.niceName = "Poly Color Per Vertex"
//
// String set: n_polyCone
//
n_polyCone.a_cuv_enum_kUVNone = "None"
n_polyCone.a_cuv_enum_kUVNz = "Normalize"
n_polyCone.a_cuv_enum_kUVNzNone = "Normalization Off"
n_polyCone.a_cuv_enum_kUVNzPAspect = "Normalize and Preserve Aspect Ratio"
n_polyCone.a_cuv_niceName = "Create UVs"
n_polyCone.a_h_niceName = "Height"
n_polyCone.a_r_niceName = "Radius"
n_polyCone.a_rcp_niceName = "Round Cap"
n_polyCone.a_sa_niceName = "Subdivisions Axis"
n_polyCone.a_sc_niceName = "Subdivisions Cap"
n_polyCone.a_sh_niceName = "Subdivisions Height"
n_polyCone.a_tx_niceName = "Texture"
n_polyCone.baseName = "polyCone"
n_polyCone.niceName = "Poly Cone"
//
// String set: n_polyConnectComponents
//
n_polyConnectComponents.a_aef_niceName = "Adjust Edge Flow"
n_polyConnectComponents.a_ief_niceName = "Insert With Edge Flow"
n_polyConnectComponents.baseName = "polyConnectComponents"
n_polyConnectComponents.niceName = "Poly Connect Components"
//
// String set: n_polyContourProj
//
n_polyContourProj.a_cv_niceName = "Corner Vertices"
n_polyContourProj.a_fr_niceName = "Flip Rails"
n_polyContourProj.a_m_enum_kMethodNURBS = "NURBS Projection"
n_polyContourProj.a_m_enum_kMethodWalk = "Walk Contours"
n_polyContourProj.a_m_niceName = "Method"
n_polyContourProj.a_mnp_niceName = "Manip Points"
n_polyContourProj.a_o0_niceName = "Offset 0"
n_polyContourProj.a_o1_niceName = "Offset 1"
n_polyContourProj.a_o2_niceName = "Offset 2"
n_polyContourProj.a_o3_niceName = "Offset 3"
n_polyContourProj.a_rs_niceName = "Reduce Shear"
n_polyContourProj.a_s0_niceName = "Smoothness 0"
n_polyContourProj.a_s1_niceName = "Smoothness 1"
n_polyContourProj.a_s2_niceName = "Smoothness 2"
n_polyContourProj.a_s3_niceName = "Smoothness 3"
n_polyContourProj.a_srf_niceName = "Surface"
n_polyContourProj.a_udc_niceName = "User Defined Corners"
n_polyContourProj.baseName = "polyContourProj"
n_polyContourProj.niceName = "Poly Contour Proj"
//
// String set: n_polyCopyUV
//
n_polyCopyUV.a_uvi_niceName = "Uv Set Name Input"
n_polyCopyUV.baseName = "polyCopyUV"
n_polyCopyUV.niceName = "Poly Copy UV"
//
// String set: n_polyCrease
//
n_polyCrease.a_cr_niceName = "Crease"
n_polyCrease.a_crv_niceName = "Crease Vertex"
n_polyCrease.a_ivc_niceName = "Input Vertex Components"
n_polyCrease.a_op_enum_kCrease = "Crease"
n_polyCrease.a_op_enum_kRemove = "Remove"
n_polyCrease.a_op_enum_kRemoveAll = "Remove All"
n_polyCrease.a_op_niceName = "Operation"
n_polyCrease.baseName = "polyCrease"
n_polyCrease.niceName = "Poly Crease"
//
// String set: n_polyCreaseEdge
//
n_polyCreaseEdge.baseName = "polyCreaseEdge"
n_polyCreaseEdge.niceName = "Poly Crease Edge"
//
// String set: n_polyCreateFace
//
n_polyCreateFace.a_l_niceName = "Loop"
n_polyCreateFace.a_s_niceName = "Subdivision"
n_polyCreateFace.a_tx_enum_kNone = "none"
n_polyCreateFace.a_tx_enum_kNormalized = "normalized"
n_polyCreateFace.a_tx_enum_kUnitized = "unitized"
n_polyCreateFace.a_tx_niceName = "Texture"
n_polyCreateFace.a_uvs_niceName = "Uv Set Name"
n_polyCreateFace.a_v_niceName = "Vertices"
n_polyCreateFace.a_vx_niceName = "Vtxx"
n_polyCreateFace.a_vy_niceName = "Vtxy"
n_polyCreateFace.a_vz_niceName = "Vtxz"
n_polyCreateFace.baseName = "polyCreateFace"
n_polyCreateFace.niceName = "Poly Create Face"
//
// String set: n_polyCreateToolManip
//
n_polyCreateToolManip.baseName = "polyCreateToolManip"
n_polyCreateToolManip.niceName = "Poly Create Tool Manip"
//
// String set: n_polyCreator
//
n_polyCreator.baseName = "polyCreator"
n_polyCreator.niceName = "Poly Creator"
//
// String set: n_polyCube
//
n_polyCube.a_cuv_enum_kUVNone = "None"
n_polyCube.a_cuv_enum_kUVNzCollect = "Normalize Collectively"
n_polyCube.a_cuv_enum_kUVNzFace = "Normalize Each Face Separately"
n_polyCube.a_cuv_enum_kUVNzNone = "Normalization Off"
n_polyCube.a_cuv_enum_kUVNzPreserve = "Normalize Collectively and Preserve Aspect Ratio"
n_polyCube.a_cuv_niceName = "Create UVs"
n_polyCube.a_d_niceName = "Depth"
n_polyCube.a_h_niceName = "Height"
n_polyCube.a_sd_niceName = "Subdivisions Depth"
n_polyCube.a_sh_niceName = "Subdivisions Height"
n_polyCube.a_sw_niceName = "Subdivisions Width"
n_polyCube.a_tx_enum_kFace = "face"
n_polyCube.a_tx_enum_kNone = "none"
n_polyCube.a_tx_enum_kObject = "object"
n_polyCube.a_tx_niceName = "Texture"
n_polyCube.a_w_niceName = "Width"
n_polyCube.baseName = "polyCube"
n_polyCube.niceName = "Poly Cube"
//
// String set: n_polyCut
//
n_polyCut.a_cid_niceName = "Comp Id"
n_polyCut.a_df_niceName = "Delete Faces"
n_polyCut.a_ef_niceName = "Extract Faces"
n_polyCut.a_eo_niceName = "Extract Offset"
n_polyCut.a_eox_niceName = "Extract Offset X"
n_polyCut.a_eoy_niceName = "Extract Offset Y"
n_polyCut.a_eoz_niceName = "Extract Offset Z"
n_polyCut.a_oo_niceName = "On Object"
n_polyCut.a_pc_niceName = "Cut Plane Center"
n_polyCut.a_pcx_niceName = "Cut Plane Center X"
n_polyCut.a_pcy_niceName = "Cut Plane Center Y"
n_polyCut.a_pcz_niceName = "Cut Plane Center Z"
n_polyCut.a_ph_niceName = "Cut Plane Height"
n_polyCut.a_ps_niceName = "Cut Plane Size"
n_polyCut.a_pw_niceName = "Cut Plane Width"
n_polyCut.a_ro_niceName = "Cut Plane Rotate"
n_polyCut.a_rx_niceName = "Cut Plane Rotate X"
n_polyCut.a_ry_niceName = "Cut Plane Rotate Y"
n_polyCut.a_rz_niceName = "Cut Plane Rotate Z"
n_polyCut.baseName = "polyCut"
n_polyCut.niceName = "Poly Cut"
//
// String set: n_polyCutManip
//
n_polyCutManip.baseName = "polyCutManip"
n_polyCutManip.niceName = "Poly Cut Manip"
//
// String set: n_polyCutManipContainer
//
n_polyCutManipContainer.baseName = "polyCutManipContainer"
n_polyCutManipContainer.niceName = "Poly Cut Manip Container"
//
// String set: n_polyCylProj
//
n_polyCylProj.a_cid_niceName = "Comp Id"
n_polyCylProj.a_ic_niceName = "Image Center"
n_polyCylProj.a_icx_niceName = "Image Center X"
n_polyCylProj.a_icy_niceName = "Image Center Y"
n_polyCylProj.a_is_niceName = "Image Scale"
n_polyCylProj.a_isu_niceName = "Image Scale U"
n_polyCylProj.a_isv_niceName = "Image Scale V"
n_polyCylProj.a_pc_niceName = "Projection Center"
n_polyCylProj.a_pcx_niceName = "Projection Center X"
n_polyCylProj.a_pcy_niceName = "Projection Center Y"
n_polyCylProj.a_pcz_niceName = "Projection Center Z"
n_polyCylProj.a_ph_niceName = "Projection Height"
n_polyCylProj.a_phs_niceName = "Projection Horizontal Sweep"
n_polyCylProj.a_ps_niceName = "Projection Scale"
n_polyCylProj.a_r_niceName = "Radius"
n_polyCylProj.a_ra_niceName = "Rotation Angle"
n_polyCylProj.a_ro_niceName = "Rotate"
n_polyCylProj.a_rx_niceName = "Rotate X"
n_polyCylProj.a_ry_niceName = "Rotate Y"
n_polyCylProj.a_rz_niceName = "Rotate Z"
n_polyCylProj.a_sc_niceName = "Seam Correct"
n_polyCylProj.a_uopp_niceName = "Use Old Poly Projection"
n_polyCylProj.a_uvs_niceName = "Uv Set Name"
n_polyCylProj.baseName = "polyCylProj"
n_polyCylProj.niceName = "Poly Cyl Proj"
//
// String set: n_polyCylinder
//
n_polyCylinder.a_cuv_enum_kUVNone = "None"
n_polyCylinder.a_cuv_enum_kUVNz = "Normalize"
n_polyCylinder.a_cuv_enum_kUVNzNone = "Normalization Off"
n_polyCylinder.a_cuv_enum_kUVNzPAspect = "Normalize and Preserve Aspect Ratio"
n_polyCylinder.a_cuv_niceName = "Create UVs"
n_polyCylinder.a_h_niceName = "Height"
n_polyCylinder.a_m70_niceName = "Maya 70"
n_polyCylinder.a_r_niceName = "Radius"
n_polyCylinder.a_rcp_niceName = "Round Cap"
n_polyCylinder.a_sa_niceName = "Subdivisions Axis"
n_polyCylinder.a_sc_niceName = "Subdivisions Caps"
n_polyCylinder.a_sh_niceName = "Subdivisions Height"
n_polyCylinder.a_tx_enum_kFace = "face"
n_polyCylinder.a_tx_enum_kNone = "none"
n_polyCylinder.a_tx_enum_kObject = "object"
n_polyCylinder.a_tx_niceName = "Texture"
n_polyCylinder.baseName = "polyCylinder"
n_polyCylinder.niceName = "Poly Cylinder"
//
// String set: n_polyDelEdge
//
n_polyDelEdge.a_cv_niceName = "Clean Vertices"
n_polyDelEdge.baseName = "polyDelEdge"
n_polyDelEdge.niceName = "Poly Del Edge"
//
// String set: n_polyDelFacet
//
n_polyDelFacet.baseName = "polyDelFacet"
n_polyDelFacet.niceName = "Poly Del Facet"
//
// String set: n_polyDelVertex
//
n_polyDelVertex.baseName = "polyDelVertex"
n_polyDelVertex.niceName = "Poly Del Vertex"
//
// String set: n_polyDigits
//
n_polyDigits.a_bf_niceName = "Blur Flicker"
n_polyDigits.a_c_niceName = "Counter"
n_polyDigits.a_cbr_niceName = "Counter Blur Range"
n_polyDigits.a_dc_niceName = "Display Comma"
n_polyDigits.a_dp_niceName = "Dot Position"
n_polyDigits.a_ds_niceName = "Digit Spacing"
n_polyDigits.a_hs_niceName = "Height Stretch"
n_polyDigits.a_nd_niceName = "Num Digits"
n_polyDigits.a_nlz_niceName = "No Lead Zero"
n_polyDigits.a_sl_niceName = "Slant"
n_polyDigits.a_ss_niceName = "Segment Spacing"
n_polyDigits.a_t_niceName = "Thickness"
n_polyDigits.baseName = "polyDigits"
n_polyDigits.niceName = "Poly Digits"
//
// String set: n_polyDual
//
n_polyDual.a_nb_niceName = "Nb Steps"
n_polyDual.baseName = "polyDual"
n_polyDual.niceName = "Poly Dual"
//
// String set: n_polyDuplicateEdge
//
n_polyDuplicateEdge.a_aef_niceName = "Adjust Edge Flow"
n_polyDuplicateEdge.a_de_niceName = "Delete Edge"
n_polyDuplicateEdge.a_evo_niceName = "End Vertex Offset"
n_polyDuplicateEdge.a_ief_niceName = "Insert With Edge Flow"
n_polyDuplicateEdge.a_of_niceName = "Offset"
n_polyDuplicateEdge.a_sma_niceName = "Smoothing Angle"
n_polyDuplicateEdge.a_stp_enum_Absolute = "Absolute"
n_polyDuplicateEdge.a_stp_enum_Relative = "Relative"
n_polyDuplicateEdge.a_stp_niceName = "Split Type"
n_polyDuplicateEdge.a_svo_niceName = "Start Vertex Offset"
n_polyDuplicateEdge.baseName = "polyDuplicateEdge"
n_polyDuplicateEdge.niceName = "Poly Duplicate Edge"
//
// String set: n_polyEdgeToCurve
//
n_polyEdgeToCurve.a_dg_enum_kCubicDegree = "3"
n_polyEdgeToCurve.a_dg_enum_kLinearDegree = "1"
n_polyEdgeToCurve.a_dg_enum_kQuadraticDegree = "2"
n_polyEdgeToCurve.a_dg_enum_kQuinticDegree = "5"
n_polyEdgeToCurve.a_dg_enum_kSepticDegree = "7"
n_polyEdgeToCurve.a_dg_niceName = "Degree"
n_polyEdgeToCurve.a_dsm_enum_kBaseAndSmooth = "Base and Smooth Mesh"
n_polyEdgeToCurve.a_dsm_enum_kBaseMeshOnly = "Base Mesh Only"
n_polyEdgeToCurve.a_dsm_enum_kSmoothMeshOnly = "Smooth Mesh Only"
n_polyEdgeToCurve.a_dsm_niceName = "Display Smooth Mesh"
n_polyEdgeToCurve.a_f_enum_kBestGuess = "Best guess"
n_polyEdgeToCurve.a_f_enum_kCreateOpen = "Open"
n_polyEdgeToCurve.a_f_enum_kCreatePeriodic = "Periodic"
n_polyEdgeToCurve.a_f_niceName = "Form"
n_polyEdgeToCurve.a_ics_niceName = "Input Components"
n_polyEdgeToCurve.a_im_niceName = "Input Mat"
n_polyEdgeToCurve.a_ipm_niceName = "Input Polymesh"
n_polyEdgeToCurve.a_ism_niceName = "Input Smooth Polymesh"
n_polyEdgeToCurve.a_lev_niceName = "Smooth Level"
n_polyEdgeToCurve.a_oc_niceName = "Outputcurve"
n_polyEdgeToCurve.a_usm_niceName = "Conform To Smooth Mesh Preview"
n_polyEdgeToCurve.baseName = "polyEdgeToCurve"
n_polyEdgeToCurve.niceName = "Poly Edge To Curve"
//
// String set: n_polyEditEdgeFlow
//
n_polyEditEdgeFlow.a_aef_niceName = "Adjust Edge Flow"
n_polyEditEdgeFlow.a_ef_niceName = "Edge Flow"
n_polyEditEdgeFlow.baseName = "polyEditEdgeFlow"
n_polyEditEdgeFlow.niceName = "Poly Edit Edge Flow"
//
// String set: n_polyExtrudeEdge
//
n_polyExtrudeEdge.a_c_niceName = "Taper Curve"
n_polyExtrudeEdge.a_cbn_niceName = "Comp Bounding Box Min"
n_polyExtrudeEdge.a_cbx_niceName = "Comp Bounding Box Max"
n_polyExtrudeEdge.a_cfv_niceName = "Taper Curve _Float Value"
n_polyExtrudeEdge.a_ci_enum_kLinear = "Linear"
n_polyExtrudeEdge.a_ci_enum_kNone = "None"
n_polyExtrudeEdge.a_ci_enum_kSmooth = "Smooth"
n_polyExtrudeEdge.a_ci_enum_kSpline = "Spline"
n_polyExtrudeEdge.a_ci_niceName = "Taper Curve _Interp"
n_polyExtrudeEdge.a_cnx_niceName = "Comp Bounding Box Min X"
n_polyExtrudeEdge.a_cny_niceName = "Comp Bounding Box Min Y"
n_polyExtrudeEdge.a_cnz_niceName = "Comp Bounding Box Min Z"
n_polyExtrudeEdge.a_cp_niceName = "Taper Curve _Position"
n_polyExtrudeEdge.a_cxx_niceName = "Comp Bounding Box Max X"
n_polyExtrudeEdge.a_cxy_niceName = "Comp Bounding Box Max Y"
n_polyExtrudeEdge.a_cxz_niceName = "Comp Bounding Box Max Z"
n_polyExtrudeEdge.a_d_niceName = "Divisions"
n_polyExtrudeEdge.a_ipc_niceName = "Input Profile"
n_polyExtrudeEdge.a_kft_niceName = "Keep Faces Together"
n_polyExtrudeEdge.a_off_niceName = "Offset"
n_polyExtrudeEdge.a_sma_niceName = "Smoothing Angle"
n_polyExtrudeEdge.a_tk_niceName = "Thickness"
n_polyExtrudeEdge.a_tp_niceName = "Taper"
n_polyExtrudeEdge.a_twt_niceName = "Twist"
n_polyExtrudeEdge.baseName = "polyExtrudeEdge"
n_polyExtrudeEdge.niceName = "Poly Extrude Edge"
//
// String set: n_polyExtrudeFace
//
n_polyExtrudeFace.a_c_niceName = "Taper Curve"
n_polyExtrudeFace.a_cbn_niceName = "Comp Bounding Box Min"
n_polyExtrudeFace.a_cbx_niceName = "Comp Bounding Box Max"
n_polyExtrudeFace.a_cfv_niceName = "Taper Curve _Float Value"
n_polyExtrudeFace.a_ci_enum_kLinear = "Linear"
n_polyExtrudeFace.a_ci_enum_kNone = "None"
n_polyExtrudeFace.a_ci_enum_kSmooth = "Smooth"
n_polyExtrudeFace.a_ci_enum_kSpline = "Spline"
n_polyExtrudeFace.a_ci_niceName = "Taper Curve _Interp"
n_polyExtrudeFace.a_cnx_niceName = "Comp Bounding Box Min X"
n_polyExtrudeFace.a_cny_niceName = "Comp Bounding Box Min Y"
n_polyExtrudeFace.a_cnz_niceName = "Comp Bounding Box Min Z"
n_polyExtrudeFace.a_cp_niceName = "Taper Curve _Position"
n_polyExtrudeFace.a_cxx_niceName = "Comp Bounding Box Max X"
n_polyExtrudeFace.a_cxy_niceName = "Comp Bounding Box Max Y"
n_polyExtrudeFace.a_cxz_niceName = "Comp Bounding Box Max Z"
n_polyExtrudeFace.a_d_niceName = "Divisions"
n_polyExtrudeFace.a_ipc_niceName = "Input Profile"
n_polyExtrudeFace.a_kft_niceName = "Keep Faces Together"
n_polyExtrudeFace.a_m12_niceName = "Maya 2012"
n_polyExtrudeFace.a_m18_niceName = "Maya 2018"
n_polyExtrudeFace.a_raf_niceName = "Reverse All Faces"
n_polyExtrudeFace.a_sma_niceName = "Smoothing Angle"
n_polyExtrudeFace.a_tk_niceName = "Thickness"
n_polyExtrudeFace.a_tp_niceName = "Taper"
n_polyExtrudeFace.a_twt_niceName = "Twist"
n_polyExtrudeFace.baseName = "polyExtrudeFace"
n_polyExtrudeFace.niceName = "Poly Extrude Face"
//
// String set: n_polyExtrudeVertex
//
n_polyExtrudeVertex.a_d_niceName = "Divisions"
n_polyExtrudeVertex.a_l_niceName = "Length"
n_polyExtrudeVertex.a_w_niceName = "Width"
n_polyExtrudeVertex.baseName = "polyExtrudeVertex"
n_polyExtrudeVertex.niceName = "Poly Extrude Vertex"
//
// String set: n_polyFlipEdge
//
n_polyFlipEdge.a_e_niceName = "Edge"
n_polyFlipEdge.baseName = "polyFlipEdge"
n_polyFlipEdge.niceName = "Poly Flip Edge"
//
// String set: n_polyFlipUV
//
n_polyFlipUV.a_cut_niceName = "Cut UV"
n_polyFlipUV.a_ft_enum_kFlipHorizontal = "Horizontal"
n_polyFlipUV.a_ft_enum_kFlipVertical = "Vertical"
n_polyFlipUV.a_ft_niceName = "Flip Type"
n_polyFlipUV.a_l_niceName = "Local"
n_polyFlipUV.a_pu_niceName = "Pivot U"
n_polyFlipUV.a_pv_niceName = "Pivot V"
n_polyFlipUV.a_up_niceName = "Use Pivot"
n_polyFlipUV.baseName = "polyFlipUV"
n_polyFlipUV.niceName = "Poly Flip UV"
//
// String set: n_polyHelix
//
n_polyHelix.a_c_niceName = "Coils"
n_polyHelix.a_cuv_enum_kUVNone = "None"
n_polyHelix.a_cuv_enum_kUVNz = "Normalize"
n_polyHelix.a_cuv_enum_kUVNzNone = "Normalization Off"
n_polyHelix.a_cuv_enum_kUVNzPAspect = "Normalize and Preserve Aspect Ratio"
n_polyHelix.a_cuv_niceName = "Create UVs"
n_polyHelix.a_d_enum_kClockwise = "Clockwise"
n_polyHelix.a_d_enum_kCounterclockwise = "Counterclockwise"
n_polyHelix.a_d_niceName = "Direction"
n_polyHelix.a_h_niceName = "Height"
n_polyHelix.a_oib_niceName = "Use Old Init Behaviour"
n_polyHelix.a_r_niceName = "Radius"
n_polyHelix.a_rcp_niceName = "Round Cap"
n_polyHelix.a_sa_niceName = "Subdivisions Axis"
n_polyHelix.a_sc_niceName = "Subdivisions Caps"
n_polyHelix.a_sco_niceName = "Subdivisions Coil"
n_polyHelix.a_tx_enum_kFace = "face"
n_polyHelix.a_tx_enum_kNone = "none"
n_polyHelix.a_tx_enum_kObject = "object"
n_polyHelix.a_tx_niceName = "Texture"
n_polyHelix.a_w_niceName = "Width"
n_polyHelix.baseName = "polyHelix"
n_polyHelix.niceName = "Poly Helix"
//
// String set: n_polyHoleFace
//
n_polyHoleFace.baseName = "polyHoleFace"
n_polyHoleFace.niceName = "Poly Hole Face"
//
// String set: n_polyLayoutUV
//
n_polyLayoutUV.a_dl_niceName = "Dense Layout"
n_polyLayoutUV.a_fr_niceName = "Flip Reversed"
n_polyLayoutUV.a_gu_niceName = "Grid U"
n_polyLayoutUV.a_gv_niceName = "Grid V"
n_polyLayoutUV.a_l_enum_kMoveAlongU = "Along U"
n_polyLayoutUV.a_l_enum_kMoveNone = "None"
n_polyLayoutUV.a_l_enum_kMoveToGrid = "Grid"
n_polyLayoutUV.a_l_enum_kMoveToNearest = "Nearest Region"
n_polyLayoutUV.a_l_enum_kMoveToSquare = "Into Square"
n_polyLayoutUV.a_l_niceName = "Layout"
n_polyLayoutUV.a_lm_enum_kBrick = "Block Stacking"
n_polyLayoutUV.a_lm_enum_kShape = "Shape Stacking"
n_polyLayoutUV.a_lm_niceName = "Layout Method"
n_polyLayoutUV.a_ps_niceName = "Percentage Space"
n_polyLayoutUV.a_rbf_enum_kRotate90 = "90 Degree Rotation"
n_polyLayoutUV.a_rbf_enum_kRotateBestBounds = "Best Bounding Box Area"
n_polyLayoutUV.a_rbf_enum_kRotateFree = "Free Rotation"
n_polyLayoutUV.a_rbf_enum_kRotateNone = "No Rotation"
n_polyLayoutUV.a_rbf_niceName = "Rotate For Best Fit"
n_polyLayoutUV.a_sc_enum_kScaleNone = "None"
n_polyLayoutUV.a_sc_enum_kScaleStretch = "Stretch to Square"
n_polyLayoutUV.a_sc_enum_kScaleUniform = "Uniform"
n_polyLayoutUV.a_sc_niceName = "Scale"
n_polyLayoutUV.a_se_enum_kCutNone = "None"
n_polyLayoutUV.a_se_enum_kFoldsOnly = "Folds"
n_polyLayoutUV.a_se_enum_kSelfOverlap = "All Intersecting"
n_polyLayoutUV.a_se_niceName = "Separate"
n_polyLayoutUV.a_tl_niceName = "Two Sided Layout"
n_polyLayoutUV.baseName = "polyLayoutUV"
n_polyLayoutUV.niceName = "Poly Layout UV"
//
// String set: n_polyMapCut
//
n_polyMapCut.a_mr_niceName = "Move Ratio"
n_polyMapCut.a_uvs_niceName = "Uv Set Name"
n_polyMapCut.baseName = "polyMapCut"
n_polyMapCut.niceName = "Poly Map Cut"
//
// String set: n_polyMapDel
//
n_polyMapDel.a_uvs_niceName = "Uv Set Name"
n_polyMapDel.baseName = "polyMapDel"
n_polyMapDel.niceName = "Poly Map Del"
//
// String set: n_polyMapSew
//
n_polyMapSew.a_uvs_niceName = "Uv Set Name"
n_polyMapSew.baseName = "polyMapSew"
n_polyMapSew.niceName = "Poly Map Sew"
//
// String set: n_polyMapSewMove
//
n_polyMapSewMove.a_lps_niceName = "Limit Piece Size"
n_polyMapSewMove.a_nf_niceName = "Number Faces"
n_polyMapSewMove.baseName = "polyMapSewMove"
n_polyMapSewMove.niceName = "Poly Map Sew Move"
//
// String set: n_polyMappingManip
//
n_polyMappingManip.baseName = "polyMappingManip"
n_polyMappingManip.niceName = "Poly Mapping Manip"
//
// String set: n_polyMergeEdge
//
n_polyMergeEdge.a_fe_niceName = "First Edge"
n_polyMergeEdge.a_mm_enum_kMergeFirst = "first"
n_polyMergeEdge.a_mm_enum_kMergeLast = "last"
n_polyMergeEdge.a_mm_enum_kMergeMiddle = "middle"
n_polyMergeEdge.a_mm_niceName = "Merge Mode"
n_polyMergeEdge.a_mt_niceName = "Merge Texture"
n_polyMergeEdge.a_se_niceName = "Second Edge"
n_polyMergeEdge.baseName = "polyMergeEdge"
n_polyMergeEdge.niceName = "Poly Merge Edge"
//
// String set: n_polyMergeFace
//
n_polyMergeFace.a_ff_niceName = "First Facet"
n_polyMergeFace.a_mm_enum_kMergeFirst = "first"
n_polyMergeFace.a_mm_enum_kMergeLast = "last"
n_polyMergeFace.a_mm_enum_kMergeMiddle = "middle"
n_polyMergeFace.a_mm_enum_kMergeNone = "none"
n_polyMergeFace.a_mm_enum_kProjectFirst = "projFirst"
n_polyMergeFace.a_mm_enum_kProjectLast = "projLast"
n_polyMergeFace.a_mm_enum_kProjectMiddle = "projMiddle"
n_polyMergeFace.a_mm_niceName = "Merge Mode"
n_polyMergeFace.a_sf_niceName = "Second Facet"
n_polyMergeFace.a_uat_niceName = "Use Area Tolerance"
n_polyMergeFace.baseName = "polyMergeFace"
n_polyMergeFace.niceName = "Poly Merge Face"
//
// String set: n_polyMergeUV
//
n_polyMergeUV.a_d_niceName = "Distance"
n_polyMergeUV.baseName = "polyMergeUV"
n_polyMergeUV.niceName = "Poly Merge UV"
//
// String set: n_polyMergeVert
//
n_polyMergeVert.a_am_niceName = "Always Merge Two Vertices"
n_polyMergeVert.a_d_niceName = "Distance Threshold"
n_polyMergeVert.a_mtc_niceName = "Merge To Components"
n_polyMergeVert.a_tx_niceName = "Merge UVs"
n_polyMergeVert.baseName = "polyMergeVert"
n_polyMergeVert.niceName = "Poly Merge Vert"
//
// String set: n_polyMergeVertsManip
//
n_polyMergeVertsManip.baseName = "polyMergeVertsManip"
n_polyMergeVertsManip.niceName = "Poly Merge Verts Manip"
//
// String set: n_polyMirror
//
n_polyMirror.a_a_enum_kX = "X"
n_polyMirror.a_a_enum_kY = "Y"
n_polyMirror.a_a_enum_kZ = "Z"
n_polyMirror.a_a_niceName = "Axis"
n_polyMirror.a_ad_enum_kNegative = "-"
n_polyMirror.a_ad_enum_kPositive = "+"
n_polyMirror.a_ad_niceName = "Axis Direction"
n_polyMirror.a_cid_niceName = "Comp Id"
n_polyMirror.a_cm_niceName = "Cut Mesh"
n_polyMirror.a_d_enum_kXMinus = " -X"
n_polyMirror.a_d_enum_kXPlus = "+X"
n_polyMirror.a_d_enum_kYMinus = " -Y"
n_polyMirror.a_d_enum_kYPlus = "+Y"
n_polyMirror.a_d_enum_kZMinus = " -Z"
n_polyMirror.a_d_enum_kZPlus = "+Z"
n_polyMirror.a_d_niceName = "Direction"
n_polyMirror.a_fnf_niceName = "First New Face"
n_polyMirror.a_fuv_enum_kLocalU = "Local U"
n_polyMirror.a_fuv_enum_kLocalV = "Local V"
n_polyMirror.a_fuv_enum_kNone = "Off"
n_polyMirror.a_fuv_enum_kWorldU = "World U"
n_polyMirror.a_fuv_enum_kWorldV = "World V"
n_polyMirror.a_fuv_niceName = "Flip UVs"
n_polyMirror.a_kv_niceName = "Keep Vertex IDs"
n_polyMirror.a_lnf_niceName = "Last New Face"
n_polyMirror.a_m17_niceName = "Maya 2017"
n_polyMirror.a_ma_enum_kAxisBoundingBox = "Bounding box"
n_polyMirror.a_ma_enum_kAxisObject = "Object"
n_polyMirror.a_ma_enum_kAxisWorld = "World"
n_polyMirror.a_ma_niceName = "Mirror Axis"
n_polyMirror.a_mm_enum_kBridgeEdges = "Bridge border edges"
n_polyMirror.a_mm_enum_kDoNotMerge = "Do not merge borders"
n_polyMirror.a_mm_enum_kMergeVertices = "Merge border vertices"
n_polyMirror.a_mm_niceName = "Merge Mode"
n_polyMirror.a_mps_niceName = "Mirror Position"
n_polyMirror.a_mt_niceName = "Merge Threshold"
n_polyMirror.a_mtt_enum_kAutomatic = "Automatic"
n_polyMirror.a_mtt_enum_kCustom = "Custom"
n_polyMirror.a_mtt_niceName = "Merge Threshold Type"
n_polyMirror.a_p_niceName = "Pivot"
n_polyMirror.a_pc_niceName = "Mirror Plane Center"
n_polyMirror.a_pcx_niceName = "Mirror Plane Center X"
n_polyMirror.a_pcy_niceName = "Mirror Plane Center Y"
n_polyMirror.a_pcz_niceName = "Mirror Plane Center Z"
n_polyMirror.a_pu_niceName = "User Specified Pivot"
n_polyMirror.a_px_niceName = "Pivot X"
n_polyMirror.a_py_niceName = "Pivot Y"
n_polyMirror.a_pz_niceName = "Pivot Z"
n_polyMirror.a_ro_niceName = "Mirror Plane Rotate"
n_polyMirror.a_rx_niceName = "Mirror Plane Rotate X"
n_polyMirror.a_ry_niceName = "Mirror Plane Rotate Y"
n_polyMirror.a_rz_niceName = "Mirror Plane Rotate Z"
n_polyMirror.a_sa_niceName = "Smoothing Angle"
n_polyMirror.a_sp_niceName = "Scale Pivot"
n_polyMirror.a_spx_niceName = "Scale Pivot X"
n_polyMirror.a_spy_niceName = "Scale Pivot Y"
n_polyMirror.a_spz_niceName = "Scale Pivot Z"
n_polyMirror.baseName = "polyMirror"
n_polyMirror.niceName = "Poly Mirror"
//
// String set: n_polyMirrorManipContainer
//
n_polyMirrorManipContainer.baseName = "polyMirrorManipContainer"
n_polyMirrorManipContainer.niceName = "Poly Mirror Manip Container"
//
// String set: n_polyModifier
//
n_polyModifier.a_cin_niceName = "Cache Input"
n_polyModifier.a_emap_niceName = "Edge Id Map"
n_polyModifier.a_fmap_niceName = "Face Id Map"
n_polyModifier.a_ics_niceName = "Input Components"
n_polyModifier.a_imc_niceName = "In Mesh Cache"
n_polyModifier.a_ip_niceName = "Input Polymesh"
n_polyModifier.a_uic_niceName = "Use Input Comp"
n_polyModifier.a_uopa_niceName = "Use Old Poly Architecture"
n_polyModifier.a_vmap_niceName = "Vertex Id Map"
n_polyModifier.baseName = "polyModifier"
n_polyModifier.niceName = "Poly Modifier"
//
// String set: n_polyModifierManip
//
n_polyModifierManip.baseName = "polyModifierManip"
n_polyModifierManip.niceName = "Poly Modifier Manip"
//
// String set: n_polyModifierManipContainer
//
n_polyModifierManipContainer.baseName = "polyModifierManipContainer"
n_polyModifierManipContainer.niceName = "Poly Modifier Manip Container"
//
// String set: n_polyModifierUV
//
n_polyModifierUV.a_uvs_niceName = "Uv Set Name"
n_polyModifierUV.baseName = "polyModifierUV"
n_polyModifierUV.niceName = "Poly Modifier UV"
//
// String set: n_polyModifierWorld
//
n_polyModifierWorld.a_ix_niceName = "Input Matrix"
n_polyModifierWorld.a_mp_niceName = "Manip Matrix"
n_polyModifierWorld.a_ws_niceName = "World Space"
n_polyModifierWorld.baseName = "polyModifierWorld"
n_polyModifierWorld.niceName = "Poly Modifier World"
//
// String set: n_polyMoveEdge
//
n_polyMoveEdge.a_lc_enum_kMoveEdgeEndPoint = "end"
n_polyMoveEdge.a_lc_enum_kMoveEdgeMiddlePoint = "middle"
n_polyMoveEdge.a_lc_enum_kMoveEdgeStartPoint = "start"
n_polyMoveEdge.a_lc_niceName = "Local Center"
n_polyMoveEdge.a_lr_niceName = "Local Rotate"
n_polyMoveEdge.a_lrx_niceName = "Local Rotate X"
n_polyMoveEdge.a_lry_niceName = "Local Rotate Y"
n_polyMoveEdge.a_lrz_niceName = "Local Rotate Z"
n_polyMoveEdge.a_ls_niceName = "Local Scale"
n_polyMoveEdge.a_lsx_niceName = "Local Scale X"
n_polyMoveEdge.a_lsy_niceName = "Local Scale Y"
n_polyMoveEdge.a_lsz_niceName = "Local Scale Z"
n_polyMoveEdge.baseName = "polyMoveEdge"
n_polyMoveEdge.niceName = "Poly Move Edge"
//
// String set: n_polyMoveFace
//
n_polyMoveFace.a_att_niceName = "Attraction"
n_polyMoveFace.a_g_niceName = "Gravity"
n_polyMoveFace.a_gx_niceName = "Gravity X"
n_polyMoveFace.a_gy_niceName = "Gravity Y"
n_polyMoveFace.a_gz_niceName = "Gravity Z"
n_polyMoveFace.a_m_niceName = "Magnet"
n_polyMoveFace.a_mx_niceName = "Magn X"
n_polyMoveFace.a_my_niceName = "Magn Y"
n_polyMoveFace.a_mz_niceName = "Magn Z"
n_polyMoveFace.a_off_niceName = "Offset"
n_polyMoveFace.a_w_niceName = "Weight"
n_polyMoveFace.baseName = "polyMoveFace"
n_polyMoveFace.niceName = "Poly Move Face"
//
// String set: n_polyMoveFacetUV
//
n_polyMoveFacetUV.baseName = "polyMoveFacetUV"
n_polyMoveFacetUV.niceName = "Poly Move Facet UV"
//
// String set: n_polyMoveUV
//
n_polyMoveUV.a_cid_niceName = "Comp Id"
n_polyMoveUV.a_l_niceName = "Axis Len"
n_polyMoveUV.a_lx_niceName = "Axis Len X"
n_polyMoveUV.a_ly_niceName = "Axis Len Y"
n_polyMoveUV.a_pvt_niceName = "Pivot"
n_polyMoveUV.a_pvu_niceName = "Pivot U"
n_polyMoveUV.a_pvv_niceName = "Pivot V"
n_polyMoveUV.a_ra_niceName = "Rotation Angle"
n_polyMoveUV.a_ran_niceName = "Random"
n_polyMoveUV.a_rs_niceName = "Random Seed"
n_polyMoveUV.a_s_niceName = "Scale"
n_polyMoveUV.a_su_niceName = "Scale U"
n_polyMoveUV.a_sv_niceName = "Scale V"
n_polyMoveUV.a_t_niceName = "Translate"
n_polyMoveUV.a_tu_niceName = "Translate U"
n_polyMoveUV.a_tv_niceName = "Translate V"
n_polyMoveUV.a_uvs_niceName = "Uv Set Name"
n_polyMoveUV.baseName = "polyMoveUV"
n_polyMoveUV.niceName = "Poly Move UV"
//
// String set: n_polyMoveUVManip
//
n_polyMoveUVManip.baseName = "polyMoveUVManip"
n_polyMoveUVManip.niceName = "Poly Move UVManip"
//
// String set: n_polyMoveVertex
//
n_polyMoveVertex.a_cid_niceName = "Comp Id"
n_polyMoveVertex.a_cma_niceName = "Matrix"
n_polyMoveVertex.a_ga_niceName = "Gain"
n_polyMoveVertex.a_ld_niceName = "Local Direction"
n_polyMoveVertex.a_ldx_niceName = "Local Direction X"
n_polyMoveVertex.a_ldy_niceName = "Local Direction Y"
n_polyMoveVertex.a_ldz_niceName = "Local Direction Z"
n_polyMoveVertex.a_lt_niceName = "Local Translate"
n_polyMoveVertex.a_ltx_niceName = "Local Translate X"
n_polyMoveVertex.a_lty_niceName = "Local Translate Y"
n_polyMoveVertex.a_ltz_niceName = "Local Translate Z"
n_polyMoveVertex.a_pvt_niceName = "Pivot"
n_polyMoveVertex.a_pvx_niceName = "Pivot X"
n_polyMoveVertex.a_pvy_niceName = "Pivot Y"
n_polyMoveVertex.a_pvz_niceName = "Pivot Z"
n_polyMoveVertex.a_ran_niceName = "Random"
n_polyMoveVertex.a_ro_niceName = "Rotate"
n_polyMoveVertex.a_rs_niceName = "Random Seed"
n_polyMoveVertex.a_rx_niceName = "Rotate X"
n_polyMoveVertex.a_ry_niceName = "Rotate Y"
n_polyMoveVertex.a_rz_niceName = "Rotate Z"
n_polyMoveVertex.a_s_niceName = "Scale"
n_polyMoveVertex.a_sx_niceName = "Scale X"
n_polyMoveVertex.a_sy_niceName = "Scale Y"
n_polyMoveVertex.a_sz_niceName = "Scale Z"
n_polyMoveVertex.a_t_niceName = "Translate"
n_polyMoveVertex.a_tx_niceName = "Translate X"
n_polyMoveVertex.a_ty_niceName = "Translate Y"
n_polyMoveVertex.a_tz_niceName = "Translate Z"
n_polyMoveVertex.baseName = "polyMoveVertex"
n_polyMoveVertex.niceName = "Poly Move Vertex"
//
// String set: n_polyMoveVertexManip
//
n_polyMoveVertexManip.baseName = "polyMoveVertexManip"
n_polyMoveVertexManip.niceName = "Poly Move Vertex Manip"
//
// String set: n_polyNormal
//
n_polyNormal.a_nm_enum_kNormalConform = "conform"
n_polyNormal.a_nm_enum_kNormalPropagate = "propagate"
n_polyNormal.a_nm_enum_kNormalPropagateAndReverse = "revAndPropagate"
n_polyNormal.a_nm_enum_kNormalReverse = "reverse"
n_polyNormal.a_nm_enum_kNormalReverseAndCut = "revAndExtract"
n_polyNormal.a_nm_niceName = "Normal Mode"
n_polyNormal.a_unm_niceName = "User Normal Mode"
n_polyNormal.baseName = "polyNormal"
n_polyNormal.niceName = "Poly Normal"
//
// String set: n_polyNormalPerVertex
//
n_polyNormalPerVertex.a_fnxy_niceName = "Vertex Face Normal XYZ"
n_polyNormalPerVertex.a_npva_niceName = "Normal Add"
n_polyNormalPerVertex.a_npvd_niceName = "Normal Deform"
n_polyNormalPerVertex.a_npvx_niceName = "Normal Per Vertex"
n_polyNormalPerVertex.a_nxyz_niceName = "Vertex Normal XYZ"
n_polyNormalPerVertex.a_vfnl_niceName = "Vertex Face Normal"
n_polyNormalPerVertex.a_vfnx_niceName = "Vertex Face Normal X"
n_polyNormalPerVertex.a_vfny_niceName = "Vertex Face Normal Y"
n_polyNormalPerVertex.a_vfnz_niceName = "Vertex Face Normal Z"
n_polyNormalPerVertex.a_vn_niceName = "Vertex Normal"
n_polyNormalPerVertex.a_vxnx_niceName = "Vertex Normal X"
n_polyNormalPerVertex.a_vxny_niceName = "Vertex Normal Y"
n_polyNormalPerVertex.a_vxnz_niceName = "Vertex Normal Z"
n_polyNormalPerVertex.baseName = "polyNormalPerVertex"
n_polyNormalPerVertex.niceName = "Poly Normal Per Vertex"
//
// String set: n_polyNormalizeUV
//
n_polyNormalizeUV.a_cot_niceName = "Center On Tile"
n_polyNormalizeUV.a_nd_enum_kNormalizeU = "U"
n_polyNormalizeUV.a_nd_enum_kNormalizeUV = "UV"
n_polyNormalizeUV.a_nd_enum_kNormalizeV = "V"
n_polyNormalizeUV.a_nd_niceName = "Normalize Direction"
n_polyNormalizeUV.a_nt_enum_kNormalizeCollective = "Collective"
n_polyNormalizeUV.a_nt_enum_kNormalizeSeparate = "Separate"
n_polyNormalizeUV.a_nt_niceName = "Normalize Type"
n_polyNormalizeUV.a_pa_niceName = "Preserve Aspect Ratio"
n_polyNormalizeUV.baseName = "polyNormalizeUV"
n_polyNormalizeUV.niceName = "Poly Normalize UV"
//
// String set: n_polyOptUvs
//
n_polyOptUvs.a_as_niceName = "Apply To Shell"
n_polyOptUvs.a_aw_niceName = "Area Weight"
n_polyOptUvs.a_gb_niceName = "Global Blend"
n_polyOptUvs.a_gmb_niceName = "Global Method Blend"
n_polyOptUvs.a_i_niceName = "Iterations"
n_polyOptUvs.a_oa_enum_kOptimizeFree = "Free"
n_polyOptUvs.a_oa_enum_kOptimizeHoriz = "Horizontal"
n_polyOptUvs.a_oa_enum_kOptimizeVert = "Vertical"
n_polyOptUvs.a_oa_niceName = "Optimize Axis"
n_polyOptUvs.a_ps_niceName = "Pin Selected"
n_polyOptUvs.a_pub_niceName = "Pin Uv Border"
n_polyOptUvs.a_s_niceName = "Scale"
n_polyOptUvs.a_ss_niceName = "Stopping Threshold"
n_polyOptUvs.a_us_niceName = "Use Scale"
n_polyOptUvs.baseName = "polyOptUvs"
n_polyOptUvs.niceName = "Poly Opt Uvs"
//
// String set: n_polyPassThru
//
n_polyPassThru.baseName = "polyPassThru"
n_polyPassThru.niceName = "Poly Pass Thru"
//
// String set: n_polyPinUV
//
n_polyPinUV.a_op_enum_kPin = "Pin"
n_polyPinUV.a_op_enum_kRemove = "Remove"
n_polyPinUV.a_op_enum_kRemoveAll = "Remove All"
n_polyPinUV.a_op_niceName = "Operation"
n_polyPinUV.a_pn_niceName = "Pin"
n_polyPinUV.baseName = "polyPinUV"
n_polyPinUV.niceName = "Poly Pin UV"
//
// String set: n_polyPipe
//
n_polyPipe.a_cuv_niceName = "Create UVs"
n_polyPipe.a_h_niceName = "Height"
n_polyPipe.a_r_niceName = "Radius"
n_polyPipe.a_rcp_niceName = "Round Cap"
n_polyPipe.a_sa_niceName = "Subdivisions Axis"
n_polyPipe.a_sc_niceName = "Subdivisions Caps"
n_polyPipe.a_sh_niceName = "Subdivisions Height"
n_polyPipe.a_t_niceName = "Thickness"
n_polyPipe.a_tx_niceName = "Texture"
n_polyPipe.baseName = "polyPipe"
n_polyPipe.niceName = "Poly Pipe"
//
// String set: n_polyPlanarProj
//
n_polyPlanarProj.a_cam_niceName = "Camera Matrix"
n_polyPlanarProj.a_cid_niceName = "Comp Id"
n_polyPlanarProj.a_ic_niceName = "Image Center"
n_polyPlanarProj.a_icx_niceName = "Image Center X"
n_polyPlanarProj.a_icy_niceName = "Image Center Y"
n_polyPlanarProj.a_is_niceName = "Image Scale"
n_polyPlanarProj.a_isu_niceName = "Image Scale U"
n_polyPlanarProj.a_isv_niceName = "Image Scale V"
n_polyPlanarProj.a_pbot_niceName = "Port Bottom"
n_polyPlanarProj.a_pc_niceName = "Projection Center"
n_polyPlanarProj.a_pcx_niceName = "Projection Center X"
n_polyPlanarProj.a_pcy_niceName = "Projection Center Y"
n_polyPlanarProj.a_pcz_niceName = "Projection Center Z"
n_polyPlanarProj.a_per_niceName = "Is Perspective"
n_polyPlanarProj.a_ph_niceName = "Projection Height"
n_polyPlanarProj.a_plft_niceName = "Port Left"
n_polyPlanarProj.a_prgt_niceName = "Port Right"
n_polyPlanarProj.a_ps_niceName = "Projection Scale"
n_polyPlanarProj.a_ptop_niceName = "Port Top"
n_polyPlanarProj.a_pw_niceName = "Projection Width"
n_polyPlanarProj.a_r_niceName = "Radius"
n_polyPlanarProj.a_ra_niceName = "Rotation Angle"
n_polyPlanarProj.a_ro_niceName = "Rotate"
n_polyPlanarProj.a_rx_niceName = "Rotate X"
n_polyPlanarProj.a_ry_niceName = "Rotate Y"
n_polyPlanarProj.a_rz_niceName = "Rotate Z"
n_polyPlanarProj.a_uvs_niceName = "Uv Set Name"
n_polyPlanarProj.baseName = "polyPlanarProj"
n_polyPlanarProj.niceName = "Poly Planar Proj"
//
// String set: n_polyPlane
//
n_polyPlane.a_cuv_enum_kUVNone = "None"
n_polyPlane.a_cuv_enum_kUVNzNone = "Normalization Off"
n_polyPlane.a_cuv_enum_kUVNzPAspect = "Normalize and Preserve Aspect Ratio"
n_polyPlane.a_cuv_niceName = "Create UVs"
n_polyPlane.a_h_niceName = "Height"
n_polyPlane.a_sh_niceName = "Subdivisions Height"
n_polyPlane.a_sw_niceName = "Subdivisions Width"
n_polyPlane.a_tx_enum_kNone = "none"
n_polyPlane.a_tx_enum_kPreserveAspectRatio = "Preserve Aspect Ratio"
n_polyPlane.a_tx_enum_kStretchToFit = "Stretch to fit"
n_polyPlane.a_tx_niceName = "Texture"
n_polyPlane.a_w_niceName = "Width"
n_polyPlane.baseName = "polyPlane"
n_polyPlane.niceName = "Poly Plane"
//
// String set: n_polyPlatonicSolid
//
n_polyPlatonicSolid.a_cuv_enum_kUVNone = "None"
n_polyPlatonicSolid.a_cuv_enum_kUVNzCollect = "Normalize Collectively"
n_polyPlatonicSolid.a_cuv_enum_kUVNzFace = "Normalize Each Face Separately"
n_polyPlatonicSolid.a_cuv_enum_kUVNzNone = "Normalization Off"
n_polyPlatonicSolid.a_cuv_enum_kUVNzPreserve = "Normalize Collectively and Preserve Aspect Ratio"
n_polyPlatonicSolid.a_cuv_niceName = "Create UVs"
n_polyPlatonicSolid.a_l_niceName = "Side Length"
n_polyPlatonicSolid.a_r_niceName = "Radius"
n_polyPlatonicSolid.a_st_enum_kDodecahedron = "Dodecahedron"
n_polyPlatonicSolid.a_st_enum_kIcosahedron = "Icosahedron"
n_polyPlatonicSolid.a_st_enum_kOctahedron = "Octahedron"
n_polyPlatonicSolid.a_st_enum_kTetrahedron = "Tetrahedron"
n_polyPlatonicSolid.a_st_niceName = "Solid Type"
n_polyPlatonicSolid.a_tx_enum_kFace = "face"
n_polyPlatonicSolid.a_tx_enum_kNone = "none"
n_polyPlatonicSolid.a_tx_enum_kObject = "object"
n_polyPlatonicSolid.a_tx_niceName = "Texture"
n_polyPlatonicSolid.baseName = "polyPlatonicSolid"
n_polyPlatonicSolid.niceName = "Poly Platonic Solid"
//
// String set: n_polyPoke
//
n_polyPoke.a_cma_niceName = "Matrix"
n_polyPoke.a_lt_niceName = "Local Translate"
n_polyPoke.a_ltx_niceName = "Local Translate X"
n_polyPoke.a_lty_niceName = "Local Translate Y"
n_polyPoke.a_ltz_niceName = "Local Translate Z"
n_polyPoke.a_m70_niceName = "Maya 70"
n_polyPoke.a_t_niceName = "Translate"
n_polyPoke.a_tx_niceName = "Translate X"
n_polyPoke.a_ty_niceName = "Translate Y"
n_polyPoke.a_tz_niceName = "Translate Z"
n_polyPoke.baseName = "polyPoke"
n_polyPoke.niceName = "Poly Poke"
//
// String set: n_polyPokeManip
//
n_polyPokeManip.baseName = "polyPokeManip"
n_polyPokeManip.niceName = "Poly Poke Manip"
//
// String set: n_polyPrimitive
//
n_polyPrimitive.a_ax_niceName = "Axis"
n_polyPrimitive.a_axx_niceName = "Axis X"
n_polyPrimitive.a_axy_niceName = "Axis Y"
n_polyPrimitive.a_axz_niceName = "Axis Z"
n_polyPrimitive.a_pw_niceName = "Param Warn"
n_polyPrimitive.a_uvs_niceName = "Uv Set Name"
n_polyPrimitive.baseName = "polyPrimitive"
n_polyPrimitive.niceName = "Poly Primitive"
//
// String set: n_polyPrimitiveMisc
//
n_polyPrimitiveMisc.a_cuv_enum_kUVNone = "None"
n_polyPrimitiveMisc.a_cuv_enum_kUVNzCollect = "Normalize Collectively"
n_polyPrimitiveMisc.a_cuv_enum_kUVNzFace = "Normalize Each Face Separately"
n_polyPrimitiveMisc.a_cuv_enum_kUVNzNone = "Normalization Off"
n_polyPrimitiveMisc.a_cuv_enum_kUVNzPreserve = "Normalize Collectively and Preserve Aspect Ratio"
n_polyPrimitiveMisc.a_cuv_niceName = "Create UVs"
n_polyPrimitiveMisc.a_l_niceName = "Side Length"
n_polyPrimitiveMisc.a_pt_enum_kSoccerBall = "Soccer Ball"
n_polyPrimitiveMisc.a_pt_niceName = "Poly Type"
n_polyPrimitiveMisc.a_r_niceName = "Radius"
n_polyPrimitiveMisc.a_tx_enum_kFace = "face"
n_polyPrimitiveMisc.a_tx_enum_kNone = "none"
n_polyPrimitiveMisc.a_tx_enum_kObject = "object"
n_polyPrimitiveMisc.a_tx_niceName = "Texture"
n_polyPrimitiveMisc.baseName = "polyPrimitiveMisc"
n_polyPrimitiveMisc.niceName = "Poly Primitive Misc"
//
// String set: n_polyPrism
//
n_polyPrism.a_cuv_enum_kUVNone = "None"
n_polyPrism.a_cuv_enum_kUVNz = "Normalize"
n_polyPrism.a_cuv_enum_kUVNzNone = "Normalization Off"
n_polyPrism.a_cuv_enum_kUVNzPAspect = "Normalize and Preserve Aspect Ratio"
n_polyPrism.a_cuv_niceName = "Create UVs"
n_polyPrism.a_l_niceName = "Length"
n_polyPrism.a_ns_niceName = "Number Of Sides"
n_polyPrism.a_sc_niceName = "Subdivisions Caps"
n_polyPrism.a_sh_niceName = "Subdivisions Height"
n_polyPrism.a_tx_enum_kFace = "face"
n_polyPrism.a_tx_enum_kNone = "none"
n_polyPrism.a_tx_enum_kObject = "object"
n_polyPrism.a_tx_niceName = "Texture"
n_polyPrism.a_w_niceName = "Side Length"
n_polyPrism.baseName = "polyPrism"
n_polyPrism.niceName = "Poly Prism"
//
// String set: n_polyProj
//
n_polyProj.a_ic_niceName = "Image Center"
n_polyProj.a_icx_niceName = "Image Center X"
n_polyProj.a_icy_niceName = "Image Center Y"
n_polyProj.a_is_niceName = "Image Scale"
n_polyProj.a_isu_niceName = "Image Scale U"
n_polyProj.a_isv_niceName = "Image Scale V"
n_polyProj.a_pc_niceName = "Projection Center"
n_polyProj.a_pcx_niceName = "Projection Center X"
n_polyProj.a_pcy_niceName = "Projection Center Y"
n_polyProj.a_pcz_niceName = "Projection Center Z"
n_polyProj.a_ps_niceName = "Projection Scale"
n_polyProj.a_psu_niceName = "Projection Scale U"
n_polyProj.a_psv_niceName = "Projection Scale V"
n_polyProj.a_r_niceName = "Radius"
n_polyProj.a_ra_niceName = "Rotation Angle"
n_polyProj.a_ro_niceName = "Rotate"
n_polyProj.a_rx_niceName = "Rotate X"
n_polyProj.a_ry_niceName = "Rotate Y"
n_polyProj.a_rz_niceName = "Rotate Z"
n_polyProj.a_t_niceName = "Proj Type"
n_polyProj.a_wim_niceName = "World Inverse Matrix"
n_polyProj.baseName = "polyProj"
n_polyProj.niceName = "Poly Proj"
//
// String set: n_polyProjManip
//
n_polyProjManip.baseName = "polyProjManip"
n_polyProjManip.niceName = "Poly Proj Manip"
//
// String set: n_polyProjectCurve
//
n_polyProjectCurve.a_as_niceName = "Automatic"
n_polyProjectCurve.a_bc1_niceName = "Bary Coord 1"
n_polyProjectCurve.a_bc2_niceName = "Bary Coord 2"
n_polyProjectCurve.a_bc3_niceName = "Bary Coord 3"
n_polyProjectCurve.a_bc_niceName = "Bary Coord"
n_polyProjectCurve.a_cps_niceName = "Curve Points"
n_polyProjectCurve.a_cs_niceName = "Curve Samples"
n_polyProjectCurve.a_d_niceName = "Direction"
n_polyProjectCurve.a_dx_niceName = "Direction X"
n_polyProjectCurve.a_dy_niceName = "Direction Y"
n_polyProjectCurve.a_dz_niceName = "Direction Z"
n_polyProjectCurve.a_f_niceName = "Face"
n_polyProjectCurve.a_ic_niceName = "Input Curve"
n_polyProjectCurve.a_ims_niceName = "Input Mesh"
n_polyProjectCurve.a_imt_niceName = "Input Matrix"
n_polyProjectCurve.a_oc_niceName = "Output Curve"
n_polyProjectCurve.a_poe_niceName = "Points On Edges"
n_polyProjectCurve.a_pp_niceName = "Projected Point"
n_polyProjectCurve.a_t_niceName = "Triangle"
n_polyProjectCurve.a_tol_niceName = "Tolerance"
n_polyProjectCurve.baseName = "polyProjectCurve"
n_polyProjectCurve.niceName = "Poly Project Curve"
//
// String set: n_polyPyramid
//
n_polyPyramid.a_cuv_enum_kUVNone = "None"
n_polyPyramid.a_cuv_enum_kUVNz = "Normalize"
n_polyPyramid.a_cuv_enum_kUVNzNone = "Normalization Off"
n_polyPyramid.a_cuv_enum_kUVNzPAspect = "Normalize and Preserve Aspect Ratio"
n_polyPyramid.a_cuv_niceName = "Create UVs"
n_polyPyramid.a_ns_enum_kFive = "5"
n_polyPyramid.a_ns_enum_kFour = "4"
n_polyPyramid.a_ns_enum_kThree = "3"
n_polyPyramid.a_ns_niceName = "Number Of Sides"
n_polyPyramid.a_sc_niceName = "Subdivisions Caps"
n_polyPyramid.a_sh_niceName = "Subdivisions Height"
n_polyPyramid.a_tx_niceName = "Texture"
n_polyPyramid.a_w_niceName = "Side Length"
n_polyPyramid.baseName = "polyPyramid"
n_polyPyramid.niceName = "Poly Pyramid"
//
// String set: n_polyQuad
//
n_polyQuad.a_a_niceName = "Angle"
n_polyQuad.a_kgb_niceName = "Keep Group Border"
n_polyQuad.a_khe_niceName = "Keep Hard Edges"
n_polyQuad.a_ktb_niceName = "Keep Texture Borders"
n_polyQuad.a_m80_niceName = "Maya 80"
n_polyQuad.baseName = "polyQuad"
n_polyQuad.niceName = "Poly Quad"
//
// String set: n_polyReduce
//
n_polyReduce.a_b_niceName = "Border"
n_polyReduce.a_cew_niceName = "Preserve Crease Edges Weight"
n_polyReduce.a_com_niceName = "Compactness"
n_polyReduce.a_cr_niceName = "Caching Reduce"
n_polyReduce.a_cwt_niceName = "Color Weights"
n_polyReduce.a_d_niceName = "Detail"
n_polyReduce.a_gwt_niceName = "Geom Weights"
n_polyReduce.a_itc_niceName = "Triangle Count In"
n_polyReduce.a_ivc_niceName = "Vertex Count In"
n_polyReduce.a_iwt_niceName = "Invert Vertex Weights"
n_polyReduce.a_kb_niceName = "Preserve Borders"
n_polyReduce.a_kbw_niceName = "Preserve Borders Weight"
n_polyReduce.a_kcb_niceName = "Preserve Color Borders"
n_polyReduce.a_kce_niceName = "Preserve Crease Edges"
n_polyReduce.a_kcw_niceName = "Preserve Color Borders Weight"
n_polyReduce.a_kev_niceName = "Keep Original Vertices"
n_polyReduce.a_kfb_niceName = "Preserve Material Borders"
n_polyReduce.a_kfw_niceName = "Preserve Material Borders Weight"
n_polyReduce.a_khe_niceName = "Preserve Hard Edges"
n_polyReduce.a_khw_niceName = "Preserve Hard Edges Weight"
n_polyReduce.a_kmb_niceName = "Preserve UV Borders"
n_polyReduce.a_kmw_niceName = "Preserve UV Borders Weight"
n_polyReduce.a_kqw_niceName = "Preserve Quads"
n_polyReduce.a_l_niceName = "Line"
n_polyReduce.a_p_niceName = "Percentage"
n_polyReduce.a_pa_niceName = "Percentage Achieved"
n_polyReduce.a_shp_niceName = "Sharpness"
n_polyReduce.a_stl_niceName = "Symmetry Tolerance"
n_polyReduce.a_sw_niceName = "Symmetry Plane W"
n_polyReduce.a_sx_niceName = "Symmetry Plane X"
n_polyReduce.a_sy_niceName = "Symmetry Plane Y"
n_polyReduce.a_sym_niceName = "Symmetry Plane"
n_polyReduce.a_sz_niceName = "Symmetry Plane Z"
n_polyReduce.a_t_niceName = "Triangulate"
n_polyReduce.a_ta_niceName = "Triangle Count Achieved"
n_polyReduce.a_tct_niceName = "Triangle Count"
n_polyReduce.a_top_niceName = "Preserve Topology"
n_polyReduce.a_trm_enum_kPercentage = "Percentage"
n_polyReduce.a_trm_enum_kTriangleCount = "Triangle Count"
n_polyReduce.a_trm_enum_kVertexCount = "Vertex Count"
n_polyReduce.a_trm_niceName = "Reduction Method"
n_polyReduce.a_uvs_enum_kAutoSymmetry = "Automatic"
n_polyReduce.a_uvs_enum_kNoSymmetry = "None"
n_polyReduce.a_uvs_enum_kPlanarSymmetry = "Plane"
n_polyReduce.a_uvs_niceName = "Use Virtual Symmetry"
n_polyReduce.a_uwt_niceName = "Uv Weights"
n_polyReduce.a_va_niceName = "Vertex Count Achieved"
n_polyReduce.a_vct_niceName = "Vertex Count"
n_polyReduce.a_ver_enum_kVersionMaya = "Maya"
n_polyReduce.a_ver_enum_kVersionSoftimage = "Softimage"
n_polyReduce.a_ver_niceName = "Version"
n_polyReduce.a_vmp_niceName = "Vertex Map Name"
n_polyReduce.a_vwc_niceName = "Vertex Weight Coefficient"
n_polyReduce.a_vwt_niceName = "Vertex Weights"
n_polyReduce.a_wc_niceName = "Weight Coefficient"
n_polyReduce.a_wts_niceName = "Weights"
n_polyReduce.baseName = "polyReduce"
n_polyReduce.niceName = "Poly Reduce"
//
// String set: n_polyRemesh
//
n_polyRemesh.a_ipt_enum_0 = "Linear"
n_polyRemesh.a_ipt_enum_1 = "Cubic"
n_polyRemesh.a_ipt_enum_2 = "Hybrid"
n_polyRemesh.a_ipt_niceName = "Interpolation Type"
n_polyRemesh.a_mtc_niceName = "Max Triangle Count"
n_polyRemesh.a_rdt_niceName = "Reduce Threshold"
n_polyRemesh.a_rft_niceName = "Refine Threshold"
n_polyRemesh.a_smt_niceName = "Smooth Strength"
n_polyRemesh.a_tsb_niceName = "Tessellate Borders"
n_polyRemesh.baseName = "polyRemesh"
n_polyRemesh.niceName = "Poly Remesh"
//
// String set: n_polyRetopo
//
n_polyRetopo.a_a_niceName = "Anisotropy"
n_polyRetopo.a_af_niceName = "Anisotropy Filter"
n_polyRetopo.a_cid_niceName = "Curve Influence Direction"
n_polyRetopo.a_css_niceName = "Curve Singularity Separation"
n_polyRetopo.a_gr_niceName = "Geodesic Radius"
n_polyRetopo.a_mm_niceName = "Magnitude Min"
n_polyRetopo.a_rrl_niceName = "Result Refinement Level"
n_polyRetopo.a_rs_niceName = "Result Smoothing"
n_polyRetopo.a_tea_niceName = "Target Edge Length Max"
n_polyRetopo.a_tem_niceName = "Target Edge Length Min"
n_polyRetopo.a_tfc_niceName = "Target Face Count"
n_polyRetopo.baseName = "polyRetopo"
n_polyRetopo.niceName = "Poly Retopo"
//
// String set: n_polySelectEditFeedbackManip
//
n_polySelectEditFeedbackManip.baseName = "polySelectEditFeedbackManip"
n_polySelectEditFeedbackManip.niceName = "Poly Select Edit Feedback Manip"
//
// String set: n_polySeparate
//
n_polySeparate.a_ef_niceName = "End Face"
n_polySeparate.a_ic_niceName = "Icount"
n_polySeparate.a_inp_niceName = "In Place"
n_polySeparate.a_ip_niceName = "Input Poly"
n_polySeparate.a_out_niceName = "Output"
n_polySeparate.a_rs_niceName = "Rem Shells"
n_polySeparate.a_sf_niceName = "Start Face"
n_polySeparate.a_uopa_niceName = "Use Old Poly Architecture"
n_polySeparate.a_uss_niceName = "User Specified Shells"
n_polySeparate.baseName = "polySeparate"
n_polySeparate.niceName = "Poly Separate"
//
// String set: n_polySewEdge
//
n_polySewEdge.a_t_niceName = "Tolerance"
n_polySewEdge.a_tx_niceName = "Merge UVs"
n_polySewEdge.baseName = "polySewEdge"
n_polySewEdge.niceName = "Poly Sew Edge"
//
// String set: n_polySmooth
//
n_polySmooth.a_sm_niceName = "Smoothness"
n_polySmooth.baseName = "polySmooth"
n_polySmooth.niceName = "Poly Smooth"
//
// String set: n_polySmoothFace
//
n_polySmoothFace.a_bnr_enum_0 = "Legacy"
n_polySmoothFace.a_bnr_enum_1 = "Crease All"
n_polySmoothFace.a_bnr_enum_2 = "Crease Edges"
n_polySmoothFace.a_bnr_niceName = "Boundary Rule"
n_polySmoothFace.a_c_niceName = "Continuity"
n_polySmoothFace.a_deg_niceName = "Degree"
n_polySmoothFace.a_dpe_niceName = "Divisions Per Edge"
n_polySmoothFace.a_dv_niceName = "Divisions"
n_polySmoothFace.a_iuv_niceName = "Osd Independent UVChannels"
n_polySmoothFace.a_kb_niceName = "Keep Border"
n_polySmoothFace.a_khe_niceName = "Keep Hard Edge"
n_polySmoothFace.a_kmb_enum_0 = "None"
n_polySmoothFace.a_kmb_enum_1 = "Internal"
n_polySmoothFace.a_kmb_enum_2 = "All"
n_polySmoothFace.a_kmb_niceName = "Keep Map Borders"
n_polySmoothFace.a_ksb_niceName = "Keep Selection Border"
n_polySmoothFace.a_kt_niceName = "Keep Tessellation"
n_polySmoothFace.a_m08_niceName = "Maya 2008Above"
n_polySmoothFace.a_ma_niceName = "Maya 65Above"
n_polySmoothFace.a_mth_enum_0 = "Exponential"
n_polySmoothFace.a_mth_enum_1 = "Linear"
n_polySmoothFace.a_mth_niceName = "Method"
n_polySmoothFace.a_ocr_enum_k_OsdCreaseMethod_Chaikin = "Chaikin"
n_polySmoothFace.a_ocr_enum_k_OsdCreaseMethod_Normal = "Normal"
n_polySmoothFace.a_ocr_niceName = "Osd Crease Method"
n_polySmoothFace.a_ofb_enum_k_OsdBoundary_AlwaysSharp = "Maya Catmull-Clark"
n_polySmoothFace.a_ofb_enum_k_OsdBoundary_EdgeAndCorner = "Preserve Edges and Corners"
n_polySmoothFace.a_ofb_enum_k_OsdBoundary_EdgeOnly = "Preserve Edges"
n_polySmoothFace.a_ofb_enum_k_OsdBoundary_None = "None"
n_polySmoothFace.a_ofb_niceName = "Osd Fvar Boundary"
n_polySmoothFace.a_ofc_niceName = "Osd Fvar Propagate Corners"
n_polySmoothFace.a_ost_niceName = "Osd Smooth Triangles"
n_polySmoothFace.a_ovb_enum_k_OsdBoundary_EdgeAndCorner = "Sharp edges and corners"
n_polySmoothFace.a_ovb_enum_k_OsdBoundary_EdgeOnly = "Sharp edges"
n_polySmoothFace.a_ovb_niceName = "Osd Vert Boundary"
n_polySmoothFace.a_ovf_niceName = "Order Vertices From Faces First"
n_polySmoothFace.a_peh_niceName = "Propagate Edge Hardness"
n_polySmoothFace.a_ps_niceName = "Push Strength"
n_polySmoothFace.a_ro_niceName = "Roundness"
n_polySmoothFace.a_sdt_enum_kCatmullClark = "Maya Catmull-Clark"
n_polySmoothFace.a_sdt_enum_kOpenSubdivCatmullClarkAdaptive = "OpenSubdiv Catmull-Clark Adaptive"
n_polySmoothFace.a_sdt_enum_kOpenSubdivCatmullClarkUniform = "OpenSubdiv Catmull-Clark"
n_polySmoothFace.a_sdt_niceName = "Subdivision Type"
n_polySmoothFace.a_sl_niceName = "Subdivision Levels"
n_polySmoothFace.a_suv_niceName = "Smooth UVs"
n_polySmoothFace.a_uob_niceName = "Use Osd Boundary Methods"
n_polySmoothFace.baseName = "polySmoothFace"
n_polySmoothFace.niceName = "Poly Smooth Face"
//
// String set: n_polySmoothProxy
//
n_polySmoothProxy.a_bnr_enum_0 = "Legacy"
n_polySmoothProxy.a_bnr_enum_1 = "Crease All"
n_polySmoothProxy.a_bnr_enum_2 = "Crease Edges"
n_polySmoothProxy.a_bnr_niceName = "Boundary Rule"
n_polySmoothProxy.a_c_niceName = "Continuity"
n_polySmoothProxy.a_csm_niceName = "Cached Smooth Mesh"
n_polySmoothProxy.a_deg_niceName = "Degree"
n_polySmoothProxy.a_dpe_niceName = "Divisions Per Edge"
n_polySmoothProxy.a_el_niceName = "Exponential Level"
n_polySmoothProxy.a_iuv_niceName = "Osd Independent UVChannels"
n_polySmoothProxy.a_kb_niceName = "Keep Border"
n_polySmoothProxy.a_khe_niceName = "Keep Hard Edge"
n_polySmoothProxy.a_kmb_enum_0 = "None"
n_polySmoothProxy.a_kmb_enum_1 = "Internal"
n_polySmoothProxy.a_kmb_enum_2 = "All"
n_polySmoothProxy.a_kmb_niceName = "Keep Map Borders"
n_polySmoothProxy.a_ll_niceName = "Linear Level"
n_polySmoothProxy.a_ma_niceName = "Maya 65Above"
n_polySmoothProxy.a_mec_niceName = "Multi Edge Crease"
n_polySmoothProxy.a_mn_niceName = "Maya 2008Above"
n_polySmoothProxy.a_mth_enum_0 = "Exponential"
n_polySmoothProxy.a_mth_enum_1 = "Linear"
n_polySmoothProxy.a_mth_niceName = "Method"
n_polySmoothProxy.a_ocr_enum_k_OsdCreaseMethod_Chaikin = "Chaikin"
n_polySmoothProxy.a_ocr_enum_k_OsdCreaseMethod_Normal = "Normal"
n_polySmoothProxy.a_ocr_niceName = "Osd Crease Method"
n_polySmoothProxy.a_ofb_enum_k_OsdBoundary_AlwaysSharp = "Maya Catmull-Clark"
n_polySmoothProxy.a_ofb_enum_k_OsdBoundary_EdgeAndCorner = "Preserve Edges and Corners"
n_polySmoothProxy.a_ofb_enum_k_OsdBoundary_EdgeOnly = "Preserve Edges"
n_polySmoothProxy.a_ofb_enum_k_OsdBoundary_None = "None"
n_polySmoothProxy.a_ofb_niceName = "Osd Fvar Boundary"
n_polySmoothProxy.a_ofc_niceName = "Osd Fvar Propagate Corners"
n_polySmoothProxy.a_ost_niceName = "Osd Smooth Triangles"
n_polySmoothProxy.a_ovb_enum_k_OsdBoundary_EdgeAndCorner = "Sharp edges and corners"
n_polySmoothProxy.a_ovb_enum_k_OsdBoundary_EdgeOnly = "Sharp edges"
n_polySmoothProxy.a_ovb_niceName = "Osd Vert Boundary"
n_polySmoothProxy.a_peh_niceName = "Propagate Edge Hardness"
n_polySmoothProxy.a_ps_niceName = "Push Strength"
n_polySmoothProxy.a_ro_niceName = "Roundness"
n_polySmoothProxy.a_sdt_enum_kCatmullClark = "Maya Catmull-Clark"
n_polySmoothProxy.a_sdt_enum_kOpenSubdivCatmullClarkAdaptive = "OpenSubdiv Catmull-Clark Adaptive"
n_polySmoothProxy.a_sdt_enum_kOpenSubdivCatmullClarkUniform = "OpenSubdiv Catmull-Clark"
n_polySmoothProxy.a_sdt_niceName = "Subdivision Type"
n_polySmoothProxy.a_suv_niceName = "Smooth UVs"
n_polySmoothProxy.a_uob_niceName = "Use Osd Boundary Methods"
n_polySmoothProxy.baseName = "polySmoothProxy"
n_polySmoothProxy.niceName = "Poly Smooth Proxy"
//
// String set: n_polySoftEdge
//
n_polySoftEdge.a_a_niceName = "Angle"
n_polySoftEdge.baseName = "polySoftEdge"
n_polySoftEdge.niceName = "Poly Soft Edge"
//
// String set: n_polySphProj
//
n_polySphProj.a_cid_niceName = "Comp Id"
n_polySphProj.a_ic_niceName = "Image Center"
n_polySphProj.a_icx_niceName = "Image Center X"
n_polySphProj.a_icy_niceName = "Image Center Y"
n_polySphProj.a_is_niceName = "Image Scale"
n_polySphProj.a_isu_niceName = "Image Scale U"
n_polySphProj.a_isv_niceName = "Image Scale V"
n_polySphProj.a_pc_niceName = "Projection Center"
n_polySphProj.a_pcx_niceName = "Projection Center X"
n_polySphProj.a_pcy_niceName = "Projection Center Y"
n_polySphProj.a_pcz_niceName = "Projection Center Z"
n_polySphProj.a_phs_niceName = "Projection Horizontal Sweep"
n_polySphProj.a_ps_niceName = "Projection Scale"
n_polySphProj.a_pvs_niceName = "Projection Vertical Sweep"
n_polySphProj.a_r_niceName = "Radius"
n_polySphProj.a_ra_niceName = "Rotation Angle"
n_polySphProj.a_ro_niceName = "Rotate"
n_polySphProj.a_rx_niceName = "Rotate X"
n_polySphProj.a_ry_niceName = "Rotate Y"
n_polySphProj.a_rz_niceName = "Rotate Z"
n_polySphProj.a_sc_niceName = "Seam Correct"
n_polySphProj.a_uopp_niceName = "Use Old Poly Projection"
n_polySphProj.a_uvs_niceName = "Uv Set Name"
n_polySphProj.baseName = "polySphProj"
n_polySphProj.niceName = "Poly Sph Proj"
//
// String set: n_polySphere
//
n_polySphere.a_cuv_enum_kUVNone = "None"
n_polySphere.a_cuv_enum_kUVPinched = "Pinched at pole"
n_polySphere.a_cuv_enum_kUVSawTooth = "Sawtooth at pole"
n_polySphere.a_cuv_niceName = "Create UVs"
n_polySphere.a_r_niceName = "Radius"
n_polySphere.a_sa_niceName = "Subdivisions Axis"
n_polySphere.a_sh_niceName = "Subdivisions Height"
n_polySphere.a_tx_enum_kNone = "none"
n_polySphere.a_tx_enum_kPinched = "Pinched at pole"
n_polySphere.a_tx_enum_kSawTooth = "Saw tooth at pole"
n_polySphere.a_tx_niceName = "Texture"
n_polySphere.baseName = "polySphere"
n_polySphere.niceName = "Poly Sphere"
//
// String set: n_polySpinEdge
//
n_polySpinEdge.a_off_niceName = "Offset"
n_polySpinEdge.a_rev_niceName = "Reverse"
n_polySpinEdge.baseName = "polySpinEdge"
n_polySpinEdge.niceName = "Poly Spin Edge"
//
// String set: n_polySplit
//
n_polySplit.a_aef_niceName = "Adjust Edge Flow"
n_polySplit.a_bc1_niceName = "Bary Coord 1"
n_polySplit.a_bc2_niceName = "Bary Coord 2"
n_polySplit.a_bc3_niceName = "Bary Coord 3"
n_polySplit.a_bc_niceName = "Bary Coord"
n_polySplit.a_c2v_niceName = "Clean 2Verts"
n_polySplit.a_d_niceName = "Desc"
n_polySplit.a_de_niceName = "Detach Edges"
n_polySplit.a_e_niceName = "Edge"
n_polySplit.a_f_niceName = "Face"
n_polySplit.a_ief_niceName = "Insert With Edge Flow"
n_polySplit.a_m2015_niceName = "Maya 2015"
n_polySplit.a_m70_niceName = "Maya 70"
n_polySplit.a_pct_niceName = "Projected Curve Tolerance"
n_polySplit.a_s_niceName = "Subdivision"
n_polySplit.a_sma_niceName = "Smoothing Angle"
n_polySplit.a_sp_niceName = "Split Point"
n_polySplit.a_sps_niceName = "Split Points"
n_polySplit.a_t_niceName = "Triangle"
n_polySplit.a_v_niceName = "Vertices"
n_polySplit.a_vx_niceName = "Vtxx"
n_polySplit.a_vy_niceName = "Vtxy"
n_polySplit.a_vz_niceName = "Vtxz"
n_polySplit.baseName = "polySplit"
n_polySplit.niceName = "Poly Split"
//
// String set: n_polySplitEdge
//
n_polySplitEdge.a_op_enum_SplitManifold = "Manifold"
n_polySplitEdge.a_op_enum_SplitNonManifold = "Non-manifold"
n_polySplitEdge.a_op_niceName = "Operation"
n_polySplitEdge.baseName = "polySplitEdge"
n_polySplitEdge.niceName = "Poly Split Edge"
//
// String set: n_polySplitRing
//
n_polySplitRing.a_ab_niceName = "Absolute Weight"
n_polySplitRing.a_aef_niceName = "Adjust Edge Flow"
n_polySplitRing.a_div_niceName = "Divisions"
n_polySplitRing.a_dr_niceName = "Direction"
n_polySplitRing.a_epc_niceName = "Enable Profile Curve"
n_polySplitRing.a_fne_niceName = "Use Face Normals At Ends"
n_polySplitRing.a_fq_niceName = "Fix Quads"
n_polySplitRing.a_ief_niceName = "Insert With Edge Flow"
n_polySplitRing.a_p_niceName = "Profile Curve"
n_polySplitRing.a_pfv_niceName = "Profile Curve _Float Value"
n_polySplitRing.a_pi_enum_kLinear = "Linear"
n_polySplitRing.a_pi_enum_kNone = "None"
n_polySplitRing.a_pi_enum_kSmooth = "Smooth"
n_polySplitRing.a_pi_enum_kSpline = "Spline"
n_polySplitRing.a_pi_niceName = "Profile Curve _Interp"
n_polySplitRing.a_pio_niceName = "Profile Curve Input Offset"
n_polySplitRing.a_pis_niceName = "Profile Curve Input Scale"
n_polySplitRing.a_pp_niceName = "Profile Curve _Position"
n_polySplitRing.a_re_niceName = "Root Edge"
n_polySplitRing.a_sma_niceName = "Smoothing Angle"
n_polySplitRing.a_stp_enum_Absolute = "Absolute"
n_polySplitRing.a_stp_enum_Multi = "Multi"
n_polySplitRing.a_stp_enum_Relative = "Relative"
n_polySplitRing.a_stp_niceName = "Split Type"
n_polySplitRing.a_uem_niceName = "Use Equal Multiplier"
n_polySplitRing.a_wt_niceName = "Weight"
n_polySplitRing.baseName = "polySplitRing"
n_polySplitRing.niceName = "Poly Split Ring"
//
// String set: n_polySplitToolManip1
//
n_polySplitToolManip1.baseName = "polySplitToolManip1"
n_polySplitToolManip1.niceName = "Poly Split Tool Manip 1"
//
// String set: n_polySplitVert
//
n_polySplitVert.baseName = "polySplitVert"
n_polySplitVert.niceName = "Poly Split Vert"
//
// String set: n_polyStraightenUVBorder
//
n_polyStraightenUVBorder.a_bo_niceName = "Blend Original"
n_polyStraightenUVBorder.a_c_niceName = "Curvature"
n_polyStraightenUVBorder.a_gt_niceName = "Gap Tolerance"
n_polyStraightenUVBorder.a_pl_niceName = "Preserve Length"
n_polyStraightenUVBorder.baseName = "polyStraightenUVBorder"
n_polyStraightenUVBorder.niceName = "Poly Straighten UVBorder"
//
// String set: n_polySubdEdge
//
n_polySubdEdge.a_dv_niceName = "Divisions"
n_polySubdEdge.a_s_niceName = "Size"
n_polySubdEdge.baseName = "polySubdEdge"
n_polySubdEdge.niceName = "Poly Subd Edge"
//
// String set: n_polySubdFace
//
n_polySubdFace.a_duv_niceName = "Divisions U"
n_polySubdFace.a_dv_niceName = "Divisions"
n_polySubdFace.a_dvv_niceName = "Divisions V"
n_polySubdFace.a_m_enum_kSubdFaceQds = "quads"
n_polySubdFace.a_m_enum_kSubdFaceTrgs = "triangles"
n_polySubdFace.a_m_niceName = "Mode"
n_polySubdFace.a_sbm_enum_0 = "Exponential"
n_polySubdFace.a_sbm_enum_1 = "Linear"
n_polySubdFace.a_sbm_niceName = "Subd Method"
n_polySubdFace.baseName = "polySubdFace"
n_polySubdFace.niceName = "Poly Subd Face"
//
// String set: n_polySubdFaceAny
//
n_polySubdFaceAny.a_dv_niceName = "Divisions"
n_polySubdFaceAny.baseName = "polySubdFaceAny"
n_polySubdFaceAny.niceName = "Poly Subd Face Any"
//
// String set: n_polyToSubdiv
//
n_polyToSubdiv.a_amr_niceName = "Apply Matrix To Result"
n_polyToSubdiv.a_ap_niceName = "Absolute Position"
n_polyToSubdiv.a_cuv_niceName = "Cached UVs"
n_polyToSubdiv.a_i_niceName = "In Mesh"
n_polyToSubdiv.a_me_niceName = "Max Edges Per Vert"
n_polyToSubdiv.a_mpc_niceName = "Max Poly Count"
n_polyToSubdiv.a_o_niceName = "Out Subdiv"
n_polyToSubdiv.a_pvo_niceName = "Preserve Vertex Ordering"
n_polyToSubdiv.a_qc_niceName = "Quick Convert"
n_polyToSubdiv.a_uvp_niceName = "Uv Points"
n_polyToSubdiv.a_uvt_enum_0 = "Keep Subd UVs"
n_polyToSubdiv.a_uvt_enum_1 = "Inherit UVs From Poly"
n_polyToSubdiv.a_uvt_enum_2 = "No UVs On Subd"
n_polyToSubdiv.a_uvt_niceName = "Uv Treatment"
n_polyToSubdiv.a_uvu_niceName = "Uv Points U"
n_polyToSubdiv.a_uvv_niceName = "Uv Points V"
n_polyToSubdiv.baseName = "polyToSubdiv"
n_polyToSubdiv.niceName = "Poly To Subdiv"
//
// String set: n_polyToolFeedbackManip
//
n_polyToolFeedbackManip.baseName = "polyToolFeedbackManip"
n_polyToolFeedbackManip.niceName = "Poly Tool Feedback Manip"
//
// String set: n_polyTorus
//
n_polyTorus.a_cuv_niceName = "Create UVs"
n_polyTorus.a_r_niceName = "Radius"
n_polyTorus.a_rtx_niceName = "Reverse Texture"
n_polyTorus.a_sa_niceName = "Subdivisions Axis"
n_polyTorus.a_sh_niceName = "Subdivisions Height"
n_polyTorus.a_sr_niceName = "Section Radius"
n_polyTorus.a_tw_niceName = "Twist"
n_polyTorus.a_tx_niceName = "Texture"
n_polyTorus.baseName = "polyTorus"
n_polyTorus.niceName = "Poly Torus"
//
// String set: n_polyTransfer
//
n_polyTransfer.a_op_niceName = "Other Poly"
n_polyTransfer.a_uv_niceName = "Uv Sets"
n_polyTransfer.a_v_niceName = "Vertices"
n_polyTransfer.a_vc_niceName = "Vertex Color"
n_polyTransfer.baseName = "polyTransfer"
n_polyTransfer.niceName = "Poly Transfer"
//
// String set: n_polyTriPatch
//
n_polyTriPatch.a_b_niceName = "Bulge"
n_polyTriPatch.a_dv_niceName = "Divisions"
n_polyTriPatch.a_f_niceName = "Flatness"
n_polyTriPatch.a_h_niceName = "Hole"
n_polyTriPatch.a_t_niceName = "Tangent"
n_polyTriPatch.baseName = "polyTriPatch"
n_polyTriPatch.niceName = "Poly Tri Patch"
//
// String set: n_polyTriangulate
//
n_polyTriangulate.a_m80_niceName = "Maya 80"
n_polyTriangulate.baseName = "polyTriangulate"
n_polyTriangulate.niceName = "Poly Triangulate"
//
// String set: n_polyTweak
//
n_polyTweak.a_tk_niceName = "Tweak"
n_polyTweak.a_tx_niceName = "Tweak X"
n_polyTweak.a_ty_niceName = "Tweak Y"
n_polyTweak.a_tz_niceName = "Tweak Z"
n_polyTweak.baseName = "polyTweak"
n_polyTweak.niceName = "Poly Tweak"
//
// String set: n_polyTweakUV
//
n_polyTweakUV.a_fid_niceName = "Face Id"
n_polyTweakUV.a_nu_niceName = "New UValue"
n_polyTweakUV.a_nuv_niceName = "New UV"
n_polyTweakUV.a_nv_niceName = "New VValue"
n_polyTweakUV.a_tu_niceName = "Uv Tweak U"
n_polyTweakUV.a_tv_niceName = "Uv Tweak V"
n_polyTweakUV.a_uvs_niceName = "Uv Set Name"
n_polyTweakUV.a_uvtk_niceName = "Uv Tweak"
n_polyTweakUV.a_vid_niceName = "Vertex Id"
n_polyTweakUV.baseName = "polyTweakUV"
n_polyTweakUV.niceName = "Poly Tweak UV"
//
// String set: n_polyUVRectangle
//
n_polyUVRectangle.a_uvs_niceName = "Uv Set Name"
n_polyUVRectangle.baseName = "polyUVRectangle"
n_polyUVRectangle.niceName = "Poly UVRectangle"
//
// String set: n_polyUnite
//
n_polyUnite.a_im_niceName = "Input Mat"
n_polyUnite.a_ip_niceName = "Input Poly"
n_polyUnite.a_muv_enum_kMergeUVSetsByName = "Merge By Name"
n_polyUnite.a_muv_enum_kMergeUVSetsByUVLinks = "Merge By UV Links"
n_polyUnite.a_muv_enum_kMergeUVSetsNone = "No Merge"
n_polyUnite.a_muv_niceName = "Merge UVSets"
n_polyUnite.a_ouv_niceName = "Output UVSet Name"
n_polyUnite.a_uopa_niceName = "Use Old Poly Architecture"
n_polyUnite.baseName = "polyUnite"
n_polyUnite.niceName = "Poly Unite"
//
// String set: n_polyVertexNormalManip
//
n_polyVertexNormalManip.baseName = "polyVertexNormalManip"
n_polyVertexNormalManip.niceName = "Poly Vertex Normal Manip"
//
// String set: n_polyWedgeFace
//
n_polyWedgeFace.a_as_niceName = "Axis"
n_polyWedgeFace.a_asx_niceName = "Axis X"
n_polyWedgeFace.a_asy_niceName = "Axis Y"
n_polyWedgeFace.a_asz_niceName = "Axis Z"
n_polyWedgeFace.a_ct_niceName = "Center"
n_polyWedgeFace.a_ctx_niceName = "Center X"
n_polyWedgeFace.a_cty_niceName = "Center Y"
n_polyWedgeFace.a_ctz_niceName = "Center Z"
n_polyWedgeFace.a_d_niceName = "Divisions"
n_polyWedgeFace.a_ed_niceName = "Edge"
n_polyWedgeFace.a_wa_niceName = "Wedge Angle"
n_polyWedgeFace.baseName = "polyWedgeFace"
n_polyWedgeFace.niceName = "Poly Wedge Face"
//
// String set: n_poseInterpolatorManager
//
n_poseInterpolatorManager.a_tpcd_niceName = "Child Indices"
n_poseInterpolatorManager.a_tpdn_niceName = "Directory Name"
n_poseInterpolatorManager.a_tpdt_niceName = "Pose Interpolator Directory"
n_poseInterpolatorManager.a_tppi_niceName = "Parent Index"
n_poseInterpolatorManager.a_tppr_niceName = "Pose Interpolator Parent"
n_poseInterpolatorManager.baseName = "poseInterpolatorManager"
n_poseInterpolatorManager.niceName = "Pose Interpolator Manager"
//
// String set: n_positionMarker
//
n_positionMarker.a_t_niceName = "Time"
n_positionMarker.baseName = "positionMarker"
n_positionMarker.niceName = "Position Marker"
//
// String set: n_postProcessList
//
n_postProcessList.a_p_niceName = "Post Processes"
n_postProcessList.baseName = "postProcessList"
n_postProcessList.niceName = "Post Process List"
//
// String set: n_precompExport
//
n_precompExport.a_ec_niceName = "Camera"
n_precompExport.a_eil_niceName = "Excluded Export Item List"
n_precompExport.a_el_niceName = "Layer"
n_precompExport.a_ep_niceName = "Pass"
n_precompExport.a_pca_niceName = "Pre Compositing Anchor"
n_precompExport.a_pcn_niceName = "Pre Compositing Notes"
n_precompExport.baseName = "precompExport"
n_precompExport.niceName = "Precomp Export"
//
// String set: n_primitive
//
n_primitive.a_ax_niceName = "Axis"
n_primitive.a_axx_niceName = "Axis X"
n_primitive.a_axy_niceName = "Axis Y"
n_primitive.a_axz_niceName = "Axis Z"
n_primitive.a_os_niceName = "Output Surface"
n_primitive.a_p_niceName = "Pivot"
n_primitive.a_px_niceName = "Pivot X"
n_primitive.a_py_niceName = "Pivot Y"
n_primitive.a_pz_niceName = "Pivot Z"
n_primitive.baseName = "primitive"
n_primitive.niceName = "Primitive"
//
// String set: n_projectCurve
//
n_projectCurve.a_d_niceName = "Direction"
n_projectCurve.a_dx_niceName = "Direction X"
n_projectCurve.a_dy_niceName = "Direction Y"
n_projectCurve.a_dz_niceName = "Direction Z"
n_projectCurve.a_ic_niceName = "Input Curve"
n_projectCurve.a_is_niceName = "Input Surface"
n_projectCurve.a_oc_niceName = "Output Curve"
n_projectCurve.a_tol_niceName = "Tolerance"
n_projectCurve.a_un_niceName = "Use Normal"
n_projectCurve.baseName = "projectCurve"
n_projectCurve.niceName = "Project Curve"
//
// String set: n_projectTangent
//
n_projectTangent.a_c_niceName = "Curvature"
n_projectTangent.a_cs_niceName = "Curvature Scale"
n_projectTangent.a_ic1_niceName = "Input Curve 1To Project To"
n_projectTangent.a_ic2_niceName = "Input Curve 2To Project To"
n_projectTangent.a_ic_niceName = "Input Curve To Project"
n_projectTangent.a_ie_niceName = "Ignore Edges"
n_projectTangent.a_is_niceName = "Input Surface To Project To"
n_projectTangent.a_oc_niceName = "Output Curve"
n_projectTangent.a_ro_niceName = "Rotate"
n_projectTangent.a_rt_niceName = "Reverse Tangent"
n_projectTangent.a_td_enum_kTangentDirNormal = "Normal"
n_projectTangent.a_td_enum_kTangentDirU = "U"
n_projectTangent.a_td_enum_kTangentDirV = "V"
n_projectTangent.a_td_niceName = "Tangent Direction"
n_projectTangent.a_ts_niceName = "Tangent Scale"
n_projectTangent.baseName = "projectTangent"
n_projectTangent.niceName = "Project Tangent"
//
// String set: n_projectTangentManip
//
n_projectTangentManip.baseName = "projectTangentManip"
n_projectTangentManip.niceName = "Project Tangent Manip"
//
// String set: n_projection
//
n_projection.a_awt_niceName = "Ang Wts"
n_projection.a_ax_niceName = "Amplitude X"
n_projection.a_ay_niceName = "Amplitude Y"
n_projection.a_c1x_niceName = "Vertex Camera One X"
n_projection.a_c1y_niceName = "Vertex Camera One Y"
n_projection.a_c1z_niceName = "Vertex Camera One Z"
n_projection.a_c2x_niceName = "Vertex Camera Two X"
n_projection.a_c2y_niceName = "Vertex Camera Two Y"
n_projection.a_c2z_niceName = "Vertex Camera Two Z"
n_projection.a_c3x_niceName = "Vertex Camera Three X"
n_projection.a_c3y_niceName = "Vertex Camera Three Y"
n_projection.a_c3z_niceName = "Vertex Camera Three Z"
n_projection.a_cag_niceName = "Cam Ag"
n_projection.a_cax_niceName = "Cam Ang X"
n_projection.a_cay_niceName = "Cam Ang Y"
n_projection.a_caz_niceName = "Cam Ang Z"
n_projection.a_cpo_niceName = "Cam Pos"
n_projection.a_cpx_niceName = "Cam Ps X"
n_projection.a_cpy_niceName = "Cam Ps Y"
n_projection.a_cpz_niceName = "Cam Ps Z"
n_projection.a_d_niceName = "Depth"
n_projection.a_dmn_niceName = "Depth Min"
n_projection.a_dmx_niceName = "Depth Max"
n_projection.a_dt_niceName = "Default Transparency"
n_projection.a_dtb_niceName = "Default Transparency B"
n_projection.a_dtg_niceName = "Default Transparency G"
n_projection.a_dtr_niceName = "Default Transparency R"
n_projection.a_dwt_niceName = "Dep Wts"
n_projection.a_ff_enum_kFillFit = "Fill"
n_projection.a_ff_enum_kHorizontalFit = "Horizontal"
n_projection.a_ff_enum_kVerticalFit = "Vertical"
n_projection.a_ff_niceName = "Fit Fill"
n_projection.a_ft_enum_kCameraFilm = "Match Camera Film Gate"
n_projection.a_ft_enum_kCameraRez = "Match Camera Resolution"
n_projection.a_ft_enum_kNoFit = "None"
n_projection.a_ft_niceName = "Fit Type"
n_projection.a_ib_niceName = "Info Bits"
n_projection.a_im_niceName = "Image"
n_projection.a_imb_niceName = "Image B"
n_projection.a_img_niceName = "Image G"
n_projection.a_imr_niceName = "Image R"
n_projection.a_it_niceName = "Transparency"
n_projection.a_itb_niceName = "Transparency B"
n_projection.a_itg_niceName = "Transparency G"
n_projection.a_itr_niceName = "Transparency R"
n_projection.a_lc_niceName = "Linked Camera"
n_projection.a_n_niceName = "Normal Camera"
n_projection.a_nx_niceName = "Normal Camera X"
n_projection.a_ny_niceName = "Normal Camera Y"
n_projection.a_nz_niceName = "Normal Camera Z"
n_projection.a_ot_niceName = "Out Transparency"
n_projection.a_otb_niceName = "Out Transparency B"
n_projection.a_otg_niceName = "Out Transparency G"
n_projection.a_otr_niceName = "Out Transparency R"
n_projection.a_pst_niceName = "Pass Tr"
n_projection.a_r_niceName = "Ripples"
n_projection.a_ra_niceName = "Ratio"
n_projection.a_rcx_niceName = "Ref Point Camera X"
n_projection.a_rcy_niceName = "Ref Point Camera Y"
n_projection.a_rcz_niceName = "Ref Point Camera Z"
n_projection.a_rox_niceName = "Ref Point Obj X"
n_projection.a_roy_niceName = "Ref Point Obj Y"
n_projection.a_roz_niceName = "Ref Point Obj Z"
n_projection.a_rpc_niceName = "Ref Point Camera"
n_projection.a_rpo_niceName = "Ref Point Obj"
n_projection.a_rx_niceName = "Ripples X"
n_projection.a_ry_niceName = "Ripples Y"
n_projection.a_rz_niceName = "Ripples Z"
n_projection.a_snx_niceName = "Srf Normal X"
n_projection.a_sny_niceName = "Srf Normal Y"
n_projection.a_snz_niceName = "Srf Normal Z"
n_projection.a_srn_niceName = "Srf Normal"
n_projection.a_t1u_niceName = "Vertex Uv One U"
n_projection.a_t1v_niceName = "Vertex Uv One V"
n_projection.a_t2u_niceName = "Vertex Uv Two U"
n_projection.a_t2v_niceName = "Vertex Uv Two V"
n_projection.a_t3u_niceName = "Vertex Uv Three U"
n_projection.a_t3v_niceName = "Vertex Uv Three V"
n_projection.a_t_enum_kBallProj = "Ball"
n_projection.a_t_enum_kCameraProj = "Perspective"
n_projection.a_t_enum_kConcentProj = "Concentric"
n_projection.a_t_enum_kCubicProj = "Cubic"
n_projection.a_t_enum_kCylindProj = "Cylindrical"
n_projection.a_t_enum_kNoProj = "Off"
n_projection.a_t_enum_kPlanarProj = "Planar"
n_projection.a_t_enum_kSphericalProj = "Spherical"
n_projection.a_t_enum_kTriPlanarProj = "TriPlanar"
n_projection.a_t_niceName = "Proj Type"
n_projection.a_tg_niceName = "Transparency Gain"
n_projection.a_tgb_niceName = "Transparency Gain B"
n_projection.a_tgg_niceName = "Transparency Gain G"
n_projection.a_tgr_niceName = "Transparency Gain R"
n_projection.a_to_niceName = "Transparency Offset"
n_projection.a_tob_niceName = "Transparency Offset B"
n_projection.a_tog_niceName = "Transparency Offset G"
n_projection.a_tor_niceName = "Transparency Offset R"
n_projection.a_tu_niceName = "Tangent UCamera"
n_projection.a_tux_niceName = "Tangent Ux"
n_projection.a_tuy_niceName = "Tangent Uy"
n_projection.a_tuz_niceName = "Tangent Uz"
n_projection.a_tv_niceName = "Tangent VCamera"
n_projection.a_tvx_niceName = "Tangent Vx"
n_projection.a_tvy_niceName = "Tangent Vy"
n_projection.a_tvz_niceName = "Tangent Vz"
n_projection.a_u_niceName = "U Coord"
n_projection.a_ua_niceName = "U Angle"
n_projection.a_uf_niceName = "Uv Filter Size"
n_projection.a_ufx_niceName = "Uv Filter Size X"
n_projection.a_ufy_niceName = "Uv Filter Size Y"
n_projection.a_uv_niceName = "Uv Coord"
n_projection.a_v_niceName = "V Coord"
n_projection.a_va_niceName = "V Angle"
n_projection.a_vc1_niceName = "Vertex Camera One"
n_projection.a_vc2_niceName = "Vertex Camera Two"
n_projection.a_vc3_niceName = "Vertex Camera Three"
n_projection.a_vt1_niceName = "Vertex Uv One"
n_projection.a_vt2_niceName = "Vertex Uv Two"
n_projection.a_vt3_niceName = "Vertex Uv Three"
n_projection.a_xpa_niceName = "X Pixel Angle"
n_projection.baseName = "projection"
n_projection.niceName = "Projection"
//
// String set: n_projectionManip
//
n_projectionManip.baseName = "projectionManip"
n_projectionManip.niceName = "Projection Manip"
//
// String set: n_projectionMultiManip
//
n_projectionMultiManip.baseName = "projectionMultiManip"
n_projectionMultiManip.niceName = "Projection Multi Manip"
//
// String set: n_projectionUVManip
//
n_projectionUVManip.baseName = "projectionUVManip"
n_projectionUVManip.niceName = "Projection UVManip"
//
// String set: n_propModManip
//
n_propModManip.baseName = "propModManip"
n_propModManip.niceName = "Prop Mod Manip"
//
// String set: n_propMoveTriadManip
//
n_propMoveTriadManip.baseName = "propMoveTriadManip"
n_propMoveTriadManip.niceName = "Prop Move Triad Manip"
//
// String set: n_proxyManager
//
n_proxyManager.a_aprx_niceName = "Active Proxy"
n_proxyManager.a_plst_niceName = "Proxy List"
n_proxyManager.a_psed_niceName = "Shared Edits Owner"
n_proxyManager.baseName = "proxyManager"
n_proxyManager.niceName = "Proxy Manager"
//
// String set: n_psdFileTex
//
n_psdFileTex.a_alp_niceName = "Alpha"
n_psdFileTex.a_als_niceName = "Alpha List"
n_psdFileTex.a_lsn_niceName = "Layer Set Name"
n_psdFileTex.a_lyd_niceName = "Layer Depths"
n_psdFileTex.a_lys_niceName = "Layer Sets"
n_psdFileTex.baseName = "psdFileTex"
n_psdFileTex.niceName = "PSD File"
//
// String set: n_quadPtOnLineManip
//
n_quadPtOnLineManip.baseName = "quadPtOnLineManip"
n_quadPtOnLineManip.niceName = "Quad Pt On Line Manip"
//
// String set: n_quadShadingSwitch
//
n_quadShadingSwitch.a_dc1_niceName = "Def Comp 1"
n_quadShadingSwitch.a_dc2_niceName = "Def Comp 2"
n_quadShadingSwitch.a_dc3_niceName = "Def Comp 3"
n_quadShadingSwitch.a_def_niceName = "Default"
n_quadShadingSwitch.a_dsi_niceName = "Def Single"
n_quadShadingSwitch.a_dtr_niceName = "Def Triple"
n_quadShadingSwitch.a_i_niceName = "Input"
n_quadShadingSwitch.a_ic1_niceName = "In Comp 1"
n_quadShadingSwitch.a_ic2_niceName = "In Comp 2"
n_quadShadingSwitch.a_ic3_niceName = "In Comp 3"
n_quadShadingSwitch.a_iq_niceName = "In Quad"
n_quadShadingSwitch.a_is_niceName = "In Shape"
n_quadShadingSwitch.a_isi_niceName = "In Single"
n_quadShadingSwitch.a_itr_niceName = "In Triple"
n_quadShadingSwitch.a_oc1_niceName = "Out Comp 1"
n_quadShadingSwitch.a_oc2_niceName = "Out Comp 2"
n_quadShadingSwitch.a_oc3_niceName = "Out Comp 3"
n_quadShadingSwitch.a_osi_niceName = "Out Single"
n_quadShadingSwitch.a_otr_niceName = "Out Triple"
n_quadShadingSwitch.a_out_niceName = "Output"
n_quadShadingSwitch.baseName = "quadShadingSwitch"
n_quadShadingSwitch.niceName = "Quad Switch"
//
// String set: n_radialField
//
n_radialField.a_typ_niceName = "Radial Type"
n_radialField.baseName = "radialField"
n_radialField.niceName = "Radial Field"
//
// String set: n_ramp
//
n_ramp.a_cel_niceName = "Color Entry List"
n_ramp.a_ec_niceName = "Color"
n_ramp.a_ecb_niceName = "Color B"
n_ramp.a_ecg_niceName = "Color G"
n_ramp.a_ecr_niceName = "Color R"
n_ramp.a_ep_niceName = "Position"
n_ramp.a_hn_niceName = "Hue Noise"
n_ramp.a_hnf_niceName = "Hue Noise Freq"
n_ramp.a_in_enum_kBumpInterp = "Bump"
n_ramp.a_in_enum_kExpDnInterp = "Exponential Down"
n_ramp.a_in_enum_kExpUpInterp = "Exponential Up"
n_ramp.a_in_enum_kLinearInterp = "Linear"
n_ramp.a_in_enum_kNoInterp = "None"
n_ramp.a_in_enum_kSmoothInterp = "Smooth"
n_ramp.a_in_enum_kSpikeInterp = "Spike"
n_ramp.a_in_niceName = "Interpolation"
n_ramp.a_n_niceName = "Noise"
n_ramp.a_nf_niceName = "Noise Freq"
n_ramp.a_sn_niceName = "Sat Noise"
n_ramp.a_snf_niceName = "Sat Noise Freq"
n_ramp.a_t_enum_kBoxRamp = "Box Ramp"
n_ramp.a_t_enum_kCircularRamp = "Circular Ramp"
n_ramp.a_t_enum_kDiagRamp = "Diagonal Ramp"
n_ramp.a_t_enum_kFourRamp = "Four Corner Ramp"
n_ramp.a_t_enum_kRadialRamp = "Radial Ramp"
n_ramp.a_t_enum_kTartanRamp = "Tartan Ramp"
n_ramp.a_t_enum_kURamp = "U Ramp"
n_ramp.a_t_enum_kUVRamp = "UV Ramp"
n_ramp.a_t_enum_kVRamp = "V Ramp"
n_ramp.a_t_niceName = "Type"
n_ramp.a_uw_niceName = "U Wave"
n_ramp.a_vn_niceName = "Val Noise"
n_ramp.a_vnf_niceName = "Val Noise Freq"
n_ramp.a_vw_niceName = "V Wave"
n_ramp.baseName = "ramp"
n_ramp.niceName = "Ramp"
//
// String set: n_rampShader
//
n_rampShader.a_absb_niceName = "Light Absorbance"
n_rampShader.a_acb_niceName = "Ambient Color B"
n_rampShader.a_acg_niceName = "Ambient Color G"
n_rampShader.a_acr_niceName = "Ambient Color R"
n_rampShader.a_ambc_niceName = "Ambient Color"
n_rampShader.a_cin_enum_kBrightness = "Brightness"
n_rampShader.a_cin_enum_kFacingAngle = "Facing Angle"
n_rampShader.a_cin_enum_kLightAngle = "Light Angle"
n_rampShader.a_cin_enum_kNormalizedBrightness = "Normalized Brightness"
n_rampShader.a_cin_niceName = "Color Input"
n_rampShader.a_clr_niceName = "Color"
n_rampShader.a_clrc_niceName = "Color _Color"
n_rampShader.a_clrcb_niceName = "Color _Color B"
n_rampShader.a_clrcg_niceName = "Color _Color G"
n_rampShader.a_clrcr_niceName = "Color _Color R"
n_rampShader.a_clri_enum_kLinear = "Linear"
n_rampShader.a_clri_enum_kNone = "None"
n_rampShader.a_clri_enum_kSmooth = "Smooth"
n_rampShader.a_clri_enum_kSpline = "Spline"
n_rampShader.a_clri_niceName = "Color _Interp"
n_rampShader.a_clrp_niceName = "Color _Position"
n_rampShader.a_crab_niceName = "Chromatic Aberration"
n_rampShader.a_dc_niceName = "Diffuse"
n_rampShader.a_e2w_niceName = "Matrix Eye To World"
n_rampShader.a_ec_niceName = "Eccentricity"
n_rampShader.a_env_niceName = "Environment"
n_rampShader.a_envc_niceName = "Environment _Color"
n_rampShader.a_envcb_niceName = "Environment _Color B"
n_rampShader.a_envcg_niceName = "Environment _Color G"
n_rampShader.a_envcr_niceName = "Environment _Color R"
n_rampShader.a_envi_enum_kLinear = "Linear"
n_rampShader.a_envi_enum_kNone = "None"
n_rampShader.a_envi_enum_kSmooth = "Smooth"
n_rampShader.a_envi_enum_kSpline = "Spline"
n_rampShader.a_envi_niceName = "Environment _Interp"
n_rampShader.a_envp_niceName = "Environment _Position"
n_rampShader.a_fakc_niceName = "Shadow Attenuation"
n_rampShader.a_fll_niceName = "Reflection Limit"
n_rampShader.a_fsc_niceName = "Forward Scatter"
n_rampShader.a_gi_niceName = "Glow Intensity"
n_rampShader.a_hs_niceName = "Hide Source"
n_rampShader.a_ic_niceName = "Incandescence"
n_rampShader.a_icc_niceName = "Incandescence _Color"
n_rampShader.a_iccb_niceName = "Incandescence _Color B"
n_rampShader.a_iccg_niceName = "Incandescence _Color G"
n_rampShader.a_iccr_niceName = "Incandescence _Color R"
n_rampShader.a_ici_enum_kLinear = "Linear"
n_rampShader.a_ici_enum_kNone = "None"
n_rampShader.a_ici_enum_kSmooth = "Smooth"
n_rampShader.a_ici_enum_kSpline = "Spline"
n_rampShader.a_ici_niceName = "Incandescence _Interp"
n_rampShader.a_icp_niceName = "Incandescence _Position"
n_rampShader.a_it_niceName = "Transparency"
n_rampShader.a_itc_niceName = "Transparency _Color"
n_rampShader.a_itcb_niceName = "Transparency _Color B"
n_rampShader.a_itcg_niceName = "Transparency _Color G"
n_rampShader.a_itcr_niceName = "Transparency _Color R"
n_rampShader.a_iti_enum_kLinear = "Linear"
n_rampShader.a_iti_enum_kNone = "None"
n_rampShader.a_iti_enum_kSmooth = "Smooth"
n_rampShader.a_iti_enum_kSpline = "Spline"
n_rampShader.a_iti_niceName = "Transparency _Interp"
n_rampShader.a_itp_niceName = "Transparency _Position"
n_rampShader.a_la_niceName = "Light Ambient"
n_rampShader.a_lbd_niceName = "Light Blind Data"
n_rampShader.a_ld_niceName = "Light Direction"
n_rampShader.a_ldf_niceName = "Light Diffuse"
n_rampShader.a_ldx_niceName = "Light Direction X"
n_rampShader.a_ldy_niceName = "Light Direction Y"
n_rampShader.a_ldz_niceName = "Light Direction Z"
n_rampShader.a_li_niceName = "Light Intensity"
n_rampShader.a_lib_niceName = "Light Intensity B"
n_rampShader.a_lig_niceName = "Light Intensity G"
n_rampShader.a_lir_niceName = "Light Intensity R"
n_rampShader.a_ls_niceName = "Light Specular"
n_rampShader.a_lsf_niceName = "Light Shadow Fraction"
n_rampShader.a_ltd_niceName = "Light Data Array"
n_rampShader.a_mog_niceName = "Matte Opacity"
n_rampShader.a_mom_enum_kBlackHoleM = "Black Hole"
n_rampShader.a_mom_enum_kOpacityGain = "Opacity Gain"
n_rampShader.a_mom_enum_kSolidMatte = "Solid Matte"
n_rampShader.a_mom_niceName = "Matte Opacity Mode"
n_rampShader.a_mrfi_niceName = "Medium Refractive Index"
n_rampShader.a_n_niceName = "Normal Camera"
n_rampShader.a_nx_niceName = "Normal Camera X"
n_rampShader.a_ny_niceName = "Normal Camera Y"
n_rampShader.a_nz_niceName = "Normal Camera Z"
n_rampShader.a_oc_niceName = "Out Color"
n_rampShader.a_ocb_niceName = "Out Color B"
n_rampShader.a_ocg_niceName = "Out Color G"
n_rampShader.a_ocr_niceName = "Out Color R"
n_rampShader.a_ogb_niceName = "Out Glow Color B"
n_rampShader.a_ogc_niceName = "Out Glow Color"
n_rampShader.a_ogg_niceName = "Out Glow Color G"
n_rampShader.a_ogr_niceName = "Out Glow Color R"
n_rampShader.a_oi_niceName = "Object Id"
n_rampShader.a_omo_niceName = "Out Matte Opacity"
n_rampShader.a_omob_niceName = "Out Matte Opacity B"
n_rampShader.a_omog_niceName = "Out Matte Opacity G"
n_rampShader.a_omor_niceName = "Out Matte Opacity R"
n_rampShader.a_opad_niceName = "Opacity Depth"
n_rampShader.a_ot_niceName = "Out Transparency"
n_rampShader.a_otb_niceName = "Out Transparency B"
n_rampShader.a_otg_niceName = "Out Transparency G"
n_rampShader.a_otr_niceName = "Out Transparency R"
n_rampShader.a_pc_niceName = "Point Camera"
n_rampShader.a_pi_niceName = "Primitive Id"
n_rampShader.a_psi_niceName = "Pre Shadow Intensity"
n_rampShader.a_px_niceName = "Point Camera X"
n_rampShader.a_py_niceName = "Point Camera Y"
n_rampShader.a_pz_niceName = "Point Camera Z"
n_rampShader.a_rad_niceName = "Ray Direction"
n_rampShader.a_rb_niceName = "Reflected Color B"
n_rampShader.a_rc_niceName = "Reflected Color"
n_rampShader.a_rd_niceName = "Ray Depth"
n_rampShader.a_rdl_niceName = "Refraction Limit"
n_rampShader.a_rdx_niceName = "Ray Direction X"
n_rampShader.a_rdy_niceName = "Ray Direction Y"
n_rampShader.a_rdz_niceName = "Ray Direction Z"
n_rampShader.a_rfc_niceName = "Refractions"
n_rampShader.a_rfi_niceName = "Refractive Index"
n_rampShader.a_rfl_niceName = "Reflectivity"
n_rampShader.a_rflfv_niceName = "Reflectivity _Float Value"
n_rampShader.a_rfli_enum_kLinear = "Linear"
n_rampShader.a_rfli_enum_kNone = "None"
n_rampShader.a_rfli_enum_kSmooth = "Smooth"
n_rampShader.a_rfli_enum_kSpline = "Spline"
n_rampShader.a_rfli_niceName = "Reflectivity _Interp"
n_rampShader.a_rflp_niceName = "Reflectivity _Position"
n_rampShader.a_rg_niceName = "Reflected Color G"
n_rampShader.a_rr_niceName = "Reflected Color R"
n_rampShader.a_rsp_niceName = "Reflection Specularity"
n_rampShader.a_rtr_niceName = "Ray Sampler"
n_rampShader.a_ryi_niceName = "Ray Instance"
n_rampShader.a_sc_niceName = "Specular Color"
n_rampShader.a_scc_niceName = "Specular Color _Color"
n_rampShader.a_sccb_niceName = "Specular Color _Color B"
n_rampShader.a_sccg_niceName = "Specular Color _Color G"
n_rampShader.a_sccr_niceName = "Specular Color _Color R"
n_rampShader.a_sci_enum_kLinear = "Linear"
n_rampShader.a_sci_enum_kNone = "None"
n_rampShader.a_sci_enum_kSmooth = "Smooth"
n_rampShader.a_sci_enum_kSpline = "Spline"
n_rampShader.a_sci_niceName = "Specular Color _Interp"
n_rampShader.a_scp_niceName = "Specular Color _Position"
n_rampShader.a_shb_niceName = "Shadow Color B"
n_rampShader.a_shc_niceName = "Shadow Color"
n_rampShader.a_shg_niceName = "Shadow Color G"
n_rampShader.a_shr_niceName = "Shadow Color R"
n_rampShader.a_sht_niceName = "Shadow Threshold"
n_rampShader.a_smd_enum_kSmConstantColor = "Constant Color"
n_rampShader.a_smd_enum_kSmNormal = "Normal"
n_rampShader.a_smd_enum_kSmShadedColor = "Shaded Color"
n_rampShader.a_smd_niceName = "Shadow Mode"
n_rampShader.a_spg_niceName = "Specular Glow"
n_rampShader.a_spl_niceName = "Specularity"
n_rampShader.a_sro_niceName = "Specular Roll Off"
n_rampShader.a_srofv_niceName = "Specular Roll Off _Float Value"
n_rampShader.a_sroi_enum_kLinear = "Linear"
n_rampShader.a_sroi_enum_kNone = "None"
n_rampShader.a_sroi_enum_kSmooth = "Smooth"
n_rampShader.a_sroi_enum_kSpline = "Spline"
n_rampShader.a_sroi_niceName = "Specular Roll Off _Interp"
n_rampShader.a_srop_niceName = "Specular Roll Off _Position"
n_rampShader.a_tc_niceName = "Translucence"
n_rampShader.a_tcf_niceName = "Translucence Focus"
n_rampShader.a_thik_niceName = "Surface Thickness"
n_rampShader.a_tnc_niceName = "Triangle Normal Camera"
n_rampShader.a_tnx_niceName = "Triangle Normal Camera X"
n_rampShader.a_tny_niceName = "Triangle Normal Camera Y"
n_rampShader.a_tnz_niceName = "Triangle Normal Camera Z"
n_rampShader.a_trdp_niceName = "Transparency Depth"
n_rampShader.a_trsd_niceName = "Translucence Depth"
n_rampShader.baseName = "rampShader"
n_rampShader.niceName = "Ramp Shader"
//
// String set: n_rbfSrf
//
n_rbfSrf.a_os_niceName = "Output Surface"
n_rbfSrf.a_pr_niceName = "Primary Radius"
n_rbfSrf.a_ps_niceName = "Primary Surface"
n_rbfSrf.a_pt_niceName = "Position Tolerance"
n_rbfSrf.a_sr_niceName = "Secondary Radius"
n_rbfSrf.a_ss_niceName = "Secondary Surface"
n_rbfSrf.a_tcp_niceName = "Trim Curve On Primary"
n_rbfSrf.a_tcs_niceName = "Trim Curve On Secondary"
n_rbfSrf.a_tt_niceName = "Tangent Tolerance"
n_rbfSrf.baseName = "rbfSrf"
n_rbfSrf.niceName = "Rbf Srf"
//
// String set: n_rbfSrfManip
//
n_rbfSrfManip.baseName = "rbfSrfManip"
n_rbfSrfManip.niceName = "Rbf Srf Manip"
//
// String set: n_rebuildCurve
//
n_rebuildCurve.a_d_enum_kCubicDegree = "Cubic"
n_rebuildCurve.a_d_enum_kLinearDegree = "Linear"
n_rebuildCurve.a_d_enum_kQuadraticDegree = "Quadratic"
n_rebuildCurve.a_d_enum_kQuinticDegree = "Quintic"
n_rebuildCurve.a_d_enum_kSepticDegree = "Heptic"
n_rebuildCurve.a_d_niceName = "Degree"
n_rebuildCurve.a_end_enum_kRebuildCurveEndsMultiple = "Multiple end knots"
n_rebuildCurve.a_end_enum_kRebuildCurveEndsUniform = "Non Multiple end knots"
n_rebuildCurve.a_end_niceName = "End Knots"
n_rebuildCurve.a_fr_niceName = "Fit Rebuild"
n_rebuildCurve.a_ic_niceName = "Input Curve"
n_rebuildCurve.a_kcp_niceName = "Keep Control Points"
n_rebuildCurve.a_kep_niceName = "Keep End Points"
n_rebuildCurve.a_kr_enum_kRebuildRange01 = "0 to 1"
n_rebuildCurve.a_kr_enum_kRebuildRange0n = "0 to #spans"
n_rebuildCurve.a_kr_enum_kRebuildRangeKeep = "Original"
n_rebuildCurve.a_kr_niceName = "Keep Range"
n_rebuildCurve.a_kt_niceName = "Keep Tangents"
n_rebuildCurve.a_mc_niceName = "Match Curve"
n_rebuildCurve.a_oc_niceName = "Output Curve"
n_rebuildCurve.a_rt_enum_kRebuildCurveClean = "Clean"
n_rebuildCurve.a_rt_enum_kRebuildCurveCurvature = "Curvature"
n_rebuildCurve.a_rt_enum_kRebuildCurveEnds = "End Conditions"
n_rebuildCurve.a_rt_enum_kRebuildCurveMatchKnots = "Match Knots"
n_rebuildCurve.a_rt_enum_kRebuildCurveNoMults = "No Mults"
n_rebuildCurve.a_rt_enum_kRebuildCurveReduceSpans = "Reduce Spans"
n_rebuildCurve.a_rt_enum_kRebuildCurveUniform = "Uniform"
n_rebuildCurve.a_rt_niceName = "Rebuild Type"
n_rebuildCurve.a_s_niceName = "Spans"
n_rebuildCurve.a_scr_niceName = "Smart Surface Curve Rebuild"
n_rebuildCurve.a_sm_niceName = "Smooth"
n_rebuildCurve.a_tol_niceName = "Tolerance"
n_rebuildCurve.baseName = "rebuildCurve"
n_rebuildCurve.niceName = "Rebuild Curve"
//
// String set: n_rebuildSurface
//
n_rebuildSurface.a_dir_enum_kBothDirections = "U rRebuildSurfaceBoth V"
n_rebuildSurface.a_dir_enum_kUDirection = "U"
n_rebuildSurface.a_dir_enum_kVDirection = "V"
n_rebuildSurface.a_dir_niceName = "Direction"
n_rebuildSurface.a_du_enum_kCubicUDegree = "Cubic"
n_rebuildSurface.a_du_enum_kLinearUDegree = "Linear"
n_rebuildSurface.a_du_enum_kMaintainUDegree = "Original"
n_rebuildSurface.a_du_enum_kQuadraticUDegree = "Quadratic"
n_rebuildSurface.a_du_enum_kQuinticUDegree = "Quintic"
n_rebuildSurface.a_du_enum_kSepticUDegree = "Heptic"
n_rebuildSurface.a_du_niceName = "Degree U"
n_rebuildSurface.a_dv_enum_kCubicVDegree = "Cubic"
n_rebuildSurface.a_dv_enum_kLinearVDegree = "Linear"
n_rebuildSurface.a_dv_enum_kMaintainVDegree = "Original"
n_rebuildSurface.a_dv_enum_kQuadraticVDegree = "Quadratic"
n_rebuildSurface.a_dv_enum_kQuinticVDegree = "Quintic"
n_rebuildSurface.a_dv_enum_kSepticVDegree = "Heptic"
n_rebuildSurface.a_dv_niceName = "Degree V"
n_rebuildSurface.a_end_enum_kRebuildSurfaceEndsMultiple = "Multiple end knots"
n_rebuildSurface.a_end_enum_kRebuildSurfaceEndsUniform = "Non Multiple end knots"
n_rebuildSurface.a_end_niceName = "End Knots"
n_rebuildSurface.a_fr_enum_kFitRebuildConvertClassic = "Convert Classic"
n_rebuildSurface.a_fr_enum_kFitRebuildConvertGrid = "Convert Grid"
n_rebuildSurface.a_fr_enum_kFitRebuildConvertMatch = "Convert Open"
n_rebuildSurface.a_fr_enum_kFitRebuildFit = "Fit (Least Squares)"
n_rebuildSurface.a_fr_niceName = "Fit Rebuild"
n_rebuildSurface.a_is_niceName = "Input Surface"
n_rebuildSurface.a_kc_niceName = "Keep Corners"
n_rebuildSurface.a_kcp_niceName = "Keep Control Points"
n_rebuildSurface.a_kr_enum_kRebuildRange01 = "0 to 1"
n_rebuildSurface.a_kr_enum_kRebuildRange0n = "0 to #spans"
n_rebuildSurface.a_kr_enum_kRebuildRangeKeep = "Original"
n_rebuildSurface.a_kr_niceName = "Keep Range"
n_rebuildSurface.a_ms_niceName = "Match Surface"
n_rebuildSurface.a_orr_niceName = "Old Rebuild Rational"
n_rebuildSurface.a_os_niceName = "Output Surface"
n_rebuildSurface.a_rt_enum_kRebuildSurfaceBezier = "Bezier"
n_rebuildSurface.a_rt_enum_kRebuildSurfaceEnds = "End Conditions"
n_rebuildSurface.a_rt_enum_kRebuildSurfaceMatchKnots = "Match Knots"
n_rebuildSurface.a_rt_enum_kRebuildSurfaceNoMults = "No Mults"
n_rebuildSurface.a_rt_enum_kRebuildSurfaceNonRational = "Non-rational"
n_rebuildSurface.a_rt_enum_kRebuildSurfaceReduceSpans = "Reduce Spans"
n_rebuildSurface.a_rt_enum_kRebuildSurfaceUniform = "Uniform"
n_rebuildSurface.a_rt_niceName = "Rebuild Type"
n_rebuildSurface.a_su_niceName = "Spans U"
n_rebuildSurface.a_sv_niceName = "Spans V"
n_rebuildSurface.a_tol_niceName = "Tolerance"
n_rebuildSurface.baseName = "rebuildSurface"
n_rebuildSurface.niceName = "Rebuild Surface"
//
// String set: n_record
//
n_record.a_i_niceName = "Input"
n_record.baseName = "record"
n_record.niceName = "Record"
//
// String set: n_reference
//
n_reference.a_al_niceName = "Add Attr List"
n_reference.a_asn_niceName = "Associated Node"
n_reference.a_bl_niceName = "Broken Connection List"
n_reference.a_c_niceName = "Connection"
n_reference.a_ca_niceName = "Connection Attr"
n_reference.a_cl_niceName = "Connection List"
n_reference.a_dl_niceName = "Delete Attr List"
n_reference.a_ed_niceName = "Edits"
n_reference.a_fn_niceName = "File Names"
n_reference.a_fp_niceName = "Foster Parent"
n_reference.a_fs_niceName = "Foster Siblings"
n_reference.a_lk_niceName = "Locked"
n_reference.a_mp_niceName = "Multi Parent"
n_reference.a_mpl_niceName = "Multi Parent List"
n_reference.a_phl_niceName = "Place Holder List"
n_reference.a_phns_niceName = "Place Holder Namespace"
n_reference.a_pl_niceName = "Parent List"
n_reference.a_pmsg_niceName = "Proxy Msg"
n_reference.a_ptag_niceName = "Proxy Tag"
n_reference.a_sl_niceName = "Set Attr List"
n_reference.a_sr_niceName = "Shared Reference"
n_reference.a_ur_niceName = "Unknown Reference"
n_reference.baseName = "reference"
n_reference.niceName = "Reference"
//
// String set: n_reflect
//
n_reflect.a_fll_niceName = "Reflection Limit"
n_reflect.a_rb_niceName = "Reflected Color B"
n_reflect.a_rc_niceName = "Reflected Color"
n_reflect.a_rfl_niceName = "Reflectivity"
n_reflect.a_rg_niceName = "Reflected Color G"
n_reflect.a_rr_niceName = "Reflected Color R"
n_reflect.a_rsp_niceName = "Reflection Specularity"
n_reflect.a_sb_niceName = "Specular Color B"
n_reflect.a_sc_niceName = "Specular Color"
n_reflect.a_sg_niceName = "Specular Color G"
n_reflect.a_sr_niceName = "Specular Color R"
n_reflect.a_tnc_niceName = "Triangle Normal Camera"
n_reflect.a_tnx_niceName = "Triangle Normal Camera X"
n_reflect.a_tny_niceName = "Triangle Normal Camera Y"
n_reflect.a_tnz_niceName = "Triangle Normal Camera Z"
n_reflect.baseName = "reflect"
n_reflect.niceName = "Reflect"
//
// String set: n_remapColor
//
n_remapColor.a_arp_enum_0 = "Pass through"
n_remapColor.a_arp_enum_1 = "Apply to Render Passes"
n_remapColor.a_arp_enum_2 = "No Contribution"
n_remapColor.a_arp_enum_3 = "Write Shader Result to Beauty Passes"
n_remapColor.a_arp_niceName = "Render Pass Mode"
n_remapColor.a_b_niceName = "Blue"
n_remapColor.a_bfv_niceName = "Blue _Float Value"
n_remapColor.a_bi_enum_kLinear = "Linear"
n_remapColor.a_bi_enum_kNone = "None"
n_remapColor.a_bi_enum_kSmooth = "Smooth"
n_remapColor.a_bi_enum_kSpline = "Spline"
n_remapColor.a_bi_niceName = "Blue _Interp"
n_remapColor.a_bp_niceName = "Blue _Position"
n_remapColor.a_cb_niceName = "Color B"
n_remapColor.a_cg_niceName = "Color G"
n_remapColor.a_cl_niceName = "Color"
n_remapColor.a_cr_niceName = "Color R"
n_remapColor.a_g_niceName = "Green"
n_remapColor.a_gfv_niceName = "Green _Float Value"
n_remapColor.a_gi_enum_kLinear = "Linear"
n_remapColor.a_gi_enum_kNone = "None"
n_remapColor.a_gi_enum_kSmooth = "Smooth"
n_remapColor.a_gi_enum_kSpline = "Spline"
n_remapColor.a_gi_niceName = "Green _Interp"
n_remapColor.a_gp_niceName = "Green _Position"
n_remapColor.a_imn_niceName = "Input Min"
n_remapColor.a_imx_niceName = "Input Max"
n_remapColor.a_oc_niceName = "Out Color"
n_remapColor.a_ocb_niceName = "Out Color B"
n_remapColor.a_ocg_niceName = "Out Color G"
n_remapColor.a_ocr_niceName = "Out Color R"
n_remapColor.a_omn_niceName = "Output Min"
n_remapColor.a_omx_niceName = "Output Max"
n_remapColor.a_r_niceName = "Red"
n_remapColor.a_rfv_niceName = "Red _Float Value"
n_remapColor.a_ri_enum_kLinear = "Linear"
n_remapColor.a_ri_enum_kNone = "None"
n_remapColor.a_ri_enum_kSmooth = "Smooth"
n_remapColor.a_ri_enum_kSpline = "Spline"
n_remapColor.a_ri_niceName = "Red _Interp"
n_remapColor.a_rp_niceName = "Red _Position"
n_remapColor.baseName = "remapColor"
n_remapColor.niceName = "Remap Color"
//
// String set: n_remapHsv
//
n_remapHsv.a_arp_enum_0 = "Pass through"
n_remapHsv.a_arp_enum_1 = "Apply to Render Passes"
n_remapHsv.a_arp_enum_2 = "No Contribution"
n_remapHsv.a_arp_enum_3 = "Write Shader Result to Beauty Passes"
n_remapHsv.a_arp_niceName = "Render Pass Mode"
n_remapHsv.a_cb_niceName = "Color B"
n_remapHsv.a_cg_niceName = "Color G"
n_remapHsv.a_cl_niceName = "Color"
n_remapHsv.a_cr_niceName = "Color R"
n_remapHsv.a_h_niceName = "Hue"
n_remapHsv.a_hfv_niceName = "Hue _Float Value"
n_remapHsv.a_hi_enum_kLinear = "Linear"
n_remapHsv.a_hi_enum_kNone = "None"
n_remapHsv.a_hi_enum_kSmooth = "Smooth"
n_remapHsv.a_hi_enum_kSpline = "Spline"
n_remapHsv.a_hi_niceName = "Hue _Interp"
n_remapHsv.a_hp_niceName = "Hue _Position"
n_remapHsv.a_imn_niceName = "Input Min"
n_remapHsv.a_imx_niceName = "Input Max"
n_remapHsv.a_oc_niceName = "Out Color"
n_remapHsv.a_ocb_niceName = "Out Color B"
n_remapHsv.a_ocg_niceName = "Out Color G"
n_remapHsv.a_ocr_niceName = "Out Color R"
n_remapHsv.a_omn_niceName = "Output Min"
n_remapHsv.a_omx_niceName = "Output Max"
n_remapHsv.a_s_niceName = "Saturation"
n_remapHsv.a_sfv_niceName = "Saturation _Float Value"
n_remapHsv.a_si_enum_kLinear = "Linear"
n_remapHsv.a_si_enum_kNone = "None"
n_remapHsv.a_si_enum_kSmooth = "Smooth"
n_remapHsv.a_si_enum_kSpline = "Spline"
n_remapHsv.a_si_niceName = "Saturation _Interp"
n_remapHsv.a_sp_niceName = "Saturation _Position"
n_remapHsv.a_v_niceName = "Value"
n_remapHsv.a_vfv_niceName = "Value _Float Value"
n_remapHsv.a_vi_enum_kLinear = "Linear"
n_remapHsv.a_vi_enum_kNone = "None"
n_remapHsv.a_vi_enum_kSmooth = "Smooth"
n_remapHsv.a_vi_enum_kSpline = "Spline"
n_remapHsv.a_vi_niceName = "Value _Interp"
n_remapHsv.a_vp_niceName = "Value _Position"
n_remapHsv.baseName = "remapHsv"
n_remapHsv.niceName = "Remap Hsv"
//
// String set: n_remapValue
//
n_remapValue.a_cl_niceName = "Color"
n_remapValue.a_clc_niceName = "Color _Color"
n_remapValue.a_clcb_niceName = "Color _Color B"
n_remapValue.a_clcg_niceName = "Color _Color G"
n_remapValue.a_clcr_niceName = "Color _Color R"
n_remapValue.a_cli_enum_kLinear = "Linear"
n_remapValue.a_cli_enum_kNone = "None"
n_remapValue.a_cli_enum_kSmooth = "Smooth"
n_remapValue.a_cli_enum_kSpline = "Spline"
n_remapValue.a_cli_niceName = "Color _Interp"
n_remapValue.a_clp_niceName = "Color _Position"
n_remapValue.a_i_niceName = "Input Value"
n_remapValue.a_imn_niceName = "Input Min"
n_remapValue.a_imx_niceName = "Input Max"
n_remapValue.a_oc_niceName = "Out Color"
n_remapValue.a_ocb_niceName = "Out Color B"
n_remapValue.a_ocg_niceName = "Out Color G"
n_remapValue.a_ocr_niceName = "Out Color R"
n_remapValue.a_omn_niceName = "Output Min"
n_remapValue.a_omx_niceName = "Output Max"
n_remapValue.a_ov_niceName = "Out Value"
n_remapValue.a_vl_niceName = "Value"
n_remapValue.a_vlfv_niceName = "Value _Float Value"
n_remapValue.a_vli_enum_kLinear = "Linear"
n_remapValue.a_vli_enum_kNone = "None"
n_remapValue.a_vli_enum_kSmooth = "Smooth"
n_remapValue.a_vli_enum_kSpline = "Spline"
n_remapValue.a_vli_niceName = "Value _Interp"
n_remapValue.a_vlp_niceName = "Value _Position"
n_remapValue.baseName = "remapValue"
n_remapValue.niceName = "Remap Value"
//
// String set: n_renderBox
//
n_renderBox.baseName = "renderBox"
n_renderBox.niceName = "Render Box"
//
// String set: n_renderCone
//
n_renderCone.baseName = "renderCone"
n_renderCone.niceName = "Render Cone"
//
// String set: n_renderGlobals
//
n_renderGlobals.a_afp_niceName = "Apply Fog In Post"
n_renderGlobals.a_an_niceName = "Animation"
n_renderGlobals.a_ar_enum_kUseGlobals = "Render Settings"
n_renderGlobals.a_ar_enum_kUseStartEnd = "Start/End"
n_renderGlobals.a_ar_niceName = "Animation Range"
n_renderGlobals.a_be_niceName = "By Extension"
n_renderGlobals.a_bf_niceName = "By Frame"
n_renderGlobals.a_bfs_niceName = "By Frame Step"
n_renderGlobals.a_bll_niceName = "Blur Length"
n_renderGlobals.a_bls_niceName = "Blur Sharpness"
n_renderGlobals.a_bn_niceName = "Buffer Name"
n_renderGlobals.a_bot_niceName = "Bottom Region"
n_renderGlobals.a_cif_niceName = "Create Ipr File"
n_renderGlobals.a_clip_niceName = "Clip Final Shaded Color"
n_renderGlobals.a_comp_niceName = "Composite"
n_renderGlobals.a_cpe_niceName = "Color Profile Enabled"
n_renderGlobals.a_cth_niceName = "Composite Threshold"
n_renderGlobals.a_dts_niceName = "Default Traversal Set"
n_renderGlobals.a_edl_niceName = "Enable Default Light"
n_renderGlobals.a_edm_niceName = "Enable Depth Maps"
n_renderGlobals.a_ef_niceName = "End Frame"
n_renderGlobals.a_efe_niceName = "Even Field Ext"
n_renderGlobals.a_ep_niceName = "Extension Padding"
n_renderGlobals.a_esr_niceName = "Enable Stroke Render"
n_renderGlobals.a_expt_enum_kEXRPixelTypeFloat = "32bit Float"
n_renderGlobals.a_expt_enum_kEXRPixelTypeHalf = "16bit Half"
n_renderGlobals.a_expt_niceName = "Exr Pixel Type"
n_renderGlobals.a_exrc_enum_kEXRCompressionB44 = "B44"
n_renderGlobals.a_exrc_enum_kEXRCompressionNone = "None"
n_renderGlobals.a_exrc_enum_kEXRCompressionPIZ = "PIZ"
n_renderGlobals.a_exrc_enum_kEXRCompressionPXR24 = "PXR24"
n_renderGlobals.a_exrc_enum_kEXRCompressionRLE = "RLE"
n_renderGlobals.a_exrc_enum_kEXRCompressionZIP = "ZIP"
n_renderGlobals.a_exrc_enum_kEXRCompressionZIPS = "ZIPS"
n_renderGlobals.a_exrc_niceName = "Exr Compression"
n_renderGlobals.a_fec_enum_kArbFieldExt = "User Input"
n_renderGlobals.a_fec_enum_kDefaultFieldExt = ".o and .e"
n_renderGlobals.a_fec_enum_kNoFieldExt = "None"
n_renderGlobals.a_fec_niceName = "Field Ext Control"
n_renderGlobals.a_fg_niceName = "Fog Geometry"
n_renderGlobals.a_frts_niceName = "Force Tile Size"
n_renderGlobals.a_fs_niceName = "Start Frame"
n_renderGlobals.a_gama_niceName = "Gamma Correction"
n_renderGlobals.a_gv_niceName = "Geometry Vector"
n_renderGlobals.a_hbl_niceName = "Hyper Shade Bin List"
n_renderGlobals.a_icp_niceName = "Input Color Profile"
n_renderGlobals.a_ifg_niceName = "Ignore Film Gate"
n_renderGlobals.a_ifp_niceName = "Image File Prefix"
n_renderGlobals.a_imb_niceName = "Ipr Render Motion Blur"
n_renderGlobals.a_imfkey_niceName = "Imf Plugin Key"
n_renderGlobals.a_isl_niceName = "Ipr Render Shading"
n_renderGlobals.a_ism_niceName = "Ipr Render Shadow Maps"
n_renderGlobals.a_isp_niceName = "Ipr Shadow Pass"
n_renderGlobals.a_itf_niceName = "Interrupt Frequency"
n_renderGlobals.a_jfc_niceName = "Jitter Final Color"
n_renderGlobals.a_kmv_niceName = "Keep Motion Vector"
n_renderGlobals.a_left_niceName = "Left Region"
n_renderGlobals.a_lp_niceName = "Leaf Primitives"
n_renderGlobals.a_lpr_niceName = "Log Render Performance"
n_renderGlobals.a_macc_niceName = "Mac Codec"
n_renderGlobals.a_macd_niceName = "Mac Depth"
n_renderGlobals.a_macq_niceName = "Mac Qual"
n_renderGlobals.a_mb_niceName = "Motion Blur"
n_renderGlobals.a_mbc_niceName = "Blur 2DMemory Cap"
n_renderGlobals.a_mbf_niceName = "Motion Blur By Frame"
n_renderGlobals.a_mbsc_niceName = "Motion Blur Shutter Close"
n_renderGlobals.a_mbso_niceName = "Motion Blur Shutter Open"
n_renderGlobals.a_mbt_enum_kUseMotionBlur2D = "Motion Blur 2D"
n_renderGlobals.a_mbt_enum_kUseMotionBlur3D = "Motion Blur 3D"
n_renderGlobals.a_mbt_niceName = "Motion Blur Type"
n_renderGlobals.a_mbus_niceName = "Motion Blur Use Shutter"
n_renderGlobals.a_mcfr_niceName = "Com Frrt"
n_renderGlobals.a_mcnm_enum_kBufferNamingAutomatic = "Automatic"
n_renderGlobals.a_mcnm_enum_kBufferNamingCustom = "Custom"
n_renderGlobals.a_mcnm_niceName = "Multi Cam Naming Mode"
n_renderGlobals.a_me_niceName = "Modify Extension"
n_renderGlobals.a_mm_niceName = "Maximum Memory"
n_renderGlobals.a_mot_niceName = "Matte Opacity Uses Transparency"
n_renderGlobals.a_npu_niceName = "Num Cpus To Use"
n_renderGlobals.a_ocp_niceName = "Output Color Profile"
n_renderGlobals.a_ofc_enum_kArbOutputExt = "User Input"
n_renderGlobals.a_ofc_enum_kDefaultOutputExt = "As Output Format"
n_renderGlobals.a_ofc_enum_kNoOutputExt = "None"
n_renderGlobals.a_ofc_niceName = "Out Format Control"
n_renderGlobals.a_ofe_niceName = "Odd Field Ext"
n_renderGlobals.a_oft_niceName = "Out Format Ext"
n_renderGlobals.a_oi_niceName = "Optimize Instances"
n_renderGlobals.a_ope_niceName = "Oversample Paint Effects"
n_renderGlobals.a_oppf_niceName = "Oversample Pfx Post Filter"
n_renderGlobals.a_ors_niceName = "Only Render Strokes"
n_renderGlobals.a_outf_enum_kAI = "Adobe Illustrator (ai)"
n_renderGlobals.a_outf_enum_kALIAS = "Alias PIX"
n_renderGlobals.a_outf_enum_kAVI = "AVI"
n_renderGlobals.a_outf_enum_kBMP = "Windows Bitmap"
n_renderGlobals.a_outf_enum_kCINEON = "Cineon"
n_renderGlobals.a_outf_enum_kCustom = "Custom Image Format"
n_renderGlobals.a_outf_enum_kDDS = "DDS"
n_renderGlobals.a_outf_enum_kEPS = "EPS"
n_renderGlobals.a_outf_enum_kEXR = "EXR(exr)"
n_renderGlobals.a_outf_enum_kGIF = "GIF"
n_renderGlobals.a_outf_enum_kIFF = "Maya IFF"
n_renderGlobals.a_outf_enum_kIFF16 = "Maya16 IFF"
n_renderGlobals.a_outf_enum_kIMF = "IMF plugin"
n_renderGlobals.a_outf_enum_kJPEG = "JPEG"
n_renderGlobals.a_outf_enum_kMACPAINT = "MacPaint"
n_renderGlobals.a_outf_enum_kPHOTOSHOP = "PSD"
n_renderGlobals.a_outf_enum_kPHOTOSHOPLAYERED = "PSD Layered"
n_renderGlobals.a_outf_enum_kPNG = "PNG"
n_renderGlobals.a_outf_enum_kQT = "Quicktime"
n_renderGlobals.a_outf_enum_kQTIMAGE = "QuickTime Image"
n_renderGlobals.a_outf_enum_kQUANTEL = "Quantel"
n_renderGlobals.a_outf_enum_kQUICKDRAW = "QuickDraw"
n_renderGlobals.a_outf_enum_kRLA = "RLA"
n_renderGlobals.a_outf_enum_kSGI = "SGI"
n_renderGlobals.a_outf_enum_kSGI16 = "SGI16"
n_renderGlobals.a_outf_enum_kSGIMV = "SGI Movie"
n_renderGlobals.a_outf_enum_kSI = "SoftImage"
n_renderGlobals.a_outf_enum_kSVG = "SVG (svg)"
n_renderGlobals.a_outf_enum_kSWF = "Macromedia SWF (swf)"
n_renderGlobals.a_outf_enum_kSWFT = "Swift3DImporter (swft)"
n_renderGlobals.a_outf_enum_kTARGA = "Targa"
n_renderGlobals.a_outf_enum_kTIFF = "Tiff"
n_renderGlobals.a_outf_enum_kTIFF16 = "Tiff16"
n_renderGlobals.a_outf_niceName = "Image Format"
n_renderGlobals.a_peie_enum_kNothingInExt = "No Period or Underscore in Extension"
n_renderGlobals.a_peie_enum_kPeriodInExt = "Period in Extension"
n_renderGlobals.a_peie_enum_kUnderscoreInExt = "Underscore in Extension"
n_renderGlobals.a_peie_niceName = "Period In Ext"
n_renderGlobals.a_pfb_niceName = "Post Fog Blur"
n_renderGlobals.a_pff_niceName = "Put Frame Before Ext"
n_renderGlobals.a_pfom_niceName = "Post Fur Render Mel"
n_renderGlobals.a_pfrm_niceName = "Pre Fur Render Mel"
n_renderGlobals.a_poam_niceName = "Post Mel"
n_renderGlobals.a_polm_niceName = "Post Render Layer Mel"
n_renderGlobals.a_pom_niceName = "Post Render Mel"
n_renderGlobals.a_pram_niceName = "Pre Mel"
n_renderGlobals.a_prlm_niceName = "Pre Render Layer Mel"
n_renderGlobals.a_prm_niceName = "Pre Render Mel"
n_renderGlobals.a_qual_niceName = "Quality"
n_renderGlobals.a_ra_niceName = "Render All"
n_renderGlobals.a_rcb_niceName = "Rendercallback"
n_renderGlobals.a_rcp_niceName = "Rendering Color Profile"
n_renderGlobals.a_rd_niceName = "Recursion Depth"
n_renderGlobals.a_ren_niceName = "Current Renderer"
n_renderGlobals.a_res_niceName = "Resolution"
n_renderGlobals.a_rght_niceName = "Right Region"
n_renderGlobals.a_rlen_niceName = "Render Layer Enable"
n_renderGlobals.a_ro_enum_kAllRenderable = "All Renderable"
n_renderGlobals.a_ro_enum_kOmitRenderTargets = "Omit Render Targets"
n_renderGlobals.a_ro_enum_kRenderTargetsOnly = "Render Targets Only"
n_renderGlobals.a_ro_niceName = "Rendered Output"
n_renderGlobals.a_rsb_niceName = "Rays See Background"
n_renderGlobals.a_rut_niceName = "Reuse Tessellations"
n_renderGlobals.a_rv_niceName = "Render Version"
n_renderGlobals.a_sc_niceName = "Swatch Camera"
n_renderGlobals.a_sdf_niceName = "Strokes Depth File"
n_renderGlobals.a_se_niceName = "Start Extension"
n_renderGlobals.a_sef_niceName = "Skip Existing Frames"
n_renderGlobals.a_shp_niceName = "Shadow Pass"
n_renderGlobals.a_shs_niceName = "Subdivision Hash Size"
n_renderGlobals.a_smc_niceName = "Smooth Color"
n_renderGlobals.a_smv_niceName = "Smooth Value"
n_renderGlobals.a_soll_niceName = "Shadows Obey Light Linking"
n_renderGlobals.a_sosl_niceName = "Shadows Obey Shadow Linking"
n_renderGlobals.a_sp_niceName = "Subdivision Power"
n_renderGlobals.a_sv_niceName = "Shading Vector"
n_renderGlobals.a_tlht_niceName = "Tile Height"
n_renderGlobals.a_tlwd_niceName = "Tile Width"
n_renderGlobals.a_top_niceName = "Top Region"
n_renderGlobals.a_ubc_niceName = "Use Blur 2DMemory Cap"
n_renderGlobals.a_udbx_niceName = "Use Displacement Bounding Box"
n_renderGlobals.a_uf_niceName = "Use File Cache"
n_renderGlobals.a_ufe_niceName = "Use Frame Ext"
n_renderGlobals.a_umfn_niceName = "Use Maya File Name"
n_renderGlobals.a_urr_niceName = "Use Render Region"
n_renderGlobals.baseName = "renderGlobals"
n_renderGlobals.niceName = "Render Globals"
//
// String set: n_renderGlobalsList
//
n_renderGlobalsList.a_rg_niceName = "Render Globals"
n_renderGlobalsList.a_rq_niceName = "Render Qualities"
n_renderGlobalsList.a_rr_niceName = "Render Resolutions"
n_renderGlobalsList.baseName = "renderGlobalsList"
n_renderGlobalsList.niceName = "Render Globals List"
//
// String set: n_renderLayer
//
n_renderLayer.a_ac_niceName = "Psd Alpha Channel"
n_renderLayer.a_adjs_niceName = "Adjustments"
n_renderLayer.a_am_niceName = "Ambient"
n_renderLayer.a_aos_niceName = "Attribute Override Script"
n_renderLayer.a_b_niceName = "Beauty"
n_renderLayer.a_bm_niceName = "Psd Blend Mode"
n_renderLayer.a_c_niceName = "Draw Color"
n_renderLayer.a_cp_niceName = "Color"
n_renderLayer.a_di_niceName = "Diffuse"
n_renderLayer.a_do_niceName = "Display Order"
n_renderLayer.a_doa_niceName = "Deferred Out Adjustments"
n_renderLayer.a_duoa_niceName = "Deferred Undo Out Adjustments"
n_renderLayer.a_g_niceName = "Global"
n_renderLayer.a_idpo_niceName = "Is Default Precomp Template Override"
n_renderLayer.a_img_niceName = "Image Name"
n_renderLayer.a_ird_niceName = "Image Rendered"
n_renderLayer.a_oaid_niceName = "Out Id"
n_renderLayer.a_oajs_niceName = "Out Adjustments"
n_renderLayer.a_opg_niceName = "Out Plug"
n_renderLayer.a_ovl_niceName = "Out Value"
n_renderLayer.a_pcm_niceName = "Pass Contribution Map"
n_renderLayer.a_plg_niceName = "Plug"
n_renderLayer.a_rci_niceName = "Recycle Image"
n_renderLayer.a_ri_niceName = "Render Info"
n_renderLayer.a_rlc_niceName = "Layer Children"
n_renderLayer.a_rlid_niceName = "Identification"
n_renderLayer.a_rlp_niceName = "Layer Parent"
n_renderLayer.a_rndr_niceName = "Renderable"
n_renderLayer.a_rp_niceName = "Render Pass Info"
n_renderLayer.a_rps_niceName = "Render Pass"
n_renderLayer.a_s_niceName = "Shadow"
n_renderLayer.a_sgo_niceName = "Shading Group Override"
n_renderLayer.a_sp_niceName = "Specular"
n_renderLayer.a_tpc_niceName = "Precomp Template"
n_renderLayer.a_val_niceName = "Value"
n_renderLayer.baseName = "renderLayer"
n_renderLayer.niceName = "Render Layer"
//
// String set: n_renderLayerManager
//
n_renderLayerManager.a_crl_niceName = "Current Render Layer"
n_renderLayerManager.a_rlmi_niceName = "Render Layer Id"
n_renderLayerManager.baseName = "renderLayerManager"
n_renderLayerManager.niceName = "Render Layer Manager"
//
// String set: n_renderLight
//
n_renderLight.a_ryi_niceName = "Ray Instance"
n_renderLight.baseName = "renderLight"
n_renderLight.niceName = "Render Light"
//
// String set: n_renderPass
//
n_renderPass.a_ba_niceName = "Backup Attributes"
n_renderPass.a_bak_niceName = "Backup"
n_renderPass.a_bd_niceName = "Backup Data"
n_renderPass.a_cp_niceName = "Color Profile"
n_renderPass.a_fbt_niceName = "Frame Buffer Type"
n_renderPass.a_flt_niceName = "Filtering"
n_renderPass.a_nc_niceName = "Num Channels"
n_renderPass.a_ow_niceName = "Owner"
n_renderPass.a_pgn_niceName = "Pass Group Name"
n_renderPass.a_pid_niceName = "Pass ID"
n_renderPass.a_r_niceName = "Renderable"
n_renderPass.baseName = "renderPass"
n_renderPass.niceName = "Render Pass"
//
// String set: n_renderPassSet
//
n_renderPassSet.a_ow_niceName = "Owner"
n_renderPassSet.a_r_niceName = "Renderable"
n_renderPassSet.a_rps_niceName = "Render Pass"
n_renderPassSet.baseName = "renderPassSet"
n_renderPassSet.niceName = "Render Pass Set"
//
// String set: n_renderQuality
//
n_renderQuality.a_bct_niceName = "Blue Threshold"
n_renderQuality.a_cct_niceName = "Coverage Threshold"
n_renderQuality.a_eaa_enum_kHighAA = "High Quality"
n_renderQuality.a_eaa_enum_kHighestAA = "Highest Quality"
n_renderQuality.a_eaa_enum_kLowAA = "Low Quality"
n_renderQuality.a_eaa_enum_kMediumAA = "Medium Quality"
n_renderQuality.a_eaa_niceName = "Edge Anti Aliasing"
n_renderQuality.a_ert_niceName = "Enable Raytracing"
n_renderQuality.a_gct_niceName = "Green Threshold"
n_renderQuality.a_mss_niceName = "Max Shading Samples"
n_renderQuality.a_mvm_niceName = "Max Visibility Samples"
n_renderQuality.a_mvs_niceName = "Visibility Samples"
n_renderQuality.a_pft_enum_kBoxPixelFilter = "Box Filter"
n_renderQuality.a_pft_enum_kGaussianPixelFilter = "Gaussian Filter"
n_renderQuality.a_pft_enum_kPlugInPixelFilter = "Plug in Filter"
n_renderQuality.a_pft_enum_kQuadraticBSplinePixelFilter = "Quadratic B-Spline Filter"
n_renderQuality.a_pft_enum_kTrianglePixelFilter = "Triangle Filter"
n_renderQuality.a_pft_niceName = "Pixel Filter Type"
n_renderQuality.a_pfwx_niceName = "Pixel Filter Width X"
n_renderQuality.a_pfwy_niceName = "Pixel Filter Width Y"
n_renderQuality.a_pifw_niceName = "Plug In Filter Weight"
n_renderQuality.a_pss_niceName = "Particle Samples"
n_renderQuality.a_rct_niceName = "Red Threshold"
n_renderQuality.a_rfl_niceName = "Reflections"
n_renderQuality.a_rfr_niceName = "Refractions"
n_renderQuality.a_rsdn_niceName = "Render Sample"
n_renderQuality.a_rtb_niceName = "Ray Trace Bias"
n_renderQuality.a_sl_niceName = "Shadows"
n_renderQuality.a_ss_niceName = "Shading Samples"
n_renderQuality.a_ufil_niceName = "Use Multi Pixel Filter"
n_renderQuality.a_vs_niceName = "Volume Samples"
n_renderQuality.baseName = "renderQuality"
n_renderQuality.niceName = "Render Quality"
//
// String set: n_renderRect
//
n_renderRect.baseName = "renderRect"
n_renderRect.niceName = "Render Rect"
//
// String set: n_renderSphere
//
n_renderSphere.baseName = "renderSphere"
n_renderSphere.niceName = "Render Sphere"
//
// String set: n_renderTarget
//
n_renderTarget.a_a_niceName = "Alpha"
n_renderTarget.a_cam_niceName = "Camera"
n_renderTarget.a_cb_niceName = "Color B"
n_renderTarget.a_cg_niceName = "Color G"
n_renderTarget.a_col_niceName = "Color"
n_renderTarget.a_cp_niceName = "Color Profile"
n_renderTarget.a_cr_niceName = "Color R"
n_renderTarget.a_fbo_niceName = "Frame Buffer Override"
n_renderTarget.a_fbt_enum_kFloat16 = "16-bit Float"
n_renderTarget.a_fbt_enum_kFloat32 = "32-bit Float"
n_renderTarget.a_fbt_enum_kUInt16 = "16-bit Integer (unsigned)"
n_renderTarget.a_fbt_enum_kUInt8 = "8-bit Integer (unsigned)"
n_renderTarget.a_fbt_niceName = "Frame Buffer Type"
n_renderTarget.a_h_niceName = "Height"
n_renderTarget.a_nc_enum_1 = "1"
n_renderTarget.a_nc_enum_3 = "3"
n_renderTarget.a_nc_enum_4 = "4"
n_renderTarget.a_nc_niceName = "Number Of Channels"
n_renderTarget.a_r_niceName = "Renderable"
n_renderTarget.a_rdr_niceName = "Renderer"
n_renderTarget.a_reno_niceName = "Rendering Override"
n_renderTarget.a_reso_niceName = "Resolution Override"
n_renderTarget.a_rl_niceName = "Render Layer"
n_renderTarget.a_w_niceName = "Width"
n_renderTarget.baseName = "renderTarget"
n_renderTarget.niceName = "Render Target"
//
// String set: n_renderedImageSource
//
n_renderedImageSource.a_cam_niceName = "Camera"
n_renderedImageSource.a_ims_niceName = "Image Source"
n_renderedImageSource.a_lyr_niceName = "Render Layer"
n_renderedImageSource.baseName = "renderedImageSource"
n_renderedImageSource.niceName = "Rendered Image Source"
//
// String set: n_reorderUVSet
//
n_reorderUVSet.a_ig_niceName = "Input Geometry"
n_reorderUVSet.a_og_niceName = "Output Geometry"
n_reorderUVSet.a_uv2_niceName = "Uv Set Name 2"
n_reorderUVSet.a_uvs_niceName = "Uv Set Name"
n_reorderUVSet.baseName = "reorderUVSet"
n_reorderUVSet.niceName = "Reorder UVSet"
//
// String set: n_resolution
//
n_resolution.a_al_niceName = "Aspect Lock"
n_resolution.a_dar_niceName = "Device Aspect Ratio"
n_resolution.a_dpi_niceName = "Dots Per Inch"
n_resolution.a_fld_enum_kAllFields = "Both, Interlaced"
n_resolution.a_fld_enum_kAllFieldsSeparate = "Both, Separate"
n_resolution.a_fld_enum_kEvenFields = "Even"
n_resolution.a_fld_enum_kNoFields = "None"
n_resolution.a_fld_enum_kOddFields = "Odd"
n_resolution.a_fld_niceName = "Fields"
n_resolution.a_h_niceName = "Height"
n_resolution.a_isu_enum_kImageCm = "cm"
n_resolution.a_isu_enum_kImageInches = "inches"
n_resolution.a_isu_enum_kImageMm = "mm"
n_resolution.a_isu_enum_kImagePicas = "picas"
n_resolution.a_isu_enum_kImagePixels = "pixels"
n_resolution.a_isu_enum_kImagePoints = "points"
n_resolution.a_isu_niceName = "Image Size Units"
n_resolution.a_ldar_niceName = "Lock Device Aspect Ratio"
n_resolution.a_off_niceName = "Odd Field First"
n_resolution.a_pa_niceName = "Pixel Aspect"
n_resolution.a_pdu_enum_kDotsPerCm = "pixels/cm"
n_resolution.a_pdu_enum_kDotsPerInch = "pixels/inch"
n_resolution.a_pdu_niceName = "Pixel Density Units"
n_resolution.a_w_niceName = "Width"
n_resolution.a_zsl_enum_kAtBottom = "At Bottom"
n_resolution.a_zsl_enum_kAtTop = "At Top"
n_resolution.a_zsl_niceName = "Zeroth Scanline"
n_resolution.baseName = "resolution"
n_resolution.niceName = "Resolution"
//
// String set: n_resultCurve
//
n_resultCurve.a_et_niceName = "End"
n_resultCurve.a_sby_niceName = "Sample By"
n_resultCurve.a_st_niceName = "Start"
n_resultCurve.baseName = "resultCurve"
n_resultCurve.niceName = "Result Curve"
//
// String set: n_resultCurveTimeToAngular
//
n_resultCurveTimeToAngular.a_i_niceName = "Input"
n_resultCurveTimeToAngular.a_ir_niceName = "Input Result"
n_resultCurveTimeToAngular.a_kt_niceName = "Key Time"
n_resultCurveTimeToAngular.a_ktv_niceName = "Key Time Value"
n_resultCurveTimeToAngular.a_kv_niceName = "Key Value"
n_resultCurveTimeToAngular.a_o_niceName = "Output"
n_resultCurveTimeToAngular.baseName = "resultCurveTimeToAngular"
n_resultCurveTimeToAngular.niceName = "Result Curve Time To Angular"
//
// String set: n_resultCurveTimeToLinear
//
n_resultCurveTimeToLinear.a_i_niceName = "Input"
n_resultCurveTimeToLinear.a_ir_niceName = "Input Result"
n_resultCurveTimeToLinear.a_kt_niceName = "Key Time"
n_resultCurveTimeToLinear.a_ktv_niceName = "Key Time Value"
n_resultCurveTimeToLinear.a_kv_niceName = "Key Value"
n_resultCurveTimeToLinear.a_o_niceName = "Output"
n_resultCurveTimeToLinear.baseName = "resultCurveTimeToLinear"
n_resultCurveTimeToLinear.niceName = "Result Curve Time To Linear"
//
// String set: n_resultCurveTimeToTime
//
n_resultCurveTimeToTime.a_i_niceName = "Input"
n_resultCurveTimeToTime.a_ir_niceName = "Input Result"
n_resultCurveTimeToTime.a_kt_niceName = "Key Time"
n_resultCurveTimeToTime.a_ktv_niceName = "Key Time Value"
n_resultCurveTimeToTime.a_kv_niceName = "Key Value"
n_resultCurveTimeToTime.a_o_niceName = "Output"
n_resultCurveTimeToTime.baseName = "resultCurveTimeToTime"
n_resultCurveTimeToTime.niceName = "Result Curve Time To Time"
//
// String set: n_resultCurveTimeToUnitless
//
n_resultCurveTimeToUnitless.a_i_niceName = "Input"
n_resultCurveTimeToUnitless.a_ir_niceName = "Input Result"
n_resultCurveTimeToUnitless.a_kt_niceName = "Key Time"
n_resultCurveTimeToUnitless.a_ktv_niceName = "Key Time Value"
n_resultCurveTimeToUnitless.a_kv_niceName = "Key Value"
n_resultCurveTimeToUnitless.a_o_niceName = "Output"
n_resultCurveTimeToUnitless.baseName = "resultCurveTimeToUnitless"
n_resultCurveTimeToUnitless.niceName = "Result Curve Time To Unitless"
//
// String set: n_revealGeometry
//
n_revealGeometry.a_tg_niceName = "Target Geometry"
n_revealGeometry.baseName = "revealGeometry"
n_revealGeometry.niceName = "Reveal Geometry"
//
// String set: n_reverse
//
n_reverse.a_i_niceName = "Input"
n_reverse.a_ix_niceName = "Input X"
n_reverse.a_iy_niceName = "Input Y"
n_reverse.a_iz_niceName = "Input Z"
n_reverse.a_o_niceName = "Output"
n_reverse.a_ox_niceName = "Output X"
n_reverse.a_oy_niceName = "Output Y"
n_reverse.a_oz_niceName = "Output Z"
n_reverse.baseName = "reverse"
n_reverse.niceName = "Reverse"
//
// String set: n_reverseCurve
//
n_reverseCurve.a_ic_niceName = "Input Curve"
n_reverseCurve.a_oc_niceName = "Output Curve"
n_reverseCurve.baseName = "reverseCurve"
n_reverseCurve.niceName = "Reverse Curve"
//
// String set: n_reverseCurveManip
//
n_reverseCurveManip.baseName = "reverseCurveManip"
n_reverseCurveManip.niceName = "Reverse Curve Manip"
//
// String set: n_reverseSurface
//
n_reverseSurface.a_d_enum_kBothDirections = "U & V"
n_reverseSurface.a_d_enum_kSwapDirections = "Swap"
n_reverseSurface.a_d_enum_kUDirection = "U"
n_reverseSurface.a_d_enum_kVDirection = "V"
n_reverseSurface.a_d_niceName = "Direction"
n_reverseSurface.a_is_niceName = "Input Surface"
n_reverseSurface.a_os_niceName = "Output Surface"
n_reverseSurface.baseName = "reverseSurface"
n_reverseSurface.niceName = "Reverse Surface"
//
// String set: n_reverseSurfaceManip
//
n_reverseSurfaceManip.baseName = "reverseSurfaceManip"
n_reverseSurfaceManip.niceName = "Reverse Surface Manip"
//
// String set: n_revolve
//
n_revolve.a_acn_niceName = "Auto Correct Normal"
n_revolve.a_aco_enum_0 = "Longer"
n_revolve.a_aco_enum_1 = "First"
n_revolve.a_aco_enum_2 = "Second"
n_revolve.a_aco_niceName = "Axis Choice"
n_revolve.a_ax_niceName = "Axis"
n_revolve.a_axx_niceName = "Axis X"
n_revolve.a_axy_niceName = "Axis Y"
n_revolve.a_axz_niceName = "Axis Z"
n_revolve.a_bc_niceName = "Bridge Curve"
n_revolve.a_br_niceName = "Bridge"
n_revolve.a_ca_niceName = "Comp Axis"
n_revolve.a_cac_enum_0 = "Longer"
n_revolve.a_cac_enum_1 = "First"
n_revolve.a_cac_enum_2 = "Second"
n_revolve.a_cac_niceName = "Comp Axis Choice"
n_revolve.a_cax_niceName = "Comp Axis X"
n_revolve.a_cay_niceName = "Comp Axis Y"
n_revolve.a_caz_niceName = "Comp Axis Z"
n_revolve.a_cn_niceName = "Comp Anchor"
n_revolve.a_cnx_niceName = "Comp Anchor X"
n_revolve.a_cny_niceName = "Comp Anchor Y"
n_revolve.a_cnz_niceName = "Comp Anchor Z"
n_revolve.a_cp_niceName = "Comp Pivot"
n_revolve.a_cpa_enum_0 = "Supplied"
n_revolve.a_cpa_enum_1 = "Pivot"
n_revolve.a_cpa_enum_2 = "Both"
n_revolve.a_cpa_niceName = "Compute Pivot And Axis"
n_revolve.a_cpx_niceName = "Comp Pivot X"
n_revolve.a_cpy_niceName = "Comp Pivot Y"
n_revolve.a_cpz_niceName = "Comp Pivot Z"
n_revolve.a_d_enum_kCubicDegree = "Cubic"
n_revolve.a_d_enum_kLinearDegree = "Linear"
n_revolve.a_d_niceName = "Degree"
n_revolve.a_esw_niceName = "End Sweep"
n_revolve.a_ic_niceName = "Input Curve"
n_revolve.a_os_niceName = "Output Surface"
n_revolve.a_p_niceName = "Pivot"
n_revolve.a_px_niceName = "Pivot X"
n_revolve.a_py_niceName = "Pivot Y"
n_revolve.a_pz_niceName = "Pivot Z"
n_revolve.a_r_niceName = "Radius"
n_revolve.a_ra_niceName = "Radius Anchor"
n_revolve.a_s_niceName = "Sections"
n_revolve.a_ssw_niceName = "Start Sweep"
n_revolve.a_tol_niceName = "Tolerance"
n_revolve.a_ut_niceName = "Use Tolerance"
n_revolve.baseName = "revolve"
n_revolve.niceName = "Revolve"
//
// String set: n_revolveManip
//
n_revolveManip.baseName = "revolveManip"
n_revolveManip.niceName = "Revolve Manip"
//
// String set: n_revolvedPrimitive
//
n_revolvedPrimitive.a_asd_niceName = "Absolute Sweep Difference"
n_revolvedPrimitive.a_bcc_niceName = "Bottom Cap Curve"
n_revolvedPrimitive.a_d_enum_kCubicDegree = "Cubic"
n_revolvedPrimitive.a_d_enum_kLinearDegree = "Linear"
n_revolvedPrimitive.a_d_niceName = "Degree"
n_revolvedPrimitive.a_esw_niceName = "End Sweep"
n_revolvedPrimitive.a_hr_niceName = "Height Ratio"
n_revolvedPrimitive.a_nsp_niceName = "Spans"
n_revolvedPrimitive.a_r_niceName = "Radius"
n_revolvedPrimitive.a_s_niceName = "Sections"
n_revolvedPrimitive.a_ssw_niceName = "Start Sweep"
n_revolvedPrimitive.a_tcc_niceName = "Top Cap Curve"
n_revolvedPrimitive.a_tol_niceName = "Tolerance"
n_revolvedPrimitive.a_ut_niceName = "Use Tolerance"
n_revolvedPrimitive.baseName = "revolvedPrimitive"
n_revolvedPrimitive.niceName = "Revolved Primitive"
//
// String set: n_revolvedPrimitiveManip
//
n_revolvedPrimitiveManip.baseName = "revolvedPrimitiveManip"
n_revolvedPrimitiveManip.niceName = "Revolved Primitive Manip"
//
// String set: n_rgbToHsv
//
n_rgbToHsv.a_arp_enum_0 = "Pass through"
n_rgbToHsv.a_arp_enum_1 = "Apply to Render Passes"
n_rgbToHsv.a_arp_enum_2 = "No Contribution"
n_rgbToHsv.a_arp_enum_3 = "Write Shader Result to Beauty Passes"
n_rgbToHsv.a_arp_niceName = "Render Pass Mode"
n_rgbToHsv.a_i_niceName = "In Rgb"
n_rgbToHsv.a_ib_niceName = "In Rgb B"
n_rgbToHsv.a_ig_niceName = "In Rgb G"
n_rgbToHsv.a_ir_niceName = "In Rgb R"
n_rgbToHsv.a_o_niceName = "Out Hsv"
n_rgbToHsv.a_oh_niceName = "Out Hsv H"
n_rgbToHsv.a_os_niceName = "Out Hsv S"
n_rgbToHsv.a_ov_niceName = "Out Hsv V"
n_rgbToHsv.baseName = "rgbToHsv"
n_rgbToHsv.niceName = "Rgb To Hsv"
//
// String set: n_rigidBody
//
n_rigidBody.a_act_niceName = "Active"
n_rigidBody.a_ad_niceName = "Allow Disconnection"
n_rigidBody.a_afa_enum_kBoundingBox = "boundingBox"
n_rigidBody.a_afa_enum_kCenterOfMass = "centerOfMass"
n_rigidBody.a_afa_enum_kVerticesOrCVs = "verticesOrCVs"
n_rigidBody.a_afa_niceName = "Apply Force At"
n_rigidBody.a_ai_niceName = "Auto Init"
n_rigidBody.a_b_niceName = "Bounciness"
n_rigidBody.a_bsi_niceName = "Bake Simulation Index"
n_rigidBody.a_cct_niceName = "Contact Count"
n_rigidBody.a_cda_niceName = "Cache Dirty Array"
n_rigidBody.a_cfc_niceName = "Cached Frame Count"
n_rigidBody.a_chc_niceName = "Choice"
n_rigidBody.a_cl_niceName = "Collision Layer"
n_rigidBody.a_cmx_niceName = "Center Of Mass X"
n_rigidBody.a_cmy_niceName = "Center Of Mass Y"
n_rigidBody.a_cmz_niceName = "Center Of Mass Z"
n_rigidBody.a_cnn_niceName = "Contact Name"
n_rigidBody.a_cnp_niceName = "Contact Position"
n_rigidBody.a_cnx_niceName = "Contact X"
n_rigidBody.a_cny_niceName = "Contact Y"
n_rigidBody.a_cnz_niceName = "Contact Z"
n_rigidBody.a_col_niceName = "Collisions"
n_rigidBody.a_com_niceName = "Center Of Mass"
n_rigidBody.a_crc_niceName = "Collision Records"
n_rigidBody.a_ct_niceName = "Current Time"
n_rigidBody.a_dc_niceName = "Data Cache"
n_rigidBody.a_dd_niceName = "Debug Draw"
n_rigidBody.a_df_niceName = "Dynamic Friction"
n_rigidBody.a_dp_niceName = "Damping"
n_rigidBody.a_dt_niceName = "Delta Time"
n_rigidBody.a_fc_niceName = "Field Connections"
n_rigidBody.a_fcf_niceName = "First Cached Frame"
n_rigidBody.a_fdm_niceName = "Field Data Mass"
n_rigidBody.a_fdp_niceName = "Field Data Position"
n_rigidBody.a_fdv_niceName = "Field Data Velocity"
n_rigidBody.a_fld_niceName = "Field Data"
n_rigidBody.a_for_niceName = "Force"
n_rigidBody.a_fx_niceName = "Force X"
n_rigidBody.a_fy_niceName = "Force Y"
n_rigidBody.a_fz_niceName = "Force Z"
n_rigidBody.a_gfr_niceName = "General Force"
n_rigidBody.a_idc_niceName = "Cache Data"
n_rigidBody.a_ifr_niceName = "Input Force"
n_rigidBody.a_ift_niceName = "Input Force Type"
n_rigidBody.a_igc_niceName = "Input Geometry Cnt"
n_rigidBody.a_igm_niceName = "Input Geometry Msg"
n_rigidBody.a_ign_niceName = "Ignore"
n_rigidBody.a_imp_niceName = "Impulse"
n_rigidBody.a_imx_niceName = "Impulse X"
n_rigidBody.a_imy_niceName = "Impulse Y"
n_rigidBody.a_imz_niceName = "Impulse Z"
n_rigidBody.a_ior_niceName = "Initial Orientation"
n_rigidBody.a_iox_niceName = "Initial Orientation X"
n_rigidBody.a_ioy_niceName = "Initial Orientation Y"
n_rigidBody.a_ioz_niceName = "Initial Orientation Z"
n_rigidBody.a_ip_niceName = "Initial Position"
n_rigidBody.a_ipo_niceName = "Impulse Position"
n_rigidBody.a_ipx_niceName = "Initial Position X"
n_rigidBody.a_ipy_niceName = "Initial Position Y"
n_rigidBody.a_ipz_niceName = "Initial Position Z"
n_rigidBody.a_is_niceName = "Initial Spin"
n_rigidBody.a_isx_niceName = "Initial Spin X"
n_rigidBody.a_isy_niceName = "Initial Spin Y"
n_rigidBody.a_isz_niceName = "Initial Spin Z"
n_rigidBody.a_itw_niceName = "Interpenetrate With"
n_rigidBody.a_iv_niceName = "Initial Velocity"
n_rigidBody.a_ivx_niceName = "Initial Velocity X"
n_rigidBody.a_ivy_niceName = "Initial Velocity Y"
n_rigidBody.a_ivz_niceName = "Initial Velocity Z"
n_rigidBody.a_key_niceName = "Is Keyframed"
n_rigidBody.a_kin_niceName = "Is Kinematic"
n_rigidBody.a_lcf_niceName = "Last Cached Frame"
n_rigidBody.a_lcm_niceName = "Lock Center Of Mass"
n_rigidBody.a_lp_niceName = "Last Position"
n_rigidBody.a_lpx_niceName = "Last Position X"
n_rigidBody.a_lpy_niceName = "Last Position Y"
n_rigidBody.a_lpz_niceName = "Last Position Z"
n_rigidBody.a_lr_niceName = "Last Rotation"
n_rigidBody.a_lrx_niceName = "Last Rotation X"
n_rigidBody.a_lry_niceName = "Last Rotation Y"
n_rigidBody.a_lrz_niceName = "Last Rotation Z"
n_rigidBody.a_lst_niceName = "Last Scene Time"
n_rigidBody.a_mas_niceName = "Mass"
n_rigidBody.a_ofr_niceName = "Output Force"
n_rigidBody.a_otr_niceName = "Output Torque"
n_rigidBody.a_par_niceName = "Is Parented"
n_rigidBody.a_pc_niceName = "Particle Collision"
n_rigidBody.a_pix_niceName = "Impulse Position X"
n_rigidBody.a_piy_niceName = "Impulse Position Y"
n_rigidBody.a_piz_niceName = "Impulse Position Z"
n_rigidBody.a_rc_niceName = "Run Up Cache"
n_rigidBody.a_rmx_niceName = "Rigid World Matrix"
n_rigidBody.a_sc_niceName = "Shape Changed"
n_rigidBody.a_sf_niceName = "Static Friction"
n_rigidBody.a_si_enum_kNone = "none"
n_rigidBody.a_si_enum_kStandInCube = "cube"
n_rigidBody.a_si_enum_kStandInSphere = "sphere"
n_rigidBody.a_si_niceName = "Stand In"
n_rigidBody.a_sid_niceName = "Solver Id"
n_rigidBody.a_sim_niceName = "Spin Impulse"
n_rigidBody.a_six_niceName = "Spin Impulse X"
n_rigidBody.a_siy_niceName = "Spin Impulse Y"
n_rigidBody.a_siz_niceName = "Spin Impulse Z"
n_rigidBody.a_sp_niceName = "Spin"
n_rigidBody.a_spx_niceName = "Spin X"
n_rigidBody.a_spy_niceName = "Spin Y"
n_rigidBody.a_spz_niceName = "Spin Z"
n_rigidBody.a_tes_niceName = "Tessellation Factor"
n_rigidBody.a_tor_niceName = "Torque"
n_rigidBody.a_trx_niceName = "Torque X"
n_rigidBody.a_try_niceName = "Torque Y"
n_rigidBody.a_trz_niceName = "Torque Z"
n_rigidBody.a_vel_niceName = "Velocity"
n_rigidBody.a_vol_niceName = "Volume"
n_rigidBody.a_vx_niceName = "Velocity X"
n_rigidBody.a_vy_niceName = "Velocity Y"
n_rigidBody.a_vz_niceName = "Velocity Z"
n_rigidBody.baseName = "rigidBody"
n_rigidBody.niceName = "Rigid Body"
//
// String set: n_rigidConstraint
//
n_rigidConstraint.a_avl_niceName = "Angular Velocity"
n_rigidConstraint.a_avx_niceName = "Angular Velocity X"
n_rigidConstraint.a_avy_niceName = "Angular Velocity Y"
n_rigidConstraint.a_avz_niceName = "Angular Velocity Z"
n_rigidConstraint.a_bon_niceName = "Is Bounded"
n_rigidConstraint.a_con_niceName = "Constrain"
n_rigidConstraint.a_dmp_niceName = "Spring Damping"
n_rigidConstraint.a_for_niceName = "Force"
n_rigidConstraint.a_frx_niceName = "Force X"
n_rigidConstraint.a_fry_niceName = "Force Y"
n_rigidConstraint.a_frz_niceName = "Force Z"
n_rigidConstraint.a_ino_niceName = "Initial Orientation"
n_rigidConstraint.a_int_niceName = "Interpenetrate"
n_rigidConstraint.a_iox_niceName = "Initial Orientation X"
n_rigidConstraint.a_ioy_niceName = "Initial Orientation Y"
n_rigidConstraint.a_ioz_niceName = "Initial Orientation Z"
n_rigidConstraint.a_ip_niceName = "Initial Position"
n_rigidConstraint.a_ipx_niceName = "Initial Position X"
n_rigidConstraint.a_ipy_niceName = "Initial Position Y"
n_rigidConstraint.a_ipz_niceName = "Initial Position Z"
n_rigidConstraint.a_par_niceName = "Is Parented"
n_rigidConstraint.a_rb1_niceName = "Rigid Body 1"
n_rigidConstraint.a_rb2_niceName = "Rigid Body 2"
n_rigidConstraint.a_rlt_enum_kBody1 = "Body 1"
n_rigidConstraint.a_rlt_enum_kBody2 = "Body 2"
n_rigidConstraint.a_rlt_enum_kCenter = "Mid Point"
n_rigidConstraint.a_rlt_enum_kUserDefined = "User Defined"
n_rigidConstraint.a_rlt_niceName = "Relative To"
n_rigidConstraint.a_sid_niceName = "Solver Id"
n_rigidConstraint.a_srl_niceName = "Spring Rest Length"
n_rigidConstraint.a_sst_niceName = "Spring Stiffness"
n_rigidConstraint.a_typ_enum_kBarrierConstraint = "barrier"
n_rigidConstraint.a_typ_enum_kHingeConstraint = "directionalHinge"
n_rigidConstraint.a_typ_enum_kNailConstraint = "nail"
n_rigidConstraint.a_typ_enum_kPinConstraint = "pin"
n_rigidConstraint.a_typ_enum_kRotHingeConstraint = "hinge"
n_rigidConstraint.a_typ_enum_kSpringConstraint = "spring"
n_rigidConstraint.a_typ_niceName = "Constraint Type"
n_rigidConstraint.a_udp_niceName = "User Defined Position"
n_rigidConstraint.a_upx_niceName = "User Defined Position X"
n_rigidConstraint.a_upy_niceName = "User Defined Position Y"
n_rigidConstraint.a_upz_niceName = "User Defined Position Z"
n_rigidConstraint.a_vel_niceName = "Velocity"
n_rigidConstraint.a_vlx_niceName = "Velocity X"
n_rigidConstraint.a_vly_niceName = "Velocity Y"
n_rigidConstraint.a_vlz_niceName = "Velocity Z"
n_rigidConstraint.baseName = "rigidConstraint"
n_rigidConstraint.niceName = "Rigid Constraint"
//
// String set: n_rigidSolver
//
n_rigidSolver.a_ad_niceName = "Allow Disconnection"
n_rigidSolver.a_ast_niceName = "Auto Solver Tolerances"
n_rigidSolver.a_b_niceName = "Bounciness"
n_rigidSolver.a_cd_niceName = "Cache Data"
n_rigidSolver.a_cr_niceName = "Constraint Rotate"
n_rigidSolver.a_crx_niceName = "Constraint Rotate X"
n_rigidSolver.a_cry_niceName = "Constraint Rotate Y"
n_rigidSolver.a_crz_niceName = "Constraint Rotate Z"
n_rigidSolver.a_ct_niceName = "Current Time"
n_rigidSolver.a_ctd_niceName = "Contact Data"
n_rigidSolver.a_ctl_niceName = "Collision Tolerance"
n_rigidSolver.a_ctr_niceName = "Constraint Translate"
n_rigidSolver.a_ctx_niceName = "Constraint Translate X"
n_rigidSolver.a_cty_niceName = "Constraint Translate Y"
n_rigidSolver.a_ctz_niceName = "Constraint Translate Z"
n_rigidSolver.a_cur_niceName = "Current"
n_rigidSolver.a_dc_niceName = "Display Constraint"
n_rigidSolver.a_dcom_niceName = "Display Center Of Mass"
n_rigidSolver.a_dl_niceName = "Display Label"
n_rigidSolver.a_dtm_niceName = "Delta Time"
n_rigidSolver.a_dv_niceName = "Display Velocity"
n_rigidSolver.a_dyn_niceName = "Dynamics"
n_rigidSolver.a_f_niceName = "Friction"
n_rigidSolver.a_fdn_niceName = "Force Dynamics"
n_rigidSolver.a_gfr_niceName = "General Force"
n_rigidSolver.a_ifr_niceName = "Input Force"
n_rigidSolver.a_itr_niceName = "Input Torque"
n_rigidSolver.a_lst_niceName = "Last Scene Time"
n_rigidSolver.a_r_niceName = "Rotate"
n_rigidSolver.a_rbc_niceName = "Rigid Body Count"
n_rigidSolver.a_rx_niceName = "Rotate X"
n_rigidSolver.a_ry_niceName = "Rotate Y"
n_rigidSolver.a_rz_niceName = "Rotate Z"
n_rigidSolver.a_slm_enum_kMidPoint = "MidPoint"
n_rigidSolver.a_slm_enum_kRungeKutta4 = "Runge Kutta"
n_rigidSolver.a_slm_enum_kRungeKutta5Adaptive = "Runge Kutta Adaptive"
n_rigidSolver.a_slm_niceName = "Solver Method"
n_rigidSolver.a_sol_niceName = "Solving"
n_rigidSolver.a_ss_niceName = "Step Size"
n_rigidSolver.a_st_niceName = "Statistics"
n_rigidSolver.a_stm_niceName = "Start Time"
n_rigidSolver.a_stt_niceName = "State"
n_rigidSolver.a_svv_niceName = "Scale Velocity"
n_rigidSolver.a_t_niceName = "Translate"
n_rigidSolver.a_tx_niceName = "Translate X"
n_rigidSolver.a_ty_niceName = "Translate Y"
n_rigidSolver.a_tz_niceName = "Translate Z"
n_rigidSolver.baseName = "rigidSolver"
n_rigidSolver.niceName = "Rigid Solver"
//
// String set: n_rock
//
n_rock.a_c1_niceName = "Color 1"
n_rock.a_c1b_niceName = "Color 1B"
n_rock.a_c1g_niceName = "Color 1G"
n_rock.a_c1r_niceName = "Color 1R"
n_rock.a_c2_niceName = "Color 2"
n_rock.a_c2b_niceName = "Color 2B"
n_rock.a_c2g_niceName = "Color 2G"
n_rock.a_c2r_niceName = "Color 2R"
n_rock.a_di_niceName = "Diffusion"
n_rock.a_gs_niceName = "Grain Size"
n_rock.a_mr_niceName = "Mix Ratio"
n_rock.a_rcx_niceName = "Ref Point Camera X"
n_rock.a_rcy_niceName = "Ref Point Camera Y"
n_rock.a_rcz_niceName = "Ref Point Camera Z"
n_rock.a_rox_niceName = "Ref Point Obj X"
n_rock.a_roy_niceName = "Ref Point Obj Y"
n_rock.a_roz_niceName = "Ref Point Obj Z"
n_rock.a_rpc_niceName = "Ref Point Camera"
n_rock.a_rpo_niceName = "Ref Point Obj"
n_rock.baseName = "rock"
n_rock.niceName = "Rock"
//
// String set: n_rotateLimitsManip
//
n_rotateLimitsManip.baseName = "rotateLimitsManip"
n_rotateLimitsManip.niceName = "Rotate Limits Manip"
//
// String set: n_rotateManip
//
n_rotateManip.baseName = "rotateManip"
n_rotateManip.niceName = "Rotate Manip"
//
// String set: n_rotateUV2dManip
//
n_rotateUV2dManip.baseName = "rotateUV2dManip"
n_rotateUV2dManip.niceName = "Rotate UV2d Manip"
//
// String set: n_roundConstantRadius
//
n_roundConstantRadius.a_cs_niceName = "Corner Surface"
n_roundConstantRadius.a_e_niceName = "Edge"
n_roundConstantRadius.a_ev_niceName = "Edge Valid"
n_roundConstantRadius.a_fis_niceName = "Fillet Status"
n_roundConstantRadius.a_fs_niceName = "Fillet Surface"
n_roundConstantRadius.a_ica_niceName = "Input Curve A"
n_roundConstantRadius.a_icb_niceName = "Input Curve B"
n_roundConstantRadius.a_is_niceName = "Input Surface"
n_roundConstantRadius.a_isa_niceName = "In Surf Idx A"
n_roundConstantRadius.a_isb_niceName = "In Surf Idx B"
n_roundConstantRadius.a_os_niceName = "Original Surface"
n_roundConstantRadius.a_r_niceName = "Radius"
n_roundConstantRadius.a_tol_niceName = "Tolerance"
n_roundConstantRadius.baseName = "roundConstantRadius"
n_roundConstantRadius.niceName = "Round Constant Radius"
//
// String set: n_roundConstantRadiusManip
//
n_roundConstantRadiusManip.baseName = "roundConstantRadiusManip"
n_roundConstantRadiusManip.niceName = "Round Constant Radius Manip"
//
// String set: n_roundRadiusCrvManip
//
n_roundRadiusCrvManip.baseName = "roundRadiusCrvManip"
n_roundRadiusCrvManip.niceName = "Round Radius Crv Manip"
//
// String set: n_roundRadiusManip
//
n_roundRadiusManip.baseName = "roundRadiusManip"
n_roundRadiusManip.niceName = "Round Radius Manip"
//
// String set: n_sampler
//
n_sampler.a_f_niceName = "Function"
n_sampler.a_fd_niceName = "Function _Default"
n_sampler.a_fh_niceName = "Function _Hidden"
n_sampler.a_fi_niceName = "Function _Inmap"
n_sampler.a_fif_niceName = "Function _Inmap From"
n_sampler.a_fit_niceName = "Function _Inmap To"
n_sampler.a_fo_niceName = "Function _Outmap"
n_sampler.a_fof_niceName = "Function _Outmap From"
n_sampler.a_fot_niceName = "Function _Outmap To"
n_sampler.a_fr_niceName = "Function _Raw"
n_sampler.a_i_niceName = "Invert"
n_sampler.a_max_niceName = "Maximum"
n_sampler.a_min_niceName = "Minimum"
n_sampler.a_s_niceName = "Step"
n_sampler.a_v_niceName = "Value"
n_sampler.baseName = "sampler"
n_sampler.niceName = "Sampler"
//
// String set: n_samplerInfo
//
n_samplerInfo.a_e2w_niceName = "Matrix Eye To World"
n_samplerInfo.a_fn_niceName = "Flipped Normal"
n_samplerInfo.a_fr_niceName = "Facing Ratio"
n_samplerInfo.a_n_niceName = "Normal Camera"
n_samplerInfo.a_nx_niceName = "Normal Camera X"
n_samplerInfo.a_ny_niceName = "Normal Camera Y"
n_samplerInfo.a_nz_niceName = "Normal Camera Z"
n_samplerInfo.a_p_niceName = "Point Camera"
n_samplerInfo.a_pc_niceName = "Pixel Center"
n_samplerInfo.a_pcx_niceName = "Pixel Center X"
n_samplerInfo.a_pcy_niceName = "Pixel Center Y"
n_samplerInfo.a_po_niceName = "Point Obj"
n_samplerInfo.a_pox_niceName = "Point Obj X"
n_samplerInfo.a_poy_niceName = "Point Obj Y"
n_samplerInfo.a_poz_niceName = "Point Obj Z"
n_samplerInfo.a_pw_niceName = "Point World"
n_samplerInfo.a_pwx_niceName = "Point World X"
n_samplerInfo.a_pwy_niceName = "Point World Y"
n_samplerInfo.a_pwz_niceName = "Point World Z"
n_samplerInfo.a_px_niceName = "Point Camera X"
n_samplerInfo.a_py_niceName = "Point Camera Y"
n_samplerInfo.a_pz_niceName = "Point Camera Z"
n_samplerInfo.a_r_niceName = "Ray Direction"
n_samplerInfo.a_rx_niceName = "Ray Direction X"
n_samplerInfo.a_ry_niceName = "Ray Direction Y"
n_samplerInfo.a_rz_niceName = "Ray Direction Z"
n_samplerInfo.a_tu_niceName = "Tangent UCamera"
n_samplerInfo.a_tux_niceName = "Tangent Ux"
n_samplerInfo.a_tuy_niceName = "Tangent Uy"
n_samplerInfo.a_tuz_niceName = "Tangent Uz"
n_samplerInfo.a_tv_niceName = "Tangent VCamera"
n_samplerInfo.a_tvx_niceName = "Tangent Vx"
n_samplerInfo.a_tvy_niceName = "Tangent Vy"
n_samplerInfo.a_tvz_niceName = "Tangent Vz"
n_samplerInfo.a_u_niceName = "U Coord"
n_samplerInfo.a_uv_niceName = "Uv Coord"
n_samplerInfo.a_v_niceName = "V Coord"
n_samplerInfo.baseName = "samplerInfo"
n_samplerInfo.niceName = "Sampler Info"
//
// String set: n_scaleConstraint
//
n_scaleConstraint.a_cpim_niceName = "Constraint Parent Inverse Matrix"
n_scaleConstraint.a_cs_niceName = "Constraint Scale"
n_scaleConstraint.a_csx_niceName = "Constraint Scale X"
n_scaleConstraint.a_csy_niceName = "Constraint Scale Y"
n_scaleConstraint.a_csz_niceName = "Constraint Scale Z"
n_scaleConstraint.a_o_niceName = "Offset"
n_scaleConstraint.a_ox_niceName = "Offset X"
n_scaleConstraint.a_oy_niceName = "Offset Y"
n_scaleConstraint.a_oz_niceName = "Offset Z"
n_scaleConstraint.a_rs_niceName = "Rest Scale"
n_scaleConstraint.a_rsx_niceName = "Rest Scale X"
n_scaleConstraint.a_rsy_niceName = "Rest Scale Y"
n_scaleConstraint.a_rsz_niceName = "Rest Scale Z"
n_scaleConstraint.a_tg_niceName = "Target"
n_scaleConstraint.a_tpm_niceName = "Target Parent Matrix"
n_scaleConstraint.a_ts_niceName = "Target Scale"
n_scaleConstraint.a_tsc_niceName = "Constraint Scale Compensate"
n_scaleConstraint.a_tsx_niceName = "Target Scale X"
n_scaleConstraint.a_tsy_niceName = "Target Scale Y"
n_scaleConstraint.a_tsz_niceName = "Target Scale Z"
n_scaleConstraint.a_tw_niceName = "Target Weight"
n_scaleConstraint.baseName = "scaleConstraint"
n_scaleConstraint.niceName = "Scale Constraint"
//
// String set: n_scaleLimitsManip
//
n_scaleLimitsManip.baseName = "scaleLimitsManip"
n_scaleLimitsManip.niceName = "Scale Limits Manip"
//
// String set: n_scaleManip
//
n_scaleManip.baseName = "scaleManip"
n_scaleManip.niceName = "Scale Manip"
//
// String set: n_scaleUV2dManip
//
n_scaleUV2dManip.baseName = "scaleUV2dManip"
n_scaleUV2dManip.niceName = "Scale UV2d Manip"
//
// String set: n_screenAlignedCircleManip
//
n_screenAlignedCircleManip.baseName = "screenAlignedCircleManip"
n_screenAlignedCircleManip.niceName = "Screen Aligned Circle Manip"
//
// String set: n_script
//
n_script.a_a_niceName = "After"
n_script.a_b_niceName = "Before"
n_script.a_ire_enum_kIgnoreReferenceEdits = "Ignore reference edits"
n_script.a_ire_enum_kRecordReferenceEdits = "Record reference edits"
n_script.a_ire_niceName = "Ignore Reference Edits"
n_script.a_st_enum_kGUIOpenClose = "GUI Open/Close"
n_script.a_st_enum_kOnDemand = "Demand"
n_script.a_st_enum_kOpenClose = "Open/Close"
n_script.a_st_enum_kSceneConfiguration = "Scene Configuration (Internal)"
n_script.a_st_enum_kSoftwareFrameRender = "Software Frame Render"
n_script.a_st_enum_kSoftwareRender = "Software Render"
n_script.a_st_enum_kTimeChanged = "Time Changed"
n_script.a_st_enum_kUIConfiguration = "UI Configuration (Internal)"
n_script.a_st_niceName = "Script Type"
n_script.a_stp_enum_kMEL = "MEL"
n_script.a_stp_enum_kPython = "Python"
n_script.a_stp_niceName = "Source Type"
n_script.baseName = "script"
n_script.niceName = "Script"
//
// String set: n_scriptManip
//
n_scriptManip.baseName = "scriptManip"
n_scriptManip.niceName = "Script Manip"
//
// String set: n_sculpt
//
n_sculpt.a_dd_niceName = "Dropoff Distance"
n_sculpt.a_dt_enum_kLinearDropoff = "linear"
n_sculpt.a_dt_enum_kNoDropoff = "none"
n_sculpt.a_dt_niceName = "Dropoff Type"
n_sculpt.a_exd_niceName = "Extended End"
n_sculpt.a_im_enum_kEvenMode = "even"
n_sculpt.a_im_enum_kRingMode = "ring"
n_sculpt.a_im_niceName = "Inside Mode"
n_sculpt.a_md_niceName = "Maximum Displacement"
n_sculpt.a_mo_enum_kFlipMode = "flip"
n_sculpt.a_mo_enum_kProjectMode = "project"
n_sculpt.a_mo_enum_kStretchMode = "stretch"
n_sculpt.a_mo_niceName = "Mode"
n_sculpt.a_sg_niceName = "Sculpt Object Geometry"
n_sculpt.a_sm_niceName = "Sculpt Object Matrix"
n_sculpt.a_sp_niceName = "Start Position"
n_sculpt.a_sx_niceName = "Start Pos X"
n_sculpt.a_sy_niceName = "Start Pos Y"
n_sculpt.a_sz_niceName = "Start Pos Z"
n_sculpt.baseName = "sculpt"
n_sculpt.niceName = "Sculpt"
//
// String set: n_selectionListOperator
//
n_selectionListOperator.a_ina_niceName = "Input List A"
n_selectionListOperator.a_inb_niceName = "Input List B"
n_selectionListOperator.a_ocls_enum_kBuiltInFilter = "builtIn"
n_selectionListOperator.a_ocls_enum_kOtherFilter = "other"
n_selectionListOperator.a_ocls_enum_kUserFilter = "user"
n_selectionListOperator.a_ocls_niceName = "Operator Class"
n_selectionListOperator.a_op_enum_kDifference = "Difference"
n_selectionListOperator.a_op_enum_kIntersection = "Intersection"
n_selectionListOperator.a_op_enum_kNotIntersection = "Not-Intersection"
n_selectionListOperator.a_op_enum_kUnion = "Union"
n_selectionListOperator.a_op_niceName = "Operation"
n_selectionListOperator.a_out_niceName = "Output List"
n_selectionListOperator.baseName = "selectionListOperator"
n_selectionListOperator.niceName = "Selection List Operator"
//
// String set: n_sequenceManager
//
n_sequenceManager.a_en_niceName = "Enabled"
n_sequenceManager.a_o_niceName = "Out Time"
n_sequenceManager.a_ren_niceName = "Range Enabled"
n_sequenceManager.a_rmax_niceName = "Range Max"
n_sequenceManager.a_rmin_niceName = "Range Min"
n_sequenceManager.a_seqts_niceName = "Sequences"
n_sequenceManager.a_sg_niceName = "Skip Gaps"
n_sequenceManager.a_tim_niceName = "Track Info Manager"
n_sequenceManager.baseName = "sequenceManager"
n_sequenceManager.niceName = "Sequence Manager"
//
// String set: n_sequencer
//
n_sequencer.a_aud_niceName = "Audio"
n_sequencer.a_mnf_niceName = "Min Frame"
n_sequencer.a_mxf_niceName = "Max Frame"
n_sequencer.a_shts_niceName = "Shots"
n_sequencer.baseName = "sequencer"
n_sequencer.niceName = "Sequencer"
//
// String set: n_setRange
//
n_setRange.a_m_niceName = "Max"
n_setRange.a_mx_niceName = "Max X"
n_setRange.a_my_niceName = "Max Y"
n_setRange.a_mz_niceName = "Max Z"
n_setRange.a_n_niceName = "Min"
n_setRange.a_nx_niceName = "Min X"
n_setRange.a_ny_niceName = "Min Y"
n_setRange.a_nz_niceName = "Min Z"
n_setRange.a_o_niceName = "Out Value"
n_setRange.a_om_niceName = "Old Max"
n_setRange.a_omx_niceName = "Old Max X"
n_setRange.a_omy_niceName = "Old Max Y"
n_setRange.a_omz_niceName = "Old Max Z"
n_setRange.a_on_niceName = "Old Min"
n_setRange.a_onx_niceName = "Old Min X"
n_setRange.a_ony_niceName = "Old Min Y"
n_setRange.a_onz_niceName = "Old Min Z"
n_setRange.a_ox_niceName = "Out Value X"
n_setRange.a_oy_niceName = "Out Value Y"
n_setRange.a_oz_niceName = "Out Value Z"
n_setRange.a_v_niceName = "Value"
n_setRange.a_vx_niceName = "Value X"
n_setRange.a_vy_niceName = "Value Y"
n_setRange.a_vz_niceName = "Value Z"
n_setRange.baseName = "setRange"
n_setRange.niceName = "Set Range"
//
// String set: n_shaderGlow
//
n_shaderGlow.a_ae_niceName = "Auto Exposure"
n_shaderGlow.a_gb_niceName = "Glow Color B"
n_shaderGlow.a_gc_niceName = "Glow Color"
n_shaderGlow.a_gecc_niceName = "Glow Eccentricity"
n_shaderGlow.a_gfw_niceName = "Glow Filter Width"
n_shaderGlow.a_gg_niceName = "Glow Color G"
n_shaderGlow.a_gi_niceName = "Glow Intensity"
n_shaderGlow.a_gn_niceName = "Glow Radial Noise"
n_shaderGlow.a_go_niceName = "Glow Opacity"
n_shaderGlow.a_gr_niceName = "Glow Color R"
n_shaderGlow.a_grf_niceName = "Glow Ring Frequency"
n_shaderGlow.a_gri_niceName = "Glow Ring Intensity"
n_shaderGlow.a_gs_niceName = "Glow Spread"
n_shaderGlow.a_gt_enum_kgBallGlow = "Ball"
n_shaderGlow.a_gt_enum_kgExpGlow = "Exponential"
n_shaderGlow.a_gt_enum_kgLensGlow = "Lens Flare"
n_shaderGlow.a_gt_enum_kgLinearGlow = "Linear"
n_shaderGlow.a_gt_enum_kgNoGlow = "None"
n_shaderGlow.a_gt_enum_kgRimGlow = "Rim Halo"
n_shaderGlow.a_gt_niceName = "Glow Type"
n_shaderGlow.a_gv_niceName = "Glow Star Level"
n_shaderGlow.a_hb_niceName = "Halo Color B"
n_shaderGlow.a_hc_niceName = "Halo Color"
n_shaderGlow.a_hecc_niceName = "Halo Eccentricity"
n_shaderGlow.a_hfw_niceName = "Halo Filter Width"
n_shaderGlow.a_hg_niceName = "Halo Color G"
n_shaderGlow.a_hi_niceName = "Halo Intensity"
n_shaderGlow.a_hn_niceName = "Halo Radial Noise"
n_shaderGlow.a_ho_niceName = "Halo Opacity"
n_shaderGlow.a_hr_niceName = "Halo Color R"
n_shaderGlow.a_hrf_niceName = "Halo Ring Frequency"
n_shaderGlow.a_hri_niceName = "Halo Ring Intensity"
n_shaderGlow.a_hs_niceName = "Halo Spread"
n_shaderGlow.a_ht_enum_khBallGlow = "Ball"
n_shaderGlow.a_ht_enum_khExpGlow = "Exponential"
n_shaderGlow.a_ht_enum_khLensGlow = "Lens Flare"
n_shaderGlow.a_ht_enum_khLinearGlow = "Linear"
n_shaderGlow.a_ht_enum_khNoGlow = "None"
n_shaderGlow.a_ht_enum_khRimGlow = "Rim Halo"
n_shaderGlow.a_ht_niceName = "Halo Type"
n_shaderGlow.a_hv_niceName = "Halo Star Level"
n_shaderGlow.a_qual_niceName = "Quality"
n_shaderGlow.a_ra_niceName = "Rotation"
n_shaderGlow.a_rf_niceName = "Radial Frequency"
n_shaderGlow.a_sp_niceName = "Star Points"
n_shaderGlow.a_th_niceName = "Threshold"
n_shaderGlow.baseName = "shaderGlow"
n_shaderGlow.niceName = "Shader Glow"
//
// String set: n_shadingDependNode
//
n_shadingDependNode.baseName = "shadingDependNode"
n_shadingDependNode.niceName = "Shading Depend Node"
//
// String set: n_shadingMap
//
n_shadingMap.a_arp_enum_0 = "Pass through"
n_shadingMap.a_arp_enum_1 = "Apply to Render Passes"
n_shadingMap.a_arp_enum_2 = "No Contribution"
n_shadingMap.a_arp_enum_3 = "Write Shader Result to Beauty Passes"
n_shadingMap.a_arp_niceName = "Render Pass Mode"
n_shadingMap.a_c_niceName = "Color"
n_shadingMap.a_cb_niceName = "Color B"
n_shadingMap.a_cg_niceName = "Color G"
n_shadingMap.a_cr_niceName = "Color R"
n_shadingMap.a_g_niceName = "Glow Color"
n_shadingMap.a_gb_niceName = "Glow Color B"
n_shadingMap.a_gg_niceName = "Glow Color G"
n_shadingMap.a_gr_niceName = "Glow Color R"
n_shadingMap.a_it_niceName = "Transparency"
n_shadingMap.a_itb_niceName = "Transparency B"
n_shadingMap.a_itg_niceName = "Transparency G"
n_shadingMap.a_itr_niceName = "Transparency R"
n_shadingMap.a_mfu_enum_KMapFuncUGreen = "Green"
n_shadingMap.a_mfu_enum_kMapFuncUAverage = "RGB Average"
n_shadingMap.a_mfu_enum_kMapFuncUBlue = "Blue"
n_shadingMap.a_mfu_enum_kMapFuncUHue = "Hue"
n_shadingMap.a_mfu_enum_kMapFuncURed = "Red"
n_shadingMap.a_mfu_enum_kMapFuncUSaturation = "Saturation"
n_shadingMap.a_mfu_enum_kMapFuncUValue = "Value"
n_shadingMap.a_mfu_niceName = "Map Function U"
n_shadingMap.a_mfv_enum_KMapFuncVGreen = "Green"
n_shadingMap.a_mfv_enum_kMapFuncVAverage = "RGB Average"
n_shadingMap.a_mfv_enum_kMapFuncVBlue = "Blue"
n_shadingMap.a_mfv_enum_kMapFuncVHue = "Hue"
n_shadingMap.a_mfv_enum_kMapFuncVRed = "Red"
n_shadingMap.a_mfv_enum_kMapFuncVSaturation = "Saturation"
n_shadingMap.a_mfv_enum_kMapFuncVValue = "Value"
n_shadingMap.a_mfv_niceName = "Map Function V"
n_shadingMap.a_mog_niceName = "Matte Opacity"
n_shadingMap.a_mom_enum_kBlackHoleM = "Black Hole"
n_shadingMap.a_mom_enum_kOpacityGain = "Opacity Gain"
n_shadingMap.a_mom_enum_kSolidMatte = "Solid Matte"
n_shadingMap.a_mom_niceName = "Matte Opacity Mode"
n_shadingMap.a_oc_niceName = "Out Color"
n_shadingMap.a_ocb_niceName = "Out Color B"
n_shadingMap.a_ocg_niceName = "Out Color G"
n_shadingMap.a_ocr_niceName = "Out Color R"
n_shadingMap.a_ogb_niceName = "Out Glow Color B"
n_shadingMap.a_ogc_niceName = "Out Glow Color"
n_shadingMap.a_ogg_niceName = "Out Glow Color G"
n_shadingMap.a_ogr_niceName = "Out Glow Color R"
n_shadingMap.a_omo_niceName = "Out Matte Opacity"
n_shadingMap.a_omob_niceName = "Out Matte Opacity B"
n_shadingMap.a_omog_niceName = "Out Matte Opacity G"
n_shadingMap.a_omor_niceName = "Out Matte Opacity R"
n_shadingMap.a_ot_niceName = "Out Transparency"
n_shadingMap.a_otb_niceName = "Out Transparency B"
n_shadingMap.a_otg_niceName = "Out Transparency G"
n_shadingMap.a_otr_niceName = "Out Transparency R"
n_shadingMap.a_sc_niceName = "Shading Map Color"
n_shadingMap.a_scb_niceName = "Shading Map Color B"
n_shadingMap.a_scg_niceName = "Shading Map Color G"
n_shadingMap.a_scr_niceName = "Shading Map Color R"
n_shadingMap.a_uu_niceName = "U Coord"
n_shadingMap.a_uv_niceName = "Uv Coord"
n_shadingMap.a_vv_niceName = "V Coord"
n_shadingMap.baseName = "shadingMap"
n_shadingMap.niceName = "Shading Map"
//
// String set: n_shape
//
n_shape.baseName = "shape"
n_shape.niceName = "Shape"
//
// String set: n_shapeEditorManager
//
n_shapeEditorManager.a_bdpv_niceName = "Directory Parent Visibility"
n_shapeEditorManager.a_bscd_niceName = "Child Indices"
n_shapeEditorManager.a_bsdn_niceName = "Directory Name"
n_shapeEditorManager.a_bsdt_niceName = "Blend Shape Directory"
n_shapeEditorManager.a_bsdv_niceName = "Directory Visibility"
n_shapeEditorManager.a_bspi_niceName = "Parent Index"
n_shapeEditorManager.a_bspr_niceName = "Blend Shape Parent"
n_shapeEditorManager.a_obsv_niceName = "Out Blend Shape Visibility"
n_shapeEditorManager.a_tpfs_niceName = "Filter String"
n_shapeEditorManager.baseName = "shapeEditorManager"
n_shapeEditorManager.niceName = "Shape Editor Manager"
//
// String set: n_shellTessellate
//
n_shellTessellate.a_is_niceName = "Input Shell"
n_shellTessellate.baseName = "shellTessellate"
n_shellTessellate.niceName = "Shell Tessellate"
//
// String set: n_shot
//
n_shot.a_aud_niceName = "Audio"
n_shot.a_ca_niceName = "Custom Anim"
n_shot.a_cam_niceName = "Cameras"
n_shot.a_ccm_niceName = "Current Camera"
n_shot.a_cdr_niceName = "Clip Duration"
n_shot.a_clp_niceName = "Clip"
n_shot.a_cprh_niceName = "Clip Pre Hold"
n_shot.a_cpsh_niceName = "Clip Post Hold"
n_shot.a_cs_niceName = "Clip Scale"
n_shot.a_cv_niceName = "Clip Valid"
n_shot.a_czo_niceName = "Clip Zero Offset"
n_shot.a_ef_niceName = "End Frame"
n_shot.a_f_niceName = "Flags"
n_shot.a_fav_niceName = "Favorite"
n_shot.a_his_niceName = "Has Incoming Stt"
n_shot.a_hos_niceName = "Has Outgoing Stt"
n_shot.a_hres_niceName = "H Resolution"
n_shot.a_mbr_niceName = "Members"
n_shot.a_prh_niceName = "Pre Hold"
n_shot.a_psh_niceName = "Post Hold"
n_shot.a_s_niceName = "Scale"
n_shot.a_se_niceName = "Sequence End Frame"
n_shot.a_sf_niceName = "Start Frame"
n_shot.a_sn_niceName = "Shot Name"
n_shot.a_ssf_niceName = "Sequence Start Frame"
n_shot.a_til_niceName = "Transition In Length"
n_shot.a_tit_enum_kDissolve = "dissolve"
n_shot.a_tit_enum_kFade = "fade"
n_shot.a_tit_niceName = "Transition In Type"
n_shot.a_tk_niceName = "Track"
n_shot.a_tol_niceName = "Transition Out Length"
n_shot.a_tot_enum_kDissolve = "dissolve"
n_shot.a_tot_enum_kFade = "fade"
n_shot.a_tot_niceName = "Transition Out Type"
n_shot.a_ts_niceName = "Track State"
n_shot.a_us1_niceName = "User Status 1"
n_shot.a_us2_niceName = "User Status 2"
n_shot.a_wres_niceName = "W Resolution"
n_shot.baseName = "shot"
n_shot.niceName = "Shot"
//
// String set: n_shrinkWrap
//
n_shrinkWrap.a_ar_enum_kReferenceDeformedLocal = "Deformed Local"
n_shrinkWrap.a_ar_enum_kReferenceGlobal = "Global"
n_shrinkWrap.a_ar_enum_kReferenceTargetLocal = "Target Local"
n_shrinkWrap.a_ar_niceName = "Axis Reference"
n_shrinkWrap.a_ax_niceName = "Along X"
n_shrinkWrap.a_ay_niceName = "Along Y"
n_shrinkWrap.a_az_niceName = "Along Z"
n_shrinkWrap.a_bbc_niceName = "Bounding Box Center"
n_shrinkWrap.a_bi_niceName = "Bidirectional"
n_shrinkWrap.a_bnr_enum_0 = "Legacy"
n_shrinkWrap.a_bnr_enum_1 = "Crease All"
n_shrinkWrap.a_bnr_enum_2 = "Crease Edges"
n_shrinkWrap.a_bnr_niceName = "Boundary Rule"
n_shrinkWrap.a_cit_niceName = "Cached Inflated Target"
n_shrinkWrap.a_cni_niceName = "Closest If No Intersection"
n_shrinkWrap.a_co_niceName = "Continuity"
n_shrinkWrap.a_cst_niceName = "Cached Smooth Target"
n_shrinkWrap.a_fi_niceName = "Falloff Iterations"
n_shrinkWrap.a_fo_niceName = "Falloff"
n_shrinkWrap.a_ien_niceName = "Input Envelope"
n_shrinkWrap.a_igi_niceName = "Inner Group Id"
n_shrinkWrap.a_in_niceName = "Inner Geom"
n_shrinkWrap.a_kb_niceName = "Keep Border"
n_shrinkWrap.a_khe_niceName = "Keep Hard Edge"
n_shrinkWrap.a_kmb_enum_0 = "None"
n_shrinkWrap.a_kmb_enum_1 = "Internal"
n_shrinkWrap.a_kmb_enum_2 = "All"
n_shrinkWrap.a_kmb_niceName = "Keep Map Borders"
n_shrinkWrap.a_o_niceName = "Offset"
n_shrinkWrap.a_peh_niceName = "Propagate Edge Hardness"
n_shrinkWrap.a_prj_enum_kProjectionClosest = "Closest"
n_shrinkWrap.a_prj_enum_kProjectionParallelToAxes = "Parallel To Axes"
n_shrinkWrap.a_prj_enum_kProjectionTowardCenter = "Toward Center"
n_shrinkWrap.a_prj_enum_kProjectionTowardInner = "Toward Inner Object"
n_shrinkWrap.a_prj_enum_kProjectionVertexNormal = "Vertex Normals"
n_shrinkWrap.a_prj_niceName = "Projection"
n_shrinkWrap.a_rev_niceName = "Reverse"
n_shrinkWrap.a_spe_niceName = "Shape Preservation Enable"
n_shrinkWrap.a_spi_niceName = "Shape Preservation Iterations"
n_shrinkWrap.a_spm_enum_kFromEdges = "Edges"
n_shrinkWrap.a_spm_enum_kFromTriangles = "Triangles"
n_shrinkWrap.a_spm_niceName = "Shape Preservation Method"
n_shrinkWrap.a_spr_enum_kNoReprojection = "No Reprojection"
n_shrinkWrap.a_spr_enum_kReprojectionPerStep = "Reprojection Per Step"
n_shrinkWrap.a_spr_enum_kSingleReprojection = "Single Reprojection"
n_shrinkWrap.a_spr_niceName = "Shape Preservation Reprojection"
n_shrinkWrap.a_sps_niceName = "Shape Preservation Steps"
n_shrinkWrap.a_suv_niceName = "Smooth UVs"
n_shrinkWrap.a_tgt_niceName = "Target Geom"
n_shrinkWrap.a_ti_niceName = "Target Inflation"
n_shrinkWrap.a_tsl_niceName = "Target Smooth Level"
n_shrinkWrap.baseName = "shrinkWrap"
n_shrinkWrap.niceName = "Shrink Wrap"
//
// String set: n_simpleTestNode
//
n_simpleTestNode.a_c_niceName = "Compound"
n_simpleTestNode.a_l1s1_niceName = "Level 1S1"
n_simpleTestNode.a_l1s2_niceName = "Level 1S2"
n_simpleTestNode.a_l1s3_niceName = "Level 1S3"
n_simpleTestNode.a_s_niceName = "Single"
n_simpleTestNode.baseName = "simpleTestNode"
n_simpleTestNode.niceName = "Simple Test Node"
//
// String set: n_simpleVolumeShader
//
n_simpleVolumeShader.a_c_niceName = "Color"
n_simpleVolumeShader.a_cb_niceName = "Color B"
n_simpleVolumeShader.a_cg_niceName = "Color G"
n_simpleVolumeShader.a_cr_niceName = "Color R"
n_simpleVolumeShader.a_fp_niceName = "Far Point World"
n_simpleVolumeShader.a_fpx_niceName = "Far Point World X"
n_simpleVolumeShader.a_fpy_niceName = "Far Point World Y"
n_simpleVolumeShader.a_fpz_niceName = "Far Point World Z"
n_simpleVolumeShader.a_oc_niceName = "Out Color"
n_simpleVolumeShader.a_ocb_niceName = "Out Color B"
n_simpleVolumeShader.a_ocg_niceName = "Out Color G"
n_simpleVolumeShader.a_ocr_niceName = "Out Color R"
n_simpleVolumeShader.a_ot_niceName = "Out Transparency"
n_simpleVolumeShader.a_otb_niceName = "Out Transparency B"
n_simpleVolumeShader.a_otg_niceName = "Out Transparency G"
n_simpleVolumeShader.a_otr_niceName = "Out Transparency R"
n_simpleVolumeShader.a_p1_niceName = "Parameter 1"
n_simpleVolumeShader.a_p_niceName = "Point World"
n_simpleVolumeShader.a_px_niceName = "Point World X"
n_simpleVolumeShader.a_py_niceName = "Point World Y"
n_simpleVolumeShader.a_pz_niceName = "Point World Z"
n_simpleVolumeShader.baseName = "simpleVolumeShader"
n_simpleVolumeShader.niceName = "Simple Volume Shader"
//
// String set: n_singleShadingSwitch
//
n_singleShadingSwitch.a_def_niceName = "Default"
n_singleShadingSwitch.a_i_niceName = "Input"
n_singleShadingSwitch.a_is_niceName = "In Shape"
n_singleShadingSwitch.a_it_niceName = "In Single"
n_singleShadingSwitch.a_out_niceName = "Output"
n_singleShadingSwitch.baseName = "singleShadingSwitch"
n_singleShadingSwitch.niceName = "Single Switch"
//
// String set: n_sketchPlane
//
n_sketchPlane.baseName = "sketchPlane"
n_sketchPlane.niceName = "Sketch Plane"
//
// String set: n_skinBinding
//
n_skinBinding.a_bpm_niceName = "Bind Pre Matrix"
n_skinBinding.a_ci_niceName = "Current Influence"
n_skinBinding.a_fc_niceName = "Falloff Curve"
n_skinBinding.a_fcfv_niceName = "Falloff Curve _Float Value"
n_skinBinding.a_fci_enum_kLinear = "Linear"
n_skinBinding.a_fci_enum_kNone = "None"
n_skinBinding.a_fci_enum_kSmooth = "Smooth"
n_skinBinding.a_fci_enum_kSpline = "Spline"
n_skinBinding.a_fci_niceName = "Falloff Curve _Interp"
n_skinBinding.a_fcp_niceName = "Falloff Curve _Position"
n_skinBinding.a_gm_niceName = "Geom Matrix"
n_skinBinding.a_ig_niceName = "Input Geometry"
n_skinBinding.a_l_niceName = "Length"
n_skinBinding.a_lc_niceName = "Left Cap"
n_skinBinding.a_lm_niceName = "Local Matrix"
n_skinBinding.a_lr_niceName = "Left Radius"
n_skinBinding.a_otw_niceName = "Out Weights"
n_skinBinding.a_pm_niceName = "Parent Matrix"
n_skinBinding.a_rc_niceName = "Right Cap"
n_skinBinding.a_rr_niceName = "Right Radius"
n_skinBinding.a_uw_niceName = "Update Weights"
n_skinBinding.baseName = "skinBinding"
n_skinBinding.niceName = "Skin Binding"
//
// String set: n_skinCluster
//
n_skinCluster.a_bc_niceName = "Bind Volume"
n_skinCluster.a_bm_enum_kBindClosestDistance = "Closest Distance"
n_skinCluster.a_bm_enum_kBindClosestJoint = "Closest Joint In Hierarchy"
n_skinCluster.a_bm_enum_kBindGeodesicVoxel = "Geodesic Voxel"
n_skinCluster.a_bm_enum_kBindHeatmap = "Heat Map"
n_skinCluster.a_bm_niceName = "Bind Method"
n_skinCluster.a_bp_niceName = "Bind Pose"
n_skinCluster.a_bsd_niceName = "Base Dirty"
n_skinCluster.a_bsp_niceName = "Base Points"
n_skinCluster.a_bw_niceName = "Blend Weights"
n_skinCluster.a_dpf_niceName = "Dropoff"
n_skinCluster.a_dr_niceName = "Dropoff Rate"
n_skinCluster.a_drp_niceName = "Driver Points"
n_skinCluster.a_dsc_niceName = "Dqs Scale"
n_skinCluster.a_dscx_niceName = "Dqs Scale X"
n_skinCluster.a_dscy_niceName = "Dqs Scale Y"
n_skinCluster.a_dscz_niceName = "Dqs Scale Z"
n_skinCluster.a_dsnr_niceName = "Dqs Support Non Rigid"
n_skinCluster.a_dun_niceName = "Deform User Normals"
n_skinCluster.a_gb_niceName = "Geom Bind"
n_skinCluster.a_gm_niceName = "Geom Matrix"
n_skinCluster.a_hmf_niceName = "Heatmap Falloff"
n_skinCluster.a_ifcb_niceName = "Influence Color B"
n_skinCluster.a_ifcg_niceName = "Influence Color G"
n_skinCluster.a_ifcl_niceName = "Influence Color"
n_skinCluster.a_ifcr_niceName = "Influence Color R"
n_skinCluster.a_lw_niceName = "Lock Weights"
n_skinCluster.a_ma_niceName = "Matrix"
n_skinCluster.a_mi_niceName = "Max Influences"
n_skinCluster.a_mmi_niceName = "Maintain Max Influences"
n_skinCluster.a_ns_niceName = "Nurbs Samples"
n_skinCluster.a_nw_enum_kInteractive = "Interactive"
n_skinCluster.a_nw_enum_kPost = "Post"
n_skinCluster.a_nw_enum_kUnnormalized = "None"
n_skinCluster.a_nw_niceName = "Normalize Weights"
n_skinCluster.a_pad_niceName = "Paint Arr Dirty"
n_skinCluster.a_pm_niceName = "Bind Pre Matrix"
n_skinCluster.a_ptt_niceName = "Paint Trans"
n_skinCluster.a_ptw_niceName = "Paint Weights"
n_skinCluster.a_skm_enum_kBlended = "Weight Blended"
n_skinCluster.a_skm_enum_kDualQuat = "Dual Quaternion"
n_skinCluster.a_skm_enum_kStandard = "Classic Linear"
n_skinCluster.a_skm_niceName = "Skinning Method"
n_skinCluster.a_smt_niceName = "Smoothness"
n_skinCluster.a_uc_niceName = "Use Components"
n_skinCluster.a_ucm_niceName = "Use Components Matrix"
n_skinCluster.a_w_niceName = "Weights"
n_skinCluster.a_wd_enum_kDistance = "Distance"
n_skinCluster.a_wd_enum_kNeighbors = "Neighbors"
n_skinCluster.a_wd_niceName = "Weight Distribution"
n_skinCluster.a_wl_niceName = "Weight List"
n_skinCluster.a_wtd_niceName = "Wt Drty"
n_skinCluster.baseName = "skinCluster"
n_skinCluster.niceName = "Skin Cluster"
//
// String set: n_smear
//
n_smear.a_i_niceName = "In Rgb"
n_smear.a_ib_niceName = "In Color B"
n_smear.a_ig_niceName = "In Color G"
n_smear.a_ir_niceName = "In Color R"
n_smear.a_o_niceName = "Out UV"
n_smear.a_ou_niceName = "Out U"
n_smear.a_ov_niceName = "Out V"
n_smear.baseName = "smear"
n_smear.niceName = "Smear"
//
// String set: n_smoothCurve
//
n_smoothCurve.a_i_niceName = "Index"
n_smoothCurve.a_ic_niceName = "Input Curve"
n_smoothCurve.a_oc_niceName = "Output Curve"
n_smoothCurve.a_s_niceName = "Smoothness"
n_smoothCurve.baseName = "smoothCurve"
n_smoothCurve.niceName = "Smooth Curve"
//
// String set: n_smoothTangentSrf
//
n_smoothTangentSrf.a_d_enum_kUDirection = "U"
n_smoothTangentSrf.a_d_enum_kVDirection = "V"
n_smoothTangentSrf.a_d_niceName = "Direction"
n_smoothTangentSrf.a_is_niceName = "Input Surface"
n_smoothTangentSrf.a_os_niceName = "Output Surface"
n_smoothTangentSrf.a_p_niceName = "Parameter"
n_smoothTangentSrf.a_s_enum_kMaximum = "Maximum"
n_smoothTangentSrf.a_s_enum_kTangent = "Tangent"
n_smoothTangentSrf.a_s_niceName = "Smoothness"
n_smoothTangentSrf.baseName = "smoothTangentSrf"
n_smoothTangentSrf.niceName = "Smooth Tangent Srf"
//
// String set: n_snapUV2dManip
//
n_snapUV2dManip.baseName = "snapUV2dManip"
n_snapUV2dManip.niceName = "Snap UV2d Manip"
//
// String set: n_snapshot
//
n_snapshot.a_acc_niceName = "Anim Curve Changed"
n_snapshot.a_b_niceName = "Increment"
n_snapshot.a_e_niceName = "End Time"
n_snapshot.a_f_niceName = "Frames"
n_snapshot.a_im_niceName = "Input Matrix"
n_snapshot.a_in_niceName = "Input Geom"
n_snapshot.a_lp_niceName = "Local Position"
n_snapshot.a_lpx_niceName = "Local Position X"
n_snapshot.a_lpy_niceName = "Local Position Y"
n_snapshot.a_lpz_niceName = "Local Position Z"
n_snapshot.a_out_niceName = "Output Geom"
n_snapshot.a_pts_niceName = "Points"
n_snapshot.a_s_niceName = "Start Time"
n_snapshot.a_so_niceName = "Snapshot Object"
n_snapshot.a_up_enum_kAlways = "always"
n_snapshot.a_up_enum_kAnimCurve = "animCurve"
n_snapshot.a_up_enum_kOnDemand = "demand"
n_snapshot.a_up_niceName = "Update"
n_snapshot.baseName = "snapshot"
n_snapshot.niceName = "Snapshot"
//
// String set: n_snapshotShape
//
n_snapshotShape.a_f_niceName = "Frames"
n_snapshotShape.a_pts_niceName = "Points"
n_snapshotShape.a_sf_niceName = "Show Frames"
n_snapshotShape.baseName = "snapshotShape"
n_snapshotShape.niceName = "Snapshot Shape"
//
// String set: n_snow
//
n_snow.a_dd_niceName = "Depth Decay"
n_snow.a_e2t_niceName = "Eye To Texture Matrix"
n_snow.a_n_niceName = "Normal Camera"
n_snow.a_nx_niceName = "Normal Camera X"
n_snow.a_ny_niceName = "Normal Camera Y"
n_snow.a_nz_niceName = "Normal Camera Z"
n_snow.a_rcx_niceName = "Ref Point Camera X"
n_snow.a_rcy_niceName = "Ref Point Camera Y"
n_snow.a_rcz_niceName = "Ref Point Camera Z"
n_snow.a_rox_niceName = "Ref Point Obj X"
n_snow.a_roy_niceName = "Ref Point Obj Y"
n_snow.a_roz_niceName = "Ref Point Obj Z"
n_snow.a_rpc_niceName = "Ref Point Camera"
n_snow.a_rpo_niceName = "Ref Point Obj"
n_snow.a_sn_niceName = "Snow Color"
n_snow.a_snb_niceName = "Snow Color B"
n_snow.a_sng_niceName = "Snow Color G"
n_snow.a_snr_niceName = "Snow Color R"
n_snow.a_su_niceName = "Surface Color"
n_snow.a_sub_niceName = "Surface Color B"
n_snow.a_sug_niceName = "Surface Color G"
n_snow.a_sur_niceName = "Surface Color R"
n_snow.a_th_niceName = "Threshold"
n_snow.a_tn_niceName = "Thickness"
n_snow.baseName = "snow"
n_snow.niceName = "Snow"
//
// String set: n_softMod
//
n_softMod.a_ait_enum_kClosestPath = "Closest"
n_softMod.a_ait_enum_kNegativeDir = "Negative"
n_softMod.a_ait_enum_kPositiveDir = "Positive"
n_softMod.a_ait_niceName = "Angle Interpolation"
n_softMod.a_dcd_niceName = "Distance Cache Dirty"
n_softMod.a_dic_niceName = "Distance Cache"
n_softMod.a_fas_niceName = "Falloff Around Selection"
n_softMod.a_fc_niceName = "Falloff Curve"
n_softMod.a_fcfv_niceName = "Falloff Curve _Float Value"
n_softMod.a_fci_enum_kLinear = "Linear"
n_softMod.a_fci_enum_kNone = "None"
n_softMod.a_fci_enum_kSmooth = "Smooth"
n_softMod.a_fci_enum_kSpline = "Spline"
n_softMod.a_fci_niceName = "Falloff Curve _Interp"
n_softMod.a_fcp_niceName = "Falloff Curve _Position"
n_softMod.a_fcr_niceName = "Falloff Center"
n_softMod.a_fcx_niceName = "Falloff Center X"
n_softMod.a_fcy_niceName = "Falloff Center Y"
n_softMod.a_fcz_niceName = "Falloff Center Z"
n_softMod.a_ffc_niceName = "Fast Falloff Center"
n_softMod.a_fix_niceName = "Falloff In X"
n_softMod.a_fiy_niceName = "Falloff In Y"
n_softMod.a_fiz_niceName = "Falloff In Z"
n_softMod.a_fm_niceName = "Falloff Masking"
n_softMod.a_fom_enum_kSurfaceFalloff = "Surface"
n_softMod.a_fom_enum_kVolumeFalloff = "Volume"
n_softMod.a_fom_niceName = "Falloff Mode"
n_softMod.a_fr_niceName = "Falloff Radius"
n_softMod.a_gm_niceName = "Geom Matrix"
n_softMod.a_im_niceName = "Influence Matrix"
n_softMod.a_lcu_niceName = "Limit Cache Updates"
n_softMod.a_ma_niceName = "Matrix"
n_softMod.a_pm_niceName = "Bind Pre Matrix"
n_softMod.a_post_niceName = "Post Matrix"
n_softMod.a_pre_niceName = "Pre Matrix"
n_softMod.a_ptr_niceName = "Percent Resolution"
n_softMod.a_rel_niceName = "Relative"
n_softMod.a_udc_niceName = "Use Distance Cache"
n_softMod.a_upr_enum_kFullResolution = "Full"
n_softMod.a_upr_enum_kPartialResolution = "Partial"
n_softMod.a_upr_niceName = "Use Partial Resolution"
n_softMod.a_wcm_niceName = "Weighted Compensation Matrix"
n_softMod.a_wt_niceName = "Weighted Matrix"
n_softMod.a_x_niceName = "Soft Mod Xforms"
n_softMod.baseName = "softMod"
n_softMod.niceName = "Soft Mod"
//
// String set: n_softModHandle
//
n_softModHandle.a_or_niceName = "Origin"
n_softModHandle.a_ox_niceName = "Origin X"
n_softModHandle.a_oy_niceName = "Origin Y"
n_softModHandle.a_oz_niceName = "Origin Z"
n_softModHandle.a_post_niceName = "Post Weighted Matrix Transform"
n_softModHandle.a_pre_niceName = "Pre Weighted Matrix Transform"
n_softModHandle.a_wn_niceName = "Weighted Node"
n_softModHandle.a_wt_niceName = "Weighted Matrix Transform"
n_softModHandle.a_x_niceName = "Soft Mod Transforms"
n_softModHandle.baseName = "softModHandle"
n_softModHandle.niceName = "Soft Mod Handle"
//
// String set: n_softModManip
//
n_softModManip.baseName = "softModManip"
n_softModManip.niceName = "Soft Mod Manip"
//
// String set: n_solidFractal
//
n_solidFractal.a_a_niceName = "Amplitude"
n_solidFractal.a_an_niceName = "Animated"
n_solidFractal.a_bs_niceName = "Bias"
n_solidFractal.a_d_niceName = "Depth"
n_solidFractal.a_dmn_niceName = "Depth Min"
n_solidFractal.a_dmx_niceName = "Depth Max"
n_solidFractal.a_fr_niceName = "Frequency Ratio"
n_solidFractal.a_in_niceName = "Inflection"
n_solidFractal.a_r_niceName = "Ripples"
n_solidFractal.a_ra_niceName = "Ratio"
n_solidFractal.a_rcx_niceName = "Ref Point Camera X"
n_solidFractal.a_rcy_niceName = "Ref Point Camera Y"
n_solidFractal.a_rcz_niceName = "Ref Point Camera Z"
n_solidFractal.a_rox_niceName = "Ref Point Obj X"
n_solidFractal.a_roy_niceName = "Ref Point Obj Y"
n_solidFractal.a_roz_niceName = "Ref Point Obj Z"
n_solidFractal.a_rpc_niceName = "Ref Point Camera"
n_solidFractal.a_rpo_niceName = "Ref Point Obj"
n_solidFractal.a_rx_niceName = "Ripples X"
n_solidFractal.a_ry_niceName = "Ripples Y"
n_solidFractal.a_rz_niceName = "Ripples Z"
n_solidFractal.a_th_niceName = "Threshold"
n_solidFractal.a_ti_niceName = "Time"
n_solidFractal.a_tr_niceName = "Time Ratio"
n_solidFractal.a_xpa_niceName = "X Pixel Angle"
n_solidFractal.baseName = "solidFractal"
n_solidFractal.niceName = "Solid Fractal"
//
// String set: n_spBirailSrf
//
n_spBirailSrf.a_ip_niceName = "Input Profile"
n_spBirailSrf.a_tp1_niceName = "Tangent Continuity Profile 1"
n_spBirailSrf.baseName = "spBirailSrf"
n_spBirailSrf.niceName = "Sp Birail Srf"
//
// String set: n_sphericalProjManip
//
n_sphericalProjManip.baseName = "sphericalProjManip"
n_sphericalProjManip.niceName = "Spherical Proj Manip"
//
// String set: n_spotCylinderManip
//
n_spotCylinderManip.baseName = "spotCylinderManip"
n_spotCylinderManip.niceName = "Spot Cylinder Manip"
//
// String set: n_spotLight
//
n_spotLight.a_bbd_niceName = "Bottom Barn Door"
n_spotLight.a_bd_niceName = "Barn Doors"
n_spotLight.a_ca_niceName = "Cone Angle"
n_spotLight.a_dro_niceName = "Dropoff"
n_spotLight.a_ed1_niceName = "End Distance 1"
n_spotLight.a_ed2_niceName = "End Distance 2"
n_spotLight.a_ed3_niceName = "End Distance 3"
n_spotLight.a_fg_niceName = "Fog Geometry"
n_spotLight.a_fin_niceName = "Fog Intensity"
n_spotLight.a_fsp_niceName = "Fog Spread"
n_spotLight.a_fw_niceName = "Far Point World"
n_spotLight.a_fx_niceName = "Far Point World X"
n_spotLight.a_fy_niceName = "Far Point World Y"
n_spotLight.a_fz_niceName = "Far Point World Z"
n_spotLight.a_lbd_niceName = "Left Barn Door"
n_spotLight.a_lg_niceName = "Light Glow"
n_spotLight.a_ot_niceName = "Object Type"
n_spotLight.a_pa_niceName = "Penumbra Angle"
n_spotLight.a_pis_niceName = "Ps Illum Samples"
n_spotLight.a_pw_niceName = "Point World"
n_spotLight.a_rad_niceName = "Ray Direction"
n_spotLight.a_rbd_niceName = "Right Barn Door"
n_spotLight.a_rdx_niceName = "Ray Direction X"
n_spotLight.a_rdy_niceName = "Ray Direction Y"
n_spotLight.a_rdz_niceName = "Ray Direction Z"
n_spotLight.a_sd1_niceName = "Start Distance 1"
n_spotLight.a_sd2_niceName = "Start Distance 2"
n_spotLight.a_sd3_niceName = "Start Distance 3"
n_spotLight.a_tbd_niceName = "Top Barn Door"
n_spotLight.a_tx_niceName = "Point World X"
n_spotLight.a_ty_niceName = "Point World Y"
n_spotLight.a_tz_niceName = "Point World Z"
n_spotLight.a_udr_niceName = "Use Decay Regions"
n_spotLight.baseName = "spotLight"
n_spotLight.niceName = "Spot Light"
//
// String set: n_spotManip
//
n_spotManip.baseName = "spotManip"
n_spotManip.niceName = "Spot Manip"
//
// String set: n_spring
//
n_spring.a_cnt_niceName = "Count"
n_spring.a_d_niceName = "Damping"
n_spring.a_dps_niceName = "Damping PS"
n_spring.a_dt_niceName = "Delta Time"
n_spring.a_f_niceName = "End 1Weight"
n_spring.a_idix_niceName = "Id Index"
n_spring.a_idm_niceName = "Id Mapping"
n_spring.a_lns_niceName = "Lengths"
n_spring.a_mnu_niceName = "Min Used"
n_spring.a_mpd_niceName = "Manage Particle Death"
n_spring.a_ms_niceName = "Min Springs"
n_spring.a_mxu_niceName = "Max Used"
n_spring.a_obc_niceName = "Obj Count"
n_spring.a_obj_niceName = "Objects"
n_spring.a_obo_niceName = "Object 1"
n_spring.a_obz_niceName = "Object 0"
n_spring.a_of_niceName = "Output Force"
n_spring.a_omas_niceName = "Object Mass"
n_spring.a_ooi_niceName = "Obj 1Index"
n_spring.a_opos_niceName = "Object Positions"
n_spring.a_ovel_niceName = "Object Velocities"
n_spring.a_ozi_niceName = "Obj 0Index"
n_spring.a_poi_niceName = "Pt 1Index"
n_spring.a_pto_niceName = "Point 1"
n_spring.a_ptz_niceName = "Point 0"
n_spring.a_pzi_niceName = "Pt 0Index"
n_spring.a_r_niceName = "Rest Length"
n_spring.a_rps_niceName = "Rest Length PS"
n_spring.a_s_niceName = "Stiffness"
n_spring.a_sid_niceName = "Sorted Id"
n_spring.a_sps_niceName = "Stiffness PS"
n_spring.a_t_niceName = "End 2Weight"
n_spring.a_udps_niceName = "Use Damping PS"
n_spring.a_urps_niceName = "Use Rest Length PS"
n_spring.a_usps_niceName = "Use Stiffness PS"
n_spring.a_vali_niceName = "Valid Index"
n_spring.baseName = "spring"
n_spring.niceName = "Spring"
//
// String set: n_squareSrf
//
n_squareSrf.a_cfc_niceName = "Curve Fit Checkpoints"
n_squareSrf.a_cp1_niceName = "Continuity Passed 1"
n_squareSrf.a_cp2_niceName = "Continuity Passed 2"
n_squareSrf.a_cp3_niceName = "Continuity Passed 3"
n_squareSrf.a_cp4_niceName = "Continuity Passed 4"
n_squareSrf.a_ct1_enum_kFixedBoundary = "Fixed Boundary"
n_squareSrf.a_ct1_enum_kImpliedTangent = "Implied Tangent"
n_squareSrf.a_ct1_enum_kTangentContinuity = "Tangent"
n_squareSrf.a_ct1_niceName = "Continuity Type 1"
n_squareSrf.a_ct2_enum_kFixedBoundary = "Fixed Boundary"
n_squareSrf.a_ct2_enum_kImpliedTangent = "Implied Tangent"
n_squareSrf.a_ct2_enum_kTangentContinuity = "Tangent"
n_squareSrf.a_ct2_niceName = "Continuity Type 2"
n_squareSrf.a_ct3_enum_kFixedBoundary = "Fixed Boundary"
n_squareSrf.a_ct3_enum_kImpliedTangent = "Implied Tangent"
n_squareSrf.a_ct3_enum_kTangentContinuity = "Tangent"
n_squareSrf.a_ct3_niceName = "Continuity Type 3"
n_squareSrf.a_ct4_enum_kFixedBoundary = "Fixed Boundary"
n_squareSrf.a_ct4_enum_kImpliedTangent = "Implied Tangent"
n_squareSrf.a_ct4_enum_kTangentContinuity = "Tangent"
n_squareSrf.a_ct4_niceName = "Continuity Type 4"
n_squareSrf.a_rc1_niceName = "Rebuild Curve 1"
n_squareSrf.a_rc2_niceName = "Rebuild Curve 2"
n_squareSrf.a_rc3_niceName = "Rebuild Curve 3"
n_squareSrf.a_rc4_niceName = "Rebuild Curve 4"
n_squareSrf.baseName = "squareSrf"
n_squareSrf.niceName = "Square Srf"
//
// String set: n_squareSrfManip
//
n_squareSrfManip.baseName = "squareSrfManip"
n_squareSrfManip.niceName = "Square Srf Manip"
//
// String set: n_stencil
//
n_stencil.a_ck_niceName = "Color Key"
n_stencil.a_ckb_niceName = "Color Key B"
n_stencil.a_ckg_niceName = "Color Key G"
n_stencil.a_ckr_niceName = "Color Key R"
n_stencil.a_eb_niceName = "Edge Blend"
n_stencil.a_hr_niceName = "Hue Range"
n_stencil.a_im_niceName = "Image"
n_stencil.a_imb_niceName = "Image B"
n_stencil.a_img_niceName = "Image G"
n_stencil.a_imr_niceName = "Image R"
n_stencil.a_km_niceName = "Key Masking"
n_stencil.a_m_niceName = "Mask"
n_stencil.a_pk_niceName = "Positive Key"
n_stencil.a_sr_niceName = "Saturation Range"
n_stencil.a_th_niceName = "Threshold"
n_stencil.a_vr_niceName = "Value Range"
n_stencil.baseName = "stencil"
n_stencil.niceName = "Stencil"
//
// String set: n_stereoRigCamera
//
n_stereoRigCamera.a_df_enum_kAllDisplay = "All"
n_stereoRigCamera.a_df_enum_kCenterDisplay = "Center"
n_stereoRigCamera.a_df_enum_kLeftDisplay = "Left"
n_stereoRigCamera.a_df_enum_kLeftRightDisplay = "LeftRight"
n_stereoRigCamera.a_df_enum_kNoneDisplay = "None"
n_stereoRigCamera.a_df_enum_kRightDisplay = "Right"
n_stereoRigCamera.a_df_niceName = "Display Frustum"
n_stereoRigCamera.a_dfcp_enum_kAllDisplay = "All"
n_stereoRigCamera.a_dfcp_enum_kCenterDisplay = "Center"
n_stereoRigCamera.a_dfcp_enum_kLeftDisplay = "Left"
n_stereoRigCamera.a_dfcp_enum_kLeftRightDisplay = "LeftRight"
n_stereoRigCamera.a_dfcp_enum_kNoneDisplay = "None"
n_stereoRigCamera.a_dfcp_enum_kRightDisplay = "Right"
n_stereoRigCamera.a_dfcp_niceName = "Display Far Clip"
n_stereoRigCamera.a_dncp_enum_kAllDisplay = "All"
n_stereoRigCamera.a_dncp_enum_kCenterDisplay = "Center"
n_stereoRigCamera.a_dncp_enum_kLeftDisplay = "Left"
n_stereoRigCamera.a_dncp_enum_kLeftRightDisplay = "LeftRight"
n_stereoRigCamera.a_dncp_enum_kNoneDisplay = "None"
n_stereoRigCamera.a_dncp_enum_kRightDisplay = "Right"
n_stereoRigCamera.a_dncp_niceName = "Display Near Clip"
n_stereoRigCamera.a_fofl_niceName = "Film Offset Left Cam"
n_stereoRigCamera.a_fofr_niceName = "Film Offset Right Cam"
n_stereoRigCamera.a_isep_niceName = "Interaxial Separation"
n_stereoRigCamera.a_sm_enum_kConverged = "Converged"
n_stereoRigCamera.a_sm_enum_kOff = "Off"
n_stereoRigCamera.a_sm_enum_kOffAxis = "Off-axis"
n_stereoRigCamera.a_sm_enum_kParallel = "Parallel"
n_stereoRigCamera.a_sm_niceName = "Stereo"
n_stereoRigCamera.a_ss_niceName = "Safe Stereo"
n_stereoRigCamera.a_svc_niceName = "Safe Volume Color"
n_stereoRigCamera.a_svcb_niceName = "Safe Volume Color Blue"
n_stereoRigCamera.a_svcg_niceName = "Safe Volume Color Green"
n_stereoRigCamera.a_svcr_niceName = "Safe Volume Color Red"
n_stereoRigCamera.a_svt_niceName = "Safe Volume Transparency"
n_stereoRigCamera.a_svv_niceName = "Safe Viewing Volume"
n_stereoRigCamera.a_tia_niceName = "Toe In Adjust"
n_stereoRigCamera.a_zp_niceName = "Zero Parallax"
n_stereoRigCamera.a_zpc_niceName = "Zero Parallax Color"
n_stereoRigCamera.a_zpcb_niceName = "Zero Parallax Color Blue"
n_stereoRigCamera.a_zpcg_niceName = "Zero Parallax Color Green"
n_stereoRigCamera.a_zpcr_niceName = "Zero Parallax Color Red"
n_stereoRigCamera.a_zpp_niceName = "Zero Parallax Plane"
n_stereoRigCamera.a_zpt_niceName = "Zero Parallax Transparency"
n_stereoRigCamera.baseName = "stereoRigCamera"
n_stereoRigCamera.niceName = "Stereo Rig Camera"
//
// String set: n_stitchAsNurbsShell
//
n_stitchAsNurbsShell.a_is_niceName = "Input Surface"
n_stitchAsNurbsShell.a_osh_niceName = "Output Shell"
n_stitchAsNurbsShell.a_tol_niceName = "Tolerance"
n_stitchAsNurbsShell.baseName = "stitchAsNurbsShell"
n_stitchAsNurbsShell.niceName = "Stitch As Nurbs Shell"
//
// String set: n_stitchSrf
//
n_stitchSrf.a_b_niceName = "Bias"
n_stitchSrf.a_ci_niceName = "Cv Ith Index"
n_stitchSrf.a_cj_niceName = "Cv Jth Index"
n_stitchSrf.a_cv_niceName = "Cv Position"
n_stitchSrf.a_cvx_niceName = "Cvposition X"
n_stitchSrf.a_cvy_niceName = "Cvposition Y"
n_stitchSrf.a_cvz_niceName = "Cvposition Z"
n_stitchSrf.a_fb_niceName = "Fix Boundary"
n_stitchSrf.a_ic_niceName = "Input Curve"
n_stitchSrf.a_imc_niceName = "Input Match Curve"
n_stitchSrf.a_ir_niceName = "Input Reference COS"
n_stitchSrf.a_is_niceName = "Input Surface"
n_stitchSrf.a_n_niceName = "Normal"
n_stitchSrf.a_nx_niceName = "Normal X"
n_stitchSrf.a_ny_niceName = "Normal Y"
n_stitchSrf.a_nz_niceName = "Normal Z"
n_stitchSrf.a_os_niceName = "Output Surface"
n_stitchSrf.a_p_niceName = "Position"
n_stitchSrf.a_pc_niceName = "Positional Continuity"
n_stitchSrf.a_px_niceName = "Position X"
n_stitchSrf.a_py_niceName = "Position Y"
n_stitchSrf.a_pz_niceName = "Position Z"
n_stitchSrf.a_sbl_niceName = "Should Be Last"
n_stitchSrf.a_sc_niceName = "Step Count"
n_stitchSrf.a_tc_niceName = "Tangential Continuity"
n_stitchSrf.a_tol_niceName = "Tolerance"
n_stitchSrf.a_tpn_niceName = "Toggle Point Normals"
n_stitchSrf.a_tpp_niceName = "Toggle Point Position"
n_stitchSrf.a_tt_niceName = "Toggle Tolerance"
n_stitchSrf.a_u_niceName = "Parameter U"
n_stitchSrf.a_v_niceName = "Parameter V"
n_stitchSrf.baseName = "stitchSrf"
n_stitchSrf.niceName = "Stitch Srf"
//
// String set: n_stitchSrfManip
//
n_stitchSrfManip.baseName = "stitchSrfManip"
n_stitchSrfManip.niceName = "Stitch Srf Manip"
//
// String set: n_stroke
//
n_stroke.a_clob_niceName = "Collision Object"
n_stroke.a_crv_niceName = "Curve"
n_stroke.a_mnc_niceName = "Min Clip"
n_stroke.a_mnt_niceName = "Minimal Twist"
n_stroke.a_mxc_niceName = "Max Clip"
n_stroke.a_nml_niceName = "Normal"
n_stroke.a_nmx_niceName = "Normal X"
n_stroke.a_nmy_niceName = "Normal Y"
n_stroke.a_nmz_niceName = "Normal Z"
n_stroke.a_onm_niceName = "Out Normal"
n_stroke.a_onx_niceName = "Out Normal X"
n_stroke.a_ony_niceName = "Out Normal Y"
n_stroke.a_onz_niceName = "Out Normal Z"
n_stroke.a_opp_niceName = "Opposite"
n_stroke.a_opt_niceName = "Out Point"
n_stroke.a_ox_niceName = "Out Point X"
n_stroke.a_oy_niceName = "Out Point Y"
n_stroke.a_oz_niceName = "Out Point Z"
n_stroke.a_pcv_niceName = "Path Curve"
n_stroke.a_per_niceName = "Perspective"
n_stroke.a_ps1_niceName = "Pressure Min 1"
n_stroke.a_ps2_niceName = "Pressure Min 2"
n_stroke.a_ps3_niceName = "Pressure Min 3"
n_stroke.a_psc_niceName = "Pressure Scale"
n_stroke.a_pscfv_niceName = "Pressure Scale _Float Value"
n_stroke.a_psci_enum_kLinear = "Linear"
n_stroke.a_psci_enum_kNone = "None"
n_stroke.a_psci_enum_kSmooth = "Smooth"
n_stroke.a_psci_enum_kSpline = "Spline"
n_stroke.a_psci_niceName = "Pressure Scale _Interp"
n_stroke.a_pscp_niceName = "Pressure Scale _Position"
n_stroke.a_psr_niceName = "Pressure"
n_stroke.a_px1_niceName = "Pressure Max 1"
n_stroke.a_px2_niceName = "Pressure Max 2"
n_stroke.a_px3_niceName = "Pressure Max 3"
n_stroke.a_sdn_niceName = "Sample Density"
n_stroke.a_smo_niceName = "Smoothing"
n_stroke.a_smp_niceName = "Samples"
n_stroke.a_spm1_enum_kp1Azimuth = "Azimuth"
n_stroke.a_spm1_enum_kp1Color = "Color"
n_stroke.a_spm1_enum_kp1Curl = "Curl"
n_stroke.a_spm1_enum_kp1Elevation = "Elevation"
n_stroke.a_spm1_enum_kp1GlowSpread = "Glow Spread"
n_stroke.a_spm1_enum_kp1Incandescence = "Incandescence"
n_stroke.a_spm1_enum_kp1Noise = "Noise"
n_stroke.a_spm1_enum_kp1NumLeaves = "Num Leaves"
n_stroke.a_spm1_enum_kp1NumPetals = "Num Petals"
n_stroke.a_spm1_enum_kp1NumTwigs = "Num Twigs"
n_stroke.a_spm1_enum_kp1Off = "Off"
n_stroke.a_spm1_enum_kp1PathAttract = "Path Attract"
n_stroke.a_spm1_enum_kp1PathFollow = "Path Follow"
n_stroke.a_spm1_enum_kp1Random = "Random"
n_stroke.a_spm1_enum_kp1Scale = "Scale"
n_stroke.a_spm1_enum_kp1Softness = "Softness"
n_stroke.a_spm1_enum_kp1SurfaceOffset = "surfaceOffset"
n_stroke.a_spm1_enum_kp1Transparency = "Transparency"
n_stroke.a_spm1_enum_kp1TubeLength = "Tube Length"
n_stroke.a_spm1_enum_kp1TubeWidth = "Tube Width"
n_stroke.a_spm1_enum_kp1TubesPerStep = "Tubes Per Step"
n_stroke.a_spm1_enum_kp1Turbulence = "Turbulence"
n_stroke.a_spm1_enum_kp1Width = "Width"
n_stroke.a_spm1_enum_kp1Wiggle = "Wiggle"
n_stroke.a_spm1_niceName = "Pressure Map 1"
n_stroke.a_spm2_enum_kp2Azimuth = "Azimuth"
n_stroke.a_spm2_enum_kp2Color = "Color"
n_stroke.a_spm2_enum_kp2Curl = "Curl"
n_stroke.a_spm2_enum_kp2Elevation = "Elevation"
n_stroke.a_spm2_enum_kp2GlowSpread = "Glow Spread"
n_stroke.a_spm2_enum_kp2Incandescence = "Incandescence"
n_stroke.a_spm2_enum_kp2Noise = "Noise"
n_stroke.a_spm2_enum_kp2NumLeaves = "Num Leaves"
n_stroke.a_spm2_enum_kp2NumPetals = "Num Petals"
n_stroke.a_spm2_enum_kp2NumTwigs = "Num Twigs"
n_stroke.a_spm2_enum_kp2Off = "Off"
n_stroke.a_spm2_enum_kp2PathAttract = "Path Attract"
n_stroke.a_spm2_enum_kp2PathFollow = "Path Follow"
n_stroke.a_spm2_enum_kp2Random = "Random"
n_stroke.a_spm2_enum_kp2Scale = "Scale"
n_stroke.a_spm2_enum_kp2Softness = "Softness"
n_stroke.a_spm2_enum_kp2SurfaceOffset = "surfaceOffset"
n_stroke.a_spm2_enum_kp2Transparency = "Transparency"
n_stroke.a_spm2_enum_kp2TubeLength = "Tube Length"
n_stroke.a_spm2_enum_kp2TubeWidth = "Tube Width"
n_stroke.a_spm2_enum_kp2TubesPerStep = "Tubes Per Step"
n_stroke.a_spm2_enum_kp2Turbulence = "Turbulence"
n_stroke.a_spm2_enum_kp2Width = "Width"
n_stroke.a_spm2_enum_kp2Wiggle = "Wiggle"
n_stroke.a_spm2_niceName = "Pressure Map 2"
n_stroke.a_spm3_enum_kp3Azimuth = "Azimuth"
n_stroke.a_spm3_enum_kp3Color = "Color"
n_stroke.a_spm3_enum_kp3Curl = "Curl"
n_stroke.a_spm3_enum_kp3Elevation = "Elevation"
n_stroke.a_spm3_enum_kp3GlowSpread = "Glow Spread"
n_stroke.a_spm3_enum_kp3Incandescence = "Incandescence"
n_stroke.a_spm3_enum_kp3Noise = "Noise"
n_stroke.a_spm3_enum_kp3NumLeaves = "Num Leaves"
n_stroke.a_spm3_enum_kp3NumPetals = "Num Petals"
n_stroke.a_spm3_enum_kp3NumTwigs = "Num Twigs"
n_stroke.a_spm3_enum_kp3Off = "Off"
n_stroke.a_spm3_enum_kp3PathAttract = "Path Attract"
n_stroke.a_spm3_enum_kp3PathFollow = "Path Follow"
n_stroke.a_spm3_enum_kp3Random = "Random"
n_stroke.a_spm3_enum_kp3Scale = "Scale"
n_stroke.a_spm3_enum_kp3Softness = "Softness"
n_stroke.a_spm3_enum_kp3SurfaceOffset = "surfaceOffset"
n_stroke.a_spm3_enum_kp3Transparency = "Transparency"
n_stroke.a_spm3_enum_kp3TubeLength = "Tube Length"
n_stroke.a_spm3_enum_kp3TubeWidth = "Tube Width"
n_stroke.a_spm3_enum_kp3TubesPerStep = "Tubes Per Step"
n_stroke.a_spm3_enum_kp3Turbulence = "Turbulence"
n_stroke.a_spm3_enum_kp3Width = "Width"
n_stroke.a_spm3_enum_kp3Wiggle = "Wiggle"
n_stroke.a_spm3_niceName = "Pressure Map 3"
n_stroke.a_usn_niceName = "Use Normal"
n_stroke.a_uvsetn_niceName = "Uv Set Name"
n_stroke.baseName = "stroke"
n_stroke.niceName = "Stroke"
//
// String set: n_strokeGlobals
//
n_strokeGlobals.a_fdp_niceName = "Force Depth"
n_strokeGlobals.a_frl_niceName = "Force Real Lights"
n_strokeGlobals.a_ftd_niceName = "Force Tube Dir Along Path"
n_strokeGlobals.a_ldr_niceName = "Light Direction"
n_strokeGlobals.a_ldx_niceName = "Light Direction X"
n_strokeGlobals.a_ldy_niceName = "Light Direction Y"
n_strokeGlobals.a_ldz_niceName = "Light Direction Z"
n_strokeGlobals.a_pcs_niceName = "Canvas Scale"
n_strokeGlobals.a_pss_niceName = "Scene Scale"
n_strokeGlobals.a_swh_niceName = "Scene Wrap H"
n_strokeGlobals.a_swv_niceName = "Scene Wrap V"
n_strokeGlobals.a_ucl_niceName = "Use Canvas Light"
n_strokeGlobals.a_wrh_niceName = "Wrap H"
n_strokeGlobals.a_wrv_niceName = "Wrap V"
n_strokeGlobals.baseName = "strokeGlobals"
n_strokeGlobals.niceName = "Stroke Globals"
//
// String set: n_stucco
//
n_stucco.a_c1_niceName = "Channel 1"
n_stucco.a_c1b_niceName = "Channel 1B"
n_stucco.a_c1g_niceName = "Channel 1G"
n_stucco.a_c1r_niceName = "Channel 1R"
n_stucco.a_c2_niceName = "Channel 2"
n_stucco.a_c2b_niceName = "Channel 2B"
n_stucco.a_c2g_niceName = "Channel 2G"
n_stucco.a_c2r_niceName = "Channel 2R"
n_stucco.a_n_niceName = "Normal Camera"
n_stucco.a_nd_niceName = "Normal Depth"
n_stucco.a_nm_niceName = "Normal Melt"
n_stucco.a_nx_niceName = "Normal Camera X"
n_stucco.a_ny_niceName = "Normal Camera Y"
n_stucco.a_nz_niceName = "Normal Camera Z"
n_stucco.a_on_niceName = "Out Normal"
n_stucco.a_onx_niceName = "Out Normal X"
n_stucco.a_ony_niceName = "Out Normal Y"
n_stucco.a_onz_niceName = "Out Normal Z"
n_stucco.a_rcx_niceName = "Ref Point Camera X"
n_stucco.a_rcy_niceName = "Ref Point Camera Y"
n_stucco.a_rcz_niceName = "Ref Point Camera Z"
n_stucco.a_rox_niceName = "Ref Point Obj X"
n_stucco.a_roy_niceName = "Ref Point Obj Y"
n_stucco.a_roz_niceName = "Ref Point Obj Z"
n_stucco.a_rpc_niceName = "Ref Point Camera"
n_stucco.a_rpo_niceName = "Ref Point Obj"
n_stucco.a_sh_niceName = "Shaker"
n_stucco.baseName = "stucco"
n_stucco.niceName = "Stucco"
//
// String set: n_studioClearCoat
//
n_studioClearCoat.a_b_niceName = "Bias"
n_studioClearCoat.a_ix_niceName = "Index"
n_studioClearCoat.a_n_niceName = "Normal Camera"
n_studioClearCoat.a_nx_niceName = "Normal Camera X"
n_studioClearCoat.a_ny_niceName = "Normal Camera Y"
n_studioClearCoat.a_nz_niceName = "Normal Camera Z"
n_studioClearCoat.a_outp_niceName = "Out Value"
n_studioClearCoat.a_r_niceName = "Ray Direction"
n_studioClearCoat.a_rx_niceName = "Ray Direction X"
n_studioClearCoat.a_ry_niceName = "Ray Direction Y"
n_studioClearCoat.a_rz_niceName = "Ray Direction Z"
n_studioClearCoat.a_s_niceName = "Scale"
n_studioClearCoat.baseName = "studioClearCoat"
n_studioClearCoat.niceName = "Studio Clear Coat"
//
// String set: n_styleCurve
//
n_styleCurve.a_oc_niceName = "Out Curve"
n_styleCurve.a_s_enum_kStyleCurveConcaveDecline = "Concave In"
n_styleCurve.a_s_enum_kStyleCurveConcaveFrontEdge = "Concave Front Edge"
n_styleCurve.a_s_enum_kStyleCurveConcaveIncline = "Concave Out"
n_styleCurve.a_s_enum_kStyleCurveConcaveSideEdge = "Concave Side Edge"
n_styleCurve.a_s_enum_kStyleCurveConvexCorner = "Convex Corner"
n_styleCurve.a_s_enum_kStyleCurveConvexDecline = "Convex In"
n_styleCurve.a_s_enum_kStyleCurveConvexFrontEdge = "Convex Front Edge"
n_styleCurve.a_s_enum_kStyleCurveConvexIncline = "Convex Out"
n_styleCurve.a_s_enum_kStyleCurveConvexInclineCrease = "Convex Crease"
n_styleCurve.a_s_enum_kStyleCurveConvexSideEdge = "Convex Side Edge"
n_styleCurve.a_s_enum_kStyleCurveStraightCorner = "Straight Corner"
n_styleCurve.a_s_enum_kStyleCurveStraightDecline = "Straight In"
n_styleCurve.a_s_enum_kStyleCurveStraightFrontEdge = "Straight Front Edge"
n_styleCurve.a_s_enum_kStyleCurveStraightIncline = "Straight Out"
n_styleCurve.a_s_enum_kStyleCurveStraightSideEdge = "Straight Side Edge"
n_styleCurve.a_s_niceName = "Style"
n_styleCurve.baseName = "styleCurve"
n_styleCurve.niceName = "Style Curve"
//
// String set: n_subCurve
//
n_subCurve.a_ic_niceName = "Input Curve"
n_subCurve.a_max_niceName = "Max Value"
n_subCurve.a_min_niceName = "Min Value"
n_subCurve.a_oc_niceName = "Output Curve"
n_subCurve.a_r_niceName = "Relative"
n_subCurve.baseName = "subCurve"
n_subCurve.niceName = "Sub Curve"
//
// String set: n_subSurface
//
n_subSurface.a_fcu_niceName = "Face Count U"
n_subSurface.a_fcv_niceName = "Face Count V"
n_subSurface.a_ffu_niceName = "First Face U"
n_subSurface.a_ffv_niceName = "First Face V"
n_subSurface.a_is_niceName = "Input Surface"
n_subSurface.a_os_niceName = "Output Surface"
n_subSurface.baseName = "subSurface"
n_subSurface.niceName = "Sub Surface"
//
// String set: n_subdAddTopology
//
n_subdAddTopology.baseName = "subdAddTopology"
n_subdAddTopology.niceName = "Subd Add Topology"
//
// String set: n_subdAutoProj
//
n_subdAutoProj.a_dl_niceName = "Dense Layout"
n_subdAutoProj.a_l_enum_kMoveAlongU = "Along U"
n_subdAutoProj.a_l_enum_kMoveToSquare = "Into Square"
n_subdAutoProj.a_l_niceName = "Layout"
n_subdAutoProj.a_lm_enum_kBrick = "Block Stacking"
n_subdAutoProj.a_lm_enum_kShape = "Shape Stacking"
n_subdAutoProj.a_lm_niceName = "Layout Method"
n_subdAutoProj.a_o_enum_kFewPieces = "Fewer Pieces"
n_subdAutoProj.a_o_enum_kLessDist = "Less Distortion"
n_subdAutoProj.a_o_niceName = "Optimize"
n_subdAutoProj.a_p_niceName = "Planes"
n_subdAutoProj.a_ps_niceName = "Percentage Space"
n_subdAutoProj.a_sc_enum_kScaleNone = "None"
n_subdAutoProj.a_sc_enum_kScaleStretch = "Stretch to Square"
n_subdAutoProj.a_sc_enum_kScaleUniform = "Uniform"
n_subdAutoProj.a_sc_niceName = "Scale"
n_subdAutoProj.a_si_niceName = "Skip Intersect"
n_subdAutoProj.baseName = "subdAutoProj"
n_subdAutoProj.niceName = "Subd Auto Proj"
//
// String set: n_subdBase
//
n_subdBase.a_os_niceName = "Out Subdiv"
n_subdBase.baseName = "subdBase"
n_subdBase.niceName = "Subd Base"
//
// String set: n_subdBlindData
//
n_subdBlindData.baseName = "subdBlindData"
n_subdBlindData.niceName = "Subd Blind Data"
//
// String set: n_subdCleanTopology
//
n_subdCleanTopology.baseName = "subdCleanTopology"
n_subdCleanTopology.niceName = "Subd Clean Topology"
//
// String set: n_subdHierBlind
//
n_subdHierBlind.a_woi_niceName = "Which One Index"
n_subdHierBlind.baseName = "subdHierBlind"
n_subdHierBlind.niceName = "Subd Hier Blind"
//
// String set: n_subdLayoutUV
//
n_subdLayoutUV.a_dl_niceName = "Dense Layout"
n_subdLayoutUV.a_fr_niceName = "Flip Reversed"
n_subdLayoutUV.a_l_enum_kMoveAlongU = "Along U"
n_subdLayoutUV.a_l_enum_kMoveNone = "None"
n_subdLayoutUV.a_l_enum_kMoveToSquare = "Into Square"
n_subdLayoutUV.a_l_niceName = "Layout"
n_subdLayoutUV.a_lm_enum_kBrick = "Block Stacking"
n_subdLayoutUV.a_lm_enum_kShape = "Shape Stacking"
n_subdLayoutUV.a_lm_niceName = "Layout Method"
n_subdLayoutUV.a_ps_niceName = "Percentage Space"
n_subdLayoutUV.a_rbf_enum_kRotate90 = "90 Degree Rotation"
n_subdLayoutUV.a_rbf_enum_kRotateFree = "Free Rotation"
n_subdLayoutUV.a_rbf_enum_kRotateNone = "No Rotation"
n_subdLayoutUV.a_rbf_niceName = "Rotate For Best Fit"
n_subdLayoutUV.a_sc_enum_kScaleNone = "None"
n_subdLayoutUV.a_sc_enum_kScaleStretch = "Stretch to Square"
n_subdLayoutUV.a_sc_enum_kScaleUniform = "Uniform"
n_subdLayoutUV.a_sc_niceName = "Scale"
n_subdLayoutUV.a_se_enum_kCutNone = "None"
n_subdLayoutUV.a_se_enum_kFoldsOnly = "Folds"
n_subdLayoutUV.a_se_enum_kSelfOverlap = "All Intersecting"
n_subdLayoutUV.a_se_niceName = "Separate"
n_subdLayoutUV.baseName = "subdLayoutUV"
n_subdLayoutUV.niceName = "Subd Layout UV"
//
// String set: n_subdMapCut
//
n_subdMapCut.baseName = "subdMapCut"
n_subdMapCut.niceName = "Subd Map Cut"
//
// String set: n_subdMapSewMove
//
n_subdMapSewMove.a_lps_niceName = "Limit Piece Size"
n_subdMapSewMove.a_nf_niceName = "Number Faces"
n_subdMapSewMove.baseName = "subdMapSewMove"
n_subdMapSewMove.niceName = "Subd Map Sew Move"
//
// String set: n_subdMappingManip
//
n_subdMappingManip.baseName = "subdMappingManip"
n_subdMappingManip.niceName = "Subd Mapping Manip"
//
// String set: n_subdModifier
//
n_subdModifier.a_ic_niceName = "Cached Subdiv"
n_subdModifier.a_ics_niceName = "Input Components"
n_subdModifier.a_is_niceName = "In Subdiv"
n_subdModifier.baseName = "subdModifier"
n_subdModifier.niceName = "Subd Modifier"
//
// String set: n_subdModifierUV
//
n_subdModifierUV.baseName = "subdModifierUV"
n_subdModifierUV.niceName = "Subd Modifier UV"
//
// String set: n_subdModifierWorld
//
n_subdModifierWorld.a_ix_niceName = "Input Matrix"
n_subdModifierWorld.a_mp_niceName = "Manip Matrix"
n_subdModifierWorld.a_ws_niceName = "World Space"
n_subdModifierWorld.baseName = "subdModifierWorld"
n_subdModifierWorld.niceName = "Subd Modifier World"
//
// String set: n_subdPlanarProj
//
n_subdPlanarProj.a_cid_niceName = "Comp Id"
n_subdPlanarProj.a_ic2_niceName = "Image Center"
n_subdPlanarProj.a_icx_niceName = "Image Center X"
n_subdPlanarProj.a_icy_niceName = "Image Center Y"
n_subdPlanarProj.a_is2_niceName = "Image Scale"
n_subdPlanarProj.a_isu_niceName = "Image Scale U"
n_subdPlanarProj.a_isv_niceName = "Image Scale V"
n_subdPlanarProj.a_pc_niceName = "Projection Center"
n_subdPlanarProj.a_pcx_niceName = "Projection Center X"
n_subdPlanarProj.a_pcy_niceName = "Projection Center Y"
n_subdPlanarProj.a_pcz_niceName = "Projection Center Z"
n_subdPlanarProj.a_ph_niceName = "Projection Height"
n_subdPlanarProj.a_ps_niceName = "Projection Scale"
n_subdPlanarProj.a_pw_niceName = "Projection Width"
n_subdPlanarProj.a_r_niceName = "Radius"
n_subdPlanarProj.a_ra_niceName = "Rotation Angle"
n_subdPlanarProj.a_ro_niceName = "Rotate"
n_subdPlanarProj.a_rx_niceName = "Rotate X"
n_subdPlanarProj.a_ry_niceName = "Rotate Y"
n_subdPlanarProj.a_rz_niceName = "Rotate Z"
n_subdPlanarProj.baseName = "subdPlanarProj"
n_subdPlanarProj.niceName = "Subd Planar Proj"
//
// String set: n_subdProjManip
//
n_subdProjManip.baseName = "subdProjManip"
n_subdProjManip.niceName = "Subd Proj Manip"
//
// String set: n_subdTweak
//
n_subdTweak.a_map_niceName = "Map 64Bit Indices"
n_subdTweak.a_tk_niceName = "Tweak"
n_subdTweak.a_tx_niceName = "Tweak X"
n_subdTweak.a_ty_niceName = "Tweak Y"
n_subdTweak.a_tz_niceName = "Tweak Z"
n_subdTweak.baseName = "subdTweak"
n_subdTweak.niceName = "Subd Tweak"
//
// String set: n_subdTweakUV
//
n_subdTweakUV.a_tu_niceName = "Uv Tweak U"
n_subdTweakUV.a_tv_niceName = "Uv Tweak V"
n_subdTweakUV.a_uvtk_niceName = "Uv Tweak"
n_subdTweakUV.baseName = "subdTweakUV"
n_subdTweakUV.niceName = "Subd Tweak UV"
//
// String set: n_subdiv
//
n_subdiv.a_bfc_niceName = "Base Face Count"
n_subdiv.a_cc_niceName = "Cached"
n_subdiv.a_cr_niceName = "Create"
n_subdiv.a_d_niceName = "Depth"
n_subdiv.a_db_niceName = "Disp UVBorder"
n_subdiv.a_dcr_niceName = "Disp Creases"
n_subdiv.a_de_niceName = "Disp Edges"
n_subdiv.a_df_niceName = "Disp Faces"
n_subdiv.a_dfl_enum_kDisplayAll = "All"
n_subdiv.a_dfl_enum_kDisplayEdited = "Edited"
n_subdiv.a_dfl_niceName = "Display Filter"
n_subdiv.a_dg_niceName = "Disp Geometry"
n_subdiv.a_dl_enum_kLevel1 = "1"
n_subdiv.a_dl_enum_kLevel10 = "10"
n_subdiv.a_dl_enum_kLevel11 = "11"
n_subdiv.a_dl_enum_kLevel12 = "12"
n_subdiv.a_dl_enum_kLevel13 = "13 (Finest)"
n_subdiv.a_dl_enum_kLevel2 = "2"
n_subdiv.a_dl_enum_kLevel3 = "3"
n_subdiv.a_dl_enum_kLevel4 = "4"
n_subdiv.a_dl_enum_kLevel5 = "5"
n_subdiv.a_dl_enum_kLevel6 = "6"
n_subdiv.a_dl_enum_kLevel7 = "7"
n_subdiv.a_dl_enum_kLevel8 = "8"
n_subdiv.a_dl_enum_kLevel9 = "9"
n_subdiv.a_dl_enum_kLevelBase = "0 (Base)"
n_subdiv.a_dl_niceName = "Display Level"
n_subdiv.a_dm_niceName = "Disp Maps"
n_subdiv.a_dr_niceName = "Disp Resolution"
n_subdiv.a_dv_niceName = "Disp Vertices"
n_subdiv.a_dvl_niceName = "Disp Vertices As Limit Points"
n_subdiv.a_ecr_niceName = "Edge Crease"
n_subdiv.a_f_enum_kConstantDepth = "Uniform"
n_subdiv.a_f_enum_kLeafGeometry = "Adaptive"
n_subdiv.a_f_niceName = "Format"
n_subdiv.a_fuv_niceName = "Face UVIds"
n_subdiv.a_llp_niceName = "Localize Limit Points Edit"
n_subdiv.a_ndf_niceName = "Normals Display Scale"
n_subdiv.a_o_niceName = "Out Subdiv"
n_subdiv.a_ofc_niceName = "Level One Face Count"
n_subdiv.a_sc_niceName = "Sample Count"
n_subdiv.a_sh_enum_kIgnoreCoarserScaling = "Ignore"
n_subdiv.a_sh_enum_kPropagateCoarserScaling = "Propagate"
n_subdiv.a_sh_niceName = "Scaling Hierarchy"
n_subdiv.a_stw_niceName = "Single Vertex Tweak"
n_subdiv.a_stwx_niceName = "Single Vertex Tweak X"
n_subdiv.a_stwy_niceName = "Single Vertex Tweak Y"
n_subdiv.a_stwz_niceName = "Single Vertex Tweak Z"
n_subdiv.a_svt_niceName = "Single Vertex"
n_subdiv.a_svx_niceName = "Single Vertex X"
n_subdiv.a_svy_niceName = "Single Vertex Y"
n_subdiv.a_svz_niceName = "Single Vertex Z"
n_subdiv.a_uvs_niceName = "Texture Coord"
n_subdiv.a_vt_niceName = "Vertex"
n_subdiv.a_vtw_niceName = "Vertex Tweak"
n_subdiv.a_ws_niceName = "World Subdiv"
n_subdiv.baseName = "subdiv"
n_subdiv.niceName = "Subdiv"
//
// String set: n_subdivCollapse
//
n_subdivCollapse.a_is_niceName = "In Subdiv"
n_subdivCollapse.a_l_niceName = "Level"
n_subdivCollapse.a_os_niceName = "Out Subdiv"
n_subdivCollapse.baseName = "subdivCollapse"
n_subdivCollapse.niceName = "Subdiv Collapse"
//
// String set: n_subdivComponentId
//
n_subdivComponentId.a_ib_niceName = "In Base"
n_subdivComponentId.a_ie_niceName = "In Edge"
n_subdivComponentId.a_if_enum_kInFinal0 = "0"
n_subdivComponentId.a_if_enum_kInFinal1 = "1"
n_subdivComponentId.a_if_enum_kInFinal2 = "2"
n_subdivComponentId.a_if_enum_kInFinal3 = "3"
n_subdivComponentId.a_if_niceName = "In Final"
n_subdivComponentId.a_il_enum_kInLevel0 = "Base 0"
n_subdivComponentId.a_il_enum_kInLevel1 = "Coarse 1"
n_subdivComponentId.a_il_enum_kInLevel10 = "10"
n_subdivComponentId.a_il_enum_kInLevel11 = "11"
n_subdivComponentId.a_il_enum_kInLevel12 = "Finest 12"
n_subdivComponentId.a_il_enum_kInLevel2 = "2"
n_subdivComponentId.a_il_enum_kInLevel3 = "3"
n_subdivComponentId.a_il_enum_kInLevel4 = "4"
n_subdivComponentId.a_il_enum_kInLevel5 = "5"
n_subdivComponentId.a_il_enum_kInLevel6 = "6"
n_subdivComponentId.a_il_enum_kInLevel7 = "7"
n_subdivComponentId.a_il_enum_kInLevel8 = "8"
n_subdivComponentId.a_il_enum_kInLevel9 = "9"
n_subdivComponentId.a_il_niceName = "In Level"
n_subdivComponentId.a_ilt_niceName = "In Left"
n_subdivComponentId.a_ip_niceName = "In Path"
n_subdivComponentId.a_ir_niceName = "In Right"
n_subdivComponentId.a_ob_niceName = "Out Base"
n_subdivComponentId.a_oe_niceName = "Out Edge"
n_subdivComponentId.a_of_enum_kOutFinal0 = "0"
n_subdivComponentId.a_of_enum_kOutFinal1 = "1"
n_subdivComponentId.a_of_enum_kOutFinal2 = "2"
n_subdivComponentId.a_of_enum_kOutFinal3 = "3"
n_subdivComponentId.a_of_niceName = "Out Final"
n_subdivComponentId.a_ol_enum_kOutLevel0 = "Base 0"
n_subdivComponentId.a_ol_enum_kOutLevel1 = "Coarse 1"
n_subdivComponentId.a_ol_enum_kOutLevel10 = "10"
n_subdivComponentId.a_ol_enum_kOutLevel11 = "11"
n_subdivComponentId.a_ol_enum_kOutLevel12 = "Finest 12"
n_subdivComponentId.a_ol_enum_kOutLevel2 = "2"
n_subdivComponentId.a_ol_enum_kOutLevel3 = "3"
n_subdivComponentId.a_ol_enum_kOutLevel4 = "4"
n_subdivComponentId.a_ol_enum_kOutLevel5 = "5"
n_subdivComponentId.a_ol_enum_kOutLevel6 = "6"
n_subdivComponentId.a_ol_enum_kOutLevel7 = "7"
n_subdivComponentId.a_ol_enum_kOutLevel8 = "8"
n_subdivComponentId.a_ol_enum_kOutLevel9 = "9"
n_subdivComponentId.a_ol_niceName = "Out Level"
n_subdivComponentId.a_olt_niceName = "Out Left"
n_subdivComponentId.a_op_niceName = "Out Path"
n_subdivComponentId.a_or_niceName = "Out Right"
n_subdivComponentId.baseName = "subdivComponentId"
n_subdivComponentId.niceName = "Subdiv Component Id"
//
// String set: n_subdivReverseFaces
//
n_subdivReverseFaces.a_is_niceName = "In Subdiv"
n_subdivReverseFaces.a_os_niceName = "Out Subdiv"
n_subdivReverseFaces.a_xm_niceName = "X Mirror"
n_subdivReverseFaces.a_ym_niceName = "Y Mirror"
n_subdivReverseFaces.a_zm_niceName = "Z Mirror"
n_subdivReverseFaces.baseName = "subdivReverseFaces"
n_subdivReverseFaces.niceName = "Subdiv Reverse Faces"
//
// String set: n_subdivSurfaceVarGroup
//
n_subdivSurfaceVarGroup.a_cr_niceName = "Create"
n_subdivSurfaceVarGroup.a_l_niceName = "Local"
n_subdivSurfaceVarGroup.baseName = "subdivSurfaceVarGroup"
n_subdivSurfaceVarGroup.niceName = "Subdiv Surface Var Group"
//
// String set: n_subdivToNurbs
//
n_subdivToNurbs.a_amr_niceName = "Apply Matrix To Result"
n_subdivToNurbs.a_i_niceName = "In Subdiv"
n_subdivToNurbs.a_os_niceName = "Output Surfaces"
n_subdivToNurbs.a_ot_enum_0 = "NURBS"
n_subdivToNurbs.a_ot_enum_1 = "Beziers"
n_subdivToNurbs.a_ot_niceName = "Output Type"
n_subdivToNurbs.baseName = "subdivToNurbs"
n_subdivToNurbs.niceName = "Subdiv To Nurbs"
//
// String set: n_subdivToPoly
//
n_subdivToPoly.a_amr_niceName = "Apply Matrix To Result"
n_subdivToPoly.a_cc_niceName = "Convert Comp"
n_subdivToPoly.a_cut_niceName = "Copy UVTopology"
n_subdivToPoly.a_d_niceName = "Depth"
n_subdivToPoly.a_epp_niceName = "Extract Point Position"
n_subdivToPoly.a_f_enum_kConstantDepth = "Uniform"
n_subdivToPoly.a_f_enum_kLeafGeometry = "Adaptive"
n_subdivToPoly.a_f_enum_kMaxPolyCount = "Polygon Count"
n_subdivToPoly.a_f_enum_kVertices = "Vertices"
n_subdivToPoly.a_f_niceName = "Format"
n_subdivToPoly.a_i_niceName = "In Subdiv"
n_subdivToPoly.a_is_niceName = "In Subd CVId"
n_subdivToPoly.a_isl_niceName = "In Subd CVId Left"
n_subdivToPoly.a_isr_niceName = "In Subd CVId Right"
n_subdivToPoly.a_l_niceName = "Level"
n_subdivToPoly.a_mp_niceName = "Max Polys"
n_subdivToPoly.a_o_niceName = "Out Mesh"
n_subdivToPoly.a_os_niceName = "Out Subd CVId"
n_subdivToPoly.a_osl_niceName = "Out Subd CVId Left"
n_subdivToPoly.a_osr_niceName = "Out Subd CVId Right"
n_subdivToPoly.a_ov_niceName = "Outv"
n_subdivToPoly.a_pt_enum_kPolygons = "polygons"
n_subdivToPoly.a_pt_enum_kQuads = "quads"
n_subdivToPoly.a_pt_enum_kTriangles = "triangles"
n_subdivToPoly.a_pt_niceName = "Polygon Type"
n_subdivToPoly.a_pvo_niceName = "Preserve Vertex Ordering"
n_subdivToPoly.a_sc_niceName = "Sample Count"
n_subdivToPoly.a_suv_niceName = "Share UVs"
n_subdivToPoly.a_un_niceName = "Subd Normals"
n_subdivToPoly.baseName = "subdivToPoly"
n_subdivToPoly.niceName = "Subdiv To Poly"
//
// String set: n_sunDirection
//
n_sunDirection.a_d_niceName = "Day"
n_sunDirection.a_la_niceName = "Latitude"
n_sunDirection.a_r_niceName = "Rotate"
n_sunDirection.a_rx_niceName = "Rotate X"
n_sunDirection.a_ry_niceName = "Rotate Y"
n_sunDirection.a_rz_niceName = "Rotate Z"
n_sunDirection.a_t_niceName = "Time"
n_sunDirection.a_to_niceName = "Time Offset"
n_sunDirection.baseName = "sunDirection"
n_sunDirection.niceName = "Sun Direction"
//
// String set: n_surfaceEdManip
//
n_surfaceEdManip.baseName = "surfaceEdManip"
n_surfaceEdManip.niceName = "Surface Ed Manip"
//
// String set: n_surfaceFit
//
n_surfaceFit.a_h_niceName = "Height"
n_surfaceFit.a_up_niceName = "Up Vector"
n_surfaceFit.a_upx_niceName = "Up Vector X"
n_surfaceFit.a_upy_niceName = "Up Vector Y"
n_surfaceFit.a_upz_niceName = "Up Vector Z"
n_surfaceFit.a_wg_niceName = "Wrapper Object Geometry"
n_surfaceFit.a_wm_niceName = "Wrapper Object Matrix"
n_surfaceFit.baseName = "surfaceFit"
n_surfaceFit.niceName = "Surface Fit"
//
// String set: n_surfaceInfo
//
n_surfaceInfo.a_cp_niceName = "Control Points"
n_surfaceInfo.a_is_niceName = "Input Surface"
n_surfaceInfo.a_ku_niceName = "Knots U"
n_surfaceInfo.a_kv_niceName = "Knots V"
n_surfaceInfo.a_wt_niceName = "Weights"
n_surfaceInfo.a_xv_niceName = "X Value"
n_surfaceInfo.a_yv_niceName = "Y Value"
n_surfaceInfo.a_zv_niceName = "Z Value"
n_surfaceInfo.baseName = "surfaceInfo"
n_surfaceInfo.niceName = "Surface Info"
//
// String set: n_surfaceLuminance
//
n_surfaceLuminance.a_la_niceName = "Light Ambient"
n_surfaceLuminance.a_lbd_niceName = "Light Blind Data"
n_surfaceLuminance.a_ld_niceName = "Light Direction"
n_surfaceLuminance.a_ldf_niceName = "Light Diffuse"
n_surfaceLuminance.a_ldx_niceName = "Light Direction X"
n_surfaceLuminance.a_ldy_niceName = "Light Direction Y"
n_surfaceLuminance.a_ldz_niceName = "Light Direction Z"
n_surfaceLuminance.a_li_niceName = "Light Intensity"
n_surfaceLuminance.a_lib_niceName = "Light Intensity B"
n_surfaceLuminance.a_lig_niceName = "Light Intensity G"
n_surfaceLuminance.a_lir_niceName = "Light Intensity R"
n_surfaceLuminance.a_ls_niceName = "Light Specular"
n_surfaceLuminance.a_lsf_niceName = "Light Shadow Fraction"
n_surfaceLuminance.a_ltd_niceName = "Light Data Array"
n_surfaceLuminance.a_n_niceName = "Normal Camera"
n_surfaceLuminance.a_nx_niceName = "Normal Camera X"
n_surfaceLuminance.a_ny_niceName = "Normal Camera Y"
n_surfaceLuminance.a_nz_niceName = "Normal Camera Z"
n_surfaceLuminance.a_o_niceName = "Out Value"
n_surfaceLuminance.a_psi_niceName = "Pre Shadow Intensity"
n_surfaceLuminance.baseName = "surfaceLuminance"
n_surfaceLuminance.niceName = "Surf. Luminance"
//
// String set: n_surfaceShader
//
n_surfaceShader.a_maga_niceName = "Material Alpha Gain"
n_surfaceShader.a_oc_niceName = "Out Color"
n_surfaceShader.a_ocb_niceName = "Out Color B"
n_surfaceShader.a_ocg_niceName = "Out Color G"
n_surfaceShader.a_ocr_niceName = "Out Color R"
n_surfaceShader.a_og_niceName = "Out Glow Color"
n_surfaceShader.a_ogb_niceName = "Out Glow Color B"
n_surfaceShader.a_ogg_niceName = "Out Glow Color G"
n_surfaceShader.a_ogr_niceName = "Out Glow Color R"
n_surfaceShader.a_omo_niceName = "Out Matte Opacity"
n_surfaceShader.a_omob_niceName = "Out Matte Opacity B"
n_surfaceShader.a_omog_niceName = "Out Matte Opacity G"
n_surfaceShader.a_omor_niceName = "Out Matte Opacity R"
n_surfaceShader.a_ot_niceName = "Out Transparency"
n_surfaceShader.a_otb_niceName = "Out Transparency B"
n_surfaceShader.a_otg_niceName = "Out Transparency G"
n_surfaceShader.a_otr_niceName = "Out Transparency R"
n_surfaceShader.baseName = "surfaceShader"
n_surfaceShader.niceName = "Surface Shader"
//
// String set: n_surfaceShape
//
n_surfaceShape.a_bbs_niceName = "Bounding Box Scale"
n_surfaceShape.a_bscx_niceName = "Bounding Box Scale X"
n_surfaceShape.a_bscy_niceName = "Bounding Box Scale Y"
n_surfaceShape.a_bscz_niceName = "Bounding Box Scale Z"
n_surfaceShape.a_cdvi_niceName = "Collision Depth Velocity Increment"
n_surfaceShape.a_cdvifv_niceName = "Collision Depth Velocity Increment _Float Value"
n_surfaceShape.a_cdvii_enum_kLinear = "Linear"
n_surfaceShape.a_cdvii_enum_kNone = "None"
n_surfaceShape.a_cdvii_enum_kSmooth = "Smooth"
n_surfaceShape.a_cdvii_enum_kSpline = "Spline"
n_surfaceShape.a_cdvii_niceName = "Collision Depth Velocity Increment _Interp"
n_surfaceShape.a_cdvip_niceName = "Collision Depth Velocity Increment _Position"
n_surfaceShape.a_cdvm_niceName = "Collision Depth Velocity Multiplier"
n_surfaceShape.a_cdvmfv_niceName = "Collision Depth Velocity Multiplier _Float Value"
n_surfaceShape.a_cdvmi_enum_kLinear = "Linear"
n_surfaceShape.a_cdvmi_enum_kNone = "None"
n_surfaceShape.a_cdvmi_enum_kSmooth = "Smooth"
n_surfaceShape.a_cdvmi_enum_kSpline = "Spline"
n_surfaceShape.a_cdvmi_niceName = "Collision Depth Velocity Multiplier _Interp"
n_surfaceShape.a_cdvmp_niceName = "Collision Depth Velocity Multiplier _Position"
n_surfaceShape.a_covi_niceName = "Collision Offset Velocity Increment"
n_surfaceShape.a_covifv_niceName = "Collision Offset Velocity Increment _Float Value"
n_surfaceShape.a_covii_enum_kLinear = "Linear"
n_surfaceShape.a_covii_enum_kNone = "None"
n_surfaceShape.a_covii_enum_kSmooth = "Smooth"
n_surfaceShape.a_covii_enum_kSpline = "Spline"
n_surfaceShape.a_covii_niceName = "Collision Offset Velocity Increment _Interp"
n_surfaceShape.a_covip_niceName = "Collision Offset Velocity Increment _Position"
n_surfaceShape.a_covm_niceName = "Collision Offset Velocity Multiplier"
n_surfaceShape.a_covmfv_niceName = "Collision Offset Velocity Multiplier _Float Value"
n_surfaceShape.a_covmi_enum_kLinear = "Linear"
n_surfaceShape.a_covmi_enum_kNone = "None"
n_surfaceShape.a_covmi_enum_kSmooth = "Smooth"
n_surfaceShape.a_covmi_enum_kSpline = "Spline"
n_surfaceShape.a_covmi_niceName = "Collision Offset Velocity Multiplier _Interp"
n_surfaceShape.a_covmp_niceName = "Collision Offset Velocity Multiplier _Position"
n_surfaceShape.a_dhe_niceName = "Display HWEnvironment"
n_surfaceShape.a_ds_niceName = "Double Sided"
n_surfaceShape.a_dsr_niceName = "Initial Sample Rate"
n_surfaceShape.a_fbda_niceName = "Feature Displacement"
n_surfaceShape.a_fth_niceName = "Texture Threshold"
n_surfaceShape.a_hot_niceName = "Hold Out"
n_surfaceShape.a_ih_niceName = "Ignore Hw Shader"
n_surfaceShape.a_nat_niceName = "Normal Threshold"
n_surfaceShape.a_op_niceName = "Opposite"
n_surfaceShape.a_smo_niceName = "Smooth Shading"
n_surfaceShape.a_xsr_niceName = "Extra Sample Rate"
n_surfaceShape.baseName = "surfaceShape"
n_surfaceShape.niceName = "Surface Shape"
//
// String set: n_surfaceVarGroup
//
n_surfaceVarGroup.a_cr_niceName = "Create"
n_surfaceVarGroup.a_l_niceName = "Local"
n_surfaceVarGroup.baseName = "surfaceVarGroup"
n_surfaceVarGroup.niceName = "Surface Var Group"
//
// String set: n_symmetryConstraint
//
n_symmetryConstraint.a_cipm_niceName = "Constraint Inverse Parent World Matrix"
n_symmetryConstraint.a_cjo_niceName = "Constraint Joint Orient"
n_symmetryConstraint.a_cjx_niceName = "Constraint Joint Orient X"
n_symmetryConstraint.a_cjy_niceName = "Constraint Joint Orient Y"
n_symmetryConstraint.a_cjz_niceName = "Constraint Joint Orient Z"
n_symmetryConstraint.a_cmpx_niceName = "Symmetry Middle Point X"
n_symmetryConstraint.a_cmpy_niceName = "Symmetry Middle Point Y"
n_symmetryConstraint.a_cmpz_niceName = "Symmetry Middle Point Z"
n_symmetryConstraint.a_cmwp_niceName = "Symmetry Middle Point"
n_symmetryConstraint.a_co_niceName = "Constrained"
n_symmetryConstraint.a_cpim_niceName = "Symmetry Root World Matrix"
n_symmetryConstraint.a_cr_niceName = "Constraint Rotate"
n_symmetryConstraint.a_cro_enum_kXYZ = "xyz"
n_symmetryConstraint.a_cro_enum_kXZY = "xzy"
n_symmetryConstraint.a_cro_enum_kYXZ = "yxz"
n_symmetryConstraint.a_cro_enum_kYZX = "yzx"
n_symmetryConstraint.a_cro_enum_kZXY = "zxy"
n_symmetryConstraint.a_cro_enum_kZYX = "zyx"
n_symmetryConstraint.a_cro_niceName = "Constraint Rotate Order"
n_symmetryConstraint.a_crx_niceName = "Constraint Rotate X"
n_symmetryConstraint.a_cry_niceName = "Constraint Rotate Y"
n_symmetryConstraint.a_crz_niceName = "Constraint Rotate Z"
n_symmetryConstraint.a_cs_niceName = "Constraint Scale"
n_symmetryConstraint.a_csx_niceName = "Constraint Scale X"
n_symmetryConstraint.a_csy_niceName = "Constraint Scale Y"
n_symmetryConstraint.a_csz_niceName = "Constraint Scale Z"
n_symmetryConstraint.a_ct_niceName = "Constraint Translate"
n_symmetryConstraint.a_ctx_niceName = "Constraint Translate X"
n_symmetryConstraint.a_cty_niceName = "Constraint Translate Y"
n_symmetryConstraint.a_ctz_niceName = "Constraint Translate Z"
n_symmetryConstraint.a_cyx_niceName = "X Child Axis"
n_symmetryConstraint.a_cyy_niceName = "Y Child Axis"
n_symmetryConstraint.a_cyz_niceName = "Z Child Axis"
n_symmetryConstraint.a_srof_niceName = "Symmetry Root Offset"
n_symmetryConstraint.a_srox_niceName = "Symmetry Root Offset X"
n_symmetryConstraint.a_sroy_niceName = "Symmetry Root Offset Y"
n_symmetryConstraint.a_sroz_niceName = "Symmetry Root Offset Z"
n_symmetryConstraint.a_syx_niceName = "X Axis"
n_symmetryConstraint.a_syy_niceName = "Y Axis"
n_symmetryConstraint.a_syz_niceName = "Z Axis"
n_symmetryConstraint.a_tct_niceName = "Target Child Translate"
n_symmetryConstraint.a_tcx_niceName = "Target Child Translate X"
n_symmetryConstraint.a_tcy_niceName = "Target Child Translate Y"
n_symmetryConstraint.a_tcz_niceName = "Target Child Translate Z"
n_symmetryConstraint.a_tg_niceName = "Target"
n_symmetryConstraint.a_tjo_niceName = "Target Joint Orient"
n_symmetryConstraint.a_tjt_enum_kXYZ = "xyz"
n_symmetryConstraint.a_tjt_enum_kXZY = "xzy"
n_symmetryConstraint.a_tjt_enum_kYXZ = "yxz"
n_symmetryConstraint.a_tjt_enum_kYZX = "yzx"
n_symmetryConstraint.a_tjt_enum_kZXY = "zxy"
n_symmetryConstraint.a_tjt_enum_kZYX = "zyx"
n_symmetryConstraint.a_tjt_niceName = "Target Joint Orient Type"
n_symmetryConstraint.a_tjx_niceName = "Target Joint Orient X"
n_symmetryConstraint.a_tjy_niceName = "Target Joint Orient Y"
n_symmetryConstraint.a_tjz_niceName = "Target Joint Orient Z"
n_symmetryConstraint.a_tpm_niceName = "Target Parent Matrix"
n_symmetryConstraint.a_tr_niceName = "Target Rotate"
n_symmetryConstraint.a_tro_enum_kXYZ = "xyz"
n_symmetryConstraint.a_tro_enum_kXZY = "xzy"
n_symmetryConstraint.a_tro_enum_kYXZ = "yxz"
n_symmetryConstraint.a_tro_enum_kYZX = "yzx"
n_symmetryConstraint.a_tro_enum_kZXY = "zxy"
n_symmetryConstraint.a_tro_enum_kZYX = "zyx"
n_symmetryConstraint.a_tro_niceName = "Target Rotate Order"
n_symmetryConstraint.a_trx_niceName = "Target Rotate X"
n_symmetryConstraint.a_try_niceName = "Target Rotate Y"
n_symmetryConstraint.a_trz_niceName = "Target Rotate Z"
n_symmetryConstraint.a_ts_niceName = "Target Scale"
n_symmetryConstraint.a_tsx_niceName = "Target Scale X"
n_symmetryConstraint.a_tsy_niceName = "Target Scale Y"
n_symmetryConstraint.a_tsz_niceName = "Target Scale Z"
n_symmetryConstraint.a_tt_niceName = "Target Translate"
n_symmetryConstraint.a_ttx_niceName = "Target Translate X"
n_symmetryConstraint.a_tty_niceName = "Target Translate Y"
n_symmetryConstraint.a_ttz_niceName = "Target Translate Z"
n_symmetryConstraint.a_twm_niceName = "Target World Matrix"
n_symmetryConstraint.baseName = "symmetryConstraint"
n_symmetryConstraint.niceName = "Symmetry Constraint"
//
// String set: n_tangentConstraint
//
n_tangentConstraint.a_a_niceName = "Aim Vector"
n_tangentConstraint.a_ax_niceName = "Aim Vector X"
n_tangentConstraint.a_ay_niceName = "Aim Vector Y"
n_tangentConstraint.a_az_niceName = "Aim Vector Z"
n_tangentConstraint.a_cjo_niceName = "Constraint Joint Orient"
n_tangentConstraint.a_cjox_niceName = "Constraint Joint Orient X"
n_tangentConstraint.a_cjoy_niceName = "Constraint Joint Orient Y"
n_tangentConstraint.a_cjoz_niceName = "Constraint Joint Orient Z"
n_tangentConstraint.a_cpim_niceName = "Constraint Parent Inverse Matrix"
n_tangentConstraint.a_cr_niceName = "Constraint Rotate"
n_tangentConstraint.a_cro_enum_kXYZ = "xyz"
n_tangentConstraint.a_cro_enum_kXZY = "xzy"
n_tangentConstraint.a_cro_enum_kYXZ = "yxz"
n_tangentConstraint.a_cro_enum_kYZX = "yzx"
n_tangentConstraint.a_cro_enum_kZXY = "zxy"
n_tangentConstraint.a_cro_enum_kZYX = "zyx"
n_tangentConstraint.a_cro_niceName = "Constraint Rotate Order"
n_tangentConstraint.a_crp_niceName = "Constraint Rotate Pivot"
n_tangentConstraint.a_crpx_niceName = "Constraint Rotate Pivot X"
n_tangentConstraint.a_crpy_niceName = "Constraint Rotate Pivot Y"
n_tangentConstraint.a_crpz_niceName = "Constraint Rotate Pivot Z"
n_tangentConstraint.a_crt_niceName = "Constraint Rotate Translate"
n_tangentConstraint.a_crtx_niceName = "Constraint Rotate Translate X"
n_tangentConstraint.a_crty_niceName = "Constraint Rotate Translate Y"
n_tangentConstraint.a_crtz_niceName = "Constraint Rotate Translate Z"
n_tangentConstraint.a_crx_niceName = "Constraint Rotate X"
n_tangentConstraint.a_cry_niceName = "Constraint Rotate Y"
n_tangentConstraint.a_crz_niceName = "Constraint Rotate Z"
n_tangentConstraint.a_ct_niceName = "Constraint Translate"
n_tangentConstraint.a_ctx_niceName = "Constraint Translate X"
n_tangentConstraint.a_cty_niceName = "Constraint Translate Y"
n_tangentConstraint.a_ctz_niceName = "Constraint Translate Z"
n_tangentConstraint.a_cv_niceName = "Constraint Vector"
n_tangentConstraint.a_cvx_niceName = "Constraint Vector X"
n_tangentConstraint.a_cvy_niceName = "Constraint Vector Y"
n_tangentConstraint.a_cvz_niceName = "Constraint Vector Z"
n_tangentConstraint.a_rrx_niceName = "Rest Rotate X"
n_tangentConstraint.a_rry_niceName = "Rest Rotate Y"
n_tangentConstraint.a_rrz_niceName = "Rest Rotate Z"
n_tangentConstraint.a_rsrr_niceName = "Rest Rotate"
n_tangentConstraint.a_tg_niceName = "Target"
n_tangentConstraint.a_tgm_niceName = "Target Geometry"
n_tangentConstraint.a_tw_niceName = "Target Weight"
n_tangentConstraint.a_u_niceName = "Up Vector"
n_tangentConstraint.a_ux_niceName = "Up Vector X"
n_tangentConstraint.a_uy_niceName = "Up Vector Y"
n_tangentConstraint.a_uz_niceName = "Up Vector Z"
n_tangentConstraint.a_wu_niceName = "World Up Vector"
n_tangentConstraint.a_wum_niceName = "World Up Matrix"
n_tangentConstraint.a_wut_enum_kUpNone = "None"
n_tangentConstraint.a_wut_enum_kUpObject = "Object Up"
n_tangentConstraint.a_wut_enum_kUpObjectRotation = "Object Rotation Up"
n_tangentConstraint.a_wut_enum_kUpScene = "Scene Up"
n_tangentConstraint.a_wut_enum_kUpVector = "Vector"
n_tangentConstraint.a_wut_niceName = "World Up Type"
n_tangentConstraint.a_wux_niceName = "World Up Vector X"
n_tangentConstraint.a_wuy_niceName = "World Up Vector Y"
n_tangentConstraint.a_wuz_niceName = "World Up Vector Z"
n_tangentConstraint.baseName = "tangentConstraint"
n_tangentConstraint.niceName = "Tangent Constraint"
//
// String set: n_tension
//
n_tension.a_bnd_niceName = "Bend Strength"
n_tension.a_cach_niceName = "Cache"
n_tension.a_cbp_niceName = "Cache Bind Positions"
n_tension.a_cbv_niceName = "Cache GPUBind Verts"
n_tension.a_iwc_niceName = "Inward Constraint"
n_tension.a_owc_niceName = "Outward Constraint"
n_tension.a_pbv_niceName = "Pin Border Vertices"
n_tension.a_rel_niceName = "Relative"
n_tension.a_shr_niceName = "Shear Strength"
n_tension.a_si_niceName = "Smoothing Iterations"
n_tension.a_sqc_niceName = "Squash Constraint"
n_tension.a_ss_niceName = "Smoothing Step"
n_tension.a_stc_niceName = "Stretch Constraint"
n_tension.baseName = "tension"
n_tension.niceName = "Tension"
//
// String set: n_texBaseDeformManip
//
n_texBaseDeformManip.baseName = "texBaseDeformManip"
n_texBaseDeformManip.niceName = "Tex Base Deform Manip"
//
// String set: n_texLattice
//
n_texLattice.a_bbi_niceName = "Bounding Box Inf"
n_texLattice.a_bbxb_niceName = "Bounding Box Bottom"
n_texLattice.a_bbxl_niceName = "Bounding Box Left"
n_texLattice.a_bbxr_niceName = "Bounding Box Right"
n_texLattice.a_bbxs_niceName = "Bounding Box Sup"
n_texLattice.a_bbxt_niceName = "Bounding Box Top"
n_texLattice.a_lh_niceName = "Lattice Height"
n_texLattice.a_lp_niceName = "Lattice Point"
n_texLattice.a_lpx_niceName = "Lattice Point X"
n_texLattice.a_lpy_niceName = "Lattice Point Y"
n_texLattice.a_lw_niceName = "Lattice Width"
n_texLattice.baseName = "texLattice"
n_texLattice.niceName = "Tex Lattice"
//
// String set: n_texLatticeDeformManip
//
n_texLatticeDeformManip.baseName = "texLatticeDeformManip"
n_texLatticeDeformManip.niceName = "Tex Lattice Deform Manip"
//
// String set: n_texMoveShellManip
//
n_texMoveShellManip.baseName = "texMoveShellManip"
n_texMoveShellManip.niceName = "Tex Move Shell Manip"
//
// String set: n_texSmoothManip
//
n_texSmoothManip.baseName = "texSmoothManip"
n_texSmoothManip.niceName = "Tex Smooth Manip"
//
// String set: n_texSmudgeUVManip
//
n_texSmudgeUVManip.baseName = "texSmudgeUVManip"
n_texSmudgeUVManip.niceName = "Tex Smudge UVManip"
//
// String set: n_textButtonManip
//
n_textButtonManip.baseName = "textButtonManip"
n_textButtonManip.niceName = "Text Button Manip"
//
// String set: n_textManip2D
//
n_textManip2D.baseName = "textManip2D"
n_textManip2D.niceName = "Text Manip 2D"
//
// String set: n_texture2d
//
n_texture2d.a_ag_niceName = "Alpha Gain"
n_texture2d.a_ail_niceName = "Alpha Is Luminance"
n_texture2d.a_ao_niceName = "Alpha Offset"
n_texture2d.a_cg_niceName = "Color Gain"
n_texture2d.a_cgb_niceName = "Color Gain B"
n_texture2d.a_cgg_niceName = "Color Gain G"
n_texture2d.a_cgr_niceName = "Color Gain R"
n_texture2d.a_co_niceName = "Color Offset"
n_texture2d.a_cob_niceName = "Color Offset B"
n_texture2d.a_cog_niceName = "Color Offset G"
n_texture2d.a_cor_niceName = "Color Offset R"
n_texture2d.a_dc_niceName = "Default Color"
n_texture2d.a_dcb_niceName = "Default Color B"
n_texture2d.a_dcg_niceName = "Default Color G"
n_texture2d.a_dcr_niceName = "Default Color R"
n_texture2d.a_f_niceName = "Filter"
n_texture2d.a_fo_niceName = "Filter Offset"
n_texture2d.a_fs_niceName = "Uv Filter Size"
n_texture2d.a_fsx_niceName = "Uv Filter Size X"
n_texture2d.a_fsy_niceName = "Uv Filter Size Y"
n_texture2d.a_i_niceName = "Invert"
n_texture2d.a_oa_niceName = "Out Alpha"
n_texture2d.a_oc_niceName = "Out Color"
n_texture2d.a_ocb_niceName = "Out Color B"
n_texture2d.a_ocg_niceName = "Out Color G"
n_texture2d.a_ocr_niceName = "Out Color R"
n_texture2d.a_u_niceName = "U Coord"
n_texture2d.a_uv_niceName = "Uv Coord"
n_texture2d.a_v_niceName = "V Coord"
n_texture2d.baseName = "texture2d"
n_texture2d.niceName = "Texture 2d"
//
// String set: n_texture3d
//
n_texture3d.a_ag_niceName = "Alpha Gain"
n_texture3d.a_ail_niceName = "Alpha Is Luminance"
n_texture3d.a_ao_niceName = "Alpha Offset"
n_texture3d.a_b_niceName = "Blend"
n_texture3d.a_cg_niceName = "Color Gain"
n_texture3d.a_cgb_niceName = "Color Gain B"
n_texture3d.a_cgg_niceName = "Color Gain G"
n_texture3d.a_cgr_niceName = "Color Gain R"
n_texture3d.a_co_niceName = "Color Offset"
n_texture3d.a_cob_niceName = "Color Offset B"
n_texture3d.a_cog_niceName = "Color Offset G"
n_texture3d.a_cor_niceName = "Color Offset R"
n_texture3d.a_dc_niceName = "Default Color"
n_texture3d.a_dcb_niceName = "Default Color B"
n_texture3d.a_dcg_niceName = "Default Color G"
n_texture3d.a_dcr_niceName = "Default Color R"
n_texture3d.a_e2w_niceName = "Matrix Eye To World"
n_texture3d.a_f_niceName = "Filter"
n_texture3d.a_fo_niceName = "Filter Offset"
n_texture3d.a_fs_niceName = "Filter Size"
n_texture3d.a_fsx_niceName = "Filter Size X"
n_texture3d.a_fsy_niceName = "Filter Size Y"
n_texture3d.a_fsz_niceName = "Filter Size Z"
n_texture3d.a_i_niceName = "Invert"
n_texture3d.a_lo_niceName = "Local"
n_texture3d.a_oa_niceName = "Out Alpha"
n_texture3d.a_oc_niceName = "Out Color"
n_texture3d.a_ocb_niceName = "Out Color B"
n_texture3d.a_ocg_niceName = "Out Color G"
n_texture3d.a_ocr_niceName = "Out Color R"
n_texture3d.a_p_niceName = "Point Camera"
n_texture3d.a_pm_niceName = "Placement Matrix"
n_texture3d.a_po_niceName = "Point Obj"
n_texture3d.a_pox_niceName = "Point Obj X"
n_texture3d.a_poy_niceName = "Point Obj Y"
n_texture3d.a_poz_niceName = "Point Obj Z"
n_texture3d.a_px_niceName = "Point Camera X"
n_texture3d.a_py_niceName = "Point Camera Y"
n_texture3d.a_pz_niceName = "Point Camera Z"
n_texture3d.a_w_niceName = "Wrap"
n_texture3d.baseName = "texture3d"
n_texture3d.niceName = "Texture 3d"
//
// String set: n_texture3dManip
//
n_texture3dManip.baseName = "texture3dManip"
n_texture3dManip.niceName = "Texture 3d Manip"
//
// String set: n_textureBakeSet
//
n_textureBakeSet.a_bgb_niceName = "Background Color B"
n_textureBakeSet.a_bgc_niceName = "Background Color"
n_textureBakeSet.a_bgg_niceName = "Background Color G"
n_textureBakeSet.a_bgr_niceName = "Background Color R"
n_textureBakeSet.a_bits_enum_k16bits = "16 bits"
n_textureBakeSet.a_bits_enum_k32bits = "32 bits"
n_textureBakeSet.a_bits_enum_k8bits = "8 bits"
n_textureBakeSet.a_bits_niceName = "Bits Per Channel"
n_textureBakeSet.a_bmode_enum_kColor = "Custom Color"
n_textureBakeSet.a_bmode_enum_kDefault = "Shader Default"
n_textureBakeSet.a_bmode_enum_kExtendEdge = "Extend Edge Color"
n_textureBakeSet.a_bmode_niceName = "Background Mode"
n_textureBakeSet.a_fgq_niceName = "Final Gather Quality"
n_textureBakeSet.a_fgr_niceName = "Final Gather Reflect"
n_textureBakeSet.a_fillscale_niceName = "Fill Scale"
n_textureBakeSet.a_fillseams_niceName = "Fill Texture Seams"
n_textureBakeSet.a_format_enum_kALS = "ALS"
n_textureBakeSet.a_format_enum_kBMP = "BMP"
n_textureBakeSet.a_format_enum_kGIF = "GIF"
n_textureBakeSet.a_format_enum_kHDR = "HDR"
n_textureBakeSet.a_format_enum_kIFF = "IFF"
n_textureBakeSet.a_format_enum_kJPG = "JPG"
n_textureBakeSet.a_format_enum_kMAC = "MacPaint"
n_textureBakeSet.a_format_enum_kPHO = "Photoshop"
n_textureBakeSet.a_format_enum_kPIC = "PIC"
n_textureBakeSet.a_format_enum_kPNG = "PNG"
n_textureBakeSet.a_format_enum_kRGB = "RGB"
n_textureBakeSet.a_format_enum_kRLA = "RLA"
n_textureBakeSet.a_format_enum_kSGI = "SGI"
n_textureBakeSet.a_format_enum_kTGA = "TGA"
n_textureBakeSet.a_format_enum_kTIF = "TIF"
n_textureBakeSet.a_format_niceName = "File Format"
n_textureBakeSet.a_nsp_niceName = "Samples"
n_textureBakeSet.a_one_niceName = "Bake To One Map"
n_textureBakeSet.a_overrideuv_niceName = "Override Uv Set"
n_textureBakeSet.a_pre_niceName = "Prefix"
n_textureBakeSet.a_range_enum_kEntire = "Entire Range"
n_textureBakeSet.a_range_enum_kGiven = "User Specified"
n_textureBakeSet.a_range_enum_kNormal = "Normal (0 to 1)"
n_textureBakeSet.a_range_niceName = "Uv Range"
n_textureBakeSet.a_sep_enum_kComponent = "shadingGroup on shape"
n_textureBakeSet.a_sep_enum_kSet = "this whole set"
n_textureBakeSet.a_sep_enum_kShape = "shape"
n_textureBakeSet.a_sep_niceName = "Separation"
n_textureBakeSet.a_set_niceName = "Uv Set Name"
n_textureBakeSet.a_uh_niceName = "U Max"
n_textureBakeSet.a_ul_niceName = "U Min"
n_textureBakeSet.a_vh_niceName = "V Max"
n_textureBakeSet.a_vl_niceName = "V Min"
n_textureBakeSet.a_xres_niceName = "X Resolution"
n_textureBakeSet.a_yres_niceName = "Y Resolution"
n_textureBakeSet.baseName = "textureBakeSet"
n_textureBakeSet.niceName = "Texture Bake Set"
//
// String set: n_textureDeformer
//
n_textureDeformer.a_d_enum_kHandle = "Handle"
n_textureDeformer.a_d_enum_kNormal = "Normal"
n_textureDeformer.a_d_enum_kVector = "Vector"
n_textureDeformer.a_d_niceName = "Direction"
n_textureDeformer.a_hm_niceName = "Handle Matrix"
n_textureDeformer.a_o_niceName = "Offset"
n_textureDeformer.a_ps_enum_kLocal = "Local"
n_textureDeformer.a_ps_enum_kUV = "UV"
n_textureDeformer.a_ps_enum_kWorld = "World"
n_textureDeformer.a_ps_niceName = "Point Space"
n_textureDeformer.a_s_niceName = "Strength"
n_textureDeformer.a_t_niceName = "Texture"
n_textureDeformer.a_tb_niceName = "Texture B"
n_textureDeformer.a_tg_niceName = "Texture G"
n_textureDeformer.a_tr_niceName = "Texture R"
n_textureDeformer.a_v_niceName = "Handle Visibility"
n_textureDeformer.a_vo_niceName = "Vector Offset"
n_textureDeformer.a_vox_niceName = "Vector Offset X"
n_textureDeformer.a_voy_niceName = "Vector Offset Y"
n_textureDeformer.a_voz_niceName = "Vector Offset Z"
n_textureDeformer.a_vs_niceName = "Vector Strength"
n_textureDeformer.a_vsp_enum_kVectorObject = "Object"
n_textureDeformer.a_vsp_enum_kVectorTangent = "Tangent"
n_textureDeformer.a_vsp_enum_kVectorWorld = "World"
n_textureDeformer.a_vsp_niceName = "Vector Space"
n_textureDeformer.a_vsx_niceName = "Vector Strength X"
n_textureDeformer.a_vsy_niceName = "Vector Strength Y"
n_textureDeformer.a_vsz_niceName = "Vector Strength Z"
n_textureDeformer.baseName = "textureDeformer"
n_textureDeformer.niceName = "Texture Deformer"
//
// String set: n_textureDeformerHandle
//
n_textureDeformerHandle.baseName = "textureDeformerHandle"
n_textureDeformerHandle.niceName = "Texture Deformer Handle"
//
// String set: n_textureEnv
//
n_textureEnv.a_e2w_niceName = "Matrix Eye To World"
n_textureEnv.a_fs_niceName = "Filter Size"
n_textureEnv.a_fsx_niceName = "Filter Size X"
n_textureEnv.a_fsy_niceName = "Filter Size Y"
n_textureEnv.a_fsz_niceName = "Filter Size Z"
n_textureEnv.a_n_niceName = "Normal Camera"
n_textureEnv.a_nx_niceName = "Normal Camera X"
n_textureEnv.a_ny_niceName = "Normal Camera Y"
n_textureEnv.a_nz_niceName = "Normal Camera Z"
n_textureEnv.a_oa_niceName = "Out Alpha"
n_textureEnv.a_oc_niceName = "Out Color"
n_textureEnv.a_ocb_niceName = "Out Color B"
n_textureEnv.a_ocg_niceName = "Out Color G"
n_textureEnv.a_ocr_niceName = "Out Color R"
n_textureEnv.a_ot_niceName = "Object Type"
n_textureEnv.a_pm_niceName = "Placement Matrix"
n_textureEnv.a_r_niceName = "Ray Direction"
n_textureEnv.a_rx_niceName = "Ray Direction X"
n_textureEnv.a_ry_niceName = "Ray Direction Y"
n_textureEnv.a_rz_niceName = "Ray Direction Z"
n_textureEnv.a_u_niceName = "U Coord"
n_textureEnv.a_uf_niceName = "Uv Filter Size"
n_textureEnv.a_ufx_niceName = "Uv Filter Size X"
n_textureEnv.a_ufy_niceName = "Uv Filter Size Y"
n_textureEnv.a_uv_niceName = "Uv Coord"
n_textureEnv.a_v_niceName = "V Coord"
n_textureEnv.a_xpa_niceName = "X Pixel Angle"
n_textureEnv.baseName = "textureEnv"
n_textureEnv.niceName = "Texture Env"
//
// String set: n_textureToGeom
//
n_textureToGeom.a_crng_niceName = "Color Range"
n_textureToGeom.a_ft_niceName = "Fit Tolerance"
n_textureToGeom.a_hcd_niceName = "Hard Corner Detect"
n_textureToGeom.a_hcml_niceName = "Hard Corner Max Length"
n_textureToGeom.a_if_niceName = "Image File"
n_textureToGeom.a_im_niceName = "Input Mesh"
n_textureToGeom.a_iuv_niceName = "Input Mesh UVSet"
n_textureToGeom.a_mcd_niceName = "Max Color Diff"
n_textureToGeom.a_mpa_niceName = "Max Points Added"
n_textureToGeom.a_mq_niceName = "Mesh Quality"
n_textureToGeom.a_msz_niceName = "Min Segment Size"
n_textureToGeom.a_oa_niceName = "Out Alpha"
n_textureToGeom.a_oc_niceName = "Out Color"
n_textureToGeom.a_ocb_niceName = "Out Color B"
n_textureToGeom.a_ocd_niceName = "Out Color Data"
n_textureToGeom.a_ocg_niceName = "Out Color G"
n_textureToGeom.a_ocr_niceName = "Out Color R"
n_textureToGeom.a_ofm_niceName = "Out Seg Face"
n_textureToGeom.a_out_niceName = "Output"
n_textureToGeom.a_pob_niceName = "Points On Boundary"
n_textureToGeom.a_qut_niceName = "Quantize"
n_textureToGeom.a_qutl_niceName = "Quantize Levels"
n_textureToGeom.a_sc_niceName = "Segment Count"
n_textureToGeom.a_sgi_niceName = "Seg Group Ids"
n_textureToGeom.a_shs_niceName = "Shader Script"
n_textureToGeom.a_smbd_niceName = "Smooth Boundary"
n_textureToGeom.a_smf_niceName = "Smooth Factor"
n_textureToGeom.a_smpl_niceName = "Simplify Boundary"
n_textureToGeom.a_smpt_niceName = "Simplify Threshold"
n_textureToGeom.a_so_niceName = "Surface Offset"
n_textureToGeom.a_spr_niceName = "Spatial Radius"
n_textureToGeom.baseName = "textureToGeom"
n_textureToGeom.niceName = "Texture To Geom"
//
// String set: n_threadedDevice
//
n_threadedDevice.a_fr_niceName = "Frame Rate"
n_threadedDevice.a_lv_niceName = "Live"
n_threadedDevice.a_o_niceName = "Output"
n_threadedDevice.baseName = "threadedDevice"
n_threadedDevice.niceName = "Threaded Device"
//
// String set: n_time
//
n_time.a_etw_niceName = "Enable Timewarp"
n_time.a_o_niceName = "Out Time"
n_time.a_tms_niceName = "Timecode Maya Start"
n_time.a_tps_niceName = "Timecode Production Start"
n_time.a_twi_niceName = "Timewarp In"
n_time.a_twih_niceName = "Timewarp In _Hidden"
n_time.a_twii_niceName = "Timewarp In _Inmap"
n_time.a_twiif_niceName = "Timewarp In _Inmap From"
n_time.a_twiit_niceName = "Timewarp In _Inmap To"
n_time.a_twio_niceName = "Timewarp In _Outmap"
n_time.a_twiof_niceName = "Timewarp In _Outmap From"
n_time.a_twiot_niceName = "Timewarp In _Outmap To"
n_time.a_twir_niceName = "Timewarp In _Raw"
n_time.a_unw_niceName = "Unwarped Time"
n_time.baseName = "time"
n_time.niceName = "Time"
//
// String set: n_timeEditor
//
n_timeEditor.a_a_niceName = "Attribute"
n_timeEditor.a_ac_niceName = "Active Composition"
n_timeEditor.a_as_niceName = "Animation Source"
n_timeEditor.a_ats_niceName = "Attributes"
n_timeEditor.a_cmp_niceName = "Composition"
n_timeEditor.a_mt_niceName = "Mute"
n_timeEditor.a_ncid_niceName = "Next Clip ID"
n_timeEditor.a_v_niceName = "Value"
n_timeEditor.baseName = "timeEditor"
n_timeEditor.niceName = "Time Editor"
//
// String set: n_timeEditorAnimSource
//
n_timeEditorAnimSource.a_an_niceName = "Animation"
n_timeEditorAnimSource.a_as_niceName = "Source"
n_timeEditorAnimSource.a_asp_niceName = "Source Path"
n_timeEditorAnimSource.a_asv_niceName = "Source Value"
n_timeEditorAnimSource.a_at_niceName = "Target"
n_timeEditorAnimSource.a_bs_niceName = "Blend Shape Source"
n_timeEditorAnimSource.a_d_niceName = "Duration"
n_timeEditorAnimSource.a_iad_niceName = "Initial Clip Absolute Duration"
n_timeEditorAnimSource.a_icd_niceName = "Initial Clip Duration"
n_timeEditorAnimSource.a_ics_niceName = "Initial Clip Start"
n_timeEditorAnimSource.a_rs_niceName = "Rosters"
n_timeEditorAnimSource.a_s_niceName = "Start"
n_timeEditorAnimSource.baseName = "timeEditorAnimSource"
n_timeEditorAnimSource.niceName = "Time Editor Anim Source"
//
// String set: n_timeEditorClip
//
n_timeEditorClip.a_af_niceName = "Audio File"
n_timeEditorClip.a_as_niceName = "Anim Source"
n_timeEditorClip.a_bs_niceName = "Blend Shape Target"
n_timeEditorClip.a_clsm_niceName = "Clip Solo Muted"
n_timeEditorClip.a_cnt_niceName = "Content"
n_timeEditorClip.a_cwt_niceName = "Clip Weight"
n_timeEditorClip.a_gc_niceName = "Ghost Color"
n_timeEditorClip.a_gcb_niceName = "Ghost Color B"
n_timeEditorClip.a_gcc_niceName = "Ghost Color Custom"
n_timeEditorClip.a_gce_niceName = "Ghost Count Pre"
n_timeEditorClip.a_gcg_niceName = "Ghost Color G"
n_timeEditorClip.a_gcr_niceName = "Ghost Color R"
n_timeEditorClip.a_gct_niceName = "Ghost Count Post"
n_timeEditorClip.a_geb_niceName = "Ghost Pre Color B"
n_timeEditorClip.a_gec_niceName = "Ghost Pre Color"
n_timeEditorClip.a_geg_niceName = "Ghost Pre Color G"
n_timeEditorClip.a_ger_niceName = "Ghost Pre Color R"
n_timeEditorClip.a_gh_niceName = "Ghost"
n_timeEditorClip.a_gr_niceName = "Ghost Root Targets"
n_timeEditorClip.a_grc_niceName = "Ghost Root Custom"
n_timeEditorClip.a_grd_niceName = "Ghost Root Default"
n_timeEditorClip.a_gss_niceName = "Ghost Step Size"
n_timeEditorClip.a_gtb_niceName = "Ghost Post Color B"
n_timeEditorClip.a_gtc_niceName = "Ghost Post Color"
n_timeEditorClip.a_gtg_niceName = "Ghost Post Color G"
n_timeEditorClip.a_gtr_niceName = "Ghost Post Color R"
n_timeEditorClip.a_l_niceName = "Layer"
n_timeEditorClip.a_li_niceName = "Layer Index"
n_timeEditorClip.a_lid_niceName = "Layer Id"
n_timeEditorClip.a_lm_enum_kLayerModeAdditive = "Additive"
n_timeEditorClip.a_lm_enum_kLayerModeAdditiveOverride = "Additive Override"
n_timeEditorClip.a_lm_enum_kLayerModeOverride = "Override"
n_timeEditorClip.a_lm_enum_kLayerModeOverridePassthrough = "Override Pass-through"
n_timeEditorClip.a_lm_niceName = "Layer Mode"
n_timeEditorClip.a_lmd_niceName = "Layer Muted"
n_timeEditorClip.a_ln_niceName = "Layer Name"
n_timeEditorClip.a_lsl_niceName = "Layer Solo"
n_timeEditorClip.a_lw_niceName = "Layer Weight"
n_timeEditorClip.a_s_niceName = "State"
n_timeEditorClip.a_tm_niceName = "Clip Track Muted"
n_timeEditorClip.a_tr_niceName = "Track"
n_timeEditorClip.a_trci_niceName = "Transition To"
n_timeEditorClip.baseName = "timeEditorClip"
n_timeEditorClip.niceName = "Time Editor Clip"
//
// String set: n_timeEditorClipBase
//
n_timeEditorClipBase.a_cc_niceName = "Clip Color"
n_timeEditorClipBase.a_ccb_niceName = "Clip Color B"
n_timeEditorClipBase.a_ccg_niceName = "Clip Color G"
n_timeEditorClipBase.a_ccr_niceName = "Clip Color R"
n_timeEditorClipBase.a_ced_niceName = "Clip Evaluation Data"
n_timeEditorClipBase.a_cha_niceName = "Clip Hold After"
n_timeEditorClipBase.a_chb_niceName = "Clip Hold Before"
n_timeEditorClipBase.a_cid_niceName = "Clipid"
n_timeEditorClipBase.a_cla_niceName = "Clip Loop After"
n_timeEditorClipBase.a_clam_enum_kLoopModeHold = "Hold"
n_timeEditorClipBase.a_clam_enum_kLoopModeLoop = "Loop"
n_timeEditorClipBase.a_clam_enum_kLoopModeLoopProgressive = "Loop Progressive"
n_timeEditorClipBase.a_clam_niceName = "Clip Loop After Mode"
n_timeEditorClipBase.a_clb_niceName = "Clip Loop Before"
n_timeEditorClipBase.a_clbm_enum_kLoopModeHold = "Hold"
n_timeEditorClipBase.a_clbm_enum_kLoopModeLoop = "Loop"
n_timeEditorClipBase.a_clbm_enum_kLoopModeLoopProgressive = "Loop Progressive"
n_timeEditorClipBase.a_clbm_niceName = "Clip Loop Before Mode"
n_timeEditorClipBase.a_clp_niceName = "Clip"
n_timeEditorClipBase.a_clt_niceName = "Local Time"
n_timeEditorClipBase.a_cm_niceName = "Clip Muted"
n_timeEditorClipBase.a_cn_niceName = "Clip Name"
n_timeEditorClipBase.a_cpd_niceName = "Clip Duration"
n_timeEditorClipBase.a_cprn_niceName = "Clip Parent"
n_timeEditorClipBase.a_cpt_niceName = "Parent Time"
n_timeEditorClipBase.a_cscl_niceName = "Clip Scale"
n_timeEditorClipBase.a_cst_niceName = "Clip Start"
n_timeEditorClipBase.a_ct_enum_kClipAnimation = "Animation"
n_timeEditorClipBase.a_ct_enum_kClipAudio = "Audio"
n_timeEditorClipBase.a_ct_niceName = "Clip Type"
n_timeEditorClipBase.a_cvst_niceName = "Curve Start"
n_timeEditorClipBase.a_let_niceName = "Last Evaluation Time"
n_timeEditorClipBase.a_mcl_niceName = "Matchclip"
n_timeEditorClipBase.a_mob_niceName = "Match Obj"
n_timeEditorClipBase.a_mtm_niceName = "Match Time"
n_timeEditorClipBase.a_ofm_niceName = "Offset Mode"
n_timeEditorClipBase.a_ofs_niceName = "Offset"
n_timeEditorClipBase.a_omt_niceName = "Offset Mtx"
n_timeEditorClipBase.a_pmt_niceName = "Pivot Mtx"
n_timeEditorClipBase.a_rob_niceName = "Root Obj"
n_timeEditorClipBase.a_rolx_niceName = "Root Obj Local Xform"
n_timeEditorClipBase.a_ropx_niceName = "Root Obj Parent Xform"
n_timeEditorClipBase.a_rts_niceName = "Roots"
n_timeEditorClipBase.a_sin_niceName = "Speed Input"
n_timeEditorClipBase.a_tw_niceName = "Time Warped"
n_timeEditorClipBase.a_twt_enum_kTimeWarpMapping = "Time Warp"
n_timeEditorClipBase.a_twt_enum_kTimeWarpSpeedCurve = "Speed Curve"
n_timeEditorClipBase.a_twt_niceName = "Time Warp Type"
n_timeEditorClipBase.a_ucc_niceName = "Use Clip Color"
n_timeEditorClipBase.baseName = "timeEditorClipBase"
n_timeEditorClipBase.niceName = "Time Editor Clip Base"
//
// String set: n_timeEditorClipEvaluator
//
n_timeEditorClipEvaluator.a_a_niceName = "Attribute"
n_timeEditorClipEvaluator.a_ai_niceName = "Input"
n_timeEditorClipEvaluator.a_as_niceName = "Start"
n_timeEditorClipEvaluator.a_av_niceName = "Value"
n_timeEditorClipEvaluator.a_la_niceName = "Layer Attribute"
n_timeEditorClipEvaluator.a_lai_niceName = "Layer Attribute Index"
n_timeEditorClipEvaluator.a_lid_niceName = "Layer Attribute Layer Id"
n_timeEditorClipEvaluator.a_lin_niceName = "Layer Attribute Input"
n_timeEditorClipEvaluator.a_lv_niceName = "Layer Attribute Value"
n_timeEditorClipEvaluator.a_o_niceName = "Output"
n_timeEditorClipEvaluator.a_pcs_niceName = "Parent Container State"
n_timeEditorClipEvaluator.a_src_niceName = "Source"
n_timeEditorClipEvaluator.a_sw_niceName = "Switcher"
n_timeEditorClipEvaluator.a_tas_niceName = "Roster Items"
n_timeEditorClipEvaluator.baseName = "timeEditorClipEvaluator"
n_timeEditorClipEvaluator.niceName = "Time Editor Clip Evaluator"
//
// String set: n_timeEditorInterpolator
//
n_timeEditorInterpolator.a_in_niceName = "Input"
n_timeEditorInterpolator.a_la_niceName = "Layer Attribute"
n_timeEditorInterpolator.a_lai_niceName = "Layer Attribute Index"
n_timeEditorInterpolator.a_lid_niceName = "Layer Attribute Layer Id"
n_timeEditorInterpolator.a_lin_niceName = "Layer Attribute Input"
n_timeEditorInterpolator.a_lv_niceName = "Layer Attribute Value"
n_timeEditorInterpolator.a_o_niceName = "Output"
n_timeEditorInterpolator.a_or_niceName = "Output Raw"
n_timeEditorInterpolator.a_pc_niceName = "Parent Compound"
n_timeEditorInterpolator.a_pcs_niceName = "Parent Compound State"
n_timeEditorInterpolator.a_pts_niceName = "Parent Tracks State"
n_timeEditorInterpolator.a_ta_niceName = "Target Attribute"
n_timeEditorInterpolator.baseName = "timeEditorInterpolator"
n_timeEditorInterpolator.niceName = "Time Editor Interpolator"
//
// String set: n_timeEditorTracks
//
n_timeEditorTracks.a_c_niceName = "Clip"
n_timeEditorTracks.a_cc_niceName = "Crossfade Curve"
n_timeEditorTracks.a_cid1_niceName = "Crossfade Clip Id 1"
n_timeEditorTracks.a_cid2_niceName = "Crossfade Clip Id 2"
n_timeEditorTracks.a_clch_niceName = "Clipchanged"
n_timeEditorTracks.a_cm_enum_kCrossfadeModeCustom = "Custom"
n_timeEditorTracks.a_cm_enum_kCrossfadeModeHoldLeft = "Hold Left"
n_timeEditorTracks.a_cm_enum_kCrossfadeModeHoldRight = "Hold Right"
n_timeEditorTracks.a_cm_enum_kCrossfadeModeLinear = "Linear"
n_timeEditorTracks.a_cm_enum_kCrossfadeModeStep = "Step"
n_timeEditorTracks.a_cm_niceName = "Crossfade Mode"
n_timeEditorTracks.a_cmp_niceName = "Composition"
n_timeEditorTracks.a_cr_niceName = "Crossfade"
n_timeEditorTracks.a_ct_niceName = "Clip Time"
n_timeEditorTracks.a_idx_niceName = "Index"
n_timeEditorTracks.a_m_niceName = "Muted"
n_timeEditorTracks.a_n_niceName = "Track Name"
n_timeEditorTracks.a_ptm_niceName = "Parent Time"
n_timeEditorTracks.a_st_niceName = "State"
n_timeEditorTracks.a_t_niceName = "Track"
n_timeEditorTracks.a_tc_niceName = "Track Color"
n_timeEditorTracks.a_tcb_niceName = "Track Color B"
n_timeEditorTracks.a_tcg_niceName = "Track Color G"
n_timeEditorTracks.a_tcr_niceName = "Track Color R"
n_timeEditorTracks.a_tgh_niceName = "Track Ghost"
n_timeEditorTracks.a_th_niceName = "Track Height"
n_timeEditorTracks.a_tm_niceName = "Track Muted"
n_timeEditorTracks.a_ts_niceName = "Track Solo"
n_timeEditorTracks.a_tsm_niceName = "Track Solo Mute"
n_timeEditorTracks.a_typ_enum_kTrackAnimation = "Animation Track"
n_timeEditorTracks.a_typ_enum_kTrackAudio = "Audio Track"
n_timeEditorTracks.a_typ_niceName = "Type"
n_timeEditorTracks.a_utc_niceName = "Use Track Color"
n_timeEditorTracks.baseName = "timeEditorTracks"
n_timeEditorTracks.niceName = "Time Editor Tracks"
//
// String set: n_timeFunction
//
n_timeFunction.a_i_niceName = "Input"
n_timeFunction.a_o_niceName = "Output"
n_timeFunction.baseName = "timeFunction"
n_timeFunction.niceName = "Time Function"
//
// String set: n_timeToUnitConversion
//
n_timeToUnitConversion.a_cf_niceName = "Conversion Factor"
n_timeToUnitConversion.a_i_niceName = "Input"
n_timeToUnitConversion.a_o_niceName = "Output"
n_timeToUnitConversion.baseName = "timeToUnitConversion"
n_timeToUnitConversion.niceName = "Time To Unit Conversion"
//
// String set: n_timeWarp
//
n_timeWarp.a_a_niceName = "Apply"
n_timeWarp.a_ef_niceName = "End Frames"
n_timeWarp.a_i_niceName = "Input"
n_timeWarp.a_it_niceName = "Interp Type"
n_timeWarp.a_o_niceName = "Output"
n_timeWarp.a_of_niceName = "Orig Frames"
n_timeWarp.baseName = "timeWarp"
n_timeWarp.niceName = "Time Warp"
//
// String set: n_toggleManip
//
n_toggleManip.baseName = "toggleManip"
n_toggleManip.niceName = "Toggle Manip"
//
// String set: n_toggleOnLineManip
//
n_toggleOnLineManip.baseName = "toggleOnLineManip"
n_toggleOnLineManip.niceName = "Toggle On Line Manip"
//
// String set: n_toolDrawManip
//
n_toolDrawManip.baseName = "toolDrawManip"
n_toolDrawManip.niceName = "Tool Draw Manip"
//
// String set: n_toolDrawManip2D
//
n_toolDrawManip2D.baseName = "toolDrawManip2D"
n_toolDrawManip2D.niceName = "Tool Draw Manip 2D"
//
// String set: n_toonLineAttributes
//
n_toonLineAttributes.a_lv_niceName = "Line Visibility"
n_toonLineAttributes.a_lwd_niceName = "Line Width"
n_toonLineAttributes.a_vu_enum_kUpdateOff = "OFF"
n_toonLineAttributes.a_vu_enum_kUpdateOn = "ON"
n_toonLineAttributes.a_vu_niceName = "View Update"
n_toonLineAttributes.baseName = "toonLineAttributes"
n_toonLineAttributes.niceName = "Toon Line Attributes"
//
// String set: n_towPointOnCurveManip
//
n_towPointOnCurveManip.baseName = "towPointOnCurveManip"
n_towPointOnCurveManip.niceName = "Tow Point On Curve Manip"
//
// String set: n_towPointOnSurfaceManip
//
n_towPointOnSurfaceManip.baseName = "towPointOnSurfaceManip"
n_towPointOnSurfaceManip.niceName = "Tow Point On Surface Manip"
//
// String set: n_trackInfoManager
//
n_trackInfoManager.a_at_niceName = "Audio Title"
n_trackInfoManager.a_ati_niceName = "Audio Track Info"
n_trackInfoManager.a_t_niceName = "Title"
n_trackInfoManager.a_ti_niceName = "Track Info"
n_trackInfoManager.baseName = "trackInfoManager"
n_trackInfoManager.niceName = "Track Info Manager"
//
// String set: n_trans2dManip
//
n_trans2dManip.baseName = "trans2dManip"
n_trans2dManip.niceName = "Trans 2d Manip"
//
// String set: n_transUV2dManip
//
n_transUV2dManip.baseName = "transUV2dManip"
n_transUV2dManip.niceName = "Trans UV2d Manip"
//
// String set: n_transferAttributes
//
n_transferAttributes.a_clb_enum_kIgnore = "Ignore"
n_transferAttributes.a_clb_enum_kPreserve = "Preserve"
n_transferAttributes.a_clb_niceName = "Color Borders"
n_transferAttributes.a_col_enum_kAllColorSets = "All"
n_transferAttributes.a_col_enum_kNoColorSets = "Off"
n_transferAttributes.a_col_enum_kOneColorSet = "Single"
n_transferAttributes.a_col_niceName = "Transfer Colors"
n_transferAttributes.a_dis_niceName = "Search Distance"
n_transferAttributes.a_fuv_enum_kFlipNone = "Off"
n_transferAttributes.a_fuv_enum_kFlipU = "U"
n_transferAttributes.a_fuv_enum_kFlipUV = "Both"
n_transferAttributes.a_fuv_enum_kFlipV = "V"
n_transferAttributes.a_fuv_niceName = "Flip UVs"
n_transferAttributes.a_mch_niceName = "Match Choice"
n_transferAttributes.a_mcn_niceName = "Match Count"
n_transferAttributes.a_mtd_enum_kClosestPoint = "Closest to point"
n_transferAttributes.a_mtd_enum_kClosestToEnvelope = "Closest along normal"
n_transferAttributes.a_mtd_niceName = "Search Method"
n_transferAttributes.a_nml_enum_kNoNormals = "Off"
n_transferAttributes.a_nml_enum_kSampleNormals = "On"
n_transferAttributes.a_nml_niceName = "Transfer Normals"
n_transferAttributes.a_pos_enum_kNoPositions = "Off"
n_transferAttributes.a_pos_enum_kSnapVertex = "On"
n_transferAttributes.a_pos_niceName = "Transfer Positions"
n_transferAttributes.a_scs_niceName = "Source Color Set"
n_transferAttributes.a_spa_enum_kComponentSpace = "Component"
n_transferAttributes.a_spa_enum_kIgnoreTranslation = "Ignore Translation"
n_transferAttributes.a_spa_enum_kObjectSpace = "Local"
n_transferAttributes.a_spa_enum_kTopologySpace = "Topology"
n_transferAttributes.a_spa_enum_kUVSpace = "UV"
n_transferAttributes.a_spa_enum_kWorldSpace = "World"
n_transferAttributes.a_spa_niceName = "Sample Space"
n_transferAttributes.a_src_niceName = "Source"
n_transferAttributes.a_ss_niceName = "Search Scale"
n_transferAttributes.a_ssx_niceName = "Search Scale X"
n_transferAttributes.a_ssy_niceName = "Search Scale Y"
n_transferAttributes.a_ssz_niceName = "Search Scale Z"
n_transferAttributes.a_sus_niceName = "Source UVSpace"
n_transferAttributes.a_suv_niceName = "Source UVSet"
n_transferAttributes.a_tcs_niceName = "Target Color Set"
n_transferAttributes.a_tol_niceName = "Search Tolerance"
n_transferAttributes.a_tus_niceName = "Target UVSpace"
n_transferAttributes.a_tuv_niceName = "Target UVSet"
n_transferAttributes.a_uvs_enum_kAllUVSets = "All"
n_transferAttributes.a_uvs_enum_kNoUVSets = "Off"
n_transferAttributes.a_uvs_enum_kOneUVSet = "Single"
n_transferAttributes.a_uvs_niceName = "Transfer UVs"
n_transferAttributes.baseName = "transferAttributes"
n_transferAttributes.niceName = "Transfer Attributes"
//
// String set: n_transform
//
n_transform.a_dh_niceName = "Display Handle"
n_transform.a_dla_niceName = "Display Local Axis"
n_transform.a_drp_niceName = "Display Rotate Pivot"
n_transform.a_dsp_niceName = "Display Scale Pivot"
n_transform.a_dyn_niceName = "Dynamics"
n_transform.a_g_niceName = "Geometry"
n_transform.a_hdl_niceName = "Select Handle"
n_transform.a_hdlx_niceName = "Select Handle X"
n_transform.a_hdly_niceName = "Select Handle Y"
n_transform.a_hdlz_niceName = "Select Handle Z"
n_transform.a_it_niceName = "Inherits Transform"
n_transform.a_mnrl_niceName = "Min Rot Limit"
n_transform.a_mnsl_niceName = "Min Scale Limit"
n_transform.a_mntl_niceName = "Min Trans Limit"
n_transform.a_mrle_niceName = "Min Rot Limit Enable"
n_transform.a_mrxe_niceName = "Min Rot XLimit Enable"
n_transform.a_mrxl_niceName = "Min Rot XLimit"
n_transform.a_mrye_niceName = "Min Rot YLimit Enable"
n_transform.a_mryl_niceName = "Min Rot YLimit"
n_transform.a_mrze_niceName = "Min Rot ZLimit Enable"
n_transform.a_mrzl_niceName = "Min Rot ZLimit"
n_transform.a_msle_niceName = "Min Scale Limit Enable"
n_transform.a_msxe_niceName = "Min Scale XLimit Enable"
n_transform.a_msxl_niceName = "Min Scale XLimit"
n_transform.a_msye_niceName = "Min Scale YLimit Enable"
n_transform.a_msyl_niceName = "Min Scale YLimit"
n_transform.a_msze_niceName = "Min Scale ZLimit Enable"
n_transform.a_mszl_niceName = "Min Scale ZLimit"
n_transform.a_mtle_niceName = "Min Trans Limit Enable"
n_transform.a_mtxe_niceName = "Min Trans XLimit Enable"
n_transform.a_mtxl_niceName = "Min Trans XLimit"
n_transform.a_mtye_niceName = "Min Trans YLimit Enable"
n_transform.a_mtyl_niceName = "Min Trans YLimit"
n_transform.a_mtze_niceName = "Min Trans ZLimit Enable"
n_transform.a_mtzl_niceName = "Min Trans ZLimit"
n_transform.a_mxrl_niceName = "Max Rot Limit"
n_transform.a_mxsl_niceName = "Max Scale Limit"
n_transform.a_mxtl_niceName = "Max Trans Limit"
n_transform.a_r_niceName = "Rotate"
n_transform.a_ra_niceName = "Rotate Axis"
n_transform.a_rax_niceName = "Rotate Axis X"
n_transform.a_ray_niceName = "Rotate Axis Y"
n_transform.a_raz_niceName = "Rotate Axis Z"
n_transform.a_ro_enum_kXYZ = "xyz"
n_transform.a_ro_enum_kXZY = "xzy"
n_transform.a_ro_enum_kYXZ = "yxz"
n_transform.a_ro_enum_kYZX = "yzx"
n_transform.a_ro_enum_kZXY = "zxy"
n_transform.a_ro_enum_kZYX = "zyx"
n_transform.a_ro_niceName = "Rotate Order"
n_transform.a_roi_enum_kRotationEuler = "Euler"
n_transform.a_roi_enum_kRotationNone = "None"
n_transform.a_roi_enum_kRotationQuaternion = "Quaternion"
n_transform.a_roi_niceName = "Rotation Interpolation"
n_transform.a_rp_niceName = "Rotate Pivot"
n_transform.a_rpt_niceName = "Rotate Pivot Translate"
n_transform.a_rptx_niceName = "Rotate Pivot Translate X"
n_transform.a_rpty_niceName = "Rotate Pivot Translate Y"
n_transform.a_rptz_niceName = "Rotate Pivot Translate Z"
n_transform.a_rpx_niceName = "Rotate Pivot X"
n_transform.a_rpy_niceName = "Rotate Pivot Y"
n_transform.a_rpz_niceName = "Rotate Pivot Z"
n_transform.a_rq_niceName = "Rotate Quaternion"
n_transform.a_rqw_niceName = "Rotate Quaternion W"
n_transform.a_rqx_niceName = "Rotate Quaternion X"
n_transform.a_rqy_niceName = "Rotate Quaternion Y"
n_transform.a_rqz_niceName = "Rotate Quaternion Z"
n_transform.a_rx_niceName = "Rotate X"
n_transform.a_ry_niceName = "Rotate Y"
n_transform.a_rz_niceName = "Rotate Z"
n_transform.a_s_niceName = "Scale"
n_transform.a_sh_niceName = "Shear"
n_transform.a_shxy_niceName = "Shear XY"
n_transform.a_shxz_niceName = "Shear XZ"
n_transform.a_shyz_niceName = "Shear YZ"
n_transform.a_smd_enum_kGlobalDefaultManip = "Global default"
n_transform.a_smd_enum_kNoDefaultManip = "None"
n_transform.a_smd_enum_kRotateDefaultManip = "Rotate"
n_transform.a_smd_enum_kScaleDefaultManip = "Scale"
n_transform.a_smd_enum_kSmartDefaultManip = "Smart"
n_transform.a_smd_enum_kSpecifedDefaultManip = "Specified"
n_transform.a_smd_enum_kTransformDefaultManip = "Transform"
n_transform.a_smd_enum_kTranslateDefaultManip = "Translate"
n_transform.a_smd_niceName = "Show Manip Default"
n_transform.a_sml_niceName = "Specified Manip Location"
n_transform.a_sp_niceName = "Scale Pivot"
n_transform.a_spt_niceName = "Scale Pivot Translate"
n_transform.a_sptx_niceName = "Scale Pivot Translate X"
n_transform.a_spty_niceName = "Scale Pivot Translate Y"
n_transform.a_sptz_niceName = "Scale Pivot Translate Z"
n_transform.a_spx_niceName = "Scale Pivot X"
n_transform.a_spy_niceName = "Scale Pivot Y"
n_transform.a_spz_niceName = "Scale Pivot Z"
n_transform.a_sx_niceName = "Scale X"
n_transform.a_sy_niceName = "Scale Y"
n_transform.a_sz_niceName = "Scale Z"
n_transform.a_t_niceName = "Translate"
n_transform.a_tmrp_niceName = "Trans Minus Rotate Pivot"
n_transform.a_tmrx_niceName = "Trans Minus Rotate Pivot X"
n_transform.a_tmry_niceName = "Trans Minus Rotate Pivot Y"
n_transform.a_tmrz_niceName = "Trans Minus Rotate Pivot Z"
n_transform.a_tx_niceName = "Translate X"
n_transform.a_ty_niceName = "Translate Y"
n_transform.a_tz_niceName = "Translate Z"
n_transform.a_xm_niceName = "Xform Matrix"
n_transform.a_xrle_niceName = "Max Rot Limit Enable"
n_transform.a_xrxe_niceName = "Max Rot XLimit Enable"
n_transform.a_xrxl_niceName = "Max Rot XLimit"
n_transform.a_xrye_niceName = "Max Rot YLimit Enable"
n_transform.a_xryl_niceName = "Max Rot YLimit"
n_transform.a_xrze_niceName = "Max Rot ZLimit Enable"
n_transform.a_xrzl_niceName = "Max Rot ZLimit"
n_transform.a_xsle_niceName = "Max Scale Limit Enable"
n_transform.a_xsxe_niceName = "Max Scale XLimit Enable"
n_transform.a_xsxl_niceName = "Max Scale XLimit"
n_transform.a_xsye_niceName = "Max Scale YLimit Enable"
n_transform.a_xsyl_niceName = "Max Scale YLimit"
n_transform.a_xsze_niceName = "Max Scale ZLimit Enable"
n_transform.a_xszl_niceName = "Max Scale ZLimit"
n_transform.a_xtle_niceName = "Max Trans Limit Enable"
n_transform.a_xtxe_niceName = "Max Trans XLimit Enable"
n_transform.a_xtxl_niceName = "Max Trans XLimit"
n_transform.a_xtye_niceName = "Max Trans YLimit Enable"
n_transform.a_xtyl_niceName = "Max Trans YLimit"
n_transform.a_xtze_niceName = "Max Trans ZLimit Enable"
n_transform.a_xtzl_niceName = "Max Trans ZLimit"
n_transform.baseName = "transform"
n_transform.niceName = "Transform"
//
// String set: n_transformGeometry
//
n_transformGeometry.a_fn_enum_kNormalAlways = "Always"
n_transformGeometry.a_fn_enum_kNormalNever = "Never"
n_transformGeometry.a_fn_enum_kNormalNonRigidOnly = "Non-rigid Transformations Only"
n_transformGeometry.a_fn_niceName = "Freeze Normals"
n_transformGeometry.a_ig_niceName = "Input Geometry"
n_transformGeometry.a_itf_niceName = "Invert Transform"
n_transformGeometry.a_og_niceName = "Output Geometry"
n_transformGeometry.a_rn_niceName = "Reverse Normals"
n_transformGeometry.a_txf_niceName = "Transform"
n_transformGeometry.baseName = "transformGeometry"
n_transformGeometry.niceName = "Transform Geometry"
//
// String set: n_translateLimitsManip
//
n_translateLimitsManip.baseName = "translateLimitsManip"
n_translateLimitsManip.niceName = "Translate Limits Manip"
//
// String set: n_translateManip
//
n_translateManip.baseName = "translateManip"
n_translateManip.niceName = "Translate Manip"
//
// String set: n_translateUVManip
//
n_translateUVManip.baseName = "translateUVManip"
n_translateUVManip.niceName = "Translate UVManip"
//
// String set: n_trim
//
n_trim.a_ic_niceName = "Input Curve"
n_trim.a_is_niceName = "Input Surface"
n_trim.a_lu_niceName = "Locator U"
n_trim.a_lv_niceName = "Locator V"
n_trim.a_os_niceName = "Output Surface"
n_trim.a_sbl_niceName = "Should Be Last"
n_trim.a_sh_niceName = "Shrink"
n_trim.a_sl_enum_kDiscard = "Discard"
n_trim.a_sl_enum_kKeep = "Keep"
n_trim.a_sl_niceName = "Selected"
n_trim.a_ss_niceName = "Split Surface"
n_trim.a_tol_niceName = "Tolerance"
n_trim.a_uc_niceName = "Used Curves"
n_trim.baseName = "trim"
n_trim.niceName = "Trim"
//
// String set: n_trimManip
//
n_trimManip.baseName = "trimManip"
n_trimManip.niceName = "Trim Manip"
//
// String set: n_trimWithBoundaries
//
n_trimWithBoundaries.a_cnf_niceName = "Create New Face"
n_trimWithBoundaries.a_fn_niceName = "Flip Normal"
n_trimWithBoundaries.a_ib_niceName = "Input Boundaries"
n_trimWithBoundaries.a_is_niceName = "Input Surface"
n_trimWithBoundaries.a_os_niceName = "Output Surface"
n_trimWithBoundaries.a_te_niceName = "Tolerance E"
n_trimWithBoundaries.a_tpe_niceName = "Tolerance PE"
n_trimWithBoundaries.baseName = "trimWithBoundaries"
n_trimWithBoundaries.niceName = "Trim With Boundaries"
//
// String set: n_triplanarProjManip
//
n_triplanarProjManip.baseName = "triplanarProjManip"
n_triplanarProjManip.niceName = "Triplanar Proj Manip"
//
// String set: n_tripleShadingSwitch
//
n_tripleShadingSwitch.a_dc1_niceName = "Def Comp 1"
n_tripleShadingSwitch.a_dc2_niceName = "Def Comp 2"
n_tripleShadingSwitch.a_dc3_niceName = "Def Comp 3"
n_tripleShadingSwitch.a_def_niceName = "Default"
n_tripleShadingSwitch.a_i_niceName = "Input"
n_tripleShadingSwitch.a_ic1_niceName = "In Comp 1"
n_tripleShadingSwitch.a_ic2_niceName = "In Comp 2"
n_tripleShadingSwitch.a_ic3_niceName = "In Comp 3"
n_tripleShadingSwitch.a_is_niceName = "In Shape"
n_tripleShadingSwitch.a_it_niceName = "In Triple"
n_tripleShadingSwitch.a_oc1_niceName = "Out Comp 1"
n_tripleShadingSwitch.a_oc2_niceName = "Out Comp 2"
n_tripleShadingSwitch.a_oc3_niceName = "Out Comp 3"
n_tripleShadingSwitch.a_out_niceName = "Output"
n_tripleShadingSwitch.baseName = "tripleShadingSwitch"
n_tripleShadingSwitch.niceName = "Triple Switch"
//
// String set: n_trsInsertManip
//
n_trsInsertManip.baseName = "trsInsertManip"
n_trsInsertManip.niceName = "Trs Insert Manip"
//
// String set: n_trsManip
//
n_trsManip.baseName = "trsManip"
n_trsManip.niceName = "Trs Manip"
//
// String set: n_turbulenceField
//
n_turbulenceField.a_frq_niceName = "Frequency"
n_turbulenceField.a_intr_enum_kLinear = "Linear"
n_turbulenceField.a_intr_enum_kQuadratic = "Quadratic"
n_turbulenceField.a_intr_niceName = "Interpolation Type"
n_turbulenceField.a_nslv_niceName = "Noise Level"
n_turbulenceField.a_nsrt_niceName = "Noise Ratio"
n_turbulenceField.a_phx_niceName = "Phase X"
n_turbulenceField.a_phy_niceName = "Phase Y"
n_turbulenceField.a_phz_niceName = "Phase Z"
n_turbulenceField.baseName = "turbulenceField"
n_turbulenceField.niceName = "Turbulence Field"
//
// String set: n_turbulenceManip
//
n_turbulenceManip.baseName = "turbulenceManip"
n_turbulenceManip.niceName = "Turbulence Manip"
//
// String set: n_tweak
//
n_tweak.a_cp_niceName = "Control Points"
n_tweak.a_pl_niceName = "Plist"
n_tweak.a_rtw_niceName = "Relative Tweak"
n_tweak.a_vl_niceName = "Vlist"
n_tweak.a_vt_niceName = "Vertex"
n_tweak.a_vx_niceName = "X Vertex"
n_tweak.a_vy_niceName = "Y Vertex"
n_tweak.a_vz_niceName = "Z Vertex"
n_tweak.a_xv_niceName = "X Value"
n_tweak.a_yv_niceName = "Y Value"
n_tweak.a_zv_niceName = "Z Value"
n_tweak.baseName = "tweak"
n_tweak.niceName = "Tweak"
//
// String set: n_ufeProxyTransform
//
n_ufeProxyTransform.baseName = "ufeProxyTransform"
n_ufeProxyTransform.niceName = "Ufe Proxy Transform"
//
// String set: n_uniformField
//
n_uniformField.a_d_niceName = "Direction"
n_uniformField.a_dx_niceName = "Direction X"
n_uniformField.a_dy_niceName = "Direction Y"
n_uniformField.a_dz_niceName = "Direction Z"
n_uniformField.a_inh_niceName = "Inherit Factor"
n_uniformField.baseName = "uniformField"
n_uniformField.niceName = "Uniform Field"
//
// String set: n_unitConversion
//
n_unitConversion.a_cf_niceName = "Conversion Factor"
n_unitConversion.a_i_niceName = "Input"
n_unitConversion.a_o_niceName = "Output"
n_unitConversion.baseName = "unitConversion"
n_unitConversion.niceName = "Unit Conversion"
//
// String set: n_unitToTimeConversion
//
n_unitToTimeConversion.a_cf_niceName = "Conversion Factor"
n_unitToTimeConversion.a_i_niceName = "Input"
n_unitToTimeConversion.a_o_niceName = "Output"
n_unitToTimeConversion.baseName = "unitToTimeConversion"
n_unitToTimeConversion.niceName = "Unit To Time Conversion"
//
// String set: n_unknown
//
n_unknown.baseName = "unknown"
n_unknown.niceName = "Unknown"
//
// String set: n_unknownDag
//
n_unknownDag.baseName = "unknownDag"
n_unknownDag.niceName = "Unknown Dag"
//
// String set: n_unknownTransform
//
n_unknownTransform.baseName = "unknownTransform"
n_unknownTransform.niceName = "Unknown Transform"
//
// String set: n_untrim
//
n_untrim.a_is_niceName = "Input Surface"
n_untrim.a_oc_niceName = "Output Curve"
n_untrim.a_os_niceName = "Output Surface"
n_untrim.baseName = "untrim"
n_untrim.niceName = "Untrim"
//
// String set: n_useBackground
//
n_useBackground.a_fll_niceName = "Reflection Limit"
n_useBackground.a_la_niceName = "Light Ambient"
n_useBackground.a_lbd_niceName = "Light Blind Data"
n_useBackground.a_ld_niceName = "Light Direction"
n_useBackground.a_ldf_niceName = "Light Diffuse"
n_useBackground.a_ldx_niceName = "Light Direction X"
n_useBackground.a_ldy_niceName = "Light Direction Y"
n_useBackground.a_ldz_niceName = "Light Direction Z"
n_useBackground.a_li_niceName = "Light Intensity"
n_useBackground.a_lib_niceName = "Light Intensity B"
n_useBackground.a_lig_niceName = "Light Intensity G"
n_useBackground.a_lir_niceName = "Light Intensity R"
n_useBackground.a_ls_niceName = "Light Specular"
n_useBackground.a_lsf_niceName = "Light Shadow Fraction"
n_useBackground.a_ltd_niceName = "Light Data Array"
n_useBackground.a_mog_niceName = "Matte Opacity"
n_useBackground.a_mom_enum_kOpacityGain = "Opacity Gain"
n_useBackground.a_mom_enum_kSolidMatte = "Solid Matte"
n_useBackground.a_mom_niceName = "Matte Opacity Mode"
n_useBackground.a_n_niceName = "Normal Camera"
n_useBackground.a_nx_niceName = "Normal Camera X"
n_useBackground.a_ny_niceName = "Normal Camera Y"
n_useBackground.a_nz_niceName = "Normal Camera Z"
n_useBackground.a_oc_niceName = "Out Color"
n_useBackground.a_ocb_niceName = "Out Color B"
n_useBackground.a_ocg_niceName = "Out Color G"
n_useBackground.a_ocr_niceName = "Out Color R"
n_useBackground.a_oi_niceName = "Object Id"
n_useBackground.a_omo_niceName = "Out Matte Opacity"
n_useBackground.a_omob_niceName = "Out Matte Opacity B"
n_useBackground.a_omog_niceName = "Out Matte Opacity G"
n_useBackground.a_omor_niceName = "Out Matte Opacity R"
n_useBackground.a_ot_niceName = "Out Transparency"
n_useBackground.a_otb_niceName = "Out Transparency B"
n_useBackground.a_otg_niceName = "Out Transparency G"
n_useBackground.a_otr_niceName = "Out Transparency R"
n_useBackground.a_pc_niceName = "Point Camera"
n_useBackground.a_pi_niceName = "Primitive Id"
n_useBackground.a_psi_niceName = "Pre Shadow Intensity"
n_useBackground.a_px_niceName = "Point Camera X"
n_useBackground.a_py_niceName = "Point Camera Y"
n_useBackground.a_pz_niceName = "Point Camera Z"
n_useBackground.a_rad_niceName = "Ray Direction"
n_useBackground.a_rd_niceName = "Ray Depth"
n_useBackground.a_rdx_niceName = "Ray Direction X"
n_useBackground.a_rdy_niceName = "Ray Direction Y"
n_useBackground.a_rdz_niceName = "Ray Direction Z"
n_useBackground.a_rfl_niceName = "Reflectivity"
n_useBackground.a_rtb_niceName = "Background Sampler"
n_useBackground.a_rtr_niceName = "Ray Sampler"
n_useBackground.a_ryi_niceName = "Ray Instance"
n_useBackground.a_sb_niceName = "Specular Color B"
n_useBackground.a_sc_niceName = "Specular Color"
n_useBackground.a_sg_niceName = "Specular Color G"
n_useBackground.a_sm_niceName = "Shadow Mask"
n_useBackground.a_sr_niceName = "Specular Color R"
n_useBackground.baseName = "useBackground"
n_useBackground.niceName = "Use Background"
//
// String set: n_uv2dManip
//
n_uv2dManip.baseName = "uv2dManip"
n_uv2dManip.niceName = "Uv 2d Manip"
//
// String set: n_uvChooser
//
n_uvChooser.a_c1x_niceName = "Vertex Camera One X"
n_uvChooser.a_c1y_niceName = "Vertex Camera One Y"
n_uvChooser.a_c1z_niceName = "Vertex Camera One Z"
n_uvChooser.a_ib_niceName = "Info Bits"
n_uvChooser.a_o1u_niceName = "Out Vertex Uv One U"
n_uvChooser.a_o1v_niceName = "Out Vertex Uv One V"
n_uvChooser.a_o1x_niceName = "Out Vertex Camera One X"
n_uvChooser.a_o1y_niceName = "Out Vertex Camera One Y"
n_uvChooser.a_o1z_niceName = "Out Vertex Camera One Z"
n_uvChooser.a_o2u_niceName = "Out Vertex Uv Two U"
n_uvChooser.a_o2v_niceName = "Out Vertex Uv Two V"
n_uvChooser.a_o3u_niceName = "Out Vertex Uv Three U"
n_uvChooser.a_o3v_niceName = "Out Vertex Uv Three V"
n_uvChooser.a_oc1_niceName = "Out Vertex Camera One"
n_uvChooser.a_ou_niceName = "Out U"
n_uvChooser.a_ouv_niceName = "Out Uv"
n_uvChooser.a_ov1_niceName = "Out Vertex Uv One"
n_uvChooser.a_ov2_niceName = "Out Vertex Uv Two"
n_uvChooser.a_ov3_niceName = "Out Vertex Uv Three"
n_uvChooser.a_ov_niceName = "Out V"
n_uvChooser.a_s1s_niceName = "Vertex St One S"
n_uvChooser.a_s1t_niceName = "Vertex St One T"
n_uvChooser.a_s2s_niceName = "Vertex St Two S"
n_uvChooser.a_s2t_niceName = "Vertex St Two T"
n_uvChooser.a_s3s_niceName = "Vertex St Three S"
n_uvChooser.a_s3t_niceName = "Vertex St Three T"
n_uvChooser.a_s_niceName = "S Coord"
n_uvChooser.a_st_niceName = "St Coord"
n_uvChooser.a_t1u_niceName = "Vertex Uv One U"
n_uvChooser.a_t1v_niceName = "Vertex Uv One V"
n_uvChooser.a_t2u_niceName = "Vertex Uv Two U"
n_uvChooser.a_t2v_niceName = "Vertex Uv Two V"
n_uvChooser.a_t3u_niceName = "Vertex Uv Three U"
n_uvChooser.a_t3v_niceName = "Vertex Uv Three V"
n_uvChooser.a_t_niceName = "T Coord"
n_uvChooser.a_u_niceName = "U Coord"
n_uvChooser.a_uv_niceName = "Uv Coord"
n_uvChooser.a_uvs_niceName = "Uv Sets"
n_uvChooser.a_v_niceName = "V Coord"
n_uvChooser.a_vc1_niceName = "Vertex Camera One"
n_uvChooser.a_vs1_niceName = "Vertex St One"
n_uvChooser.a_vs2_niceName = "Vertex St Two"
n_uvChooser.a_vs3_niceName = "Vertex St Three"
n_uvChooser.a_vt1_niceName = "Vertex Uv One"
n_uvChooser.a_vt2_niceName = "Vertex Uv Two"
n_uvChooser.a_vt3_niceName = "Vertex Uv Three"
n_uvChooser.baseName = "uvChooser"
n_uvChooser.niceName = "Uv Chooser"
//
// String set: n_vectorProduct
//
n_vectorProduct.a_i1_niceName = "Input 1"
n_vectorProduct.a_i1x_niceName = "Input 1X"
n_vectorProduct.a_i1y_niceName = "Input 1Y"
n_vectorProduct.a_i1z_niceName = "Input 1Z"
n_vectorProduct.a_i2_niceName = "Input 2"
n_vectorProduct.a_i2x_niceName = "Input 2X"
n_vectorProduct.a_i2y_niceName = "Input 2Y"
n_vectorProduct.a_i2z_niceName = "Input 2Z"
n_vectorProduct.a_m_niceName = "Matrix"
n_vectorProduct.a_no_niceName = "Normalize Output"
n_vectorProduct.a_o_niceName = "Output"
n_vectorProduct.a_op_enum_kCrossProduct = "Cross Product"
n_vectorProduct.a_op_enum_kDotProduct = "Dot Product"
n_vectorProduct.a_op_enum_kNone = "No operation"
n_vectorProduct.a_op_enum_kPointMatrix = "Point Matrix Product"
n_vectorProduct.a_op_enum_kVectorMatrix = "Vector Matrix Product"
n_vectorProduct.a_op_niceName = "Operation"
n_vectorProduct.a_ox_niceName = "Output X"
n_vectorProduct.a_oy_niceName = "Output Y"
n_vectorProduct.a_oz_niceName = "Output Z"
n_vectorProduct.baseName = "vectorProduct"
n_vectorProduct.niceName = "Vector Product"
//
// String set: n_vectorRenderGlobals
//
n_vectorRenderGlobals.a_bv_niceName = "Browser View"
n_vectorRenderGlobals.a_cf_niceName = "Current Frame"
n_vectorRenderGlobals.a_cfe_niceName = "Combine Fills Edges"
n_vectorRenderGlobals.a_ct_niceName = "Curve Tolerance"
n_vectorRenderGlobals.a_dl_niceName = "Detail Level"
n_vectorRenderGlobals.a_ec_niceName = "Edge Color"
n_vectorRenderGlobals.a_ecb_niceName = "Edge Color B"
n_vectorRenderGlobals.a_ecg_niceName = "Edge Color G"
n_vectorRenderGlobals.a_ecr_niceName = "Edge Color R"
n_vectorRenderGlobals.a_ed_niceName = "Edge Detail"
n_vectorRenderGlobals.a_es_enum_kEntireMesh = "Entire Mesh"
n_vectorRenderGlobals.a_es_enum_kOutline = "Outlines"
n_vectorRenderGlobals.a_es_niceName = "Edge Style"
n_vectorRenderGlobals.a_ew_niceName = "Edge Weight"
n_vectorRenderGlobals.a_ff_niceName = "Filename Format"
n_vectorRenderGlobals.a_fo_niceName = "Fill Objects"
n_vectorRenderGlobals.a_fr_niceName = "Frame Rate"
n_vectorRenderGlobals.a_fs_enum_kAreaGradient = "Area Gradient"
n_vectorRenderGlobals.a_fs_enum_kAverageColor = "Average Color"
n_vectorRenderGlobals.a_fs_enum_kFourColor = "Four Color"
n_vectorRenderGlobals.a_fs_enum_kFullColor = "Full Color"
n_vectorRenderGlobals.a_fs_enum_kMeshGradient = "Mesh Gradient"
n_vectorRenderGlobals.a_fs_enum_kSingleColor = "Single Color"
n_vectorRenderGlobals.a_fs_enum_kTwoColor = "Two Color"
n_vectorRenderGlobals.a_fs_niceName = "Fill Style"
n_vectorRenderGlobals.a_fv_enum_kVersion3 = "3"
n_vectorRenderGlobals.a_fv_enum_kVersion4 = "4"
n_vectorRenderGlobals.a_fv_enum_kVersion5 = "5"
n_vectorRenderGlobals.a_fv_niceName = "Flash Version"
n_vectorRenderGlobals.a_he_niceName = "Hidden Edges"
n_vectorRenderGlobals.a_hi_niceName = "Highlights"
n_vectorRenderGlobals.a_hl_niceName = "Highlight Level"
n_vectorRenderGlobals.a_ie_niceName = "Include Edges"
n_vectorRenderGlobals.a_if_niceName = "Image Format"
n_vectorRenderGlobals.a_inp_niceName = "Image Name Prefix"
n_vectorRenderGlobals.a_mea_niceName = "Min Edge Angle"
n_vectorRenderGlobals.a_oai_niceName = "Outlines At Intersections"
n_vectorRenderGlobals.a_par_niceName = "Pixel Aspect Ratio"
n_vectorRenderGlobals.a_rd_niceName = "Reflection Depth"
n_vectorRenderGlobals.a_rf_niceName = "Reflections"
n_vectorRenderGlobals.a_rl_niceName = "Render Layers"
n_vectorRenderGlobals.a_rno_niceName = "Render Optimization"
n_vectorRenderGlobals.a_sa_enum_kHTMLScript = "HTML Script"
n_vectorRenderGlobals.a_sa_enum_kNative = "Native"
n_vectorRenderGlobals.a_sa_niceName = "Svg Animation"
n_vectorRenderGlobals.a_sb_niceName = "Show Back Faces"
n_vectorRenderGlobals.a_sc_niceName = "Svg Compression"
n_vectorRenderGlobals.a_scf_niceName = "Secondary CF"
n_vectorRenderGlobals.a_sh_niceName = "Shadows"
n_vectorRenderGlobals.baseName = "vectorRenderGlobals"
n_vectorRenderGlobals.niceName = "Vector Render Globals"
//
// String set: n_vertexBakeSet
//
n_vertexBakeSet.a_ablend_enum_kAdd = "Add"
n_vertexBakeSet.a_ablend_enum_kAverage = "Average"
n_vertexBakeSet.a_ablend_enum_kDivide = "Divide"
n_vertexBakeSet.a_ablend_enum_kMultiply = "Multiply"
n_vertexBakeSet.a_ablend_enum_kOverwrite = "Overwrite"
n_vertexBakeSet.a_ablend_enum_kSubtract = "Subtract"
n_vertexBakeSet.a_ablend_niceName = "Alpha Blending"
n_vertexBakeSet.a_cblend_enum_kAdd = "Add"
n_vertexBakeSet.a_cblend_enum_kAverage = "Average"
n_vertexBakeSet.a_cblend_enum_kDivide = "Divide"
n_vertexBakeSet.a_cblend_enum_kMultiply = "Multiply"
n_vertexBakeSet.a_cblend_enum_kOverwrite = "Overwrite"
n_vertexBakeSet.a_cblend_enum_kSubtract = "Subtract"
n_vertexBakeSet.a_cblend_niceName = "Color Blending"
n_vertexBakeSet.a_color_niceName = "Bake Color"
n_vertexBakeSet.a_csn_niceName = "Color Set Name"
n_vertexBakeSet.a_hb_niceName = "Max Color B"
n_vertexBakeSet.a_hc_niceName = "Max Color"
n_vertexBakeSet.a_hg_niceName = "Max Color G"
n_vertexBakeSet.a_hr_niceName = "Max Color R"
n_vertexBakeSet.a_lb_niceName = "Min Color B"
n_vertexBakeSet.a_lc_niceName = "Min Color"
n_vertexBakeSet.a_lg_niceName = "Min Color G"
n_vertexBakeSet.a_lr_niceName = "Min Color R"
n_vertexBakeSet.a_max_niceName = "Clamp Max"
n_vertexBakeSet.a_maxa_niceName = "Max Alpha"
n_vertexBakeSet.a_min_niceName = "Clamp Min"
n_vertexBakeSet.a_mina_niceName = "Min Alpha"
n_vertexBakeSet.a_scale_niceName = "Scale Rgba"
n_vertexBakeSet.a_shared_niceName = "Shared Vertices"
n_vertexBakeSet.a_ufn_niceName = "Use Face Normals"
n_vertexBakeSet.baseName = "vertexBakeSet"
n_vertexBakeSet.niceName = "Vertex Bake Set"
//
// String set: n_viewColorManager
//
n_viewColorManager.a_c_niceName = "Contrast"
n_viewColorManager.a_cp_niceName = "Contrast Pivot"
n_viewColorManager.a_dp_enum_kCIEXYZ = "CIE XYZ"
n_viewColorManager.a_dp_enum_kCineonLog = "Cineon log"
n_viewColorManager.a_dp_enum_kHDTV = "Linear Rec. 709"
n_viewColorManager.a_dp_enum_kRec709 = "HDTV (Rec. 709)"
n_viewColorManager.a_dp_enum_kSRGB = "Linear sRGB"
n_viewColorManager.a_dp_enum_kSRGBg = "sRGB"
n_viewColorManager.a_dp_niceName = "Display Color Profile"
n_viewColorManager.a_exp_niceName = "Exposure"
n_viewColorManager.a_ip_enum_kCIEXYZ = "CIE XYZ"
n_viewColorManager.a_ip_enum_kHDTV = "Linear Rec. 709"
n_viewColorManager.a_ip_enum_kRec709 = "HDTV (Rec. 709)"
n_viewColorManager.a_ip_enum_kSRGB = "Linear sRGB"
n_viewColorManager.a_ip_enum_kSRGBg = "sRGB"
n_viewColorManager.a_ip_niceName = "Image Color Profile"
n_viewColorManager.a_lut_niceName = "Lut File"
n_viewColorManager.baseName = "viewColorManager"
n_viewColorManager.niceName = "View Color Manager"
//
// String set: n_volumeAxisField
//
n_volumeAxisField.a_afa_niceName = "Away From Axis"
n_volumeAxisField.a_afc_niceName = "Away From Center"
n_volumeAxisField.a_alx_niceName = "Along Axis"
n_volumeAxisField.a_arx_niceName = "Around Axis"
n_volumeAxisField.a_d_niceName = "Direction"
n_volumeAxisField.a_drs_niceName = "Directional Speed"
n_volumeAxisField.a_dss_niceName = "Display Speed"
n_volumeAxisField.a_dtr_niceName = "Detail Turbulence"
n_volumeAxisField.a_dx_niceName = "Direction X"
n_volumeAxisField.a_dy_niceName = "Direction Y"
n_volumeAxisField.a_dz_niceName = "Direction Z"
n_volumeAxisField.a_ia_niceName = "Invert Attenuation"
n_volumeAxisField.a_tf_niceName = "Turbulence Frequency"
n_volumeAxisField.a_tfx_niceName = "Turbulence Frequency X"
n_volumeAxisField.a_tfy_niceName = "Turbulence Frequency Y"
n_volumeAxisField.a_tfz_niceName = "Turbulence Frequency Z"
n_volumeAxisField.a_tim_niceName = "Time"
n_volumeAxisField.a_to_niceName = "Turbulence Offset"
n_volumeAxisField.a_tox_niceName = "Turbulence Offset X"
n_volumeAxisField.a_toy_niceName = "Turbulence Offset Y"
n_volumeAxisField.a_toz_niceName = "Turbulence Offset Z"
n_volumeAxisField.a_trb_niceName = "Turbulence"
n_volumeAxisField.a_trs_niceName = "Turbulence Speed"
n_volumeAxisField.baseName = "volumeAxisField"
n_volumeAxisField.niceName = "Volume Axis Field"
//
// String set: n_volumeBindManip
//
n_volumeBindManip.a_pr_niceName = "Pivot Rotate"
n_volumeBindManip.a_prx_niceName = "Pivot Rotate X"
n_volumeBindManip.a_pry_niceName = "Pivot Rotate Y"
n_volumeBindManip.a_prz_niceName = "Pivot Rotate Z"
n_volumeBindManip.a_pt_niceName = "Pivot Translate"
n_volumeBindManip.a_ptx_niceName = "Pivot Translate X"
n_volumeBindManip.a_pty_niceName = "Pivot Translate Y"
n_volumeBindManip.a_ptz_niceName = "Pivot Translate Z"
n_volumeBindManip.baseName = "volumeBindManip"
n_volumeBindManip.niceName = "Volume Bind Manip"
//
// String set: n_volumeFog
//
n_volumeFog.a_axd_niceName = "Axial Dropoff"
n_volumeFog.a_cb_niceName = "Color B"
n_volumeFog.a_cg_niceName = "Color G"
n_volumeFog.a_cl_niceName = "Color"
n_volumeFog.a_cr_niceName = "Color R"
n_volumeFog.a_cri_enum_kConcentric = "Concentric"
n_volumeFog.a_cri_enum_kConstant = "Ignore"
n_volumeFog.a_cri_enum_kRampY = "Y Gradient"
n_volumeFog.a_cri_enum_kTransparency = "Transparency"
n_volumeFog.a_cri_niceName = "Color Ramp Input"
n_volumeFog.a_crm_niceName = "Color Ramp"
n_volumeFog.a_crmc_niceName = "Color Ramp _Color"
n_volumeFog.a_crmcb_niceName = "Color Ramp _Color B"
n_volumeFog.a_crmcg_niceName = "Color Ramp _Color G"
n_volumeFog.a_crmcr_niceName = "Color Ramp _Color R"
n_volumeFog.a_crmi_enum_kLinear = "Linear"
n_volumeFog.a_crmi_enum_kNone = "None"
n_volumeFog.a_crmi_enum_kSmooth = "Smooth"
n_volumeFog.a_crmi_enum_kSpline = "Spline"
n_volumeFog.a_crmi_niceName = "Color Ramp _Interp"
n_volumeFog.a_crmp_niceName = "Color Ramp _Position"
n_volumeFog.a_dmd_enum_kObjectSpace = "ObjectSpace"
n_volumeFog.a_dmd_enum_kWorldSpace = "WorldSpace"
n_volumeFog.a_dmd_niceName = "Density Mode"
n_volumeFog.a_dns_niceName = "Density"
n_volumeFog.a_dos_enum_kConeFade = "Cone"
n_volumeFog.a_dos_enum_kCubeFade = "Cube"
n_volumeFog.a_dos_enum_kLightConeFade = "LightCone"
n_volumeFog.a_dos_enum_kOff = "Off"
n_volumeFog.a_dos_enum_kSphereFade = "Sphere"
n_volumeFog.a_dos_niceName = "Dropoff Shape"
n_volumeFog.a_drm_enum_kSubDensity = "Subtract Density"
n_volumeFog.a_drm_enum_kTranspFade = "Scale Opacity"
n_volumeFog.a_drm_niceName = "Dropoff Method"
n_volumeFog.a_drs_niceName = "Dropoff Subtract"
n_volumeFog.a_edr_niceName = "Edge Dropoff"
n_volumeFog.a_fo_niceName = "Far Point Obj"
n_volumeFog.a_fox_niceName = "Far Point Object X"
n_volumeFog.a_foy_niceName = "Far Point Object Y"
n_volumeFog.a_foz_niceName = "Far Point Object Z"
n_volumeFog.a_fw_niceName = "Far Point World"
n_volumeFog.a_fwx_niceName = "Far Point World X"
n_volumeFog.a_fwy_niceName = "Far Point World Y"
n_volumeFog.a_fwz_niceName = "Far Point World Z"
n_volumeFog.a_gi_niceName = "Glow Intensity"
n_volumeFog.a_ib_niceName = "Incandescence B"
n_volumeFog.a_ic_niceName = "Incandescence"
n_volumeFog.a_ig_niceName = "Incandescence G"
n_volumeFog.a_il_niceName = "Illuminated"
n_volumeFog.a_ir_niceName = "Incandescence R"
n_volumeFog.a_la_niceName = "Light Ambient"
n_volumeFog.a_lbd_niceName = "Light Blind Data"
n_volumeFog.a_ld_niceName = "Light Direction"
n_volumeFog.a_ldf_niceName = "Light Diffuse"
n_volumeFog.a_ldx_niceName = "Light Direction X"
n_volumeFog.a_ldy_niceName = "Light Direction Y"
n_volumeFog.a_ldz_niceName = "Light Direction Z"
n_volumeFog.a_li_niceName = "Light Intensity"
n_volumeFog.a_lib_niceName = "Light Intensity B"
n_volumeFog.a_lig_niceName = "Light Intensity G"
n_volumeFog.a_lir_niceName = "Light Intensity R"
n_volumeFog.a_ls_niceName = "Light Specular"
n_volumeFog.a_lsc_niceName = "Light Scatter"
n_volumeFog.a_lsf_niceName = "Light Shadow Fraction"
n_volumeFog.a_ltd_niceName = "Light Data Array"
n_volumeFog.a_mog_niceName = "Matte Opacity"
n_volumeFog.a_mom_enum_kBlackHoleM = "Black Hole"
n_volumeFog.a_mom_enum_kOpacityGain = "Opacity Gain"
n_volumeFog.a_mom_enum_kSolidMatte = "Solid Matte"
n_volumeFog.a_mom_niceName = "Matte Opacity Mode"
n_volumeFog.a_oc_niceName = "Out Color"
n_volumeFog.a_ocb_niceName = "Out Color B"
n_volumeFog.a_ocg_niceName = "Out Color G"
n_volumeFog.a_ocr_niceName = "Out Color R"
n_volumeFog.a_ogb_niceName = "Out Glow Color B"
n_volumeFog.a_ogc_niceName = "Out Glow Color"
n_volumeFog.a_ogg_niceName = "Out Glow Color G"
n_volumeFog.a_ogr_niceName = "Out Glow Color R"
n_volumeFog.a_omo_niceName = "Out Matte Opacity"
n_volumeFog.a_omob_niceName = "Out Matte Opacity B"
n_volumeFog.a_omog_niceName = "Out Matte Opacity G"
n_volumeFog.a_omor_niceName = "Out Matte Opacity R"
n_volumeFog.a_ot_niceName = "Out Transparency"
n_volumeFog.a_otb_niceName = "Out Transparency B"
n_volumeFog.a_otg_niceName = "Out Transparency G"
n_volumeFog.a_otr_niceName = "Out Transparency R"
n_volumeFog.a_po_niceName = "Point Obj"
n_volumeFog.a_pox_niceName = "Point Obj X"
n_volumeFog.a_poy_niceName = "Point Obj Y"
n_volumeFog.a_poz_niceName = "Point Obj Z"
n_volumeFog.a_psi_niceName = "Pre Shadow Intensity"
n_volumeFog.a_pw_niceName = "Point World"
n_volumeFog.a_pwx_niceName = "Point World X"
n_volumeFog.a_pwy_niceName = "Point World Y"
n_volumeFog.a_pwz_niceName = "Point World Z"
n_volumeFog.a_rad_niceName = "Ray Direction"
n_volumeFog.a_rdx_niceName = "Ray Direction X"
n_volumeFog.a_rdy_niceName = "Ray Direction Y"
n_volumeFog.a_rdz_niceName = "Ray Direction Z"
n_volumeFog.a_t_niceName = "Transparency"
n_volumeFog.a_tb_niceName = "Transparency B"
n_volumeFog.a_tg_niceName = "Transparency G"
n_volumeFog.a_tr_niceName = "Transparency R"
n_volumeFog.a_wte_niceName = "Matrix World To Eye"
n_volumeFog.baseName = "volumeFog"
n_volumeFog.niceName = "Volume Fog"
//
// String set: n_volumeLight
//
n_volumeLight.a_ac_niceName = "Arc"
n_volumeLight.a_cer_niceName = "Cone End Radius"
n_volumeLight.a_crg_niceName = "Color Range"
n_volumeLight.a_crgc_niceName = "Color Range _Color"
n_volumeLight.a_crgcb_niceName = "Color Range _Color B"
n_volumeLight.a_crgcg_niceName = "Color Range _Color G"
n_volumeLight.a_crgcr_niceName = "Color Range _Color R"
n_volumeLight.a_crgi_enum_kLinear = "Linear"
n_volumeLight.a_crgi_enum_kNone = "None"
n_volumeLight.a_crgi_enum_kSmooth = "Smooth"
n_volumeLight.a_crgi_enum_kSpline = "Spline"
n_volumeLight.a_crgi_niceName = "Color Range _Interp"
n_volumeLight.a_crgp_niceName = "Color Range _Position"
n_volumeLight.a_ema_niceName = "Emit Ambient"
n_volumeLight.a_lang_niceName = "Light Angle"
n_volumeLight.a_lis_enum_kBoxVolume = "Box"
n_volumeLight.a_lis_enum_kConeVolume = "Cone"
n_volumeLight.a_lis_enum_kCylinderVolume = "Cylinder"
n_volumeLight.a_lis_enum_kSphereVolume = "Sphere"
n_volumeLight.a_lis_niceName = "Light Shape"
n_volumeLight.a_pen_niceName = "Penumbra"
n_volumeLight.a_penfv_niceName = "Penumbra _Float Value"
n_volumeLight.a_peni_enum_kLinear = "Linear"
n_volumeLight.a_peni_enum_kNone = "None"
n_volumeLight.a_peni_enum_kSmooth = "Smooth"
n_volumeLight.a_peni_enum_kSpline = "Spline"
n_volumeLight.a_peni_niceName = "Penumbra _Interp"
n_volumeLight.a_penp_niceName = "Penumbra _Position"
n_volumeLight.a_vld_enum_kDownAxis = "Down Axis"
n_volumeLight.a_vld_enum_kInward = "Inward"
n_volumeLight.a_vld_enum_kOutward = "Outward"
n_volumeLight.a_vld_niceName = "Volume Light Dir"
n_volumeLight.baseName = "volumeLight"
n_volumeLight.niceName = "Volume Light"
//
// String set: n_volumeNoise
//
n_volumeNoise.a_a_niceName = "Amplitude"
n_volumeNoise.a_d_niceName = "Density"
n_volumeNoise.a_dm_niceName = "Depth Max"
n_volumeNoise.a_fof_enum_kBubble = "Bubble"
n_volumeNoise.a_fof_enum_kFast = "Fast"
n_volumeNoise.a_fof_enum_kLinear = "Linear"
n_volumeNoise.a_fof_enum_kSmooth = "Smooth"
n_volumeNoise.a_fof_niceName = "Falloff"
n_volumeNoise.a_fq_niceName = "Frequency"
n_volumeNoise.a_fr_niceName = "Frequency Ratio"
n_volumeNoise.a_imc_niceName = "Implode Center"
n_volumeNoise.a_imp_niceName = "Implode"
n_volumeNoise.a_imx_niceName = "Implode Center X"
n_volumeNoise.a_imy_niceName = "Implode Center Y"
n_volumeNoise.a_imz_niceName = "Implode Center Z"
n_volumeNoise.a_in_niceName = "Inflection"
n_volumeNoise.a_nty_enum_kBillow = "Billow"
n_volumeNoise.a_nty_enum_kPerlin = "Perlin Noise"
n_volumeNoise.a_nty_enum_kSpaceTime = "SpaceTime"
n_volumeNoise.a_nty_enum_kVolumeWave = "Volume Wave"
n_volumeNoise.a_nty_enum_kWispy = "Wispy"
n_volumeNoise.a_nty_niceName = "Noise Type"
n_volumeNoise.a_nw_niceName = "Num Waves"
n_volumeNoise.a_orr_niceName = "Origin"
n_volumeNoise.a_orx_niceName = "Origin X"
n_volumeNoise.a_ory_niceName = "Origin Y"
n_volumeNoise.a_orz_niceName = "Origin Z"
n_volumeNoise.a_ra_niceName = "Ratio"
n_volumeNoise.a_rcx_niceName = "Ref Point Camera X"
n_volumeNoise.a_rcy_niceName = "Ref Point Camera Y"
n_volumeNoise.a_rcz_niceName = "Ref Point Camera Z"
n_volumeNoise.a_rn_niceName = "Randomness"
n_volumeNoise.a_rox_niceName = "Ref Point Obj X"
n_volumeNoise.a_roy_niceName = "Ref Point Obj Y"
n_volumeNoise.a_roz_niceName = "Ref Point Obj Z"
n_volumeNoise.a_rpc_niceName = "Ref Point Camera"
n_volumeNoise.a_rpo_niceName = "Ref Point Obj"
n_volumeNoise.a_sc_niceName = "Scale"
n_volumeNoise.a_sp_niceName = "Spottyness"
n_volumeNoise.a_sr_niceName = "Size Rand"
n_volumeNoise.a_sx_niceName = "Scale X"
n_volumeNoise.a_sy_niceName = "Scale Y"
n_volumeNoise.a_sz_niceName = "Scale Z"
n_volumeNoise.a_th_niceName = "Threshold"
n_volumeNoise.a_ti_niceName = "Time"
n_volumeNoise.a_xpa_niceName = "X Pixel Angle"
n_volumeNoise.baseName = "volumeNoise"
n_volumeNoise.niceName = "Volume Noise"
//
// String set: n_volumeShader
//
n_volumeShader.a_oc_niceName = "Out Color"
n_volumeShader.a_ocb_niceName = "Out Color B"
n_volumeShader.a_ocg_niceName = "Out Color G"
n_volumeShader.a_ocr_niceName = "Out Color R"
n_volumeShader.a_omo_niceName = "Out Matte Opacity"
n_volumeShader.a_omob_niceName = "Out Matte Opacity B"
n_volumeShader.a_omog_niceName = "Out Matte Opacity G"
n_volumeShader.a_omor_niceName = "Out Matte Opacity R"
n_volumeShader.a_ot_niceName = "Out Transparency"
n_volumeShader.a_otb_niceName = "Out Transparency B"
n_volumeShader.a_otg_niceName = "Out Transparency G"
n_volumeShader.a_otr_niceName = "Out Transparency R"
n_volumeShader.baseName = "volumeShader"
n_volumeShader.niceName = "Volume Shader"
//
// String set: n_vortexField
//
n_vortexField.a_ax_niceName = "Axis"
n_vortexField.a_axx_niceName = "Axis X"
n_vortexField.a_axy_niceName = "Axis Y"
n_vortexField.a_axz_niceName = "Axis Z"
n_vortexField.baseName = "vortexField"
n_vortexField.niceName = "Vortex Field"
//
// String set: n_water
//
n_water.a_bmn_niceName = "Box Min"
n_water.a_bmx_niceName = "Box Max"
n_water.a_bu1_niceName = "Box Min U"
n_water.a_bu2_niceName = "Box Max U"
n_water.a_bv1_niceName = "Box Min V"
n_water.a_bv2_niceName = "Box Max V"
n_water.a_ds_niceName = "Drop Size"
n_water.a_fa_niceName = "Fast"
n_water.a_gv_niceName = "Group Velocity"
n_water.a_nw_niceName = "Number Of Waves"
n_water.a_pv_niceName = "Phase Velocity"
n_water.a_ra_niceName = "Ripple Amplitude"
n_water.a_rb_niceName = "Reflection Box"
n_water.a_rc_niceName = "Ripple Origin"
n_water.a_rcu_niceName = "Ripple Origin U"
n_water.a_rcv_niceName = "Ripple Origin V"
n_water.a_rf_niceName = "Ripple Frequency"
n_water.a_rt_niceName = "Ripple Time"
n_water.a_s_niceName = "Smoothness"
n_water.a_sr_niceName = "Spread Rate"
n_water.a_ss_niceName = "Spread Start"
n_water.a_swf_niceName = "Sub Wave Frequency"
n_water.a_wa_niceName = "Wave Amplitude"
n_water.a_wf_niceName = "Wave Frequency"
n_water.a_wi_niceName = "Wind UV"
n_water.a_wiu_niceName = "Wind U"
n_water.a_wiv_niceName = "Wind V"
n_water.a_wt_niceName = "Wave Time"
n_water.a_wv_niceName = "Wave Velocity"
n_water.baseName = "water"
n_water.niceName = "Water"
//
// String set: n_weightGeometryFilter
//
n_weightGeometryFilter.a_w_niceName = "Weights"
n_weightGeometryFilter.a_wl_niceName = "Weight List"
n_weightGeometryFilter.baseName = "weightGeometryFilter"
n_weightGeometryFilter.niceName = "Weight Geometry Filter"
//
// String set: n_wire
//
n_wire.a_bog_niceName = "Bind To Original Geometry"
n_wire.a_bw_niceName = "Base Wire"
n_wire.a_ce_niceName = "Crossing Effect"
n_wire.a_dds_niceName = "Dropoff Distance"
n_wire.a_dw_niceName = "Deformed Wire"
n_wire.a_fg_niceName = "Freeze Geometry"
n_wire.a_ho_niceName = "Holder"
n_wire.a_li_niceName = "Local Influence"
n_wire.a_orggeom_niceName = "Original Geometry"
n_wire.a_ro_niceName = "Rotation"
n_wire.a_sc_niceName = "Scale"
n_wire.a_te_niceName = "Tension"
n_wire.a_wle_niceName = "Wire Locator Envelope"
n_wire.a_wlp_niceName = "Wire Locator Parameter"
n_wire.a_wlpc_niceName = "Wire Locator Percentage"
n_wire.a_wlt_niceName = "Wire Locator Twist"
n_wire.baseName = "wire"
n_wire.niceName = "Wire"
//
// String set: n_wood
//
n_wood.a_a_niceName = "Age"
n_wood.a_ax_niceName = "Amplitude X"
n_wood.a_ay_niceName = "Amplitude Y"
n_wood.a_c_niceName = "Center"
n_wood.a_cu_niceName = "Center U"
n_wood.a_cv_niceName = "Center V"
n_wood.a_d_niceName = "Depth"
n_wood.a_dmn_niceName = "Depth Min"
n_wood.a_dmx_niceName = "Depth Max"
n_wood.a_fc_niceName = "Filler Color"
n_wood.a_fcb_niceName = "Filler Color B"
n_wood.a_fcg_niceName = "Filler Color G"
n_wood.a_fcr_niceName = "Filler Color R"
n_wood.a_gc_niceName = "Grain Color"
n_wood.a_gcb_niceName = "Grain Color B"
n_wood.a_gcg_niceName = "Grain Color G"
n_wood.a_gcr_niceName = "Grain Color R"
n_wood.a_gs_niceName = "Grain Spacing"
n_wood.a_gx_niceName = "Grain Contrast"
n_wood.a_ls_niceName = "Layer Size"
n_wood.a_n_niceName = "Normal Camera"
n_wood.a_nx_niceName = "Normal Camera X"
n_wood.a_ny_niceName = "Normal Camera Y"
n_wood.a_nz_niceName = "Normal Camera Z"
n_wood.a_r_niceName = "Ripples"
n_wood.a_ra_niceName = "Ratio"
n_wood.a_rcx_niceName = "Ref Point Camera X"
n_wood.a_rcy_niceName = "Ref Point Camera Y"
n_wood.a_rcz_niceName = "Ref Point Camera Z"
n_wood.a_rd_niceName = "Randomness"
n_wood.a_rox_niceName = "Ref Point Obj X"
n_wood.a_roy_niceName = "Ref Point Obj Y"
n_wood.a_roz_niceName = "Ref Point Obj Z"
n_wood.a_rpc_niceName = "Ref Point Camera"
n_wood.a_rpo_niceName = "Ref Point Obj"
n_wood.a_rx_niceName = "Ripples X"
n_wood.a_ry_niceName = "Ripples Y"
n_wood.a_rz_niceName = "Ripples Z"
n_wood.a_v_niceName = "Vein Spread"
n_wood.a_vc_niceName = "Vein Color"
n_wood.a_vcb_niceName = "Vein Color B"
n_wood.a_vcg_niceName = "Vein Color G"
n_wood.a_vcr_niceName = "Vein Color R"
n_wood.a_xpa_niceName = "X Pixel Angle"
n_wood.baseName = "wood"
n_wood.niceName = "Wood"
//
// String set: n_wrap
//
n_wrap.a_awt_niceName = "Auto Weight Threshold"
n_wrap.a_bp_niceName = "Base Points"
n_wrap.a_bsd_niceName = "Base Drt"
n_wrap.a_dp_niceName = "Driver Points"
n_wrap.a_dr_niceName = "Dropoff"
n_wrap.a_fom_enum_kSurfaceFalloff = "Surface"
n_wrap.a_fom_enum_kVolumeFalloff = "Volume"
n_wrap.a_fom_niceName = "Falloff Mode"
n_wrap.a_gm_niceName = "Geom Matrix"
n_wrap.a_it_niceName = "Infl Type"
n_wrap.a_md_niceName = "Max Distance"
n_wrap.a_ns_niceName = "Nurbs Samples"
n_wrap.a_rb_niceName = "Exclusive Bind"
n_wrap.a_smt_niceName = "Smoothness"
n_wrap.a_wt_niceName = "Weight Threshold"
n_wrap.a_wtd_niceName = "Wt Drty"
n_wrap.a_wtv_niceName = "Auto Weight Threshold Value"
n_wrap.baseName = "wrap"
n_wrap.niceName = "Wrap"
//
// String set: n_wtAddMatrix
//
n_wtAddMatrix.a_i_niceName = "Wt Matrix"
n_wtAddMatrix.a_m_niceName = "Matrix In"
n_wtAddMatrix.a_o_niceName = "Matrix Sum"
n_wtAddMatrix.a_w_niceName = "Weight In"
n_wtAddMatrix.baseName = "wtAddMatrix"
n_wtAddMatrix.niceName = "Weighted Add Matrix"
//
// String set: n_xformManip
//
n_xformManip.baseName = "xformManip"
n_xformManip.niceName = "Xform Manip"
//
// String set: s_ATFPluginStrings
//
s_ATFPluginStrings.rATFBatchNotLicensed = "No license found.  Cannot import file."
//
// String set: s_AcRendererStrings
//
s_AcRendererStrings.IDS_AUTOCAM_NAVBAR_TOOLTIP_2DWHEEL = "2D Wheel"
s_AcRendererStrings.IDS_AUTOCAM_NAVBAR_TOOLTIP_CLOSE = "Close"
s_AcRendererStrings.IDS_AUTOCAM_NAVBAR_TOOLTIP_CUSTOMIZE = "Customize"
s_AcRendererStrings.IDS_AUTOCAM_NAVBAR_TOOLTIP_EASYTOURBUILDING = "Tour Building Wheel"
s_AcRendererStrings.IDS_AUTOCAM_NAVBAR_TOOLTIP_EASYVIEWOBJECT = "View Object Wheel"
s_AcRendererStrings.IDS_AUTOCAM_NAVBAR_TOOLTIP_FULLNAVWHEEL = "Full Navigation Wheel"
s_AcRendererStrings.IDS_AUTOCAM_NAVBAR_TOOLTIP_GRIP = "Drag"
s_AcRendererStrings.IDS_AUTOCAM_NAVBAR_TOOLTIP_MINFULLNAVWHEEL = "Mini Full Navigation Wheel"
s_AcRendererStrings.IDS_AUTOCAM_NAVBAR_TOOLTIP_MINITOURBUILDING = "Mini Tour Building Wheel"
s_AcRendererStrings.IDS_AUTOCAM_NAVBAR_TOOLTIP_MINIVIEWOBJECT = "Mini View Object Wheel"
s_AcRendererStrings.IDS_AUTOCAM_NAVBAR_TOOLTIP_MORE = "More Controls"
s_AcRendererStrings.IDS_AUTOCAM_NAVBAR_TOOLTIP_SHOWMOTION = "ShowMotion"
s_AcRendererStrings.IDS_AUTOCAM_NAVBAR_TOOLTIP_VIEWCUBE = "ViewCube"
s_AcRendererStrings.IDS_AUTOCAM_SEQUENCE_FORMAT_NAME = "Sequence #%d"
s_AcRendererStrings.IDS_AUTOCAM_SHOT_FORMAT_NAME = "Shot #%d"
s_AcRendererStrings.IDS_AUTOCAM_SM_CLOSE = "Close ShowMotion"
s_AcRendererStrings.IDS_AUTOCAM_SM_LOOP_OFF = "Turn off Looping"
s_AcRendererStrings.IDS_AUTOCAM_SM_LOOP_ON = "Turn on Looping"
s_AcRendererStrings.IDS_AUTOCAM_SM_NEW_SEQUENCE = "Create new Sequence"
s_AcRendererStrings.IDS_AUTOCAM_SM_NEW_SHOT = "Create new Shot"
s_AcRendererStrings.IDS_AUTOCAM_SM_PAUSE = "Pause"
s_AcRendererStrings.IDS_AUTOCAM_SM_PLAY_SEQUENCE = "Play Sequence"
s_AcRendererStrings.IDS_AUTOCAM_SM_PLAY_SHOT = "Play Shot"
s_AcRendererStrings.IDS_AUTOCAM_SM_PLAY_STORY = "Play Story"
s_AcRendererStrings.IDS_AUTOCAM_SM_STOP = "Stop"
s_AcRendererStrings.IDS_AUTOCAM_SM_TARGET = "Go To Location"
s_AcRendererStrings.IDS_AUTOCAM_VIEWCUBE_TOOLTIP_COMPASS = "Drag"
s_AcRendererStrings.IDS_AUTOCAM_VIEWCUBE_TOOLTIP_CONTEXT = "Context Menu"
s_AcRendererStrings.IDS_AUTOCAM_VIEWCUBE_TOOLTIP_HOME = "Home"
s_AcRendererStrings.IDS_AUTOCAM_VIEWCUBE_TOOLTIP_LOCK = "Lock to Selection"
s_AcRendererStrings.IDS_AUTOCAM_VIEWCUBE_TOOLTIP_PART = "Click or Drag"
s_AcRendererStrings.IDS_AUTOCAM_VIEWCUBE_UCS_WORLDSPACE = "World-Space"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_BALL_CENTER = "CENTER"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_BALL_FOCUS = "FOCUS"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_BALL_PIVOT = "PIVOT"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_BALL_TARGET = "TARGET"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_CURSORTIP_CENTER = "Center Tool"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_CURSORTIP_FORWARD = "Forward/Backward Tool"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_CURSORTIP_LOOK = "Look Tool"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_CURSORTIP_LOOKAT = "Look At Tool"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_CURSORTIP_ORBIT = "Orbit Tool"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_CURSORTIP_PAN = "Pan Tool"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_CURSORTIP_REWIND = "Rewind Tool"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_CURSORTIP_UPDOWN = "Up/Down Tool"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_CURSORTIP_WALK = "Walk Tool"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_CURSORTIP_ZOOM = "Zoom Tool"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_CURSORTIP_ZOOMRECT = "Zoom Window Tool"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_EXT_CENTER_TIP = "Set Zoom/Orbit Center"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_EXT_CLOSE_TIP = "Close the Wheel"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_EXT_MENU_TIP = "Display the Wheel menu"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_EXT_ORBIT_TIP = "Move around Center."
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_EXT_PAN_TIP = "Move the view"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_EXT_REWIND_TIP = "Rewind through your movement history"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_EXT_ZOOMRECT_TIP = "Move in or out from Center. Press shift to set zoom window."
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_EXT_ZOOM_TIP = "Move in or out from Center"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_FORWARDBACK_SLIDER_BACK_LABEL = "Start"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_FORWARDBACK_SLIDER_FORWARD_LABEL = "Surface"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_FULL_CENTER_TIP = "Set Zoom/Orbit Center"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_FULL_CLOSE_TIP = "Close the Wheel"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_FULL_FLY_TIP = ""
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_FULL_LOOKAT_TIP = "Look around your current position. Press Shift to look at face."
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_FULL_LOOK_TIP = "Look around your current position"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_FULL_MENU_TIP = "Display the Wheel menu"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_FULL_ORBIT_TIP = "Orbit around Pivot. Press Ctrl to set Pivot."
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_FULL_PAN_TIP = "Move the view"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_FULL_REWIND_TIP = "Rewind through your movement history"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_FULL_UPDOWN_TIP = "Move up or down"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_FULL_WALK_TIP = "Click and drag in the direction you want to walk"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_FULL_ZOOMRECT_TIP = "Zoom from the click position. Press shift for zoom window."
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_FULL_ZOOM_TIP = "Zoom from the click position. Press Ctrl to Zoom at orbit Pivot."
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_HUD_DRAW_RECT = "Draw view rectangle with the cursor"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_HUD_LOOK_BOTTOM = "Press the arrow keys to move"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_HUD_MAX_IN = "Change the Center point to zoom further"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_HUD_MAX_OUT = "Maximum zoom-out reached"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_HUD_ON_OBJECT = "Click or drag on model to set Pivot"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_HUD_ORBIT_ROLL = "Hold down Shift key to roll the view"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_HUD_REACTIVATE = "Press Shift+W to Show/Hide the Wheel"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_HUD_REWIND_EMPTY = "There is no movement to rewind"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_HUD_UP_DOWN = "Press Up/Down arrows to adjust height, '+' key to speed up"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_HUD_WALK = "Drag in the direction you want to walk"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_HUD_WALK_WARNING = "The Walk tool requires perspective projection"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_INT_CLOSE_TIP = "Close the Wheel"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_INT_FORWARD_TIP = "Click to set Target. Drag to adjust distance to the Target."
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_INT_LOOK_TIP = "Look around your current position"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_INT_MENU_TIP = "Display the Wheel menu"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_INT_REWIND_TIP = "Rewind through your movement history"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_INT_UPDOWN_TIP = "Move up or down"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_INT_WALK_TIP = "Click and drag in the direction you want to walk"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_MINI_CENTER_LABEL = "Center"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_MINI_FORWARD_LABEL = "Forward"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_MINI_HEIGHT_LABEL = "Up/Down"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_MINI_LOOK_LABEL = "Look"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_MINI_ORBIT_LABEL = "Orbit"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_MINI_PAN_LABEL = "Pan"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_MINI_REWIND_LABEL = "Rewind"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_MINI_WALK_LABEL = "Walk"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_MINI_ZOOM_LABEL = "Zoom"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_UPDOWN_SLIDER_DOWN_LABEL = "Bottom"
s_AcRendererStrings.IDS_AUTOCAM_WHEEL_UPDOWN_SLIDER_UP_LABEL = "Top"
//
// String set: s_ContentBrowserStrings
//
s_ContentBrowserStrings.kContentBrowserAutodesk360NotConnectedError = "You are not connected to Autodesk360 cloud you are trying to reach"
s_ContentBrowserStrings.kContentBrowserChooseLocation = "Choose a location"
s_ContentBrowserStrings.kContentBrowserConfirmDeleteFavorite = "Remove selected Favorite?"
s_ContentBrowserStrings.kContentBrowserConfirmDeleteFavoriteFolder = "Remove selected Favorites folder?"
s_ContentBrowserStrings.kContentBrowserConfirmDeleteIgnoreMsg = "Do not show this message again"
s_ContentBrowserStrings.kContentBrowserConfirmDeleteInfo = "Any Favorite items contained in this folder will also be deleted."
s_ContentBrowserStrings.kContentBrowserDirectoryNotFoundWarning = "\nDirectory not found.\nPlease verify that the correct directory name was given."
s_ContentBrowserStrings.kContentBrowserDirectoryNotGivenError = "Input should be directory path only."
s_ContentBrowserStrings.kContentBrowserDropboxNotConnectedError = "You are not connected to Dropbox cloud you are trying to reach"
s_ContentBrowserStrings.kContentBrowserEditRefused = "Edit refused"
s_ContentBrowserStrings.kContentBrowserEditRefusedMessageDuplicate = "The item is already in the library."
s_ContentBrowserStrings.kContentBrowserEditRefusedMessageForbidden = "This name cannot be used."
s_ContentBrowserStrings.kContentBrowserOpenFiles = "Open files"
s_ContentBrowserStrings.kContentBrowserRBMNewDir = "New Directory"
s_ContentBrowserStrings.kContentBrowserRBMRenameItem = "Rename"
s_ContentBrowserStrings.kContentBrowserSearchBarPlaceholderText = "Search..."
s_ContentBrowserStrings.rAutodeskA360 = "Autodesk 360"
s_ContentBrowserStrings.rCancelAction = "Cancel"
s_ContentBrowserStrings.rCloudLabel = "Cloud"
s_ContentBrowserStrings.rCloudPortalDropBoxOAuthTimeout = "Dropbox authentication timeout"
s_ContentBrowserStrings.rCloudPortalExport = "Export"
s_ContentBrowserStrings.rCloudPortalExportAll = "Export All"
s_ContentBrowserStrings.rCloudPortalExportError = "Export Error"
s_ContentBrowserStrings.rCloudPortalExportOptions = "Show Export Options"
s_ContentBrowserStrings.rCloudPortalExportOptionsTitle = "Export Options"
s_ContentBrowserStrings.rCloudPortalExportSelection = "Export Selection"
s_ContentBrowserStrings.rCloudPortalExportSuccess = "Successful export: "
s_ContentBrowserStrings.rCloudPortalExportTranslatorNotFound = "Cannot find a valid exporter to export this file type."
s_ContentBrowserStrings.rCloudPortalFileExportOverwriteMessage = "Do you want to overwrite the file?"
s_ContentBrowserStrings.rCloudPortalFileExportOverwriteTitle = "File Already Exists"
s_ContentBrowserStrings.rCloudPortalFileName = "File name: "
s_ContentBrowserStrings.rCloudPortalFilter = "Files of type:"
s_ContentBrowserStrings.rCloudPortalHomeFolderName = "Home"
s_ContentBrowserStrings.rCloudPortalImport = "Import"
s_ContentBrowserStrings.rCloudPortalImportOptions = "Show Import Options after downloading the file"
s_ContentBrowserStrings.rCloudPortalImportOptionsTitle = "Import Options"
s_ContentBrowserStrings.rCloudPortalImportSuccess = "Successful import: "
s_ContentBrowserStrings.rCloudPortalItems = "items"
s_ContentBrowserStrings.rCloudPortalLogIn = "Login"
s_ContentBrowserStrings.rCloudPortalLogOut = "Logout"
s_ContentBrowserStrings.rCloudPortalLoginDone = "Login successful, you can safely close this web page."
s_ContentBrowserStrings.rCloudPortalLoginErrorInternal = "Login Failed. Unknown error."
s_ContentBrowserStrings.rCloudPortalLoginErrorLoadingPage = "Login Failed. Error loading the login web page."
s_ContentBrowserStrings.rCloudPortalLookIn = "Look In:"
s_ContentBrowserStrings.rCloudPortalMenu = "Cloud Import/Export..."
s_ContentBrowserStrings.rCloudPortalNext = "Next"
s_ContentBrowserStrings.rCloudPortalNoConnection = "No Connection"
s_ContentBrowserStrings.rCloudPortalParentDirectory = "Parent Directory"
s_ContentBrowserStrings.rCloudPortalPrevious = "Previous"
s_ContentBrowserStrings.rCloudPortalReferenceOptionsTitle = "Reference Options"
s_ContentBrowserStrings.rCloudPortalRefresh = "Refresh"
s_ContentBrowserStrings.rCloudPortalSearch = "Search"
s_ContentBrowserStrings.rCloudPortalShow = "show"
s_ContentBrowserStrings.rCloudPortalWindowLabel = "Cloud Import and Export"
s_ContentBrowserStrings.rContentBrowserContextMenuAddFavorites = "Add to favorites"
s_ContentBrowserStrings.rContentBrowserContextMenuImportMayaFile = "Import"
s_ContentBrowserStrings.rContentBrowserContextMenuOpenNormalTexture = "Open file as normal file texture"
s_ContentBrowserStrings.rContentBrowserContextMenuOpenProjectedTexture = "Open file as projected file texture"
s_ContentBrowserStrings.rContentBrowserContextMenuOpenStenciledTexture = "Open file as stenciled file texture"
s_ContentBrowserStrings.rContentBrowserContextMenuReferenceMayaFile = "Create Reference"
s_ContentBrowserStrings.rContentBrowserContextMenuRemoveFavorite = "Remove from favorites"
s_ContentBrowserStrings.rContentBrowserContextMenuSourceMel = "Source mel file"
s_ContentBrowserStrings.rContentBrowserContextMenuUseStamp = "Use selected stamp"
s_ContentBrowserStrings.rContentBrowserFilePathBar = "File path Bar"
s_ContentBrowserStrings.rContentBrowserFilePreviewNoPreviewAvail = "No preview available"
s_ContentBrowserStrings.rContentBrowserLibraryUserLibraryName = "User Libraries"
s_ContentBrowserStrings.rContentBrowserMenuItemListView = "List View"
s_ContentBrowserStrings.rContentBrowserMenuItemThumbnailView = "Thumbnail View"
s_ContentBrowserStrings.rContentBrowserMenuTabFavorites = "Favorites Panel"
s_ContentBrowserStrings.rContentBrowserMenuTabLibrary = "Examples Panel"
s_ContentBrowserStrings.rContentBrowserMenuTabMetadata = "Metadata Panel"
s_ContentBrowserStrings.rContentBrowserMenuTabPreview = "Preview Panel"
s_ContentBrowserStrings.rContentBrowserMenuTabProjects = "Projects Panel"
s_ContentBrowserStrings.rContentBrowserMenuTabSystem = "File System Panel"
s_ContentBrowserStrings.rContentBrowserMenuViewItemSortAscending = "Ascending Order"
s_ContentBrowserStrings.rContentBrowserMenuViewItemSortDateModified = "Date Modified"
s_ContentBrowserStrings.rContentBrowserMenuViewItemSortDescending = "Descending Order"
s_ContentBrowserStrings.rContentBrowserMenuViewItemSortName = "Name"
s_ContentBrowserStrings.rContentBrowserMenuViewItemSortSize = "Size"
s_ContentBrowserStrings.rContentBrowserMenuViewItemSortType = "Type"
s_ContentBrowserStrings.rContentBrowserMetadataFileCreationDate = "Created date: "
s_ContentBrowserStrings.rContentBrowserMetadataFileFramerate = "Framerate: "
s_ContentBrowserStrings.rContentBrowserMetadataFileLastModifiedDate = "Last modified date: "
s_ContentBrowserStrings.rContentBrowserMetadataFileName = "File name: "
s_ContentBrowserStrings.rContentBrowserMetadataFileSize = "File size: "
s_ContentBrowserStrings.rContentBrowserMetadataFileType = "File type: "
s_ContentBrowserStrings.rContentBrowserMetadataFileTypeTag = "file"
s_ContentBrowserStrings.rContentBrowserOkButtonCaptionImport = "Import"
s_ContentBrowserStrings.rContentBrowserOkButtonCaptionReference = "Reference"
s_ContentBrowserStrings.rContentBrowserProjectsCurrentProject = "Current Project:"
s_ContentBrowserStrings.rContentBrowserProjectsWorkspaceRoot = "Workspace Root"
s_ContentBrowserStrings.rContentBrowserTabFavorites = "Favorites"
s_ContentBrowserStrings.rContentBrowserTabLibrary = "Examples"
s_ContentBrowserStrings.rContentBrowserTabMetadata = "Metadata"
s_ContentBrowserStrings.rContentBrowserTabPreview = "Preview"
s_ContentBrowserStrings.rContentBrowserTabProjects = "Projects"
s_ContentBrowserStrings.rContentBrowserTabSystem = "File System"
s_ContentBrowserStrings.rDownloadFailed = "Download failed: \"^1s\""
s_ContentBrowserStrings.rDropbox = "Dropbox"
s_ContentBrowserStrings.rFirstNewFavFolderPlaceholder = "New Folder"
s_ContentBrowserStrings.rHttpCode = "Http code: "
s_ContentBrowserStrings.rHttpError = "http Error: "
s_ContentBrowserStrings.rHttpErrorMessageTitle = "Http Error Message"
s_ContentBrowserStrings.rHttpRequestTimeout = "408 Http request timeout"
s_ContentBrowserStrings.rHttpServerErrorGeneric = "Sorry but we were not able to connect, it is possible the service is down. Please try again."
s_ContentBrowserStrings.rHttpServerListenError = "Error listening to localhost because the following port is protected: "
s_ContentBrowserStrings.rHttpSuccessMessageTitle = "Http Success Message"
s_ContentBrowserStrings.rNewFavFolderPlaceholder = "New Folder (^1d)"
s_ContentBrowserStrings.rOk = "Ok"
s_ContentBrowserStrings.rProjectWindow = "Project Window..."
s_ContentBrowserStrings.rSaveCloseAction = "Save and Close"
s_ContentBrowserStrings.rSetProject = "Set Project..."
s_ContentBrowserStrings.rTooltipAddFavoritesfolder = "Add favorites folder"
s_ContentBrowserStrings.rTooltipAddFavoritespath = "Add path to favorites"
s_ContentBrowserStrings.rTooltipAddfavorite = "Add favorite"
s_ContentBrowserStrings.rTooltipCreatenewfolder = "Create new folder"
s_ContentBrowserStrings.rTooltipGotoParentDirectory = "Go up one directory"
s_ContentBrowserStrings.rTooltipHelp = "Maya Help"
s_ContentBrowserStrings.rTooltipListview = "List view"
s_ContentBrowserStrings.rTooltipNavigationhistory = "Navigation history"
s_ContentBrowserStrings.rTooltipNextlocation = "Next location"
s_ContentBrowserStrings.rTooltipPreferences = "Preferences"
s_ContentBrowserStrings.rTooltipPreviouslocation = "Previous location"
s_ContentBrowserStrings.rTooltipRefreshcontents = "Refresh contents"
s_ContentBrowserStrings.rTooltipScaler = "Scale thumbnails"
s_ContentBrowserStrings.rTooltipSortby = "Sort by ..."
s_ContentBrowserStrings.rTooltipThumbnailview = "Thumbnail view"
//
// String set: s_FcheckStrings
//
s_FcheckStrings.rFCAnimationNotFound = "animation ^1s not found"
s_FcheckStrings.rFCAudioFormatNoSupport = "Audio format not supported"
s_FcheckStrings.rFCAutoTrackingMode = "Auto tracking mode: ^1s"
s_FcheckStrings.rFCBPlane = "B plane"
s_FcheckStrings.rFCBlueBump = "Blue Bump"
s_FcheckStrings.rFCBumpValue = "Bump   : %.4f"
s_FcheckStrings.rFCColorValue = "Color  : ^1(.2)f%"
s_FcheckStrings.rFCControl = "%s - %c control"
s_FcheckStrings.rFCControl2 = "%c control"
s_FcheckStrings.rFCControlValues = "fcheck : control values"
s_FcheckStrings.rFCCropFilterNoSupport = "-C option not supported"
s_FcheckStrings.rFCDescription = "AutoDesk Inc.\nFile analyser, image visualizer and sound player"
s_FcheckStrings.rFCDone = "done"
s_FcheckStrings.rFCEntropyAnalyzer = "Entropy analyzer : ^1s"
s_FcheckStrings.rFCExpectedVersion = "%s: warning: expected version %s but found version %s (0x%x) instead. "
s_FcheckStrings.rFCFailAudioPort = "Failed to open audio port"
s_FcheckStrings.rFCFailedRead = "%s: failed reading "
s_FcheckStrings.rFCFcheckDescIrix = "(IRIX) Autodesk Inc.\nFile analyser, image visualizer and sound player"
s_FcheckStrings.rFCFcheckDescLinux = "(Linux) Autodesk Inc.\nFile analyser, image visualizer and sound player"
s_FcheckStrings.rFCFcheckDescWin = "(Windows) Autodesk Inc.\nFile analyser, image visualizer and sound player"
s_FcheckStrings.rFCFcheckUsage = "^1s ^2s"
s_FcheckStrings.rFCFcheckVersionForWin = "Fcheck, Version"
s_FcheckStrings.rFCFcheckVersionNonWin = "File analyser, image visualizer and sound player - v"
s_FcheckStrings.rFCFileName = "File : ^1s\n"
s_FcheckStrings.rFCFilePathMaxLength = "kFilePathMaxLength : ^1d"
s_FcheckStrings.rFCFileRemoved = "^1s removed"
s_FcheckStrings.rFCFromCinValue = "Fromcin: ^1s"
s_FcheckStrings.rFCFromWindow = " from window 0x%0x."
s_FcheckStrings.rFCGPlane = "G plane"
s_FcheckStrings.rFCGammaValues = "Gamma  : %.2f %.2f %.2f"
s_FcheckStrings.rFCGetLeafMsg = "^1dx^2d^3s^4s, ^5s ^6sMask^7s^8s^9s^10s"
s_FcheckStrings.rFCGreenBump = "Green Bump"
s_FcheckStrings.rFCHelp1 = "\nfcheck, command line options:\n\n\td: demo mode, uses a full screen window\n\tg: initial gamma correction, modifiable at any time\n\th: quick help\n\tp: pad frame numbers with zeros, needed for some image formats\n\tv: verbose\n\tw: wait for the image to be finished\n\tz: no z-buffer, when you don't have memory to burn\n\tB: border off. IRIX Only\n\tD: Stereo mode. IRIX Only\n\tF: full resolution, prevents automatic rescaling of large images\n\tG: forces gamma value of RLA images\n\tK: inverse Kodak Cineon color correction (log to linear)\n\tS: sequence mode, creates a loop of images, anims and soundssupported\n\n\tZ: forces z-buffer loading in animation mode\n\tC <x> <y> <width> <height> : crop. IRIX only.\n\tR <x> <y> : resolution in X and Y for HQ resizing (needs di) IRIX only.\n\tT <timer> : for use with -S, ajusts the delay between images\n\tu <filename> <frameoffset>  : Audio support, frameoffset is an integer value.\n\tm <mag>   : magnifier, mag is an integer value\n\ts <shrink>: reduces the image, shrink is an integer\n\tk <mem>   : keeps images in memory, using <mem> x available mem\n\tr <rate>  : display rate for animations, \"pal\" (default), \"ntsc\",\n\t            \"film\", or an integer frames-per-second value\n\tn <...>   : animation's start, end and step (integers only, sorry)\n\n\tif fcheck is given a name ending with a period, it automatically\n\tfinds the start, end and step of the corresponding animation\n\n"
s_FcheckStrings.rFCHelp2 = "fcheck, keyboard controls:\n\n\tF: single/double buffer mode, default depends on graphic board\n\tR,G,B,A,M: bitplane selection, A and M are for alpha bitplane\n\tK: toggle Kodak Cineon correction\n\tL: luminance, calculated from weighted RGB\n\t   with Shift, toggles lines/points drawing\n\tZ: z-buffer, displayed in gray levels\n\t   <Shft>Z displays the logarithm of the Z values\n\tC: color view\n\tN: normal bump, up and down arrows control the depth\n\tI: inverted bump, same as N with a negative gain\n\tQ: Turns off dithered mode for faster drawing (Windows NT only)\n\tE: Turns on dithered mode for smoother drawing (Windows NT only)\n\tU: update, reloads the image\n\tW: writes the current image, <Shift>W writes whole animation\n\tF5: toggle cross-hair cursor and tracking\n\t    while in tracking mode, use MB2 to record mouse position\n\tF6: writes tracking data, <Shift>-F6 to write a Composer curve\n\tF8: turns luminance curve on/off\n\tF11: overwrite image (toggle)\n\tF12: shows the borders of the tiles (IRIX Only)\n\t1-9: numeric keypad, scroll the image (Shift & Alt to move faster)\n\t0: numeric keypad, zoom down\n\t.: numeric keypad, zoom up\n\n\t/* on the numeric keypad control the percentage of color added\n\tto colorize the bumped image. <Ctrl>/ and <Ctrl>* reset this\n\tvalue to zero (black and white image) and 100%% respectively.\n"
s_FcheckStrings.rFCHelp3 = "\nfcheck, mouse controls:\n\n\tLeft Mouse Button: change the current image in anim mode.\n\t     with <Ctrl>, <Shift> or <Alt>, pan in X and/or Y\n\tMiddle Mouse Button: prints coordinates of pixel under cursor to stdout\n\tRight Mouse Button: paints current image plane (dots only, no fancy brushes)\n"
s_FcheckStrings.rFCHelp4 = "\nfcheck, lookup manipulations\n\n\t+-: luminance\n\t[]: gamma\n\t;': saturation\n\t/\: offset\n\tThese keys can be used with <Shift>, <Alt> and <Ctrl>\n\tto increase the variations, default is 1%%, <Shift> = 10%%\n\t<Alt> = 50%%, <Ctrl> resets the value\n\t<Shift>, <Alt> and <Ctrl> can also be used with the bump gain,\n\tbump color, or animation speed control keys.\n\tX : negative, and to reverse the matte\n\tD : resets the lookups (luminance, gamma and saturation)\n\tP : prints the current luminance, gamma and saturation values\n\tF1,F2,F3,F4: select the bitplane to modify (F1=R,F2=G,...F4=all)\n\twhen used with <Shift>, F1..F3 select the CMY bitplanes\n\n"
s_FcheckStrings.rFCHelp5 = "fcheck, animation controls:\n\n\t<>: play backward/forward, <Shift> to set in/out points\n\t    <Alt> to play once (default is to loop)\n\tspace bar: pause (toggle)\n\t0..9: step, 0=10\n\t->: next frame, using current step, <Ctrl>-> for last frame\n\t<-: previous frame, <Ctrl><- for first frame\n\tS: swing (toggle)\n\tT: real time (toggle), allows fcheck to skip images\n\t+- on the numeric keypad: increase/decrease speed\n\tIn anim mode, keep the left mouse button depressed and move\n\tthe mouse left and right to quickly change the current image.\n\n"
s_FcheckStrings.rFCHelp6 = "fcheck, image formats compatibility:\n\n\tfcheck uses an external converter (toimg) whenever images are\n\tnot in its native format. In this version, toimg can convert:\n\n\t. Abekas NTSC or PAL (.yuv)\n\t. Alias (.als)\n\t. Explore\n\t. GIF (.gif)\n\t. JPEG (.jpg)\n\t. Kodak Cineon (.cin)\n\t. LucasFilm (.lff)\n\t. Pixibox PXB and SCN format (.pxb or .scn)\n\t. PPM raw/ascii (.ppm)\n\t. Prisms (.pri)\n\t. Quantel (.qtl)\n\t. SGI (.rgb, .sgi or .bw)\n\t. Softimage (.pic)\n\t. Targa RGB/BW (.tga)\n\t. TIFF 6.0 (.tif or .tiff)\n\t. Vista (.vst)\n\t. Wavefront RLA (.rla)\n\n\tIt is strongly recommended to use file names with the above\n\textensions, since some image formats are not recognizable from\n\tthe image's content (no tag).\n\n\tVendors use different numbering schemes for sequence of images.\n\tDepending on the position of the frame number in the filename,\n\tdifferent conventions are used to indicate the sequence being opened.\n\t@ and # symbols are used to specify the position of frame numbers in filenames.\n\tThe number of @ is parallel to the amount of padding in the file name.\n\tIf the sequence of files is beginning with myimage.001.iff, use the following syntax:\n\n\t\tfcheck -<option> myimage.@@@.iff\n\n\tIf the sequence of files is padded with 4 digits (like rla images),\n\tuse the following syntax:\n\n\t\tfcheck -n <start> <end> <step> image.#.rla\n\n\tnote that # is a shortcut for @@@@\n\n\n"
s_FcheckStrings.rFCIconBitsMsg = "^1dx^2d icon, 24 bits"
s_FcheckStrings.rFCImgWritten = "image written by Fcheck"
s_FcheckStrings.rFCInv = "Inv ^1s"
s_FcheckStrings.rFCInvalidData = "%s: invalid data on "
s_FcheckStrings.rFCLockObtained = "%s: obtained lock. "
s_FcheckStrings.rFCLumBump = "Lum Bump"
s_FcheckStrings.rFCLumCurve = "Luminance curve ^1s"
s_FcheckStrings.rFCLumValues = "Lum    : %.2f %.2f %.2f"
s_FcheckStrings.rFCLuminance = "Luminance"
s_FcheckStrings.rFCMask = "Mask"
s_FcheckStrings.rFCMaskBump = "Mask Bump"
s_FcheckStrings.rFCMinMax = "Min: ^1(3)d ^2(3)d ^3(3)d    Max: ^4(3)d ^5(3)d ^6(3)d"
s_FcheckStrings.rFCNegateValues = "Negate : ^1s ^2s ^3s"
s_FcheckStrings.rFCNoAnimPipeMode = "No animation in pipe mode"
s_FcheckStrings.rFCNoAnimTestMode = "No animation in test mode"
s_FcheckStrings.rFCNoColor = "No color"
s_FcheckStrings.rFCNoImg = "No image..."
s_FcheckStrings.rFCNoMask = "No Mask"
s_FcheckStrings.rFCNoReadDelete = "%s: unable to read and delete "
s_FcheckStrings.rFCNoStereo = "Stereo Mode Not Supported"
s_FcheckStrings.rFCNoZBuffer = "No Z buffer"
s_FcheckStrings.rFCNosoundCardSupport = "Format not supported by sound card"
s_FcheckStrings.rFCNotInStdin = "Not on stdin..."
s_FcheckStrings.rFCNotYetWritten = "Not yet written"
s_FcheckStrings.rFCOfWindow = " of window 0x%x."
s_FcheckStrings.rFCOff = "off"
s_FcheckStrings.rFCOffsetValues = "Offset : %3d %3d %3dd"
s_FcheckStrings.rFCOn = "on"
s_FcheckStrings.rFCOsWindows = "(Windows)"
s_FcheckStrings.rFCOverwriteConfirm = "The file ^1s already exists. \n Do you want to overwrite ? "
s_FcheckStrings.rFCOverwriteMode = "overwrite mode: ^1s"
s_FcheckStrings.rFCPanXLinear = "PanX = Linear("
s_FcheckStrings.rFCPipedCmd = "Piped Cmd"
s_FcheckStrings.rFCPlaySpeed = "Play speed: %d frames/sec"
s_FcheckStrings.rFCPrintData = "%04d: %.2f %.2f  (%.2f %.2f)"
s_FcheckStrings.rFCProperty = "property "
s_FcheckStrings.rFCPrtFileErr = "^1s : ^2s"
s_FcheckStrings.rFCQuickBump = "Quick Bump"
s_FcheckStrings.rFCRPlane = "R plane"
s_FcheckStrings.rFCRedBump = "Red Bump"
s_FcheckStrings.rFCReloadingImage = "Reloading image ..."
s_FcheckStrings.rFCResNoSupport = "-R option not supported"
s_FcheckStrings.rFCResult = "%d file(s) checked, %d error(s)"
s_FcheckStrings.rFCRlaGamma = "RLAGAMMA=^1f"
s_FcheckStrings.rFCSatValues = "Sat    : %.2f %.2f %.2f"
s_FcheckStrings.rFCSaveAs = "Save As..."
s_FcheckStrings.rFCServerError = "%s: internal error: server wants more information?  (%s) "
s_FcheckStrings.rFCStdin = "stdin"
s_FcheckStrings.rFCTocinValue = "Tocin  : ^1s"
s_FcheckStrings.rFCTrackingMode = "Tracking mode: ^1s"
s_FcheckStrings.rFCUnableCreateGLContext = "Unable to create OpenGL context\n"
s_FcheckStrings.rFCUnableCreateGLVisual = "Unable to create OpenGL visual"
s_FcheckStrings.rFCUnableCreateGLWin = "Unable to create OpenGL window"
s_FcheckStrings.rFCUnableFindDisplay = "Unable to find the proper display. Exiting "
s_FcheckStrings.rFCUnknown = "Unknown"
s_FcheckStrings.rFCUsage = "Usage: ^1s [options] files... "
s_FcheckStrings.rFCUsageCont = "use ^1s -h for more help"
s_FcheckStrings.rFCUsingVersion = "\t%s (0x%lx) are running.  Using version %s."
s_FcheckStrings.rFCVersionRunningBoth = "%s: warning: both version %s (0x%x) and version"
s_FcheckStrings.rFCWindowDestroyed = "%s: window 0x%x unexpectedly destroyed."
s_FcheckStrings.rFCWindowLocked = "%s: window 0x%x is locked by %s; waiting... "
s_FcheckStrings.rFCWindowProperty = " property of window 0x%0x."
s_FcheckStrings.rFCWriteErrAudioPort = "write error to audio port"
s_FcheckStrings.rFCWriteTrackData = "Writing tracking data..."
s_FcheckStrings.rFCWritingFile = "fcheck : writing ^1s ..."
s_FcheckStrings.rFCWritingImage = "Writing image..."
s_FcheckStrings.rFCZBuffer = "Z buffer"
s_FcheckStrings.rFCZBump = "Z Bump"
s_FcheckStrings.rFCZNotLoaded = "Z not loaded"
s_FcheckStrings.rFCZRange = "Z range: [%f , %f]"
s_FcheckStrings.rFCparameters = " - %dx%d - %d:%d"
//
// String set: s_FieldAssemblerStrings
//
s_FieldAssemblerStrings.rCannotOpenPlugin = "Cannot open plugin ^1s.\n"
s_FieldAssemblerStrings.rCannotWriteScanlines = "Output type cannot be written by scanlines.\n"
s_FieldAssemblerStrings.rConversionError = "Error in conversion of ^1s.\n"
s_FieldAssemblerStrings.rConvertRGBImages = "only converts rgb images, which this is not.\n"
s_FieldAssemblerStrings.rDifferentSize = "Images are different sizes.\n"
s_FieldAssemblerStrings.rEmptyImage = "Empty image.\n"
s_FieldAssemblerStrings.rFailedInputFile = "Failed to stat the input file"
s_FieldAssemblerStrings.rFailedOutputFile = "Failed to open output file ^1s.\n"
s_FieldAssemblerStrings.rFailedScanlineWrite = "scanline write failed.\n"
s_FieldAssemblerStrings.rFailedStatusBar = "Failed to create status bar\n"
s_FieldAssemblerStrings.rFileDirectory = "File ^1s is a directory.\n"
s_FieldAssemblerStrings.rInitializationFailed = "IMF initialize failed\n"
s_FieldAssemblerStrings.rNoPluginKey = "plugin ^1s filename has no key.\n"
s_FieldAssemblerStrings.rNotRecognizedImageFile = "IMF did not recognise image file ^1s.\n"
s_FieldAssemblerStrings.rPathInvalid = "IMF plugin path invalid: %s\n"
s_FieldAssemblerStrings.rPixelSupport = "Maximum of 32 bits per pixel is supported."
s_FieldAssemblerStrings.rPluginNotFound = "Plugin ^1s not found.\n"
s_FieldAssemblerStrings.rUnknownImageTypeFA = "unknown image type - ^1s.\n"
//
// String set: s_HargParserResultsStrings
//
s_HargParserResultsStrings.rArgNumErrorStr = "Argument #"
s_HargParserResultsStrings.rCompFailure = "Failed to composite image file ^1s."
s_HargParserResultsStrings.rConflictingFlagsErrorStr = "Conflicting flags were specified."
s_HargParserResultsStrings.rContradictoryFlagsErrorStr = "There are contradictory flags."
s_HargParserResultsStrings.rConvertFloat2BoolWarning = "Converting float value ^1f to a boolean value of ^2d ."
s_HargParserResultsStrings.rConvertFloat2IntWarning = "Converting float value ^1f to an int value of ^2d ."
s_HargParserResultsStrings.rDefaultCmdErrorStr = "Error while parsing arguments."
s_HargParserResultsStrings.rDefaultObjectsErr = "Error retrieving default arguments"
s_HargParserResultsStrings.rDsoLoadFailure = "DSO <^1s> failed to load properly or perhaps commandList is incorrect."
s_HargParserResultsStrings.rEmptyRedoQueueErrorStr = "There are no more commands to redo."
s_HargParserResultsStrings.rEmptyStringArgumentErrorStr = "The '^1s' argument may not be an empty string."
s_HargParserResultsStrings.rEmptyUndoQueueErrorStr = "There are no more commands to undo."
s_HargParserResultsStrings.rExceptionErrorStr = "Command failure due to exception."
s_HargParserResultsStrings.rExpectedMoreObjectsErrorStr = "Not enough objects for this command (expected at least ^1d)."
s_HargParserResultsStrings.rFlagOnlyForQuery = "Flag may only be used in query."
s_HargParserResultsStrings.rFlagOnlyForQueryFormat = "Flag '^1s' may only be used in query."
s_HargParserResultsStrings.rInvalidArgAtIndexErrorStr = "Invalid argument ^1d, '^2s'. Expected arguments of type ^3s"
s_HargParserResultsStrings.rInvalidArgErrorStr = "Invalid argument:"
s_HargParserResultsStrings.rInvalidArgForFlagFormat = "Invalid argument '^1s' for flag '^2s'."
s_HargParserResultsStrings.rInvalidEditArg = "Argument to edit flag must be a boolean"
s_HargParserResultsStrings.rInvalidFlagAfterObjectErrorStr = "Flags must come before objects:"
s_HargParserResultsStrings.rInvalidFlagArgErrorStr = "Invalid arguments for flag:"
s_HargParserResultsStrings.rInvalidFlagArgTypesErrorStr = "Invalid arguments for flag '^1s'.  Expected ^2s, got ^3s"
s_HargParserResultsStrings.rInvalidFlagErrorStr = "Invalid flag '^1s'"
s_HargParserResultsStrings.rInvalidFlagObjErrorStr = "Invalid object for flag."
s_HargParserResultsStrings.rInvalidFlagValueErrorStr = "Invalid argument for flag '^1s'"
s_HargParserResultsStrings.rInvalidObjectErr = "Object ^1s is invalid"
s_HargParserResultsStrings.rInvalidObjectErrorStr = "Invalid object or value:"
s_HargParserResultsStrings.rInvalidPythonBooleanFlag = "Flag '^1s' must be passed a boolean argument"
s_HargParserResultsStrings.rInvalidPythonQueryBooleanFlag = "Flag '^1s' must be passed a boolean argument when query flag is set"
s_HargParserResultsStrings.rInvalidQueryArg = "Argument to query flag must be a boolean"
s_HargParserResultsStrings.rMetaCommandBadArguments = "^1c expects type ^2c"
s_HargParserResultsStrings.rMetaCommandBadCommandArgs = "Command argument ^1d expects type ^2c"
s_HargParserResultsStrings.rMetaCommandNoEdit = "This command does not support edits."
s_HargParserResultsStrings.rMetaCommandNoQuery = "This command does not support queries."
s_HargParserResultsStrings.rMetaCommandObsoleteFlag = "Flag '^1c' is obsolete.  Please update your scripts."
s_HargParserResultsStrings.rMissingQueryFlagErrorStr = "Flag for query must be specified."
s_HargParserResultsStrings.rNoObjectsSpecifiedErrorStr = "No objects were specified."
s_HargParserResultsStrings.rNotCreateFlagFormat = "Flag '^1s' may not be used on creation."
s_HargParserResultsStrings.rNotEditFlagFormat = "Flag '^1s' may not be edited."
s_HargParserResultsStrings.rNotEnoughFlagsErrorStr = "Not enough flags for command."
s_HargParserResultsStrings.rNotEnoughObjectsErrorStr = "Not enough objects for this command."
s_HargParserResultsStrings.rNotQueryFlagFormat = "Flag '^1s' may not be queried."
s_HargParserResultsStrings.rObjectNotFoundErrorStr = "Could not locate object:"
s_HargParserResultsStrings.rOutOfMemoryErrorStr = "Out of memory."
s_HargParserResultsStrings.rRedoFailedErrorStr = "Redo was not successful.  Damaged undo/redo information has been flushed."
s_HargParserResultsStrings.rRedoFormatStr = "Redo: ^1s"
s_HargParserResultsStrings.rTooFewArgsErrorStr = "Too few arguments given."
s_HargParserResultsStrings.rTooFewFlagArgsErrorStr = "Too few arguments given for flag:"
s_HargParserResultsStrings.rTooFewObjectsErrorStr = "Not enough objects or values."
s_HargParserResultsStrings.rTooManyObjectsErrorStr = "Too many objects or values."
s_HargParserResultsStrings.rUndoFailedErrorStr = "Undo was not successful.  Damaged undo/redo information has been flushed."
s_HargParserResultsStrings.rUndoFormatStr = "Undo: ^1s"
s_HargParserResultsStrings.rUndoOffErrorStr = "The undo queue is turned off."
s_HargParserResultsStrings.rUndoUnavailableErrorStr = "Undo is temporarily unavailable.  Try exiting the current tool."
s_HargParserResultsStrings.rUnlicensedCommand = "You are not licensed to use the \"^1s\" command."
s_HargParserResultsStrings.rWrongFlagArgsCountErrorStr = "Wrong number of arguments given for flag: ^1s"
s_HargParserResultsStrings.rWrongNumberOfArgumentErrorStr = "Wrong number of arguments."
//
// String set: s_HcommandResultsStrings
//
s_HcommandResultsStrings.rAdaptiveRangeErrorStr = "adaptive subdivisions out of range."
s_HcommandResultsStrings.rAmbientShadeRangeErrorStr = "ambient shade argument out of range."
s_HcommandResultsStrings.rAspectRatioBoundErrorStr = "Out of bound value for aspectRatio."
s_HcommandResultsStrings.rBadFormUErrorStr = "Unrecognized form with flag \"-formU\", should be \"open\", \"closed\" or \"periodic\". Defaulting to \"open\"."
s_HcommandResultsStrings.rBadFormVErrorStr = "Unrecognized form with flag \"-formV\", should be \"open\", \"closed\" or \"periodic\". Defaulting to \"open\"."
s_HcommandResultsStrings.rBadValueErrorStr = "Bad value for conversion: "
s_HcommandResultsStrings.rCameraScaleBoundErrorStr = "Out of bound value for cameraScale."
s_HcommandResultsStrings.rCanOnlyEditOneObjErrorStr = "Only one curve allowed with the \"-r\" or \"-a\ flag. First curve will be changed."
s_HcommandResultsStrings.rCanOnlyQueryOneFlagErrorStr = "Only one flag allowed on a query."
s_HcommandResultsStrings.rCanOnlyQueryOneObjErrorStr = "Only one object allowed for a query."
s_HcommandResultsStrings.rCannotOpenDirectoryErrorStr = "cannot open directory."
s_HcommandResultsStrings.rCantMakePeriodicBadCVsAndKnotsErrorStr = "Could not make curve/surface periodic, end CVs and knots spacings inconsistent"
s_HcommandResultsStrings.rCantMakePeriodicBadCVsErrorStr = "Could not make curve/surface periodic, end CVs inconsistent"
s_HcommandResultsStrings.rCantMakePeriodicBadKnotsErrorStr = "Could not make curve/surface periodic, end knot spacings inconsistent"
s_HcommandResultsStrings.rCantMakePeriodicErrorStr = "Could not make curve/surface periodic"
s_HcommandResultsStrings.rCantMakePeriodicMultEndKnotsErrorStr = "Cannot make a curve/surface with multiple end knots periodic"
s_HcommandResultsStrings.rCantUseReplaceAndAppendFlagErrorStr = "Cannot specify both \"-r\" and \"-a\" flags.  Using \"-a\"."
s_HcommandResultsStrings.rCenterOfInterestBoundErrorStr = "Out of bound value for centerOfInterest."
s_HcommandResultsStrings.rColourRangeErrorStr = "color arguments out of range."
s_HcommandResultsStrings.rConeAngleRangeErrorStr = "coneAngle argument out of range."
s_HcommandResultsStrings.rConversionOfAnglesAndDistancesErrorStr = "Cannot convert between angles and distance values"
s_HcommandResultsStrings.rCurveAlignErrorStr = "Failed to align curves"
s_HcommandResultsStrings.rCurveAttachErrorStr = "Failed to attach curves"
s_HcommandResultsStrings.rCurveNotClosedErrorStr = "Curve is not closed."
s_HcommandResultsStrings.rCurveNotPlanarErrorStr = "Curve is not planar."
s_HcommandResultsStrings.rDecayDistanceRangeErrorStr = "decayDistance argument out of range."
s_HcommandResultsStrings.rDecayRateRangeErrorStr = "decayRate argument out of range."
s_HcommandResultsStrings.rDegreeTooHighErrorStr = "Curve/Surface degree must be 1,2,3,5 or 7 (using 3)"
s_HcommandResultsStrings.rDegreeTooLowErrorStr = "Curve/Surface degree cannot be less than 1 (using 1)"
s_HcommandResultsStrings.rDetachNoParamFlagsErrorStr = "You must specify at least one \"-parameter\" flag or select a point on a curve beforehand."
s_HcommandResultsStrings.rDetachWrongNumKeepFlagsErrorStr = "Number of keep flags must be one more than the number of parameter flags."
s_HcommandResultsStrings.rDiskRadiusRangeErrorStr = "discRadius argument out of range."
s_HcommandResultsStrings.rDistanceAndObjectCenterErrorStr = "Distance only scaling around the individual objects centers will produce no results"
s_HcommandResultsStrings.rDropOffRangeErrorStr = "dropOff argument out of range."
s_HcommandResultsStrings.rEyeOffsetBoundErrorStr = "Out of bound value for eyeOffset."
s_HcommandResultsStrings.rFStopBoundErrorStr = "Out of bound value for fStop."
s_HcommandResultsStrings.rFarClipPlaneBoundErrorStr = "Out of bound value for farClipPlane."
s_HcommandResultsStrings.rFarFocusDistanceErrorStr = "Out of bound value for far focus distance."
s_HcommandResultsStrings.rFilmFitErrorStr = "Invalid value for filmFit."
s_HcommandResultsStrings.rFlagNotQueryableFormatStr = "Flag '^1s' cannot be queried."
s_HcommandResultsStrings.rFocalLengthBoundErrorStr = "Out of bound value for focalLength."
s_HcommandResultsStrings.rFocusDistanceBoundErrorStr = "Out of bound value for focusDistance."
s_HcommandResultsStrings.rFogKindErrorStr = "fog kind not defined."
s_HcommandResultsStrings.rGlowKindErrorStr = "glow kind not defined."
s_HcommandResultsStrings.rHaloKindErrorStr = "halo kind not defined."
s_HcommandResultsStrings.rHoleIsNotCoPlanarErrorStr = "To make a hole, curve must be in same plane as the face."
s_HcommandResultsStrings.rHorizontalFieldOfViewBoundErrorStr = "Out of bound value for hFieldOfView."
s_HcommandResultsStrings.rHorizontalFilmApertureBoundErrorStr = "Out of bound value for vFilmAperture."
s_HcommandResultsStrings.rIgnoringWeightedPtFlagErrorStr = "Cannot specify both \"-p\" and \"-pw\" flags.  Using \"-p\""
s_HcommandResultsStrings.rInsertNoParamFlagsErrorStr = "You must specify at least one \"-parameter\" flag or select a point on a curve beforehand."
s_HcommandResultsStrings.rInsertNotEnoughNumKnotsFlagsErrorStr = "Number of knot flags must match number of parameter flags."
s_HcommandResultsStrings.rIntensityRangeErrorStr = "intensity argument out of range."
s_HcommandResultsStrings.rInvalidDegreeErrorStr = "Invalid degree value for this command."
s_HcommandResultsStrings.rKnotVectorIgnoredErrorStr = "Knot vector ignored because -cv was not specified."
s_HcommandResultsStrings.rKnotVectorNotValidErrorStr = "Knot vector is not valid.  Check that it is non-decreasing."
s_HcommandResultsStrings.rKnotVectorUNotValidErrorStr = "Knot vector in U is not valid.  Check that it is non-decreasing."
s_HcommandResultsStrings.rKnotVectorVNotValidErrorStr = "Knot vector in V is not valid.  Check that it is non-decreasing."
s_HcommandResultsStrings.rKnotVectorWrongLengthErrorStr = "Knot vector must have length (#CVs + degree - 1)"
s_HcommandResultsStrings.rLensSqueezeRatioBoundErrorStr = "Out of bound value for lensSqueezeRatio."
s_HcommandResultsStrings.rLightLengthRangeErrorStr = "length argument out of range."
s_HcommandResultsStrings.rLightSizeRangeErrorStr = "size argument out of range."
s_HcommandResultsStrings.rLightWidthRangeErrorStr = "width argument out of range."
s_HcommandResultsStrings.rLinearSegOnFirstObjErrorStr = "The first object cannot be specified with a linear segment flag."
s_HcommandResultsStrings.rMaterialCmdFailDiffuse = "Set diffuse failed on target material."
s_HcommandResultsStrings.rMaterialCmdFailEcc = "Set eccentricity failed on target material."
s_HcommandResultsStrings.rMaterialCmdFailPhongHigh = "Set phong highlight failed on target material."
s_HcommandResultsStrings.rMaterialCmdFailReflectivity = "Set reflectivity failed on target material."
s_HcommandResultsStrings.rMaterialCmdFailRefractIndex = "Set refract index failed on target material."
s_HcommandResultsStrings.rMaterialCmdFailShadingModel = "Set shading model failed on target material."
s_HcommandResultsStrings.rMaterialCmdFailSpecFraction = "Set specular fraction failed on target material."
s_HcommandResultsStrings.rMaterialCmdFailSpecular = "Set specular failed on target material."
s_HcommandResultsStrings.rMaterialCmdFailTextureErr = "Set texture failed on on target material."
s_HcommandResultsStrings.rMaterialCmdMultipleGivenErr = "More than one target material specified, only changing first."
s_HcommandResultsStrings.rMaterialCmdNoneGivenErr = "No target material specified."
s_HcommandResultsStrings.rMaterialCmdNullErr = "A null material was found in the inventory."
s_HcommandResultsStrings.rNearClipPlaneBoundErrorStr = "Out of bound value for nearClipPlane."
s_HcommandResultsStrings.rNearFocusDistanceErrorStr = "Out of bound value for near focus distance."
s_HcommandResultsStrings.rNeedKnotVectorErrorStr = "You must specify both knot vectors for this command using the \"-ku\" and \"-kv\" flags."
s_HcommandResultsStrings.rNeedKnotVectorForCloseErrorStr = "Ignoring \"-per\".  Must specify knots with the \"-per\" option."
s_HcommandResultsStrings.rNo3dAnd2dAlignErrorStr = "Cannot align a 3d curve to a 2d curve"
s_HcommandResultsStrings.rNo3dAnd2dAttachErrorStr = "Cannot attach a 3d curve to a 2d curve"
s_HcommandResultsStrings.rNoCameraSelectedErrorStr = "No selected camera object in the model."
s_HcommandResultsStrings.rNoCurvesOnSurfaceErrorStr = "The surface does not have curves on surface."
s_HcommandResultsStrings.rNoExtendTypeFlagsErrorStr = "The extend type is necessary."
s_HcommandResultsStrings.rNoFlagForQueryErrorStr = "No flag specified for query."
s_HcommandResultsStrings.rNoIntersectDoneErrorStr = "No intersection curves were created for the selected surfaces."
s_HcommandResultsStrings.rNoModelOpenErrorStr = "No model open."
s_HcommandResultsStrings.rNoPathNorVectorErrorStr = "Need sweep vector or path."
s_HcommandResultsStrings.rNoProjectDoneErrorStr = "No curves were projected onto the selected surfaces."
s_HcommandResultsStrings.rNoSrfsIntersectErrorStr = "There are no intersecting surfaces."
s_HcommandResultsStrings.rNoSurfaceToTrimErrorStr = "A surface to trim has not been specified."
s_HcommandResultsStrings.rNonCameraObjectErrorStr = "Non camera object in the list."
s_HcommandResultsStrings.rNonQueriableParamErrorStr = "Parameter cannot be queried."
s_HcommandResultsStrings.rNotOneCurvePathErrorStr = "Need only one nurbsCurve path."
s_HcommandResultsStrings.rObjectLocatorNewLocationErrorStr = "New location not on same NURBS object as the locator shape."
s_HcommandResultsStrings.rObjectNoLocatorErrorStr = "Select locator shape and its new position on its parent NURBS object."
s_HcommandResultsStrings.rObjectNoLocatorNewLocationErrorStr = "New location on NURBS object not specified."
s_HcommandResultsStrings.rObjectNotCrvOrSrfErrorStr = "Target objects must be curves or surfaces."
s_HcommandResultsStrings.rObjectNotCurveErrorStr = "Target object must be a curve."
s_HcommandResultsStrings.rObjectNotLocatorErrorStr = "Target object must be a locator on a NURBS curve or surface."
s_HcommandResultsStrings.rObjectNotPolySrfErrorStr = "Target objects must be polySurface."
s_HcommandResultsStrings.rObjectNotSurfaceErrorStr = "Target object must be a surface."
s_HcommandResultsStrings.rObjectTooManyTooFewErrorStr = "Target objects too many or too few."
s_HcommandResultsStrings.rObsoleteCmdWarningStr = "This command is now obsolete. "
s_HcommandResultsStrings.rObsoleteFlagWarningStr = "This flag is now obsolete. "
s_HcommandResultsStrings.rOrthoWidthBoundErrorStr = "Out of bound value for orthoWidth."
s_HcommandResultsStrings.rParamOutOfBoundsErrorStr = "Parameter is out of bounds."
s_HcommandResultsStrings.rParamSameErrorStr = "No need to edit (same parameters)."
s_HcommandResultsStrings.rPenumbraAngleRangeErrorStr = "penumbraAngle argument out of range."
s_HcommandResultsStrings.rRemoveArcLenNotAllowedErrorStr = "Arc length flag is not allowed for surfaces and curves-on-surface."
s_HcommandResultsStrings.rRemoveCannotRemoveEndKnotsErrorStr = "Cannot remove end knots."
s_HcommandResultsStrings.rRemoveKnotsRemainingTooLargeErrorStr = "Cannot have that many knots remaining."
s_HcommandResultsStrings.rRemoveNoKnotsAtThatParamErrorStr = "No knots at that parameter."
s_HcommandResultsStrings.rRemoveNotEnoughKnotsToRemoveErrorStr = "Cannot remove that many knots."
s_HcommandResultsStrings.rRenderGlobalsCmdAllFramesErr = "Cannot toggle renderGlobals All Frames value."
s_HcommandResultsStrings.rRenderGlobalsCmdAmbientColorErr = "Cannot set renderGlobals Ambient Color value."
s_HcommandResultsStrings.rRenderGlobalsCmdAmbientDirectionErr = "Cannot set renderGlobals Ambient Direction value."
s_HcommandResultsStrings.rRenderGlobalsCmdAnimationErr = "Cannot toggle Animation on target renderGlobals."
s_HcommandResultsStrings.rRenderGlobalsCmdCameraFlashColorErr = "Cannot toggle Camera Flash Color on target renderGlobals."
s_HcommandResultsStrings.rRenderGlobalsCmdCameraFlashErr = "Cannot toggle Camera Flash on target renderGlobals."
s_HcommandResultsStrings.rRenderGlobalsCmdFillColorErr = "Cannot set renderGlobals Fill Color value."
s_HcommandResultsStrings.rRenderGlobalsCmdFillErr = "Cannot toggle renderGlobals Fill value."
s_HcommandResultsStrings.rRenderGlobalsCmdFormatErr = "Cannot set output file Format on target renderGlobals."
s_HcommandResultsStrings.rRenderGlobalsCmdFrameRangeErr = "Cannot set renderGlobals Frame Range."
s_HcommandResultsStrings.rRenderGlobalsCmdHiddenLineErr = "Cannot toggle Hidden Line on target renderGlobals."
s_HcommandResultsStrings.rRenderGlobalsCmdInterlaceErr = "Cannot set renderGlobals Interlace value."
s_HcommandResultsStrings.rRenderGlobalsCmdLineColorErr = "Cannot set renderGlobals Line Color value."
s_HcommandResultsStrings.rRenderGlobalsCmdLogErr = "Cannot toggle renderGlobals log."
s_HcommandResultsStrings.rRenderGlobalsCmdMultipleGivenErr = "More than one Target renderGlobals specified, only changing first."
s_HcommandResultsStrings.rRenderGlobalsCmdNameErr = "Cannot set name on target renderGlobals."
s_HcommandResultsStrings.rRenderGlobalsCmdNullErr = "A null renderGlobals was found in the inventory."
s_HcommandResultsStrings.rRenderGlobalsCmdQualityErr = "Cannot set quality on target renderGlobals."
s_HcommandResultsStrings.rRenderGlobalsCmdQualityLevelErr = "Cannot set Quality level on target renderGlobals."
s_HcommandResultsStrings.rRenderGlobalsCmdRenderErr = "Cannot set renderGlobals renders value."
s_HcommandResultsStrings.rRenderGlobalsCmdResolutionErr = "Cannot set resolution on target renderGlobals."
s_HcommandResultsStrings.rRenderGlobalsCmdSkeletonsErr = "Cannot toggle renderGlobals Skeletons value."
s_HcommandResultsStrings.rRenderGlobalsCmdSuppressErr = "Cannot toggle Suppression of Geometry error messages on RenderGlobals."
s_HcommandResultsStrings.rRenderGlobalsCmdTexturesErr = "Cannot toggle renderGlobals Textures value."
s_HcommandResultsStrings.rRenderGlobalsCmdUPatchErr = "Cannot set renderGlobals U Patch value."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoAllFramesErr = "Cannot undo renderGlobals All Frames toggle."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoAmbientColorErr = "Undo failed on renderGlobals Ambient Color value."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoAmbientDirectionErr = "Undo failed on renderGlobals Ambient Direction value."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoAnimationErr = "Cannot toggle Animation on target renderGlobals."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoCameraFlashColorErr = "Cannot undo Camera Flash Color change on target renderGlobals."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoCameraFlashErr = "Cannot undo Camera Flash change on target renderGlobals."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoDepthFileErr = "Cannot undo Depth file toggle."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoDepthFileNameErr = "Cannot undo renderGlobals Depth File Name."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoFileOverWriteErr = "Cannot undo output file overwrite toggle."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoFillColorErr = "Undo failed on renderGlobals Fill Color value."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoFillErr = "Undo failed on renderGlobals Fill value."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoFormatErr = "Undo failed on Render Settings output Format value."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoFrameRangeErr = "Cannot undo renderGlobals Frame Range change."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoHiddenLineErr = "Cannot undo Hidden Line toggle on target renderGlobals."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoInterlaceErr = "Cannot undo Interlacing change on target renderGlobals."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoLineColorErr = "Undo failed on renderGlobals Line Color value."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoLogErr = "Undo failed on renderGlobals log value."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoMaskFileErr = "Cannot undo Mask File Toggle."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoMaskFileNameErr = "Cannot undo Mask File Name."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoNameErr = "Cannot undo name change on target renderGlobals."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoOutFileNameErr = "Cannot undo Output File Name."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoPixExtensionErr = "Cannot undo renderGlobals pix file extension change."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoQualityErr = "Cannot undo quality change to target renderGlobals."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoQualityLevelErr = "Cannot undo Quality Level change to target renderGlobals."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoRenderErr = "Undo failed on renderGlobals renders value."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoResolutionErr = "Cannot undo resolution change to target renderGlobals."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoSkeletonsErr = "Cannot undo renderGlobals Skeletons toggle."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoSuppressErr = "Undo failed on Render Settings suppression of geometry error messages."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoTexturesErr = "Cannot undo toggle on renderGlobals Textures value."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoUPatchErr = "Cannot undo renderGlobals U Patch value."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoVPatchErr = "Cannot undo renderGlobals V Patch value."
s_HcommandResultsStrings.rRenderGlobalsCmdUndoVoxelErr = "Cannot undo renderGlobals Voxel Values."
s_HcommandResultsStrings.rRenderGlobalsCmdVPatchErr = "Cannot set renderGlobals V Patch value."
s_HcommandResultsStrings.rRenderQualityCmdAdaptiveErr = "Cannot set adaptive Min, Max, or Curve Threshold values on target quality."
s_HcommandResultsStrings.rRenderQualityCmdAntiAliasErr = "Cannot set Anti Alias Min, Max, or Threshold values on target quality."
s_HcommandResultsStrings.rRenderQualityCmdCompositeErr = "Cannot toggle composite on target quality."
s_HcommandResultsStrings.rRenderQualityCmdCoverageErr = "Cannot set quality coverage value."
s_HcommandResultsStrings.rRenderQualityCmdDefaultStr = "Quality"
s_HcommandResultsStrings.rRenderQualityCmdJitterErr = "Cannot toggle Jitter on target quality."
s_HcommandResultsStrings.rRenderQualityCmdMultipleGivenErr = "More than one Target Quality specified, only changing first."
s_HcommandResultsStrings.rRenderQualityCmdNameErr = "Cannot set name on target quality."
s_HcommandResultsStrings.rRenderQualityCmdNullErr = "A null quality retrieved."
s_HcommandResultsStrings.rRenderQualityCmdPreviewErr = "Cannot toggle quality preview value."
s_HcommandResultsStrings.rRenderQualityCmdRayTraceOnErr = "Cannot toggle quality Ray Trace On value."
s_HcommandResultsStrings.rRenderQualityCmdRecursionErr = "Cannot set quality recursion value."
s_HcommandResultsStrings.rRenderQualityCmdReflectionErr = "Cannot set quality reflections value."
s_HcommandResultsStrings.rRenderQualityCmdRefractionErr = "Cannot set quality refractions value."
s_HcommandResultsStrings.rRenderQualityCmdShadowErr = "Cannot set quality shadow value."
s_HcommandResultsStrings.rRenderQualityCmdShadowsOnErr = "Cannot toggle quality Shadows On value."
s_HcommandResultsStrings.rRenderQualityCmdUndoAdaptiveErr = "Cannot undo adaptive Min, Max, or Curve Threshold values on target quality."
s_HcommandResultsStrings.rRenderQualityCmdUndoAntiAliasErr = "Cannot undo Anti Alias Min, Max, or Threshold values on target quality."
s_HcommandResultsStrings.rRenderQualityCmdUndoCompositeErr = "Cannot undo composite change on target quality."
s_HcommandResultsStrings.rRenderQualityCmdUndoCoverageErr = "Undo failed on quality coverage value."
s_HcommandResultsStrings.rRenderQualityCmdUndoJitterErr = "Cannot undo Jitter toggle on target quality."
s_HcommandResultsStrings.rRenderQualityCmdUndoNameErr = "Cannot undo name change on target quality."
s_HcommandResultsStrings.rRenderQualityCmdUndoPreviewErr = "Undo failed on quality preview value."
s_HcommandResultsStrings.rRenderQualityCmdUndoRayTraceOnErr = "Undo failed on quality Ray Trace On toggle."
s_HcommandResultsStrings.rRenderQualityCmdUndoRecursionErr = "Undo failed on quality recursion value."
s_HcommandResultsStrings.rRenderQualityCmdUndoReflectionErr = "Undo failed on quality reflections value."
s_HcommandResultsStrings.rRenderQualityCmdUndoRefractionErr = "Undo failed on quality refractions value."
s_HcommandResultsStrings.rRenderQualityCmdUndoShadowErr = "Undo failed on quality shadow value."
s_HcommandResultsStrings.rRenderQualityCmdUndoShadowsOnErr = "Undo failed on quality shadows on value."
s_HcommandResultsStrings.rRenderQualityCmdUndoUniformErr = "Cannot undo uniform U or V values on target quality."
s_HcommandResultsStrings.rRenderQualityCmdUniformErr = "Cannot set uniform U or V values on target quality."
s_HcommandResultsStrings.rReplaceFlagNeedsCurveErrorStr = "Must specify a curve with the \"-r\" or \"-a\" flag."
s_HcommandResultsStrings.rResolutionCmdIsLockedStr = "Image Aspect Ratio locked cannot be queried - it is a function of the interface."
s_HcommandResultsStrings.rResolutionCmdMultipleGivenErr = "More than one Target Resolution specified, only changing first."
s_HcommandResultsStrings.rResolutionCmdNoneGivenErr = "No Target Resolution specified."
s_HcommandResultsStrings.rResolutionCmdNullErr = "A null Resolution specified."
s_HcommandResultsStrings.rResolutionCmdPixAspErrStr = "Pixel Aspect Ratio value failed."
s_HcommandResultsStrings.rResolutionCmdRsnUnitsErrStr = "pixels per unit failed on"
s_HcommandResultsStrings.rResolutionCmdUnitErrStr = "Unit failed on resolution."
s_HcommandResultsStrings.rResolutionCmdXRsnErrStr = "failed on X resolution of"
s_HcommandResultsStrings.rResolutionCmdXUnitsErrStr = "failed on X Units of"
s_HcommandResultsStrings.rResolutionCmdYRsnErrStr = "failed on Y resolution of"
s_HcommandResultsStrings.rResolutionCmdYUnitsErrStr = "failed on Y Units of"
s_HcommandResultsStrings.rRndnessTooLargeErrorStr = "Roundness too large."
s_HcommandResultsStrings.rSameSurfaceForCOSErrorStr = "Curves on surfaces must be on the same surface."
s_HcommandResultsStrings.rSegLenTooLargeErrorStr = "SegmentLength too large."
s_HcommandResultsStrings.rSegLenTooSmallErrorStr = "SegmentLength too small."
s_HcommandResultsStrings.rSegOutOfBoundErrorStr = "Segment too large or too small."
s_HcommandResultsStrings.rSegmentTooLargeErrorStr = "Segment too large."
s_HcommandResultsStrings.rSegmentTooSmallErrorStr = "Segment too small."
s_HcommandResultsStrings.rSelectedEqualUnselectedErrorStr = "The selected state and the unselected state must be different."
s_HcommandResultsStrings.rShadowColourRangeErrorStr = "shadowColor arguments out of range."
s_HcommandResultsStrings.rShadowDitherRangeErrorStr = "shadowDither argument out of range. "
s_HcommandResultsStrings.rShadowSampleRangeErrorStr = "shadowSample argument out of range."
s_HcommandResultsStrings.rShutterAngleBoundErrorStr = "Out of bound value for shutterAngle."
s_HcommandResultsStrings.rSoftShadowRangeErrorStr = "softShadow argument out of range."
s_HcommandResultsStrings.rSurfaceAlignErrorStr = "Failed to align surfaces"
s_HcommandResultsStrings.rSurfaceAttachErrorStr = "Failed to attach surfaces"
s_HcommandResultsStrings.rSweepVectorErrorStr = "Incorrect sweep vector."
s_HcommandResultsStrings.rTooFewCVsErrorStr = "Need at least (degree + 1) control vertices to create a curve span"
s_HcommandResultsStrings.rTooFewKnotsForCVsErrorStr = "Knot vector is too short.  Must have length (#CVs + degree - 1)"
s_HcommandResultsStrings.rTooFewSketchPointsErrorStr = "Need at least 2 points to create a curve span"
s_HcommandResultsStrings.rTooFewSurfCVsErrorStr = "Need at least ( (degreeU+1) * (degreeV+1) ) control vertices."
s_HcommandResultsStrings.rTooFewVertexErrorStr = "A face needs at least 3 vertices."
s_HcommandResultsStrings.rTooManyCoincidentCVsErrorStr = "Too many coincident CVs.  Maximum allowed is degree"
s_HcommandResultsStrings.rTooManyCoincidentKnotsErrorStr = "Too many coincident knots.  Maximum allowed is degree"
s_HcommandResultsStrings.rTooManyKnotsForCVsErrorStr = "Knot vector is too long.  Must have length (#CVs + degree - 1)"
s_HcommandResultsStrings.rTooManyMatchFlagsErrorStr = "The match flag can only be used for one object."
s_HcommandResultsStrings.rTooManyPathFlagsErrorStr = "The path flag can only be used for one object."
s_HcommandResultsStrings.rTooManyTargetsErrorStr = "Too many paths selected."
s_HcommandResultsStrings.rTooManyTypeFlagsErrorStr = "The rebuild type can only be specified once."
s_HcommandResultsStrings.rUniformRangeErrorStr = "uniform subdivisions out of range."
s_HcommandResultsStrings.rUnknownUnitTypeErrorStr = "Unknown unit type"
s_HcommandResultsStrings.rVerticalFieldOfViewBoundErrorStr = "Out of bound value for vFieldOfView."
s_HcommandResultsStrings.rVerticalFilmApertureBoundErrorStr = "Out of bound value for hFilmAperture."
s_HcommandResultsStrings.rWeightCantBeNegativeErrorStr = "Weight must be greater than zero.  Using 1.0."
s_HcommandResultsStrings.rWorldObjectFlagErrorStr = "Cannot specify both \"-ws\" and \"-ob\" flags.  Using \"-ob\"."
s_HcommandResultsStrings.ruseRayTraceShadowsRangeErrorStr = "useRayTraceShadows argument out of range."
//
// String set: s_HcommandResultsStrings1
//
s_HcommandResultsStrings1.rArcTooFewSpansErrorStr = " The number of spans specified for arc are too few. (specify at least 4)"
s_HcommandResultsStrings1.rCircularFilletCreationErrorStr = "Cannot create the circular fillet with the current options."
s_HcommandResultsStrings1.rCurrentUnitCmdBadUnitErr = "Bad unit type"
s_HcommandResultsStrings1.rFailedToSetCurrentView = "Failed to set current view to: "
s_HcommandResultsStrings1.rFlagDefInterNotSupportedInCreate = "-default and -interactive flags are not supported in create."
s_HcommandResultsStrings1.rFlagHasNoDefaultSetting = "Default cannot be set for the given flag."
s_HcommandResultsStrings1.rFlagHasNoInteractiveSetting = "Flag does not have an interactive mode setting."
s_HcommandResultsStrings1.rFlagValueNotValidInteractive = "Flag value is not valid for interactive mode."
s_HcommandResultsStrings1.rFreeformFilletCreationErrorStr = "Cannot create the freeform fillet with the current options."
s_HcommandResultsStrings1.rMakeBotBadFile = "cannot open input image file ^1s."
s_HcommandResultsStrings1.rMakeBotParameter = "the makebot command requires exactly 2 parameters (input image, and output BOT file)."
s_HcommandResultsStrings1.rMakeBotReadError = "error while reading input image file ^1s."
s_HcommandResultsStrings1.rMaxTransparencyOutOfRange = "Invalid maximum constant transparency parameter, must be in range 0.0 to 1.0"
s_HcommandResultsStrings1.rNo3dAnd2dFilletErrorStr = "Cannot fillet between a 3d curve and a 2d curve."
s_HcommandResultsStrings1.rPlacementAssignErrorStr = "Unable to query placement assign."
s_HcommandResultsStrings1.rRenderGlobalsCmdDepthFileErr = "Cannot set renderGlobals Depth File."
s_HcommandResultsStrings1.rRenderGlobalsCmdDepthFileNameErr = "Cannot set renderGlobals Depth File Name."
s_HcommandResultsStrings1.rRenderGlobalsCmdFileOverWriteErr = "Cannot set RenderGlobals Output file overwrite toggle."
s_HcommandResultsStrings1.rRenderGlobalsCmdMaskFileErr = "Cannot set renderGlobals Mask file toggle."
s_HcommandResultsStrings1.rRenderGlobalsCmdMaskFileNameErr = "Cannot set renderGlobals Mask File Name."
s_HcommandResultsStrings1.rRenderGlobalsCmdOutFileNameErr = "Cannot set renderGlobals output file name."
s_HcommandResultsStrings1.rRenderGlobalsCmdPixExtensionErr = "Cannot set renderGlobals Pix file extension."
s_HcommandResultsStrings1.rRenderGlobalsCmdVoxelErr = "Cannot set renderGlobals Voxel Values."
s_HcommandResultsStrings1.rSmoothSrfNoParamFlagsErrorStr = "You must specify at least one \"-parameter\" flag or select a surface isoparm."
s_HcommandResultsStrings1.rTextureBadSize = "Max texture size must be a power of 2"
s_HcommandResultsStrings1.rTextureImageFileErrorStr = "Image file not found."
s_HcommandResultsStrings1.rTextureInvalidDisplay = "Unrecognized texture display style: "
s_HcommandResultsStrings1.rTextureInvalidSampling = "Sampling value out of range."
s_HcommandResultsStrings1.rUnknownUserNodeErrorStr = "Unknown node was specified for -userNode: "
s_HcommandResultsStrings1.rUseHUDCmdWarningStr = "This functionality is now available through the headsUpDisplay command."
//
// String set: s_HdynToolStrings
//
s_HdynToolStrings.rDynClearGridMsg = "Number of particles in Grid:"
s_HdynToolStrings.rDynClearPositionMsg = "Position: "
s_HdynToolStrings.rDynEmptyParticle = "Number of particles is 0 - empty particle system may result."
s_HdynToolStrings.rDynErrUnknown = "Unable to complete tool action"
s_HdynToolStrings.rDynNumGridParticlesMsg = "Number of particles in grid: ^7.0f"
s_HdynToolStrings.rDynParticleGridCHelp = "Grid: Place With Cursor: Click LMB at lower left and upper right corners; press enter to create grid"
s_HdynToolStrings.rDynParticleGridTHelp = "Grid: Place With Textfields: Set textfields for lower left and upper right corners; press enter to create grid"
s_HdynToolStrings.rDynParticleSketchHelp = "Sketch: Hold down LMB and drag to create particles; then press enter"
s_HdynToolStrings.rDynParticleStartHelp = "Click LMB to place particles and press enter to create"
s_HdynToolStrings.rDynParticleToolName = "Particle Tool"
s_HdynToolStrings.rDynPositionMsg = "Position: ^3.2f^3.2f^3.2f"
//
// String set: s_HentityStrings
//
s_HentityStrings.rAmbientLightStrId = "ambientLightShape#"
s_HentityStrings.rAngleDimensionStrId = "angleDimensionShape#"
s_HentityStrings.rAnimLayerStrId = "animLayer#"
s_HentityStrings.rAnnotationStrId = "annotationShape#"
s_HentityStrings.rArcLengthDimensionStrId = "arcLengthDimensionShape#"
s_HentityStrings.rAreaLightStrId = "areaLightShape#"
s_HentityStrings.rBackgroundStrId = "background#"
s_HentityStrings.rBaseLatticeStrId = "baseLatticeShape#"
s_HentityStrings.rBendyLatticeStrId = "bendyLatticeShape#"
s_HentityStrings.rBezierCurveStrId = "bezierShape#"
s_HentityStrings.rBlinnMaterialStrId = "blinn#"
s_HentityStrings.rBoxStrId = "boxShape#"
s_HentityStrings.rCameraStrId = "cameraShape#"
s_HentityStrings.rCameraViewStrId = "cameraView#"
s_HentityStrings.rCharacterSetStrId = "character#"
s_HentityStrings.rClusterFlexorShapeStrId = "clusterFlexorShape#"
s_HentityStrings.rClusterHandleStrId = "clusterHandleShape#"
s_HentityStrings.rClusterStrId = "clusterShape#"
s_HentityStrings.rColorBackdropStrId = "colorBackdrop#"
s_HentityStrings.rColorStrId = "color#"
s_HentityStrings.rConeStrId = "coneShape#"
s_HentityStrings.rCurveStrId = "curveShape#"
s_HentityStrings.rDagObjectStrId = "dagObject#"
s_HentityStrings.rDeformFuncShapeStrId = "deformFuncShape#"
s_HentityStrings.rDeformerStrId = "deformerShape#"
s_HentityStrings.rDiffuseMaterialStrId = "diffuseMaterial#"
s_HentityStrings.rDirectedDiscStrId = "directedDiscShape#"
s_HentityStrings.rDirectionalLightStrId = "directionalLightShape#"
s_HentityStrings.rDistanceDimensionStrId = "distanceDimensionShape#"
s_HentityStrings.rDynAirStrId = "airField#"
s_HentityStrings.rDynAuxStrId = "baseShape#"
s_HentityStrings.rDynDragStrId = "dragField#"
s_HentityStrings.rDynDummyStrId = "positionalShape#"
s_HentityStrings.rDynEmitterStrId = "emitter#"
s_HentityStrings.rDynGravityStrId = "gravityField#"
s_HentityStrings.rDynNewtonStrId = "newtonField#"
s_HentityStrings.rDynRadialStrId = "radialField#"
s_HentityStrings.rDynSpringStrId = "springShape#"
s_HentityStrings.rDynTurbulenceStrId = "turbulenceField#"
s_HentityStrings.rDynUniformStrId = "uniformField#"
s_HentityStrings.rDynVolumeAxisStrId = "volumeAxisField#"
s_HentityStrings.rDynVortexStrId = "vortexField#"
s_HentityStrings.rEnvFogStrId = "environmentFogShape#"
s_HentityStrings.rFFDStrId = "ffdShape#"
s_HentityStrings.rFaceStrId = "faceShape#"
s_HentityStrings.rFlexorShapeStrId = "flexorShape#"
s_HentityStrings.rFluidTexture2DStrId = "fluidTexture2DShape#"
s_HentityStrings.rFluidTexture3DStrId = "fluidTexture3DShape#"
s_HentityStrings.rFollicleShapeStrId = "follicleShape#"
s_HentityStrings.rGeomConstraintStrId = "transform#"
s_HentityStrings.rGreasePencilSequenceStrId = "greasePencilSequence#"
s_HentityStrings.rGreasePlaneStrId = "greasePlaneShape#"
s_HentityStrings.rGroundPlaneStrId = "groundPlaneShape#"
s_HentityStrings.rGuideLineStrId = "guideLineShape#"
s_HentityStrings.rHairConstraintStrId = "hairConstraintShape#"
s_HentityStrings.rHairSystemStrId = "hairSystemShape#"
s_HentityStrings.rHikFloorContactMarker = "hikFloorContactMarker#"
s_HentityStrings.rHyperViewStrId = "hyperView#"
s_HentityStrings.rIkEffectorStrId = "effector#"
s_HentityStrings.rIkHandleStrId = "ikHandleShape#"
s_HentityStrings.rImagePlaneOLDStrId = "imagePlane#"
s_HentityStrings.rImagePlaneStrId = "imagePlaneShape#"
s_HentityStrings.rLambertMaterialStrId = "lambert#"
s_HentityStrings.rLatticeStrId = "latticeShape#"
s_HentityStrings.rLightSrcMaterialStrId = "lightSource#"
s_HentityStrings.rLightStrId = "lightShape#"
s_HentityStrings.rLineModifierStrId = "lineModifierShape#"
s_HentityStrings.rLinearLightStrId = "linearLightShape#"
s_HentityStrings.rLocatorStrId = "locatorShape#"
s_HentityStrings.rLodGroupStrId = "transform#"
s_HentityStrings.rManipulatorStrId = "Manipulator#"
s_HentityStrings.rMaterialStrId = "material#"
s_HentityStrings.rMayaMaterialStrId = "mayaMaterial#"
s_HentityStrings.rMembraneStrId = "membrane#"
s_HentityStrings.rNBaseStrId = "nBase#"
s_HentityStrings.rNClothStrId = "nClothShape#"
s_HentityStrings.rNParticleStrId = "nParticleShape#"
s_HentityStrings.rNRigidStrId = "nRigidShape#"
s_HentityStrings.rNURBSCurveStrId = "curveShape#"
s_HentityStrings.rNURBSSurfaceStrId = "surfaceShape#"
s_HentityStrings.rNameFormatHyphen = "#"
s_HentityStrings.rOrientationLocatorStrId = "orientationLocatorShape#"
s_HentityStrings.rOrientationMarkerStrId = "orientationMarkerShape#"
s_HentityStrings.rOrthoGridStrId = "orthoGridShape#"
s_HentityStrings.rParamDimensionStrId = "paramDimensionShape#"
s_HentityStrings.rParticleShapeStrId = "particleShape#"
s_HentityStrings.rPartitionStrId = "partition#"
s_HentityStrings.rPfxHairStrId = "pfxHairShape#"
s_HentityStrings.rPfxToonStrId = "pfxToonShape#"
s_HentityStrings.rPhongMaterialStrId = "phong#"
s_HentityStrings.rPlace3dTxStrId = "place3dTexture#"
s_HentityStrings.rPlacementStrId = "placement#"
s_HentityStrings.rPointLightStrId = "pointLightShape#"
s_HentityStrings.rPolySurfaceStrId = "polySurfaceShape#"
s_HentityStrings.rPositionMarkerStrId = "positionMarkerShape#"
s_HentityStrings.rProxyStrId = "proxyShape#"
s_HentityStrings.rRadiusDimensionStrId = "radiusDimensionShape#"
s_HentityStrings.rRampBackdropStrId = "rampBackdrop#"
s_HentityStrings.rReferenceStrId = "referenceShape#"
s_HentityStrings.rRenderQualityStrId = "renderQuality#"
s_HentityStrings.rRenderRectStrId = "renderRectShape#"
s_HentityStrings.rRenderSetupStrId = "renderSetup#"
s_HentityStrings.rResolutionStrId = "resolution#"
s_HentityStrings.rSculptStrId = "sculptShape#"
s_HentityStrings.rSetStrId = "set#"
s_HentityStrings.rShapeFormatStrId = "Shape#"
s_HentityStrings.rShapeStrId = "shape#"
s_HentityStrings.rSketchPlaneStrId = "planeShape#"
s_HentityStrings.rSnapshotShapeStrId = "snapshotShape#"
s_HentityStrings.rSoftModShapeStrId = "softModHandleShape#"
s_HentityStrings.rSphereStrId = "sphereShape#"
s_HentityStrings.rSpotLightStrId = "spotLightShape#"
s_HentityStrings.rStoryboardSetStrId = "storyboard#"
s_HentityStrings.rSubdivSurfaceStrId = "subdivShape#"
s_HentityStrings.rSurfaceStrId = "surfaceShape#"
s_HentityStrings.rTextureStrId = "texture#"
s_HentityStrings.rTransformStrId = "transform#"
s_HentityStrings.rTrimLocatorStrId = "trimLocatorShape#"
s_HentityStrings.rUfeProxyTransformStrId = "ufeProxyTransform#"
s_HentityStrings.rUnknownTransformStrId = "transform#"
s_HentityStrings.rVarGroupStrId = "transform#"
s_HentityStrings.rVolumeLightStrId = "volumeLightShape#"
s_HentityStrings.rWorldStrId = "world"
//
// String set: s_HiceExceptionStrings
//
s_HiceExceptionStrings.rBadTypeErrorStr = "Type specified is unknown: "
s_HiceExceptionStrings.rELFInvalidColumn = "Invalid column number specified."
s_HiceExceptionStrings.rELFInvalidColumnWidth = "Invalid column width specified."
s_HiceExceptionStrings.rELFMenuBarCornerControlNotfound = "Control '^1s' not found for 'window -mcw/-menuBarCornerWidget' command flag"
s_HiceExceptionStrings.rELFNoTargetPaneLayout = "No target paneLayout was specified."
s_HiceExceptionStrings.rELFPrefsSaveWarning = "Save of \"^1s\" failed"
s_HiceExceptionStrings.rELFWrongMenuBarCornerPosition = "Value '^1s' is not supported for the -mcw/-menuBarCornerWidget flag"
s_HiceExceptionStrings.rELFbadMenuItem = "Menu item ^1s has wrong parent, flag ^2s ignored."
s_HiceExceptionStrings.rELFcannotBeDeletedWithErrorStr = "cannot be deleted with"
s_HiceExceptionStrings.rELFcannotCreateType = "Cannot create an object of this type: "
s_HiceExceptionStrings.rELFcannotCreateUIObject = "Cannot create UI object: "
s_HiceExceptionStrings.rELFcannotFindCmdStr = "Cannot find the command that created this object: ^1s"
s_HiceExceptionStrings.rELFcannotSelectDisableMenuItem = "Cannot select a disabled menu item."
s_HiceExceptionStrings.rELFcannotShareCollectionErrorStr = "Cannot share collection with radioButtonGrp: "
s_HiceExceptionStrings.rELFcommandErrorStr = "command."
s_HiceExceptionStrings.rELFcommandUsedNotSupported = "Command '^1s' is not supported in this version."
s_HiceExceptionStrings.rELFdropHandlerNotFound = "Drop handler for '^1s' not found; it must be specified before dropRectHandler can be used."
s_HiceExceptionStrings.rELFflagUsedNotSupported = "Flag '^1s' is not supported in this version."
s_HiceExceptionStrings.rELFiconNotFound = "Could not load or find icon"
s_HiceExceptionStrings.rELFiconNotFoundError = "Could not load or find icon \"^1s\"."
s_HiceExceptionStrings.rELFinvalidCreateFlag = "^1s/^2s is not a valid create flag."
s_HiceExceptionStrings.rELFinvalidOptionBoxIconError = "Unable to load specified option box icon."
s_HiceExceptionStrings.rELFinvalidParam = "Invalid parameter."
s_HiceExceptionStrings.rELFinvalidParamFmt = "Invalid parameter: ^1s."
s_HiceExceptionStrings.rELFinvalidScrollDirection = "Direction must be one of up/down/left/right."
s_HiceExceptionStrings.rELFlayoutChildError = "Too many children in layout:"
s_HiceExceptionStrings.rELFmaxValueMustBeGreaterThanMinValue = "Maximum value must be greater than minimum value."
s_HiceExceptionStrings.rELFminValueMustBeLessThanMaxValue = "Minimum value must be less than maximum value."
s_HiceExceptionStrings.rELFnoComboFlagErr = "Flags for this command may not be used in combination."
s_HiceExceptionStrings.rELFnoComboFlagFmtErr = "Flags '^1s' and '^2s' for this command may not be used in combination."
s_HiceExceptionStrings.rELFnoFlagsGiven = "This command requires a flag to be specified"
s_HiceExceptionStrings.rELFnoLayoutErr = "Controls must have a layout.  No layout found in window :"
s_HiceExceptionStrings.rELFnoMenuBarsInDialogs = "MenuBars are not allowed in dialogs."
s_HiceExceptionStrings.rELFnoObjectSpecified = "No object name specified."
s_HiceExceptionStrings.rELFnoPanelsInDialogs = "Panels are not allowed in dialogs."
s_HiceExceptionStrings.rELFnoParentForOptionMenuErrorStr = "Option menus must have a parent control or control layout."
s_HiceExceptionStrings.rELFnoWindow = "No window found. "
s_HiceExceptionStrings.rELFnonUniqueName = "Object's name '^1s' is not unique."
s_HiceExceptionStrings.rELFnotAMenuBarLayoutErrorStr = "Layout must be a menuBarLayout:"
s_HiceExceptionStrings.rELFobjectNameMissing = "Object name is missing."
s_HiceExceptionStrings.rELFobjectNotFound = "Object '^1s' not found."
s_HiceExceptionStrings.rELFobsoleteFlagNoReplaceWarning = "The ^1s/^2s flag is obsolete and should not be used."
s_HiceExceptionStrings.rELFobsoleteFlagReplaceWarning = "The \"^1s\" command's \"^2s\" flag is obsolete. Change to \"^3s\" to remove this warning."
s_HiceExceptionStrings.rELFoptionBoxIconButNotOptionBoxError = "Option box icon cannot be specified unless the menu item is an option box item."
s_HiceExceptionStrings.rELFoptionBoxInOptionMenuError = "Option menus may not contain option box items."
s_HiceExceptionStrings.rELFoptionBoxMenuInsertionError = "Option box items must be inserted after valid menu items."
s_HiceExceptionStrings.rELFoptionBoxesNotAllowedInMenu = "This item's parent menu does not allow option boxes."
s_HiceExceptionStrings.rELFrequiredFlagNotSet = "Required flag not set: ^1s."
s_HiceExceptionStrings.rELFresultNotSet = "Command result is not set."
s_HiceExceptionStrings.rELFstepMustBeLessThanRange = "Step must be less than range (maximum - minimum)."
s_HiceExceptionStrings.rELFsyntaxCreationErr = "Error Creating Command Syntax"
s_HiceExceptionStrings.rELFuniqueTagAlreadyUsed = "Unique tag name: \"^1s\" is already used."
s_HiceExceptionStrings.rELFunknownMenuItem = "Menu item ^1s does not exist, flag ^2s ignored."
s_HiceExceptionStrings.rELFunrecognizedParam = "Unrecognized parameter."
s_HiceExceptionStrings.rELFunrecognizedParamFmt = "Unrecognized parameter: ^1s."
s_HiceExceptionStrings.rELFuseDerivedCommandStr = "Cannot use the general command for this flag.  Use the specific command: "
s_HiceExceptionStrings.rELFvalueMustBeGreaterThanOrEqualToMinValue = "Value must be greater than or equal to minimum value."
s_HiceExceptionStrings.rELFvalueMustBeGreaterThanOrEqualToZero = "Value must be greater than or equal to 0."
s_HiceExceptionStrings.rELFvalueMustBeGreaterThanZero = "Value must be greater than 0."
s_HiceExceptionStrings.rELFvalueMustBeLessThanOrEqualToMaxValue = "Value must be less than or equal to maximum value."
s_HiceExceptionStrings.rELFwindowHasNoMenuBarErrorStr = "Window has no menu bar:"
s_HiceExceptionStrings.rELFwrongType = "Object is not the correct type: "
s_HiceExceptionStrings.rICEcannotDelete = "Cannot delete UI object:"
s_HiceExceptionStrings.rICEclusterHasKids = "Cannot delete a collection while it still has children."
s_HiceExceptionStrings.rICEfileNotFoundErr = "File not found:"
s_HiceExceptionStrings.rICEflagNoQueryableFlag = "No queryable flag set."
s_HiceExceptionStrings.rICEflagNotEditable = "Flag cannot be edited."
s_HiceExceptionStrings.rICEflagNotEditableFormat = "Flag '^1s' cannot be edited."
s_HiceExceptionStrings.rICEflagNotQueryable = "Flag cannot be queried."
s_HiceExceptionStrings.rICEflagNotQueryableFormat = "Flag '^1s' cannot be queried."
s_HiceExceptionStrings.rICEitemNotFound = "Item not found:"
s_HiceExceptionStrings.rICEnoChildrenFound = "No children found in:"
s_HiceExceptionStrings.rICEnoCluster = "Collection not found, or no current collection."
s_HiceExceptionStrings.rICEnoFixedColumns = "Control Group doesn't have fixed columns:"
s_HiceExceptionStrings.rICEnoGUIinBatch = "UI commands can't be run in batch mode."
s_HiceExceptionStrings.rICEnoItemsFound = "No items found in:"
s_HiceExceptionStrings.rICEnoMenu = "Menu Item's menu not found."
s_HiceExceptionStrings.rICEnoMenuBar = "No MenuBar found for the menu. "
s_HiceExceptionStrings.rICEnoPopupCheck = "Check boxes and radio buttons are not allowed in option menus."
s_HiceExceptionStrings.rICEnoPopupSubMenu = "Submenus are not allowed in option menus."
s_HiceExceptionStrings.rICEnoQueryFlags = "No flags found that can be queried."
s_HiceExceptionStrings.rICEnoWindow = "Object's window not found."
s_HiceExceptionStrings.rICEnotChild = "Object is not a child:"
s_HiceExceptionStrings.rICEparentWindowNotFound = "Parent window not found: ^1s."
s_HiceExceptionStrings.rICEtabChildErr = "Children of Tab Groups must be Control Groups."
s_HiceExceptionStrings.rICEvalueOutOfRange = "Value is out of range:"
s_HiceExceptionStrings.rMultipleObjectFound = "More than one object matches name: ^1s"
s_HiceExceptionStrings.rNoObjectFound = "No object matches name: ^1s"
s_HiceExceptionStrings.rUniquePanelError = "Only one instance of this panel type allowed: "
//
// String set: s_HmayaExceptionStrings
//
s_HmayaExceptionStrings.rLookThruCmdNoCamera = "The specified object is neither a camera nor a spotlight."
s_HmayaExceptionStrings.rLookThruCmdNoModel = "There is no model open."
s_HmayaExceptionStrings.rLookThruCmdNoWindow = "There is no window named"
//
// String set: s_HmelCompileMsgStrings
//
s_HmelCompileMsgStrings.rAliasAlreadyDefined = "Alias \"^1s\" will override a existing procedure or command."
s_HmelCompileMsgStrings.rArgTypeMismatchStr = "Argument type mismatch on call to ^1s: argument ^2d.  Expected type ^3s and have ^4s."
s_HmelCompileMsgStrings.rArrayIndexNotInt = "Array index expression type must be integer."
s_HmelCompileMsgStrings.rBadExtension = "Illegal extension on an expression of type ^1s."
s_HmelCompileMsgStrings.rBadMatrixElement = "Matrix element must be a scalar numeric type."
s_HmelCompileMsgStrings.rCantFindConstruct = "Bad argument count or types for construct \"^1s\"."
s_HmelCompileMsgStrings.rCantFindSourceFile = "Cannot find file \"^1s\" for source statement."
s_HmelCompileMsgStrings.rCantNestConstruct = "Construct \"^1s\" cannot be nested."
s_HmelCompileMsgStrings.rCantSourceDir = "\"^1s\" is a directory and cannot be sourced."
s_HmelCompileMsgStrings.rCastMayCausePrecisionLoss = "Casting from ^1s to ^2s may result in a loss of precision."
s_HmelCompileMsgStrings.rCastingCaseConst = "Casting case \"^1s\" constant to type \"^2s\"."
s_HmelCompileMsgStrings.rCircularAlias = "Using \"^1s\" would define a circular alias reference."
s_HmelCompileMsgStrings.rDuplicateParamError = "Procedure has multiple parameters named \"^1s\"."
s_HmelCompileMsgStrings.rExprNotConstant = "Expression is not a constant."
s_HmelCompileMsgStrings.rFloatOutOfRange = "Floating point value ^1s is out of the range of possible floating point values."
s_HmelCompileMsgStrings.rGlobalVarAlreadyInit = "Global variable is already initialized; this occurrence is ignored."
s_HmelCompileMsgStrings.rICEInvalidCastType = "Internal error: invalid target type of cast: ^1s."
s_HmelCompileMsgStrings.rICEInvalidOpType = "Internal Mel Error.  Invalid operand type: ^1s."
s_HmelCompileMsgStrings.rIllegalOperation = "Illegal operation \"^1s\" on data of type ^2s."
s_HmelCompileMsgStrings.rImproperConstructNest = "\"^1s\" may only appear inside a \"^2s\" construct."
s_HmelCompileMsgStrings.rIntOutOfRange = "Integer value ^1s is out of the range of possible integer values.  Converting to a floating point value."
s_HmelCompileMsgStrings.rInternalMelError = "Internal Mel Error: ^1s."
s_HmelCompileMsgStrings.rInvalidArrayExprElement = "An array expression element must be a scalar value."
s_HmelCompileMsgStrings.rInvalidArrayType = "Invalid array type: ^1d."
s_HmelCompileMsgStrings.rInvalidAssignment = "Cannot assign data of type ^1s to type ^2s."
s_HmelCompileMsgStrings.rInvalidBaseType = "Invalid base type: ^1d."
s_HmelCompileMsgStrings.rInvalidCast = "Cannot cast data of type ^1s to ^2s."
s_HmelCompileMsgStrings.rInvalidCastToFloat = "Cannot cast data of type ^1s to float."
s_HmelCompileMsgStrings.rInvalidCastToInt = "Cannot cast data of type ^1s to int."
s_HmelCompileMsgStrings.rInvalidCastToMatrix = "Cannot cast data of type ^1s to matrix."
s_HmelCompileMsgStrings.rInvalidCastToString = "Cannot cast data of type ^1s to string."
s_HmelCompileMsgStrings.rInvalidCastToVector = "Cannot cast data of type ^1s to vector."
s_HmelCompileMsgStrings.rInvalidConstType = "Invalid constant type: ^1s."
s_HmelCompileMsgStrings.rInvalidDoWhileCond = "Invalid test expression in \"do-while\" loop."
s_HmelCompileMsgStrings.rInvalidForCond = "Invalid test expression in \"for\" loop."
s_HmelCompileMsgStrings.rInvalidForInExpr = "Expression in \"for <id> in <expr>\" statement must be an array type."
s_HmelCompileMsgStrings.rInvalidGlobalInitialisation = "Initialization of global variable \"^1s\" requires a constant value."
s_HmelCompileMsgStrings.rInvalidIfCond = "Invalid test expression in \"if\" statement."
s_HmelCompileMsgStrings.rInvalidMayaObject = "Invalid use of Maya object \"^1s\"."
s_HmelCompileMsgStrings.rInvalidRedecl = "Invalid redeclaration of variable \"^1s\" as a different type."
s_HmelCompileMsgStrings.rInvalidRepeatFactor = "The repeat symbol (@) must be followed by a positive integer value."
s_HmelCompileMsgStrings.rInvalidStringOp = "Invalid string operation."
s_HmelCompileMsgStrings.rInvalidSwitchExprType = "^1s is an invalid type for a switch expression."
s_HmelCompileMsgStrings.rInvalidSyntaxNonMatrixDecl = "Invalid syntax for declaration of \"^1s\" which is not a matrix."
s_HmelCompileMsgStrings.rInvalidTypeForCondExpr = "^1s is an invalid type for a conditional expression."
s_HmelCompileMsgStrings.rInvalidTypeForNot = "Not (!) operator not valid for operand of type ^1s."
s_HmelCompileMsgStrings.rInvalidUseOfBreak = "Use of \"break\" statement is only valid within a loop or a switch statement."
s_HmelCompileMsgStrings.rInvalidUseOfContinue = "Use of \"continue\" statement is only valid within a loop or a switch statement."
s_HmelCompileMsgStrings.rInvalidUseOfReturn = "Use of \"return\" statement is only valid within a procedure definition."
s_HmelCompileMsgStrings.rInvalidWhileCond = "Invalid test expression in \"while\" loop."
s_HmelCompileMsgStrings.rMatrixDeclMissingDims = "Matrix declaration for \"^1s\" requires specification of two dimensions."
s_HmelCompileMsgStrings.rMissingErrorMsg = "Cannot find error message: ^1d."
s_HmelCompileMsgStrings.rMissingReturn = "Procedure is missing a return statement."
s_HmelCompileMsgStrings.rMultipleDefaultsInSwitch = "Multiple default cases in switch statement."
s_HmelCompileMsgStrings.rNeedArrayExprType = "Type of array expression list must be known at compile time.  An explicit cast may help."
s_HmelCompileMsgStrings.rNeedIntIndexExpressions = "Index expression must be of type int."
s_HmelCompileMsgStrings.rNeedPosDims = "Dimension(s) for declaration of \"^1s\" must be positive integer values."
s_HmelCompileMsgStrings.rNestedProcError = "Procedures cannot be nested within each other."
s_HmelCompileMsgStrings.rNoCodeInSourceFile = "No executable code in sourced file \"^1s\"."
s_HmelCompileMsgStrings.rNoImplicitCastStringToNumeric = "Must use explicit cast to convert string to numeric data type."
s_HmelCompileMsgStrings.rNoMixStringNumeric = "Cannot mix string and numeric data types in arithmetic expressions."
s_HmelCompileMsgStrings.rNoReadAccess = "Cannot access value of \"^1s\"."
s_HmelCompileMsgStrings.rNoWriteAccess = "Cannot assign to \"^1s\"."
s_HmelCompileMsgStrings.rNotArrayInit = "An array expression is not a valid initializer for a non-array variable."
s_HmelCompileMsgStrings.rParserError = "Parsing error."
s_HmelCompileMsgStrings.rProcHasNoReturnValue = "This procedure has no return value."
s_HmelCompileMsgStrings.rProcMustReturnValue = "This procedure must return a value of type ^1s."
s_HmelCompileMsgStrings.rReplaceProcDefn = "New procedure definition for \"^1s\" has a different argument list and/or return type."
s_HmelCompileMsgStrings.rSourceArgNotString = "\"source\" statement operand must be a string constant."
s_HmelCompileMsgStrings.rTypeMisMatchArrayDecl = "Ignoring cast of array expression to type different from array being declared."
s_HmelCompileMsgStrings.rUndeclaredVariable = "\"^1s\" is an undeclared variable."
s_HmelCompileMsgStrings.rUnequalMatrixRows = "Matrix rows are unequal length."
s_HmelCompileMsgStrings.rUnknownTypeOfVariable = "Unknown type of variable \"^1s\"."
s_HmelCompileMsgStrings.rVarShadowedNoName = "Internal error: a duplicate variable declaration was detected but no variable was found."
s_HmelCompileMsgStrings.rVarShadowedValueOverwritten = "Redeclaration of variable \"^1s\" shadows previous declaration at line ^2l. Previous value will be overwritten by explicit initializer."
s_HmelCompileMsgStrings.rVarShadowedValueRetained = "Redeclaration of variable \"^1s\" shadows previous declaration at line ^2l. Previous value will be retained."
s_HmelCompileMsgStrings.rVariableNotArray = "\"^1s\" is not an array."
s_HmelCompileMsgStrings.rVariableNotMatrix = "Variable \"^1s\" is not of type matrix."
s_HmelCompileMsgStrings.rWrongCaseConstType = "Case constant must be type: ^1s."
s_HmelCompileMsgStrings.rWrongNumberOfArgsStr = "Wrong number of arguments on call to ^1s."
//
// String set: s_HmelRuntimeMsgStrings
//
s_HmelRuntimeMsgStrings.rArgumentMismatch = "Number of arguments on call to ^1s does not match number of parameters in procedure definition."
s_HmelRuntimeMsgStrings.rBOLTCmdNotSupported = "The \"^1s\" command is not supported by Maya LT."
s_HmelRuntimeMsgStrings.rBadFileDescriptor = "Bad file descriptor: ^1d."
s_HmelRuntimeMsgStrings.rCannotLinkProc = "Invalid call to \"^1s\".  Check number and types of arguments expected by the procedure."
s_HmelRuntimeMsgStrings.rCantAssignArrayToScalar = "Cannot assign entire array to a scalar value."
s_HmelRuntimeMsgStrings.rCantClearExternRefArray = "Cannot clear array reference by an external procedure."
s_HmelRuntimeMsgStrings.rCmdpipeBufferOverflow = "cmdpipe: buffer overflow.  Results truncated at 1024 characters."
s_HmelRuntimeMsgStrings.rCommandIsDuplicate = "Command \"^1s\" not registered.  Name has been used previously."
s_HmelRuntimeMsgStrings.rConvertStringToFloat = "Converting string \"^1s\" to a float value of ^2f."
s_HmelRuntimeMsgStrings.rConvertStringToInt64 = "Converting string \"^1s\" to an int value of ^2l."
s_HmelRuntimeMsgStrings.rDivideByZero = "Division by zero."
s_HmelRuntimeMsgStrings.rExpectingArrayArg = "Expecting array type argument.  Argument is type ^1s."
s_HmelRuntimeMsgStrings.rFileDescriptorTableFull = "Internal file descriptor table is full.  Unable to open \"^1s\"."
s_HmelRuntimeMsgStrings.rFopenFailed = "fopen: unable to open file \"^1s\" for mode  \"^2s\"."
s_HmelRuntimeMsgStrings.rFwriteValueOutOfRange = "fwrite: the value (^1l) is out of range of ^2d to ^3d while writing to filenum ^4d."
s_HmelRuntimeMsgStrings.rInternalRegexError = "Internal error while processing regular expression"
s_HmelRuntimeMsgStrings.rInvalidDebugOutFlags = "Incorrect flags or arguments are ignored."
s_HmelRuntimeMsgStrings.rInvalidEscapeSequence = "Invalid escape sequence: Missing character after last backslash \"\\\" in string \"^1s\"."
s_HmelRuntimeMsgStrings.rInvalidExprType = "Invalid type for expression."
s_HmelRuntimeMsgStrings.rInvalidForEachArrayExprType = "Invalid array expression type in \"foreach\" statement."
s_HmelRuntimeMsgStrings.rInvalidFuncArg = "Invalid argument(s) for ^1s."
s_HmelRuntimeMsgStrings.rInvalidIfExprType = "Invalid expression type for IF test condition."
s_HmelRuntimeMsgStrings.rInvalidIncOperand = "Invalid use of variable \"^1s\" of type ^2s in an increment/decrement operation."
s_HmelRuntimeMsgStrings.rInvalidMatrixMult = "Invalid matrix multiplication.  Left matrix has ^1d columns and right matrix has ^2d rows."
s_HmelRuntimeMsgStrings.rInvalidMatrixVectorMult = "Invalid matrix-vector multiplication: matrix has more than one column."
s_HmelRuntimeMsgStrings.rInvalidMelCmdFlags = "Invalid flag or argument for the Mel command \"^1s\"."
s_HmelRuntimeMsgStrings.rInvalidSizeProcArg = "Argument of builtin \"size\" procedure must be an array type."
s_HmelRuntimeMsgStrings.rInvalidTypeForScalarOp = "Cannot use data of type ^1s in a scalar operation."
s_HmelRuntimeMsgStrings.rInvalidVector = "Vector must have 2 or 3 elements in 1 dimension."
s_HmelRuntimeMsgStrings.rInvalidVectorMatrixMult = "Invalid vector-matrix multiplication: matrix needs 3 rows."
s_HmelRuntimeMsgStrings.rMatricesNotEquivalent = "Invalid matrix operation.  Matrices are not equivalent."
s_HmelRuntimeMsgStrings.rMatrixDimensionMismatch = "Dimensions of source matrix are different from dimensions of target matrix."
s_HmelRuntimeMsgStrings.rModByZero = "Modulo by zero."
s_HmelRuntimeMsgStrings.rNegArrayIndex = "Invalid negative index used to reference array \"^1s\"."
s_HmelRuntimeMsgStrings.rNoSuchProcedure = "Cannot find procedure \"^1s\"."
s_HmelRuntimeMsgStrings.rOutOfBoundsIndex = "Index value of ^1l exceeds dimension limit (^2d) of ^3s."
s_HmelRuntimeMsgStrings.rPastWriteSizeLimit = "File size limit has been exceeded. Unable to write to file \"^1s\"."
s_HmelRuntimeMsgStrings.rPopenFailed = "popen: unable to open pipe for mode \"^1s\"."
s_HmelRuntimeMsgStrings.rProcArgEvalError = "Error evaluating argument at position ^1d in procedure \"^2s\"."
s_HmelRuntimeMsgStrings.rProcArgTypeError = "Cannot cast argument at position ^1d to prototype type in procedure \"^2s\"."
s_HmelRuntimeMsgStrings.rProcMissingReturn = "Procedure \"^1s\" is missing a return value of type ^2s."
s_HmelRuntimeMsgStrings.rProcReturnTypeMismatch = "Procedure \"^1s\" is defined to return a value of type ^2s, but return statement returned type ^3s."
s_HmelRuntimeMsgStrings.rRuntimeCastArraySizeError = "Cannot convert data of type ^1s to type ^2s due to array size mismatch (^3d elements)."
s_HmelRuntimeMsgStrings.rRuntimeCastError = "Cannot convert data of type ^1s to type ^2s."
s_HmelRuntimeMsgStrings.rSedBadFormat = "Use the format \"s/(regular expression)/(substitution)/\""
s_HmelRuntimeMsgStrings.rStackTraceFromFile = "^1s (file: ^2s, line ^3d).\n"
s_HmelRuntimeMsgStrings.rStackTraceFromFileHdr = "Start of trace: (file: ^1s, line ^2d).\n"
s_HmelRuntimeMsgStrings.rStackTraceFromWindow = "^1s (command window: line ^2d).\n"
s_HmelRuntimeMsgStrings.rStackTraceFromWindowHdr = "Start of trace: (command window: line ^1d).\n"
s_HmelRuntimeMsgStrings.rSubstringInvalidIndex = "Starting position (^1d) is invalid.  It must be in the range from 1 to the length of the string.  Clamping index to range."
s_HmelRuntimeMsgStrings.rSubstringStartGtEnd = "Starting position (^1d) is greater than ending position (^2d) in substring command.  An empty string will be returned."
s_HmelRuntimeMsgStrings.rSystemCommandFailed = "system: command execution failed."
s_HmelRuntimeMsgStrings.rTooManyProcVarsForRecursion = "Too many variables in this procedure to properly handle recursion."
//
// String set: s_HmodelSliceCmdErrorStrings
//
s_HmodelSliceCmdErrorStrings.rCmdFailedErrorStr = "Command failed to execute: "
s_HmodelSliceCmdErrorStrings.rEmptyResultErrorStr = "You have an empty result since history is on. You may want to undo the last command."
s_HmodelSliceCmdErrorStrings.rForceCosOnFlagStr = "Forcing \"cos\" option on since Keep Originals is off and a selected item is a curve-on-surface."
s_HmodelSliceCmdErrorStrings.rForceHistoryOnStr = "History will be on for the command since a selected item has history."
s_HmodelSliceCmdErrorStrings.rIgnoreHistoryStr = "History will be off for the command since Keep Originals is off and a selected item has no history."
s_HmodelSliceCmdErrorStrings.rInvalidCVWeight = "Invalid cv weight index on NURBS surface"
s_HmodelSliceCmdErrorStrings.rInvalidKnotIndexU = "Invalid NURBS surface Knot index along U"
s_HmodelSliceCmdErrorStrings.rInvalidKnotIndexV = "Invalid NURBS surface Knot index along V"
s_HmodelSliceCmdErrorStrings.rInvalidNURBSSurface = "Not a valid input NURBS surface"
s_HmodelSliceCmdErrorStrings.rInvalidOutputTypeErrorStr = "-po: ^1d is an invalid value.  Valid values are 0-^2d. Using ^3d"
s_HmodelSliceCmdErrorStrings.rMultSelectionErrorStr = "Doesn't work with multiple objects selected."
s_HmodelSliceCmdErrorStrings.rNURBSNonRational = "NURBS surface is non-rational.  All weights are 1."
s_HmodelSliceCmdErrorStrings.rVertexOutOfRange = "Requested control vertex index out of range"
s_HmodelSliceCmdErrorStrings.rVertexOutOfRangeForX = "Index of requested control vertex for X coordinate not in range"
s_HmodelSliceCmdErrorStrings.rVertexOutOfRangeForY = "Index of requested control vertex for Y coordinate not in range"
s_HmodelSliceCmdErrorStrings.rVertexOutOfRangeForZ = "Index of requested control vertex for Z coordinate not in range"
s_HmodelSliceCmdErrorStrings.rWrongSelectionErrorStr = "Current selection doesn't match required selection type."
//
// String set: s_HnurbsEngineErrorStrings
//
s_HnurbsEngineErrorStrings.rNurbsEngineAlignNoCurvCont3CVs = "Cannot do curvature continuity on a curve with less than 3 CVs."
s_HnurbsEngineErrorStrings.rNurbsEngineAlignNoCurvCont3CVsU = "Cannot do curvature continuity on surface with less than 3 CVs in U."
s_HnurbsEngineErrorStrings.rNurbsEngineAlignNoCurvCont3CVsV = "Cannot do curvature continuity on surface with less than 3 CVs in V."
s_HnurbsEngineErrorStrings.rNurbsEngineAlignNoTanCont2CVs = "Cannot do tangent continuity on a curve with less than 2 CVs."
s_HnurbsEngineErrorStrings.rNurbsEngineAlignNoTanCont2CVsU = "Cannot do tangent continuity on a surface with less than 2 CVs in U."
s_HnurbsEngineErrorStrings.rNurbsEngineAlignNoTanCont2CVsV = "Cannot do tangent continuity on a surface with less than 2 CVs in V."
s_HnurbsEngineErrorStrings.rNurbsEngineAlignNoTanCurvCont = "No tangent and/or curvature continuity can be done with the current options."
s_HnurbsEngineErrorStrings.rNurbsEngineAlignPosContOnly = "Only positional continuity done - tangent continuity failed."
s_HnurbsEngineErrorStrings.rNurbsEngineAlignPosTanContOnly = "Only positional and tangent continuity done - curvature continuity failed."
s_HnurbsEngineErrorStrings.rNurbsEngineBevelAssembleProfile = "Failed to assemble the profile curves."
s_HnurbsEngineErrorStrings.rNurbsEngineBevelNoOffset = "Failed to create offset curve."
s_HnurbsEngineErrorStrings.rNurbsEngineBirailFirstIntersect = "First profile does not intersect rail curves."
s_HnurbsEngineErrorStrings.rNurbsEngineBirailIntermediate = "Failed in constructing intermediate curves."
s_HnurbsEngineErrorStrings.rNurbsEngineBirailRational = "Profiles must be non rational or rational with weights 1.0 "
s_HnurbsEngineErrorStrings.rNurbsEngineBirailRebuild = "Rebuild of rails and profile curves failed."
s_HnurbsEngineErrorStrings.rNurbsEngineBirailSecondIntersect = "Second profile does not intersect rail curves."
s_HnurbsEngineErrorStrings.rNurbsEngineBoundaryInsistEnds = "The ends of the input curves must meet or intersect."
s_HnurbsEngineErrorStrings.rNurbsEngineInvalidAxis = "(%5.3f %5.3f %5.3f) is an invalid axis.  Using (%5.3f %5.3f %5.3f)."
s_HnurbsEngineErrorStrings.rNurbsEngineInvalidBlendRailCurves = "%d curves were specified for this rail.  Using only %d."
s_HnurbsEngineErrorStrings.rNurbsEngineInvalidCrvFilletRadius = "could not create a fillet curve with the given radius and contact points."
s_HnurbsEngineErrorStrings.rNurbsEngineInvalidDegree = "%d is an invalid degree.  Using %d."
s_HnurbsEngineErrorStrings.rNurbsEngineInvalidNormal = "Failed to get normal."
s_HnurbsEngineErrorStrings.rNurbsEngineInvalidNormalUse = "Failed to get normal.  Using %5.3f %5.3f %5.3f."
s_HnurbsEngineErrorStrings.rNurbsEngineInvalidPlanarTrimCurve = "The curve must be closed or self intersecting."
s_HnurbsEngineErrorStrings.rNurbsEngineInvalidRectangleAdjSideLength = "Invalid (%8.6f) length for adjacent side on square. Using %8.6f."
s_HnurbsEngineErrorStrings.rNurbsEngineInvalidRectangleSideLength = "Invalid (%8.6f) length for side on square. Using %8.6f."
s_HnurbsEngineErrorStrings.rNurbsEngineInvalidSections = "%d is an invalid number of sections.  Using %d."
s_HnurbsEngineErrorStrings.rNurbsEngineInvalidSpans = "%d is an invalid number of spans.  Using %d."
s_HnurbsEngineErrorStrings.rNurbsEngineInvalidSweeps = "Start sweep angle equals end sweep angle."
s_HnurbsEngineErrorStrings.rNurbsEngineInvalidTangent = "Zero length tangent."
s_HnurbsEngineErrorStrings.rNurbsEngineInvalidTolerance = "%5.3f is an invalid tolerance.  Using %5.3f."
s_HnurbsEngineErrorStrings.rNurbsEngineNoCrvIntersections = "The curves do not intersect."
s_HnurbsEngineErrorStrings.rNurbsEngineNoIntersectCrvs = "Neither end of the curve to project tangent intersects the other 2 curves."
s_HnurbsEngineErrorStrings.rNurbsEngineNoIntersectSrf = "Neither end of the curve to project tangent intersects the surface."
s_HnurbsEngineErrorStrings.rNurbsEngineNoIntersection = "2 curves to project tangent with don't intersect."
s_HnurbsEngineErrorStrings.rNurbsEngineNonPlanarTrimCurve = "Curve is not planar. Either make curve planar by snapping CVs to a plane,"
s_HnurbsEngineErrorStrings.rNurbsEngineNonPlanarTrimCurve2 = "or use the Boundary command to make a surface from a nonplanar curve."
s_HnurbsEngineErrorStrings.rNurbsEngineOffsetSurfaceDegenerate = "Surface degenerate in both directions. Cannot compute normals."
s_HnurbsEngineErrorStrings.rNurbsEnginePolygonCreateFailed = "Create (%d) sided NURBS square failed."
s_HnurbsEngineErrorStrings.rNurbsEngineRebuildSurfaceTooDense = "Too many patches requested. Max is 3000."
s_HnurbsEngineErrorStrings.rNurbsEngineShellCopyFailed = "NURBS shell copy failed."
s_HnurbsEngineErrorStrings.rNurbsEngineShellDisjoint = "The two NURBS shells disjoint and %s failed."
s_HnurbsEngineErrorStrings.rNurbsEngineShellIntersectFailed = "NURBS shell intersect failed."
s_HnurbsEngineErrorStrings.rNurbsEngineShellSubtractFailed = "NURBS shell subtract failed."
s_HnurbsEngineErrorStrings.rNurbsEngineShellUnionFailed = "NURBS shell union failed."
s_HnurbsEngineErrorStrings.rNurbsEngineShellsIdentical = "Two input NURBS shells are identical."
s_HnurbsEngineErrorStrings.rNurbsEngineSquareMultIsects = "There are multiple intersections - using the first one."
s_HnurbsEngineErrorStrings.rNurbsEngineSquareNoIsect1and2 = "The first and second curves do not intersect."
s_HnurbsEngineErrorStrings.rNurbsEngineSquareNoIsect1and4 = "The first and last curves do not intersect."
s_HnurbsEngineErrorStrings.rNurbsEngineSquareNoIsect2and3 = "The second and third curves do not intersect."
s_HnurbsEngineErrorStrings.rNurbsEngineSquareNoIsect3and4 = "The third and last curves do not intersect."
s_HnurbsEngineErrorStrings.rNurbsEngineZeroRadius = "Zero radius."
//
// String set: s_HnurbsResultStrings
//
s_HnurbsResultStrings.rAngleBetweenResultName = "angleBetween#"
s_HnurbsResultStrings.rArcLengthResultName = "arcLength#"
s_HnurbsResultStrings.rBevelResultName = "beveledSurfaceShape#"
s_HnurbsResultStrings.rBoundaryResultName = "boundarySurfaceShape#"
s_HnurbsResultStrings.rCircleResultName = "nurbsCircleShape#"
s_HnurbsResultStrings.rCloseCurveResultName = "closedCurveShape#"
s_HnurbsResultStrings.rCloseSurfaceResultName = "closedSurfaceShape#"
s_HnurbsResultStrings.rClosestPtOnSurfResultName = "closestPointOnSurface#"
s_HnurbsResultStrings.rCrvAlignResultName = "alignedCurveShape#"
s_HnurbsResultStrings.rCrvAttachResultName = "attachedCurveShape#"
s_HnurbsResultStrings.rCrvFilletResultName = "filletedCurveShape#"
s_HnurbsResultStrings.rDetachCurveResultName = "detachedCurveShape#"
s_HnurbsResultStrings.rDetachSurfaceResultName = "detachedSurfaceShape#"
s_HnurbsResultStrings.rDpsBirailResultName = "dpsBirailSurfaceShape#"
s_HnurbsResultStrings.rDuplicateCurveResultName = "duplicatedCurveShape#"
s_HnurbsResultStrings.rDuplicateSurfaceResultName = "duplicatedSurfaceShape#"
s_HnurbsResultStrings.rExtendCurveResultName = "extendedCurveShape#"
s_HnurbsResultStrings.rExtendSurfaceResultName = "extendedSurfaceShape#"
s_HnurbsResultStrings.rExtrudeResultName = "extrudedSurfaceShape#"
s_HnurbsResultStrings.rFfsBlendResultName = "freeformBlendSurfaceShape#"
s_HnurbsResultStrings.rFfsFilletResultName = "freeformFilletSurfaceShape#"
s_HnurbsResultStrings.rFitBsplineResultName = "fitBsplineCurveShape#"
s_HnurbsResultStrings.rGlobalStitchResultName = "globalStitchedSurfaceShape#"
s_HnurbsResultStrings.rInsertKnotCrvResultName = "insertedKnotCurveShape#"
s_HnurbsResultStrings.rInsertKnotSrfResultName = "insertedKnotSurfaceShape#"
s_HnurbsResultStrings.rIntersectResultName = "intersectionCurve#"
s_HnurbsResultStrings.rLsqModCurveResultName = "lsqModCurveShape#"
s_HnurbsResultStrings.rLsqModSurfaceResultName = "lsqModSurfaceShape#"
s_HnurbsResultStrings.rMakeSingleSurfaceResultName = "polySurface#"
s_HnurbsResultStrings.rMpsBirailResultName = "multiProfileBirailSurfaceShape#"
s_HnurbsResultStrings.rNurbsBooleanResultName = "nurbsBooleanSurface#"
s_HnurbsResultStrings.rNurbsConeResultName = "nurbsConeShape#"
s_HnurbsResultStrings.rNurbsCubeResultName = "nurbsCubeShape#"
s_HnurbsResultStrings.rNurbsCylinderResultName = "nurbsCylinderShape#"
s_HnurbsResultStrings.rNurbsPlaneResultName = "nurbsPlaneShape#"
s_HnurbsResultStrings.rNurbsSmoothCurveResultName = "smoothCurveShape#"
s_HnurbsResultStrings.rNurbsSphereResultName = "nurbsSphereShape#"
s_HnurbsResultStrings.rNurbsSquareResultName = "nurbsSquareShape#"
s_HnurbsResultStrings.rNurbsTesselateResultName = "nurbsToPolyShape#"
s_HnurbsResultStrings.rNurbsTorusResultName = "nurbsTorusShape#"
s_HnurbsResultStrings.rOffsetCosResultName = "offsetNurbsCos#"
s_HnurbsResultStrings.rOffsetCosResultSingleName = "offsetNurbsCosShape#"
s_HnurbsResultStrings.rOffsetCurveResultName = "offsetNurbsCurve#"
s_HnurbsResultStrings.rOffsetCurveResultSingleName = "offsetNurbsCurveShape#"
s_HnurbsResultStrings.rOffsetSurfaceResultName = "offsetNurbsSurface#"
s_HnurbsResultStrings.rPlanarTrimSrfResultName = "planarTrimmedSurfaceShape#"
s_HnurbsResultStrings.rPointOnCurveResultName = "pointOnCurve#"
s_HnurbsResultStrings.rPointOnSurfaceResultName = "pointOnSurface#"
s_HnurbsResultStrings.rProjectCurveResultName = "projectionCurve#"
s_HnurbsResultStrings.rProjectTangentResultName = "projectTangentCurveShape#"
s_HnurbsResultStrings.rRbsFilletResultName = "circularFilletSurface#"
s_HnurbsResultStrings.rRebuildCurveResultName = "rebuiltCurveShape#"
s_HnurbsResultStrings.rRebuildSurfaceResultName = "rebuiltSurfaceShape#"
s_HnurbsResultStrings.rReverseCurveResultName = "reversedCurveShape#"
s_HnurbsResultStrings.rReverseSurfaceResultName = "reversedSurfaceShape#"
s_HnurbsResultStrings.rRevolveResultName = "revolvedSurfaceShape#"
s_HnurbsResultStrings.rRoundConstantRadiusResultName = "roundSurface#"
s_HnurbsResultStrings.rSkinResultName = "loftedSurfaceShape#"
s_HnurbsResultStrings.rSmoothTangentSrfResultName = "smoothTangentSrfShape#"
s_HnurbsResultStrings.rSpsBirailResultName = "singleProfileBirailSurfaceShape#"
s_HnurbsResultStrings.rSquareSrfResultName = "squareSurfaceShape#"
s_HnurbsResultStrings.rSrfAlignResultName = "alignedSurfaceShape#"
s_HnurbsResultStrings.rSrfAttachResultName = "attachedSurfaceShape#"
s_HnurbsResultStrings.rStitchSrfResultName = "stitchedSurfaceShape#"
s_HnurbsResultStrings.rTrimResultName = "trimmedSurfaceShape#"
s_HnurbsResultStrings.rUntrimCosResultName = "untrimCosShape#"
s_HnurbsResultStrings.rUntrimResultName = "untrimmedSurfaceShape#"
//
// String set: s_HnurbsSliceCmdErrorStrings
//
s_HnurbsSliceCmdErrorStrings.rAttachBadBehaviorStr = "Doing attach with history on may result in odd behaviour in the future when the objects are modified."
s_HnurbsSliceCmdErrorStrings.rAttachForAlignFailedStr = "attach option failed."
s_HnurbsSliceCmdErrorStrings.rBadCurveOneParamStr = "the specified join parameter is not in the curve range. Using the end of curve one instead."
s_HnurbsSliceCmdErrorStrings.rBadCurveTwoParamStr = "the specified join parameter is not in the curve range. Using the start of curve two instead."
s_HnurbsSliceCmdErrorStrings.rBadSurfaceOneParamStr = "the specified join parameter is not in the surface range. Using the end of surface one instead."
s_HnurbsSliceCmdErrorStrings.rBadSurfaceTwoParamStr = "the specified join parameter is not in the surface range. Using the start of surface two instead."
s_HnurbsSliceCmdErrorStrings.rBevelCurvesIntersectStr = "Offset curves intersect. Reduce tolerance or bevel width, or disable Bevel Inside."
s_HnurbsSliceCmdErrorStrings.rBezierInfoInvalidAnchor = "Error: Invalid Anchor value. Value must be positive."
s_HnurbsSliceCmdErrorStrings.rBezierInfoInvalidCV = "Error: Invalid CV value. Value must be positive."
s_HnurbsSliceCmdErrorStrings.rBezierInvalidAnchorPreset = "Error: Invalid preset option. Value must be either: 0, 1, or 2."
s_HnurbsSliceCmdErrorStrings.rCircWithBlendErrorStr = "A freeform fillet with blend control will be created using a circular fillet's true contact points."
s_HnurbsSliceCmdErrorStrings.rCrvIntersectCantCalculate = "Could not find curve-curve intersection."
s_HnurbsSliceCmdErrorStrings.rCrvIntersectInvalidCrv1 = "First curve is not valid. Cannot find intersection."
s_HnurbsSliceCmdErrorStrings.rCrvIntersectInvalidCrv2 = "Second curve is not valid. Cannot find intersection."
s_HnurbsSliceCmdErrorStrings.rCrvIntersectNoIntersections = "Curves do not intersect."
s_HnurbsSliceCmdErrorStrings.rCrvIntersectRecomendDirection = "The curves may overlap when using the specified (%5.3f %5.3f %5.3f) direction. Try using(%5.3f %5.3f %5.3f)."
s_HnurbsSliceCmdErrorStrings.rCrvIntersectZeroDirection = "Intersect direction is zero.  Using (0,1,0)."
s_HnurbsSliceCmdErrorStrings.rDetachCrvWMultKnotsErrorStr = "Curves with multiple interior knots cannot be detached."
s_HnurbsSliceCmdErrorStrings.rDetachNoTrimSurfaceErrorStr = "Trimmed surface(s) cannot be detached."
s_HnurbsSliceCmdErrorStrings.rDetachSrfWMultKnotsErrorStr = "Surfaces with multiple interior knots cannot be detached."
s_HnurbsSliceCmdErrorStrings.rGlobalStitchNeeds2 = "globalStitch command needs at least 2 surfaces."
s_HnurbsSliceCmdErrorStrings.rInsufficientInput = "Insufficient inputs."
s_HnurbsSliceCmdErrorStrings.rInvalidAlign3dTo2dStr = "cannot align a 3d curve to a curve on surface."
s_HnurbsSliceCmdErrorStrings.rInvalidAttach3dTo2dStr = "cannot attach a 3d curve to a curve on surface."
s_HnurbsSliceCmdErrorStrings.rInvalidBevelNumSidesErrorStr = "The number of sides to bevel is not a valid value."
s_HnurbsSliceCmdErrorStrings.rMakeSingleSurfaceErr = "The stitch tolerance must be a float"
s_HnurbsSliceCmdErrorStrings.rNeedCurveForProjectTangent = "Need to select 1 more curve to project tangent with the other 2 curves."
s_HnurbsSliceCmdErrorStrings.rNoAlignCurveToSelfStr = "cannot align a curve to itself."
s_HnurbsSliceCmdErrorStrings.rNoAlignOpenCurveStr = "curve is not open."
s_HnurbsSliceCmdErrorStrings.rNoAlignOpenSurfaceStr = "surface is not open."
s_HnurbsSliceCmdErrorStrings.rNoAlignSurfaceToSelfStr = "cannot align a surface to itself."
s_HnurbsSliceCmdErrorStrings.rNoAlignTrimSurfaceStr = "cannot align and attach a trimmed surface."
s_HnurbsSliceCmdErrorStrings.rNoAttachEditErrorStr = "The attach flag is not editable for this command."
s_HnurbsSliceCmdErrorStrings.rNoAttachPeriodicStr = "cannot attach a surface in a periodic direction."
s_HnurbsSliceCmdErrorStrings.rNoAttachTrimSurfaceStr = "cannot attach a trimmed surface."
s_HnurbsSliceCmdErrorStrings.rNoContactPointsErrorStr = "No curve contact point specified. Using start of curve instead."
s_HnurbsSliceCmdErrorStrings.rNoCurvesToProjectErrorStr = "No curves selected to project."
s_HnurbsSliceCmdErrorStrings.rNoJoinEditErrorStr = "The join flag is not editable for this command."
s_HnurbsSliceCmdErrorStrings.rNoJoinSrfEditErrorStr = "The join surfaces flag is not editable for this command."
s_HnurbsSliceCmdErrorStrings.rNoKeepMultKnotsEditErrorStr = "The keep multiple knots flag is not editable for this command."
s_HnurbsSliceCmdErrorStrings.rNoNumSidesEditErrorStr = "The number of sides flag is not editable for this command."
s_HnurbsSliceCmdErrorStrings.rNoReverseEditErrorStr = "The reverse flag is not editable for this command."
s_HnurbsSliceCmdErrorStrings.rNoSurfacesToProjectOntoErrorStr = "No surfaces selected to project onto."
s_HnurbsSliceCmdErrorStrings.rNoSwapEditErrorStr = "The swap flag is not editable for this command."
s_HnurbsSliceCmdErrorStrings.rNoTrimEditErrorStr = "The trim flag is not editable for this command."
s_HnurbsSliceCmdErrorStrings.rNoTrueContactPtsErrorStr = "Could not determine true circular contact points. Using the user supplied values instead."
s_HnurbsSliceCmdErrorStrings.rNurbsBirailProfileSetupFailed = "set up of profile curves for birail surface creation failed."
s_HnurbsSliceCmdErrorStrings.rNurbsBirailRailSetupFailed = "set up of rail curves for birail surface creation failed."
s_HnurbsSliceCmdErrorStrings.rNurbsBirailSetupFailed = "set up for birail surface creation failed."
s_HnurbsSliceCmdErrorStrings.rNurbsBooleanErrorStr1 = "No NURBS surfaces corresponding to first shell."
s_HnurbsSliceCmdErrorStrings.rNurbsBooleanErrorStr2 = "No NURBS surfaces corresponding to second shell."
s_HnurbsSliceCmdErrorStrings.rNurbsBooleanErrorStr3 = "nurbsBoolean command failed."
s_HnurbsSliceCmdErrorStrings.rNurbsCloseNoSpans = "Not enough spans to close the surface with blend option."
s_HnurbsSliceCmdErrorStrings.rNurbsCloseNoSpansC = "Not enough spans to close the curve with blend option."
s_HnurbsSliceCmdErrorStrings.rNurbsCloseNoTrim = "Trimming data will be lost after close/open operation"
s_HnurbsSliceCmdErrorStrings.rNurbsDPbirailNeeds4 = "double profile birail needs two profiles, with each profile intersecting two rail curves."
s_HnurbsSliceCmdErrorStrings.rNurbsFailedToCompute = "failed to compute the result."
s_HnurbsSliceCmdErrorStrings.rNurbsFormatInvalidDegree = "%d is an invalid degree.  Using %d."
s_HnurbsSliceCmdErrorStrings.rNurbsFormatInvalidPatchU = "%d is an invalid number of U patches.  Using %d."
s_HnurbsSliceCmdErrorStrings.rNurbsFormatInvalidPatchV = "%d is an invalid number of V patches.  Using %d."
s_HnurbsSliceCmdErrorStrings.rNurbsFormatInvalidSections = "%d is an invalid number of sections.  Using %d."
s_HnurbsSliceCmdErrorStrings.rNurbsFormatInvalidTolerance = "%5.3f is an invalid tolerance.  Using %5.3f."
s_HnurbsSliceCmdErrorStrings.rNurbsInvalidCurve = "invalid input curve."
s_HnurbsSliceCmdErrorStrings.rNurbsInvalidPathCurve = "invalid path curve."
s_HnurbsSliceCmdErrorStrings.rNurbsInvalidShell = "Not a valid NURBS shell."
s_HnurbsSliceCmdErrorStrings.rNurbsInvalidSurface = "invalid input NURBS surface."
s_HnurbsSliceCmdErrorStrings.rNurbsLoftNeeds2 = "loft command needs at least 2 curves."
s_HnurbsSliceCmdErrorStrings.rNurbsMPbirailNeeds4 = "multi profile birail needs at least two profiles, with each profile intersecting two rail curves."
s_HnurbsSliceCmdErrorStrings.rNurbsNoExtendObject = "no object to extend to is specified."
s_HnurbsSliceCmdErrorStrings.rNurbsNoFillet2D3D = "cannot fillet between 3d curve and curve on surface."
s_HnurbsSliceCmdErrorStrings.rNurbsNoNormal = "failed to get normal."
s_HnurbsSliceCmdErrorStrings.rNurbsNoTrimInPlace = "Trim: changed to keep originals on; curves on surface have construction history with the dependency on the surface itself."
s_HnurbsSliceCmdErrorStrings.rNurbsOffsetSurfaceInvalidMethod = "Unknown method. Enter 0 or 1."
s_HnurbsSliceCmdErrorStrings.rNurbsSPbirailNeeds3 = "single profile birail needs one profile intersecting two rail curves."
s_HnurbsSliceCmdErrorStrings.rNurbsSetInPlaceFalse = "changed keep originals option; curves on surface cannot be extended."
s_HnurbsSliceCmdErrorStrings.rNurbsSmoothCurveBadDegree = "Cannot smooth CVs on curves of degree less than 2."
s_HnurbsSliceCmdErrorStrings.rNurbsSmoothCurveCVsOnly = "Only curve CVs can be smoothed."
s_HnurbsSliceCmdErrorStrings.rNurbsSmoothCurveNoPeriodics = "Cannot smooth CVs on periodic curves."
s_HnurbsSliceCmdErrorStrings.rNurbsSquareErrorStr = "Create NURBS square failed."
s_HnurbsSliceCmdErrorStrings.rNurbsStartEndSweepEqual = "start sweep angle equals end sweep angle."
s_HnurbsSliceCmdErrorStrings.rNurbsStitchShellFailed = "Stitch as NURBS shell failed."
s_HnurbsSliceCmdErrorStrings.rNurbsStitchShellNoInput = "No input NURBS surfaces to stitch together as a shell."
s_HnurbsSliceCmdErrorStrings.rNurbsZeroRadius = "zero radius."
s_HnurbsSliceCmdErrorStrings.rRoundConstantRadAddFlag = "When the -a/append flag ON is used, an existing round node must be specified."
s_HnurbsSliceCmdErrorStrings.rRoundConstantRadAllFail = "Round: All fillets failed."
s_HnurbsSliceCmdErrorStrings.rRoundConstantRadAlreadyDN = "Round: Selection item is already connected as input to another round dependency node."
s_HnurbsSliceCmdErrorStrings.rRoundConstantRadEdgeOrIso = "Round: A surface edge must be selected."
s_HnurbsSliceCmdErrorStrings.rRoundConstantRadEditRad = "Only one radius flag allowed during edit."
s_HnurbsSliceCmdErrorStrings.rRoundConstantRadEqualFlags = "There must be the same number of sidea and sideb flags."
s_HnurbsSliceCmdErrorStrings.rRoundConstantRadError1 = "Error trying to connect 1st curve."
s_HnurbsSliceCmdErrorStrings.rRoundConstantRadError2 = "Error trying to connect 2nd curve."
s_HnurbsSliceCmdErrorStrings.rRoundConstantRadInvalidType = "Invalid type value for side flag.  Value must be either \"a\" or \"b\""
s_HnurbsSliceCmdErrorStrings.rRoundConstantRadIsoMustBeEdge = "Isoparm must be an edge isoparm."
s_HnurbsSliceCmdErrorStrings.rRoundConstantRadMixFlags = "Either the side flag, or the sidea/sideb flags, must be used."
s_HnurbsSliceCmdErrorStrings.rRoundConstantRadNumObj = "Number of objects must match the total number specified by the sidea and sideb flags."
s_HnurbsSliceCmdErrorStrings.rRoundConstantRadOneFail = "Round: At least one fillet failed to compute."
s_HnurbsSliceCmdErrorStrings.rRoundConstantRadPythonFlags = "The sidea/sideb flags are not allowed from Python, please use the side flag"
s_HnurbsSliceCmdErrorStrings.rRoundConstantRadSameSrf = "Surface edges must be from difference surfaces."
s_HnurbsSliceCmdErrorStrings.rRoundConstantRadSelectEdges = "Select pairs of NURBS surface edges to do a round operation."
s_HnurbsSliceCmdErrorStrings.rRoundConstantRadSelectPr = "Surface edges must be selected in pairs."
s_HnurbsSliceCmdErrorStrings.rRoundConstantRadTooSmall = "Adjusting positional tolerance to be smaller than radius."
s_HnurbsSliceCmdErrorStrings.rSameCOSSrfErrorStr = "Cannot project a curve-on-surface onto its own surface."
s_HnurbsSliceCmdErrorStrings.rStitchInternalErrorStr = "Internal set up error."
s_HnurbsSliceCmdErrorStrings.rStitchIsoparmBoundaryErrorStr = "Selection Items must be isoparm boundaries."
s_HnurbsSliceCmdErrorStrings.rStitchNoClosedSurfaceErrorStr = "Surface(s) closed in both U and V cannot be stitched."
s_HnurbsSliceCmdErrorStrings.rStitchNoTrimSurfaceErrorStr = "Trimmed surface(s) cannot be stitched."
s_HnurbsSliceCmdErrorStrings.rStitchSurfacesIdenticalErrorStr = "Selection items must not be on same surface."
s_HnurbsSliceCmdErrorStrings.rTrimNoCurvesOnThisSurfaceErrorStr = "Trim: There must be curve(s) on the selected surface."
s_HnurbsSliceCmdErrorStrings.rTrimNoSurfaceSelectedErrorStr = "Trim: A surface must be selected."
s_HnurbsSliceCmdErrorStrings.rTrimWithBndBadCurveErrorStr = "Error: There is a curve bad for trimming."
s_HnurbsSliceCmdErrorStrings.rTrimWithBndBadOverrideErrorStr = "Error: Cannot override connected boundary."
s_HnurbsSliceCmdErrorStrings.rTrimWithBndNoCurvesErrorStr = "Error: No curves to trim."
s_HnurbsSliceCmdErrorStrings.rTrimWithBndNoGoodBndErrorStr = "Error: No curve to trim."
s_HnurbsSliceCmdErrorStrings.rTrimWithBndNoSurfaceErrorStr = "Error: No surface to trim."
s_HnurbsSliceCmdErrorStrings.rWrongSurfaceErrorStr = "Must select a curve-on-surface on the same surface as the first selected curve."
//
// String set: s_HpolyResultStrings
//
s_HpolyResultStrings.rGreaseRenderPlaneResultName = "pGreaseRenderPlaneShape#"
s_HpolyResultStrings.rPolyConeResultName = "pConeShape#"
s_HpolyResultStrings.rPolyCubeResultName = "pCubeShape#"
s_HpolyResultStrings.rPolyCylinderResultName = "pCylinderShape#"
s_HpolyResultStrings.rPolyHelixResultName = "pHelixShape#"
s_HpolyResultStrings.rPolyPipeResultName = "pPipeShape#"
s_HpolyResultStrings.rPolyPlaneResultName = "pPlaneShape#"
s_HpolyResultStrings.rPolyPrimTexWarning = "The -tx/texture flag is obsolete and will be removed in the next release.  The -cuv/createUVs flag should be used instead."
s_HpolyResultStrings.rPolyPrismResultName = "pPrismShape#"
s_HpolyResultStrings.rPolyPyramidResultName = "pPyramidShape#"
s_HpolyResultStrings.rPolySolidResultName = "pSolidShape#"
s_HpolyResultStrings.rPolySphereResultName = "pSphereShape#"
s_HpolyResultStrings.rPolyTorusResultName = "pTorusShape#"
s_HpolyResultStrings.rValueOutOfRange = "-texture: Value out of range, 0 assumed\n"
//
// String set: s_HtoolStrings
//
s_HtoolStrings.rArcLengthDimToolName = "Arc Length Tool"
s_HtoolStrings.rBezierToolName = "Bezier Tool"
s_HtoolStrings.rCurveAddPointsToolName = "Add Points Tool"
s_HtoolStrings.rCurveCVsToolName = "CV Curve Tool"
s_HtoolStrings.rCurveEPsToolName = "EP Curve Tool"
s_HtoolStrings.rCurveEditorToolName = "Edit Curve Tool"
s_HtoolStrings.rCurveMoveEditPointsToolName = "Move Curve Edit Points"
s_HtoolStrings.rDistanceDimToolName = "Distance Tool"
s_HtoolStrings.rDrawExtrudeFacetToolName = "Draw Extrude Tool"
s_HtoolStrings.rEditCurveToolName = "Edit cross-section curve"
s_HtoolStrings.rLassoToolName = "Lasso Tool"
s_HtoolStrings.rParamDimToolName = "Parameter Tool"
s_HtoolStrings.rPencilToolName = "Pencil Curve Tool"
s_HtoolStrings.rProjectionToolName = "Texture projection"
s_HtoolStrings.rPropModToolName = "Proportional Modification Tool"
s_HtoolStrings.rRotateLimitsToolName = "Rotate Limit Tool"
s_HtoolStrings.rRotateToolMsg = "Rotation X:^6.3f Y:^6.3f Z:^6.3f"
s_HtoolStrings.rRotateToolName = "Rotate Tool"
s_HtoolStrings.rRotateUVToolName = "Rotate UV Tool"
s_HtoolStrings.rScaleLimitsToolName = "Scale Limit Tool"
s_HtoolStrings.rScaleToolMsg = "Scale Length: ^5.2f Width: ^5.2f Height: ^5.2f"
s_HtoolStrings.rScaleToolName = "Scale Tool"
s_HtoolStrings.rScaleUVToolName = "Scale UV Tool"
s_HtoolStrings.rSelectComponent = "select a component"
s_HtoolStrings.rSelectObject = "select an object"
s_HtoolStrings.rSelectObjectComponent = "select objects and components"
s_HtoolStrings.rSelectToolName = "Select Tool"
s_HtoolStrings.rSelectUVToolName = "Select UV Tool"
s_HtoolStrings.rShowManipToolName = "Show Manipulator Tool"
s_HtoolStrings.rSoftModToolName = "Soft Modification Tool"
s_HtoolStrings.rSoftSelectSize = "Falloff Radius"
s_HtoolStrings.rTextureLassoToolName = "Texture Lasso Tool"
s_HtoolStrings.rThreePointArcToolName = "Three Point Arc Tool"
s_HtoolStrings.rTransformToolName = "Move/Rotate/Scale Tool"
s_HtoolStrings.rTranslateLimitsToolName = "Move Limit Tool"
s_HtoolStrings.rTranslateNormalToolName = "Move Normal Tool"
s_HtoolStrings.rTranslateToolMsg = "Distance:^6.3f Height:^6.3f"
s_HtoolStrings.rTranslateToolName = "Move Tool"
s_HtoolStrings.rTranslateUVToolName = "Move UV Tool"
s_HtoolStrings.rTwoPointArcToolName = "Two Point Arc Tool"
//
// String set: s_HviewCmdErrorStrings
//
s_HviewCmdErrorStrings.rViewCmdErrBothCamerasSame = "The camera-to-move and the target camera are the same."
s_HviewCmdErrorStrings.rViewCmdErrException = "Unidentified Exception raised in command."
s_HviewCmdErrorStrings.rViewCmdErrEyeInTarget = "The eye-point is within the look-at target.  Try Fit-to-View."
s_HviewCmdErrorStrings.rViewCmdErrFOVTooBig = "The field-of-view cannot be greater than 179 degrees."
s_HviewCmdErrorStrings.rViewCmdErrFOVTooSmall = "The specified field-of-view is too small, or negative."
s_HviewCmdErrorStrings.rViewCmdErrNoActiveView = "There is no active view."
s_HviewCmdErrorStrings.rViewCmdErrNoCamera = "No camera object was specified."
s_HviewCmdErrorStrings.rViewCmdErrNotACamera = "The specified object is not a camera."
s_HviewCmdErrorStrings.rViewCmdErrNothingPicked = "There is nothing selected to look at."
s_HviewCmdErrorStrings.rViewCmdErrOutOfMemory = "Out of Memory."
s_HviewCmdErrorStrings.rViewCmdErrPointsTooClose = "The look-at point and the eye-point are too close to each other."
//
// String set: s_MCurveAttributeStrings
//
s_MCurveAttributeStrings.rInterpTypeLinear = "Linear"
s_MCurveAttributeStrings.rInterpTypeNone = "None"
s_MCurveAttributeStrings.rInterpTypeSmooth = "Smooth"
s_MCurveAttributeStrings.rInterpTypeSpline = "Spline"
//
// String set: s_MFnContainerNodeStrings
//
s_MFnContainerNodeStrings.rMFnContainerNode_nodeLockedOrReadOnly = "Cannot delete '^1s' as it has locked or read-only nodes."
//
// String set: s_MPxPolyTweakUVCommandStrings
//
s_MPxPolyTweakUVCommandStrings.rCantReadArgsMsg = "Cannot read the command arguments."
//
// String set: s_MPyDirectorStrings
//
s_MPyDirectorStrings.rMPyDirector_cannotCreateMethodName = "could not create method name string"
s_MPyDirectorStrings.rMPyDirector_methodNotImplemented = "method ^1c not implemented"
//
// String set: s_MPyMAnimControlStrings
//
s_MPyMAnimControlStrings.rMPyMAnimControl_invalidAnimInfo = "No valid animation control available"
//
// String set: s_MPyMFnMeshStrings
//
s_MPyMFnMeshStrings.rMPyMFnMesh_4or5args = "^1c() takes 4 or 5 arguments (^2d given)"
s_MPyMFnMeshStrings.rMPyMFnMesh_UVArraysRequired = "must supply both of 'uValues' and 'vValues' parameters"
s_MPyMFnMeshStrings.rMPyMFnMesh_expectBoolOrBoolSeq = "boolean or sequence of booleans expected for '^1c' parameter"
s_MPyMFnMeshStrings.rMPyMFnMesh_expectFltOrFltSeq = "float or sequence of floats expected for '^1c' parameter"
s_MPyMFnMeshStrings.rMPyMFnMesh_expectIntOrIntSeq = "integer or sequence of integers expected for '^1c' parameter"
s_MPyMFnMeshStrings.rMPyMFnMesh_expectSplitListItem = "expected tuple of (int, int, float) or (int, MFloatPoint) for item ^1d of sequence"
s_MPyMFnMeshStrings.rMPyMFnMesh_expectStrOrStrSeq = "string or sequence of strings expected for '^1c' parameter"
s_MPyMFnMeshStrings.rMPyMFnMesh_itemNot3Strs = "item ^1d of sequence was not a sequence of 3 strings"
s_MPyMFnMeshStrings.rMPyMFnMesh_srcNotValid = "source is not a valid mesh node or mesh data object"
//
// String set: s_MPyMShaderManagerStrings
//
s_MPyMShaderManagerStrings.rMPyMShaderManager_cannotBindCallback = "cannot bind callback"
//
// String set: s_MPyMViewport2RendererStrings
//
s_MPyMViewport2RendererStrings.rMPyViewport2Renderer_invalidRenderer = "invalid renderer"
//
// String set: s_MPyTypeObjectStrings
//
s_MPyTypeObjectStrings.rMPyTypeObject_cannotInit = "could not initialize an instance of ^1c"
//
// String set: s_MPyUtilStrings
//
s_MPyUtilStrings.rMPyUtil_cannotAllocWcharBuff = "could not allocate wchar buffer"
s_MPyUtilStrings.rMPyUtil_unrecognizedCompareOp = "unrecognized rich comparison operator '^1c'"
s_MPyUtilStrings.rMPyUtil_unsupportedCompareOp = "^1c does not support '^2c' comparisons"
//
// String set: s_MRampAttributeStrings
//
s_MRampAttributeStrings.rInterpTypeLinear = "Linear"
s_MRampAttributeStrings.rInterpTypeNone = "None"
s_MRampAttributeStrings.rInterpTypeSmooth = "Smooth"
s_MRampAttributeStrings.rInterpTypeSpline = "Spline"
//
// String set: s_MUMessageCmdStrings
//
s_MUMessageCmdStrings.rAttrIDs = "The -attrIds should be followed by an attr name."
s_MUMessageCmdStrings.rAttributeMessage = "Attribute messages require a node argument: ^1c"
s_MUMessageCmdStrings.rCallbackFollowedBy = "The -callback should be followed by a callback name"
s_MUMessageCmdStrings.rCallbackID = "The -callbackIds should be followed by a callback name."
s_MUMessageCmdStrings.rDagInvalid = "Dag messages require a valid nodeType in node argument: ^1c"
s_MUMessageCmdStrings.rIdClass = "The -idClass should be followed by an id value."
s_MUMessageCmdStrings.rIdMsg = "The -idMsg should be followed by an id value."
s_MUMessageCmdStrings.rIdNode = "The -idNode should be followed by an id value."
s_MUMessageCmdStrings.rIdShouldBe = "The -id should be followed by an id value."
s_MUMessageCmdStrings.rInvalidArguments = "Invalid arguments."
s_MUMessageCmdStrings.rInvalidCallback = "Invalid callback."
s_MUMessageCmdStrings.rInvalidID = "Invalid id."
s_MUMessageCmdStrings.rMessageNotFound = "Message and/or callback not found."
s_MUMessageCmdStrings.rNodeIds = "The -nodeIds should be followed by a node name."
s_MUMessageCmdStrings.rNodeNotFound = "Specified node not found: \"^1c\""
s_MUMessageCmdStrings.rUnknownMessage = "Unknown message: \"^1c\""
//
// String set: s_MViewport2RendererStrings
//
s_MViewport2RendererStrings.rMRenderOperation_missingInputDescription = "^1s::getInputTargetDescription did not provide a target description for ^2s.  A target description must be provided."
//
// String set: s_MayaStandardLibraryStrings
//
s_MayaStandardLibraryStrings.rMayaStdLibInvalidArg = "Argument to mel() must be a String or Unicode object"
s_MayaStandardLibraryStrings.rMayaStdLibMELExecutionError = "Error occurred during execution of MEL script"
s_MayaStandardLibraryStrings.rMayaStdLibWrongNumArgs = "The mel() function takes one argument of type String or Unicode (^1d args provided)"
//
// String set: s_MayaWarnStrings
//
s_MayaWarnStrings.rMayaWarnMsg = "MayaWarn ^1s. Your work has been saved to the file named ^2s."
//
// String set: s_OGSApplicationBridgeStrings
//
s_OGSApplicationBridgeStrings.rOGSLightInstancesNotSupported = "Light instancing or re-parenting is not supported by Viewport 2.0"
s_OGSApplicationBridgeStrings.rOGSMakingProgressMsg = "Processing"
//
// String set: s_OGSBatchRendererStrings
//
s_OGSBatchRendererStrings.rCameraNotRenderableMsg = "Camera \"^1s\" not found or not renderable. Setting the camera name to be the empty string."
s_OGSBatchRendererStrings.rCantUseQueryAndEditAtSameTime = "Can not use the query flag and the edit flag at the same time."
s_OGSBatchRendererStrings.rCouldNotInitializeCameraList = "Could not initialize camera list"
s_OGSBatchRendererStrings.rCouldNotInitializeOGSRenderer = "Could not initialize ogsRenderer"
s_OGSBatchRendererStrings.rCouldNotInitializeRenderGlobals = "Could not initialize render globals"
s_OGSBatchRendererStrings.rDepthRenderFrameMsg = "Rendering depth frame ^1f : ^2s"
s_OGSBatchRendererStrings.rImageFormatWarning = "Image format and size has been clamped to a maximum size of ^1d by ^2d with maximum 4x MSAA due to graphics hardware restrictions."
s_OGSBatchRendererStrings.rIncompatibleFlag1Msg = "-f and -cf are incompatible parameters."
s_OGSBatchRendererStrings.rInvalidLayerWarning = "No renderable layer."
s_OGSBatchRendererStrings.rLayerNotFoundMsg = "Cannot find specified layer."
s_OGSBatchRendererStrings.rNeedQueryFlag = "Need to use the -query flag for this flag."
s_OGSBatchRendererStrings.rNeedQueryOrEditFlag = "Need to use the -query or -edit flag for this flag."
s_OGSBatchRendererStrings.rNoCameraFoundMsg = "No renderable cameras found. Setting the camera name to be the empty string."
s_OGSBatchRendererStrings.rOGSMAYARendererNotInitialized = "OGSMayaMayaRenderer not initialized properly"
s_OGSBatchRendererStrings.rOGSNotInitialized = "OGSRenderer not initialized properly"
s_OGSBatchRendererStrings.rOGSNotRendering = "ogs renderer not rendering"
s_OGSBatchRendererStrings.rPostRenderWarning = "Post-Render MEL script failed..."
s_OGSBatchRendererStrings.rPreRenderWarning = "Pre-Render MEL script failed..."
s_OGSBatchRendererStrings.rRenderFrameMsg = "Rendering frame ^1f : ^2s"
//
// String set: s_OGSBridgeAPIImpStrings
//
s_OGSBridgeAPIImpStrings.rOGSTextureMemoryFailure = "GPU texture ram exceeded, texture loading failed. Please reduce max texture resolution clamp in the Viewport 2.0 Options and retry."
s_OGSBridgeAPIImpStrings.rOGSTextureMemoryFailureAutoBtn = "Auto Clamp & Reload Textures"
s_OGSBridgeAPIImpStrings.rOGSTextureMemoryFailureTitle = "Warning: GPU memory limit exceeded"
s_OGSBridgeAPIImpStrings.rOGSTextureMemoryFailureTryAutoNoAction = "Texture loading has failed because there are more high resolution textures than your video card has enough memory to handle.\nYou can fix this by enabling Automatic Maximum Texture Resolution Clamping in the Viewport 2.0 options, to dynamically down-sample textures according to your available GPU memory."
s_OGSBridgeAPIImpStrings.rOGSTextureMemoryFailureTryAutoWithAction = "Texture loading has failed because there are more high resolution textures than your video card has enough memory to handle. Viewport texture display has been turned off and multi-sample anti-aliasing has been disabled to save memory.\nYou can fix this by enabling Automatic Maximum Texture Resolution Clamping in the Viewport 2.0 options, to dynamically down-sample textures according to your available GPU memory."
s_OGSBridgeAPIImpStrings.rOGSTextureMemoryFailureWithAction = "GPU texture ram exceeded, texture loading failed. Please reduce max texture resolution clamp in the Viewport 2.0 Options and retry. Texture display and MSAA are already turned off to reduce memory consumption."
//
// String set: s_OGSMayaBridgeStrings
//
s_OGSMayaBridgeStrings.rOGSForceIntelToDX = "Detected Intel integrated graphics. Using DirectX11 mode for Viewport 2.0"
//
// String set: s_OGSMayaBridgeUtilitiesStrings
//
s_OGSMayaBridgeUtilitiesStrings.rTexRefMismatchedSmoothingPairMsg = "For correct texture preview in the viewport, smoothing must be the same between a texture reference object and its target object. ^1s and ^2s do not match."
s_OGSMayaBridgeUtilitiesStrings.rTexRefMismatchedSmoothingPairsMsg = "For correct texture preview in the viewport, smoothing must be the same between a texture reference object and its target object. See script editor for details."
s_OGSMayaBridgeUtilitiesStrings.rTexRefMismatchedTopologyPairMsg = "^1s and ^2s do not have the same topology. For correct texture preview in the viewport, please re-create the texture reference object."
s_OGSMayaBridgeUtilitiesStrings.rTexRefMismatchedTopologyPairsMsg = "Multiple texture reference object pairs do not have the same topology. For correct texture preview in the viewport, please re-create the texture reference objects. See Script Editor for details."
//
// String set: s_OGSMayaFileTextureEvaluatorStrings
//
s_OGSMayaFileTextureEvaluatorStrings.rUvTileWarning = "To visualize UV tile textures in VP2 please generate all UV tile previews via the global control in the viewport settings window or individually on each file node."
//
// String set: s_OGSMayaOutOfMemoryHandlerStrings
//
s_OGSMayaOutOfMemoryHandlerStrings.rOGSLowAppMemory = "A low application memory condition has been detected for the renderer."
s_OGSMayaOutOfMemoryHandlerStrings.rOGSLowGPUMemory = "A low graphics card memory condition has been detected for the renderer."
s_OGSMayaOutOfMemoryHandlerStrings.rOGSLowSystemMemory = "A low system memory condition has been detected for the renderer."
s_OGSMayaOutOfMemoryHandlerStrings.rOGSLowTempDiskMemory = "A low temp disk space or temp folder access condition has been detected for the renderer. Check write permissions for temp folder."
//
// String set: s_OGSMayaRendererStrings
//
s_OGSMayaRendererStrings.rRenderOverrideCompatibleMsg = "Render override \"^1s\" was added but is just compatible with the current drawing API. To get full support, please implement with OpenGL CoreProfile APIs and update supportedDrawAPIs()."
s_OGSMayaRendererStrings.rRenderOverrideNotSupportedMsg = "Failed to add render override \"^1s\" because the current drawing API isn't supported."
s_OGSMayaRendererStrings.rRendererTexClampDrastic = "Viewport texture resolution has been drastically reduced to fit available GPU ram (^1(.1)f gb)."
s_OGSMayaRendererStrings.rRendererTexClampOptimized = "Viewport textures have been optimized to fit within available GPU ram.  ^1d textures downscaled from original size."
//
// String set: s_OGSShaderItemStrings
//
s_OGSShaderItemStrings.rMoreThanSupportedUVSetsWarning = "^1s: shader compilation failed since more than 16 UV sets are used."
//
// String set: s_OGSSyncItemFactoryStrings
//
s_OGSSyncItemFactoryStrings.rEvaluatorCompatibleMsg = "Evaluator for \"^1s\" classification was created but is just compatible with the current drawing API. To get full support, please implement with OpenGL CoreProfile APIs and update supportedDrawAPIs()."
s_OGSSyncItemFactoryStrings.rEvaluatorNotCreatedMsg = "Failed to create evaluator for \"^1s\" classification because the current drawing API isn't supported."
//
// String set: s_OGSViewportRendererStrings
//
s_OGSViewportRendererStrings.rCoreProfile = "Core Profile"
s_OGSViewportRendererStrings.rMaxFrameHeapMsg = "Maximum Frame Heap Size:       ^2(.2)f Mb"
s_OGSViewportRendererStrings.rMaxResidentMsg = "Maximum Resident Size:         ^2(.2)f Mb"
s_OGSViewportRendererStrings.rMotionBlurEMError = "The unsupported render setting of 'Motion Blur' to 'On' has disabled the evaluation manager.\n    Delete any animation on it and change the setting to 'Off' to resume use of the evaluation manager."
s_OGSViewportRendererStrings.rOGSRendererUIName = "Viewport 2.0 (^1s)"
s_OGSViewportRendererStrings.rOGSRendererUIName1 = "Viewport 2.0 (^1s ^2s)"
s_OGSViewportRendererStrings.rOGSRendererUIName2 = "Viewport 2.0 (^1s ^2s ^3s)"
s_OGSViewportRendererStrings.rOGSViewportName = "Viewport 2.0"
s_OGSViewportRendererStrings.rPausedString = "Paused"
s_OGSViewportRendererStrings.rTotalTimeMsg = "Total Time For Render (hh:mm:ss): ^1s"
s_OGSViewportRendererStrings.rWARPName = "WARP"
s_OGSViewportRendererStrings.rWithCompatibility = "with compatibility"
//
// String set: s_PythonUtilsStrings
//
s_PythonUtilsStrings.rPythonExecuteInMainThreadBadScript = "first argument to executeInMainThreadWithResult must be a string or a callable object"
s_PythonUtilsStrings.rPythonExecuteInMainThreadRemainingArgs = "executeInMainThreadWithResult() failed to extract extra args"
s_PythonUtilsStrings.rPythonExecuteInMainThreadStringArgs = "when the first argument to executeInMainThreadWithResult() is a string, it takes exactly 1 argument (^1d given)"
s_PythonUtilsStrings.rPythonProcessIdleArgs = "processIdleEvents() takes no arguments (^1d given)"
s_PythonUtilsStrings.rPythonUtilsDeferredBadScript = "first argument to evalDeferred must be a string or a callable object"
s_PythonUtilsStrings.rPythonUtilsDeferredMissingArgs = "evalDeferred() takes at least 1 argument (0 given)"
s_PythonUtilsStrings.rPythonUtilsDeferredQueueFailed = "Placing deferred event on idle queue failed"
s_PythonUtilsStrings.rPythonUtilsDeferredRemainingArgs = "evalDeferred() failed to extract extra args"
s_PythonUtilsStrings.rPythonUtilsDeferredStringArgs = "when the first argument to evalDeferred() is a string, it takes exactly 1 argument (^1d given)"
s_PythonUtilsStrings.rPythonUtilsMissingArgs = "executeInMainThreadWithResult() takes at least 1 argument (0 given)"
//
// String set: s_QadskColorEyeDropperStrings
//
s_QadskColorEyeDropperStrings.rColorPickerDisabled = "Color picker is disabled, to enable it you need to add Maya application in \"System Preferences->Security & Privacy->Accessibility\".\n\nShow this message again?"
//
// String set: s_QadskColorPickerStrings
//
s_QadskColorPickerStrings.r0To1 = "0 to 1.0"
s_QadskColorPickerStrings.r0To255 = "0 to 255"
s_QadskColorPickerStrings.rAdobePaletteFile = "Adobe Palette"
s_QadskColorPickerStrings.rAllFiles = "All Files"
s_QadskColorPickerStrings.rB = "B:"
s_QadskColorPickerStrings.rBlend = "Blend"
s_QadskColorPickerStrings.rColorHistory = "Color History"
s_QadskColorPickerStrings.rColorManagement = "Color Management"
s_QadskColorPickerStrings.rColorPalettes = "Color Palettes"
s_QadskColorPickerStrings.rColorWheel = "Color Wheel"
s_QadskColorPickerStrings.rDefault = "Default"
s_QadskColorPickerStrings.rDone = "Done"
s_QadskColorPickerStrings.rG = "G:"
s_QadskColorPickerStrings.rH = "H:"
s_QadskColorPickerStrings.rHSV = "HSV"
s_QadskColorPickerStrings.rImage = "Image"
s_QadskColorPickerStrings.rImageFiles = "Image Files"
s_QadskColorPickerStrings.rLoad = "Load..."
s_QadskColorPickerStrings.rLoadImage = "Load Image"
s_QadskColorPickerStrings.rLoadPalette = "Load Palette"
s_QadskColorPickerStrings.rMayaPaletteFile = "Maya Palette File "
s_QadskColorPickerStrings.rMixingColor = "Mixing Color in Preferred Color Space"
s_QadskColorPickerStrings.rMixingColorSpace = "Mixing Color Space:"
s_QadskColorPickerStrings.rNew = "New..."
s_QadskColorPickerStrings.rNumericInput = "Numeric Input"
s_QadskColorPickerStrings.rPaletteFile = "Palette file"
s_QadskColorPickerStrings.rPaletteName = "New Palette name"
s_QadskColorPickerStrings.rR = "R:"
s_QadskColorPickerStrings.rRGB = "RGB"
s_QadskColorPickerStrings.rRange = "Range:"
s_QadskColorPickerStrings.rRevert = "Revert"
s_QadskColorPickerStrings.rRing = "Ring"
s_QadskColorPickerStrings.rS = "S:"
s_QadskColorPickerStrings.rSave = "Save..."
s_QadskColorPickerStrings.rSavePalette = "Save Palette"
s_QadskColorPickerStrings.rSpectrum = "Spectrum"
s_QadskColorPickerStrings.rV = "V:"
//
// String set: s_QcaddyDropdownStrings
//
s_QcaddyDropdownStrings.rCopyAttributesTitle = "Copy Attributes"
s_QcaddyDropdownStrings.rLayoutText = "Layout"
s_QcaddyDropdownStrings.rPasteAttributesTitle = "Paste Attributes"
s_QcaddyDropdownStrings.rResetText = "Reset"
s_QcaddyDropdownStrings.rSizeLargeText = "Large"
s_QcaddyDropdownStrings.rSizeMediumText = "Medium"
s_QcaddyDropdownStrings.rSizeSmallText = "Small"
s_QcaddyDropdownStrings.rSizeText = "Size"
//
// String set: s_QcaddyRMBMenuStrings
//
s_QcaddyRMBMenuStrings.rMoveDownText = "Move Down"
s_QcaddyRMBMenuStrings.rMoveUpText = "Move Up"
s_QcaddyRMBMenuStrings.rMovetoTopText = "Move to Top"
s_QcaddyRMBMenuStrings.rRemoveAttributeText = "Remove Attribute"
s_QcaddyRMBMenuStrings.rResetAttributeText = "Reset Attribute"
//
// String set: s_QcaddySpeedMenuStrings
//
s_QcaddySpeedMenuStrings.rSpeedFast = "Fast"
s_QcaddySpeedMenuStrings.rSpeedMedium = "Medium"
s_QcaddySpeedMenuStrings.rSpeedSlow = "Slow"
s_QcaddySpeedMenuStrings.rSpeedSlowest = "Slowest"
//
// String set: s_QmayaApplicationStrings
//
s_QmayaApplicationStrings.rQmayaApplicationQEventAcceptDropsChange = "QtAcceptDropsChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventAccessibilityDescription = "QtAccessibilityDescription"
s_QmayaApplicationStrings.rQmayaApplicationQEventAccessibilityHelp = "QtAccessibilityHelp"
s_QmayaApplicationStrings.rQmayaApplicationQEventAccessibilityPrepare = "QtAccessibilityPrepare"
s_QmayaApplicationStrings.rQmayaApplicationQEventActionAdded = "QtActionAdded"
s_QmayaApplicationStrings.rQmayaApplicationQEventActionChanged = "QtActionChanged"
s_QmayaApplicationStrings.rQmayaApplicationQEventActionRemoved = "QtActionRemoved"
s_QmayaApplicationStrings.rQmayaApplicationQEventActivateControl = "QtActivateControl"
s_QmayaApplicationStrings.rQmayaApplicationQEventActivationChange = "QtActivationChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventApplicationActivate = "QtApplicationActivate"
s_QmayaApplicationStrings.rQmayaApplicationQEventApplicationDeactivate = "QtApplicationDeactivate"
s_QmayaApplicationStrings.rQmayaApplicationQEventApplicationFontChange = "QtApplicationFontChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventApplicationLayoutDirectionChange = "QtApplicationLayoutDirectionChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventApplicationPaletteChange = "QtApplicationPaletteChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventApplicationWindowIconChange = "QtApplicationWindowIconChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventChildAdded = "QtChildAdded"
s_QmayaApplicationStrings.rQmayaApplicationQEventChildPolished = "QtChildPolished"
s_QmayaApplicationStrings.rQmayaApplicationQEventChildRemoved = "QtChildRemoved"
s_QmayaApplicationStrings.rQmayaApplicationQEventClipboard = "QtClipboard"
s_QmayaApplicationStrings.rQmayaApplicationQEventClose = "QtClose"
s_QmayaApplicationStrings.rQmayaApplicationQEventCloseSoftwareInputPanel = "QtCloseSoftwareInputPanel"
s_QmayaApplicationStrings.rQmayaApplicationQEventContentsRectChange = "QtContentsRectChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventContextMenu = "QtContextMenu"
s_QmayaApplicationStrings.rQmayaApplicationQEventCreate = "QtCreate"
s_QmayaApplicationStrings.rQmayaApplicationQEventCursorChange = "QtCursorChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventDeactivateControl = "QtDeactivateControl"
s_QmayaApplicationStrings.rQmayaApplicationQEventDeferredDelete = "QtDeferredDelete"
s_QmayaApplicationStrings.rQmayaApplicationQEventDestroy = "QtDestroy"
s_QmayaApplicationStrings.rQmayaApplicationQEventDragEnter = "QtDragEnter"
s_QmayaApplicationStrings.rQmayaApplicationQEventDragLeave = "QtDragLeave"
s_QmayaApplicationStrings.rQmayaApplicationQEventDragMove = "QtDragMove"
s_QmayaApplicationStrings.rQmayaApplicationQEventDragResponse = "QtDragResponse"
s_QmayaApplicationStrings.rQmayaApplicationQEventDrop = "QtDrop"
s_QmayaApplicationStrings.rQmayaApplicationQEventDynamicPropertyChange = "QtDynamicPropertyChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventEmbeddingControl = "QtEmbeddingControl"
s_QmayaApplicationStrings.rQmayaApplicationQEventEnabledChange = "QtEnabledChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventEnter = "QtEnter"
s_QmayaApplicationStrings.rQmayaApplicationQEventEnterWhatsThisMode = "QtEnterWhatsThisMode"
s_QmayaApplicationStrings.rQmayaApplicationQEventFileOpen = "QtFileOpen"
s_QmayaApplicationStrings.rQmayaApplicationQEventFocusIn = "QtFocusIn"
s_QmayaApplicationStrings.rQmayaApplicationQEventFocusOut = "QtFocusOut"
s_QmayaApplicationStrings.rQmayaApplicationQEventFontChange = "QtFontChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventFutureCallOut = "QtFutureCallOut"
s_QmayaApplicationStrings.rQmayaApplicationQEventGrabKeyboard = "QtGrabKeyboard"
s_QmayaApplicationStrings.rQmayaApplicationQEventGrabMouse = "QtGrabMouse"
s_QmayaApplicationStrings.rQmayaApplicationQEventGraphicsSceneContextMenu = "QtGraphicsSceneContextMenu"
s_QmayaApplicationStrings.rQmayaApplicationQEventGraphicsSceneDragEnter = "QtGraphicsSceneDragEnter"
s_QmayaApplicationStrings.rQmayaApplicationQEventGraphicsSceneDragLeave = "QtGraphicsSceneDragLeave"
s_QmayaApplicationStrings.rQmayaApplicationQEventGraphicsSceneDragMove = "QtGraphicsSceneDragMove"
s_QmayaApplicationStrings.rQmayaApplicationQEventGraphicsSceneDrop = "QtGraphicsSceneDrop"
s_QmayaApplicationStrings.rQmayaApplicationQEventGraphicsSceneHelp = "QtGraphicsSceneHelp"
s_QmayaApplicationStrings.rQmayaApplicationQEventGraphicsSceneHoverEnter = "QtGraphicsSceneHoverEnter"
s_QmayaApplicationStrings.rQmayaApplicationQEventGraphicsSceneHoverLeave = "QtGraphicsSceneHoverLeave"
s_QmayaApplicationStrings.rQmayaApplicationQEventGraphicsSceneHoverMove = "QtGraphicsSceneHoverMove"
s_QmayaApplicationStrings.rQmayaApplicationQEventGraphicsSceneMouseDoubleClick = "QtGraphicsSceneMouseDoubleClick"
s_QmayaApplicationStrings.rQmayaApplicationQEventGraphicsSceneMouseMove = "QtGraphicsSceneMouseMove"
s_QmayaApplicationStrings.rQmayaApplicationQEventGraphicsSceneMousePress = "QtGraphicsSceneMousePress"
s_QmayaApplicationStrings.rQmayaApplicationQEventGraphicsSceneMouseRelease = "QtGraphicsSceneMouseRelease"
s_QmayaApplicationStrings.rQmayaApplicationQEventGraphicsSceneMove = "QtGraphicsSceneMove "
s_QmayaApplicationStrings.rQmayaApplicationQEventGraphicsSceneResize = "QtGraphicsSceneResize "
s_QmayaApplicationStrings.rQmayaApplicationQEventGraphicsSceneWheel = "QtGraphicsSceneWheel"
s_QmayaApplicationStrings.rQmayaApplicationQEventHelpRequest = "QtHelpRequest"
s_QmayaApplicationStrings.rQmayaApplicationQEventHide = "QtHide"
s_QmayaApplicationStrings.rQmayaApplicationQEventHideToParent = "QtHideToParent"
s_QmayaApplicationStrings.rQmayaApplicationQEventHoverEnter = "QtHoverEnter"
s_QmayaApplicationStrings.rQmayaApplicationQEventHoverLeave = "QtHoverLeave"
s_QmayaApplicationStrings.rQmayaApplicationQEventHoverMove = "QtHoverMove"
s_QmayaApplicationStrings.rQmayaApplicationQEventIconDrag = "QtIconDrag"
s_QmayaApplicationStrings.rQmayaApplicationQEventIconTextChange = "QtIconTextChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventInputMethod = "QtInputMethod"
s_QmayaApplicationStrings.rQmayaApplicationQEventKeyPress = "QtKeyPress"
s_QmayaApplicationStrings.rQmayaApplicationQEventKeyRelease = "QtKeyRelease"
s_QmayaApplicationStrings.rQmayaApplicationQEventKeyboardLayoutChange = "QtKeyboardLayoutChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventLanguageChange = "QtLanguageChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventLayoutDirectionChange = "QtLayoutDirectionChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventLayoutRequest = "QtLayoutRequest"
s_QmayaApplicationStrings.rQmayaApplicationQEventLeave = "QtLeave"
s_QmayaApplicationStrings.rQmayaApplicationQEventLeaveWhatsThisMode = "QtLeaveWhatsThisMode"
s_QmayaApplicationStrings.rQmayaApplicationQEventLocaleChange = "QtLocaleChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventMacGLClearDrawable = "QtMacGLClearDrawable"
s_QmayaApplicationStrings.rQmayaApplicationQEventMacGLWindowChange = "QtMacGLWindowChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventMacSizeChange = "QtMacSizeChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventMenubarUpdated = "QtMenubarUpdated"
s_QmayaApplicationStrings.rQmayaApplicationQEventMetaCall = "QtMetaCall"
s_QmayaApplicationStrings.rQmayaApplicationQEventModifiedChange = "QtModifiedChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventMouseButtonDblClick = "QtMouseButtonDblClick"
s_QmayaApplicationStrings.rQmayaApplicationQEventMouseButtonPress = "QtMouseButtonPress"
s_QmayaApplicationStrings.rQmayaApplicationQEventMouseButtonRelease = "QtMouseButtonRelease"
s_QmayaApplicationStrings.rQmayaApplicationQEventMouseMove = "QtMouseMove"
s_QmayaApplicationStrings.rQmayaApplicationQEventMouseTrackingChange = "QtMouseTrackingChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventMove = "QtMove"
s_QmayaApplicationStrings.rQmayaApplicationQEventNetworkReplyUpdated = "QtNetworkReplyUpdated"
s_QmayaApplicationStrings.rQmayaApplicationQEventNonClientAreaMouseButtonDblClick = "QtNonClientAreaMouseButtonDblClick"
s_QmayaApplicationStrings.rQmayaApplicationQEventNonClientAreaMouseButtonPress = "QtNonClientAreaMouseButtonPress"
s_QmayaApplicationStrings.rQmayaApplicationQEventNonClientAreaMouseButtonRelease = "QtNonClientAreaMouseButtonRelease"
s_QmayaApplicationStrings.rQmayaApplicationQEventNonClientAreaMouseMove = "QtNonClientAreaMouseMove"
s_QmayaApplicationStrings.rQmayaApplicationQEventOkRequest = "QtOkRequest"
s_QmayaApplicationStrings.rQmayaApplicationQEventPaint = "QtPaint"
s_QmayaApplicationStrings.rQmayaApplicationQEventPaletteChange = "QtPaletteChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventParentAboutToChange = "QtParentAboutToChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventParentChange = "QtParentChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventPolish = "QtPolish"
s_QmayaApplicationStrings.rQmayaApplicationQEventPolishRequest = "QtPolishRequest"
s_QmayaApplicationStrings.rQmayaApplicationQEventQueryWhatsThis = "QtQueryWhatsThis"
s_QmayaApplicationStrings.rQmayaApplicationQEventQuit = "QtQuit"
s_QmayaApplicationStrings.rQmayaApplicationQEventRequestSoftwareInputPanel = "QtRequestSoftwareInputPanel"
s_QmayaApplicationStrings.rQmayaApplicationQEventResize = "QtResize"
s_QmayaApplicationStrings.rQmayaApplicationQEventShortcut = "QtShortcut"
s_QmayaApplicationStrings.rQmayaApplicationQEventShortcutOverride = "QtShortcutOverride"
s_QmayaApplicationStrings.rQmayaApplicationQEventShow = "QtShow"
s_QmayaApplicationStrings.rQmayaApplicationQEventShowToParent = "QtShowToParent"
s_QmayaApplicationStrings.rQmayaApplicationQEventShowWindowRequest = "QtShowWindowRequest"
s_QmayaApplicationStrings.rQmayaApplicationQEventSockAct = "QtSockAct"
s_QmayaApplicationStrings.rQmayaApplicationQEventSpeech = "QtSpeech"
s_QmayaApplicationStrings.rQmayaApplicationQEventStateMachineSignal = "QtStateMachineSignal"
s_QmayaApplicationStrings.rQmayaApplicationQEventStateMachineWrapped = "QtStateMachineWrapped"
s_QmayaApplicationStrings.rQmayaApplicationQEventStatusTip = "QtStatusTip"
s_QmayaApplicationStrings.rQmayaApplicationQEventStyle = "QtStyle"
s_QmayaApplicationStrings.rQmayaApplicationQEventStyleChange = "QtStyleChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventTabletEnterProximity = "QtTabletEnterProximity"
s_QmayaApplicationStrings.rQmayaApplicationQEventTabletLeaveProximity = "QtTabletLeaveProximity"
s_QmayaApplicationStrings.rQmayaApplicationQEventTabletMove = "QtTabletMove"
s_QmayaApplicationStrings.rQmayaApplicationQEventTabletPress = "QtTabletPress"
s_QmayaApplicationStrings.rQmayaApplicationQEventTabletRelease = "QtTabletRelease"
s_QmayaApplicationStrings.rQmayaApplicationQEventThreadChange = "QtThreadChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventTimer = "QtTimer"
s_QmayaApplicationStrings.rQmayaApplicationQEventToolBarChange = "QtToolBarChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventToolTip = "QtToolTip"
s_QmayaApplicationStrings.rQmayaApplicationQEventToolTipChange = "QtToolTipChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventTouchBegin = "QtTouchBegin"
s_QmayaApplicationStrings.rQmayaApplicationQEventTouchEnd = "QtTouchEnd"
s_QmayaApplicationStrings.rQmayaApplicationQEventTouchUpdate = "QtTouchUpdate"
s_QmayaApplicationStrings.rQmayaApplicationQEventUngrabKeyboard = "QtUngrabKeyboard"
s_QmayaApplicationStrings.rQmayaApplicationQEventUngrabMouse = "QtUngrabMouse"
s_QmayaApplicationStrings.rQmayaApplicationQEventUpdateLater = "QtUpdateLater"
s_QmayaApplicationStrings.rQmayaApplicationQEventUpdateRequest = "QtUpdateRequest"
s_QmayaApplicationStrings.rQmayaApplicationQEventUpdateSoftKeys = "QtUpdateSoftKeys"
s_QmayaApplicationStrings.rQmayaApplicationQEventUserEvent = "QtUserEvent"
s_QmayaApplicationStrings.rQmayaApplicationQEventWhatsThis = "QtWhatsThis"
s_QmayaApplicationStrings.rQmayaApplicationQEventWhatsThisClicked = "QtWhatsThisClicked"
s_QmayaApplicationStrings.rQmayaApplicationQEventWheel = "QtWheel"
s_QmayaApplicationStrings.rQmayaApplicationQEventWinEventAct = "QtWinEventAct"
s_QmayaApplicationStrings.rQmayaApplicationQEventWinIdChange = "QtWinIdChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventWindowActivate = "QtWindowActivate"
s_QmayaApplicationStrings.rQmayaApplicationQEventWindowBlocked = "QtWindowBlocked"
s_QmayaApplicationStrings.rQmayaApplicationQEventWindowDeactivate = "QtWindowDeactivate"
s_QmayaApplicationStrings.rQmayaApplicationQEventWindowIconChange = "QtWindowIconChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventWindowStateChange = "QtWindowStateChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventWindowTitleChange = "QtWindowTitleChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventWindowUnblocked = "QtWindowUnblocked"
s_QmayaApplicationStrings.rQmayaApplicationQEventZOrderChange = "QtZOrderChange"
s_QmayaApplicationStrings.rQmayaApplicationQEventZeroTimerEvent = "QtZeroTimerEvent"
//
// String set: s_QmayaBreadCrumbStrings
//
s_QmayaBreadCrumbStrings.rCopyPath = "Copy Path"
//
// String set: s_QmayaDialogStrings
//
s_QmayaDialogStrings.rDontSave = "Don't Save"
s_QmayaDialogStrings.rDontSaveMnemonic = "Do&n't Save"
s_QmayaDialogStrings.rNo = "No"
s_QmayaDialogStrings.rNoMnemonic = "&No"
s_QmayaDialogStrings.rYes = "Yes"
s_QmayaDialogStrings.rYesMnemonic = "&Yes"
//
// String set: s_QmayaFontDialogStrings
//
s_QmayaFontDialogStrings.rFontFamilyNotScalabe = "Font family '^1s' is not scalable. Please select a scalable family."
s_QmayaFontDialogStrings.rFontStyleNotScalable = "Style '^1s' of family '^2s' is not scalable.  Please select a scalable family and style."
s_QmayaFontDialogStrings.rScalableFontRequired = "Scalable Font Required"
s_QmayaFontDialogStrings.rSelectFont = "Select Font"
s_QmayaFontDialogStrings.rSelectScalableFont = "Select Scalable Font"
//
// String set: s_QmayaFormLayoutStrings
//
s_QmayaFormLayoutStrings.rCyclicalControlAttachmentWarning = "Cyclical control attachment detected between these two objects: ^1s, ^2s. Last attachment will be ignored."
//
// String set: s_QmayaHotkeyEditorStrings
//
s_QmayaHotkeyEditorStrings.rHotkeyEdAddHotkey = "Add Additional Hotkey"
s_QmayaHotkeyEditorStrings.rHotkeyEdAlreadyAssign = "'^1s' is already assigned to '^2s'.\nDo you want to override the existing hotkey assignment with your new one?"
s_QmayaHotkeyEditorStrings.rHotkeyEdAssignHotkey = "Assign"
s_QmayaHotkeyEditorStrings.rHotkeyEdAssignedKey = "Assigned Key"
s_QmayaHotkeyEditorStrings.rHotkeyEdCancelButton = "Cancel"
s_QmayaHotkeyEditorStrings.rHotkeyEdCatEditorSelectorTip = "Select an editor..."
s_QmayaHotkeyEditorStrings.rHotkeyEdCatSelectorLabel = "Edit Hotkeys For: "
s_QmayaHotkeyEditorStrings.rHotkeyEdCatSelectorTip = "Choose a category..."
s_QmayaHotkeyEditorStrings.rHotkeyEdClearText = "Clear Text"
s_QmayaHotkeyEditorStrings.rHotkeyEdCmdEditorBtnRowLabel = "Runtime Command:"
s_QmayaHotkeyEditorStrings.rHotkeyEdCmdEditorCmdDescFieldPlaceholder = "<type runtime command description>"
s_QmayaHotkeyEditorStrings.rHotkeyEdCmdEditorCmdDescFieldRowLabel = "Description:"
s_QmayaHotkeyEditorStrings.rHotkeyEdCmdEditorCmdNameFieldPlaceholder = "<type runtime command name>"
s_QmayaHotkeyEditorStrings.rHotkeyEdCmdEditorCmdNameFieldRowLabel = "Name:"
s_QmayaHotkeyEditorStrings.rHotkeyEdCmdEditorCmdSubCatFieldPlaceholder = "<type an optional sub-category name>"
s_QmayaHotkeyEditorStrings.rHotkeyEdCmdEditorCmdSubCatFieldRowLabel = "Sub-Category:"
s_QmayaHotkeyEditorStrings.rHotkeyEdCmdEditorConfirmDelete = "OK to delete the '^1s' command?"
s_QmayaHotkeyEditorStrings.rHotkeyEdCmdEditorDeleteBtn = "Delete"
s_QmayaHotkeyEditorStrings.rHotkeyEdCmdEditorDiscardChange = "Runtime Command Editor detects unsaved changes. Save changes?"
s_QmayaHotkeyEditorStrings.rHotkeyEdCmdEditorEditBtn = "Edit"
s_QmayaHotkeyEditorStrings.rHotkeyEdCmdEditorInvalidRTC = "Runtime command does not exist."
s_QmayaHotkeyEditorStrings.rHotkeyEdCmdEditorNameNotUnique = "Runtime command '^1s' is not unique. \nPlease enter another name."
s_QmayaHotkeyEditorStrings.rHotkeyEdCmdEditorNameNotValid = "Runtime command name must begin with an alphabetic character or underscore.\nThe remaining characters in the name must consist of alphanumeric characters or underscores."
s_QmayaHotkeyEditorStrings.rHotkeyEdCmdEditorNewBtn = "New"
s_QmayaHotkeyEditorStrings.rHotkeyEdCmdEditorSaveCmdBtn = "Save Runtime Command"
s_QmayaHotkeyEditorStrings.rHotkeyEdCmdEditorSaveToCategoryRowLabel = "Category:"
s_QmayaHotkeyEditorStrings.rHotkeyEdCmdEditorSaved = "The runtime command has been saved."
s_QmayaHotkeyEditorStrings.rHotkeyEdCmdEditorStringScrollFieldPlaceholder = "<Enter your command/string(s) here>"
s_QmayaHotkeyEditorStrings.rHotkeyEdCmdEditorSubCatNameNotValid = "The sub category name for custom script cannot contain \";\"."
s_QmayaHotkeyEditorStrings.rHotkeyEdCmdEditorTabLabel = "Runtime Command Editor"
s_QmayaHotkeyEditorStrings.rHotkeyEdCmdEditorcmdLanguageRowLabel = "Language:"
s_QmayaHotkeyEditorStrings.rHotkeyEdCurrentContext = "Currently displaying hotkeys for: ^1s"
s_QmayaHotkeyEditorStrings.rHotkeyEdCustomScriptsCat = "Custom Scripts"
s_QmayaHotkeyEditorStrings.rHotkeyEdDeleteDlgMsg = "Are you sure you want to delete '^1s'?"
s_QmayaHotkeyEditorStrings.rHotkeyEdDeleteHotkey = "Delete Hotkey"
s_QmayaHotkeyEditorStrings.rHotkeyEdExportButton = "Export"
s_QmayaHotkeyEditorStrings.rHotkeyEdExportDlgTitle = "Export Hotkey Set"
s_QmayaHotkeyEditorStrings.rHotkeyEdHotboxMenu = "Hotbox"
s_QmayaHotkeyEditorStrings.rHotkeyEdImportButton = "Import"
s_QmayaHotkeyEditorStrings.rHotkeyEdImportDlgTitle = "Import Hotkey Set"
s_QmayaHotkeyEditorStrings.rHotkeyEdInvalidKey = "'^1s' is not a valid hotkey. \nYou can only use letters, numbers or function keys, with or without modifier keys (Shift, Alt, etc.)."
s_QmayaHotkeyEditorStrings.rHotkeyEdInvalidSetName = "Hotkey set name contains invalid characters"
s_QmayaHotkeyEditorStrings.rHotkeyEdKeyDirection = "Key Direction"
s_QmayaHotkeyEditorStrings.rHotkeyEdKeyboardMsg = "Press Ctrl, Shift, Alt in any combination on your keyboard\nto show unassigned keys using those modifier keys."
s_QmayaHotkeyEditorStrings.rHotkeyEdKeyboardTabLabel = "Keyboard"
s_QmayaHotkeyEditorStrings.rHotkeyEdMakeRepeatable = "Make Command Repeatable and Add to Recent Command List"
s_QmayaHotkeyEditorStrings.rHotkeyEdMsgBoxInfo = "To assign or edit a Hotkey:\n1. Select the \"Edit Hotkeys for\" option and select the desired hotkey category.\n2. Find the desired Application Command or Runtime command in the list (or use Search).\n3. Click on the command and enter your hotkey shortcut."
s_QmayaHotkeyEditorStrings.rHotkeyEdNoButton = "No"
s_QmayaHotkeyEditorStrings.rHotkeyEdNoCommand = "No '^1s' have been saved yet"
s_QmayaHotkeyEditorStrings.rHotkeyEdNonUniqueSetName = "Hotkey set name is not unique. Please enter another name."
s_QmayaHotkeyEditorStrings.rHotkeyEdNothingToDo = "Hotkey is already assigned to '^1s'. \nPlease select another hotkey to assign."
s_QmayaHotkeyEditorStrings.rHotkeyEdOKButton = "OK"
s_QmayaHotkeyEditorStrings.rHotkeyEdOnPress = "On Press"
s_QmayaHotkeyEditorStrings.rHotkeyEdOnRelease = "On Release"
s_QmayaHotkeyEditorStrings.rHotkeyEdOptionBox = "(Option)"
s_QmayaHotkeyEditorStrings.rHotkeyEdPress = "Press"
s_QmayaHotkeyEditorStrings.rHotkeyEdRecentCommandsMenu = "Recent Commands List"
s_QmayaHotkeyEditorStrings.rHotkeyEdRedoMenu = "Redo"
s_QmayaHotkeyEditorStrings.rHotkeyEdRelease = "Release"
s_QmayaHotkeyEditorStrings.rHotkeyEdReleaseAttachMsg = "Your marking menu will not work correctly unless you also attach the release hotkey.\nDo you want this to be set up for you?"
s_QmayaHotkeyEditorStrings.rHotkeyEdRemoveReleaseAssign = "The hotkey has a release command assigned to '^1s'.\nThis assignment will be removed."
s_QmayaHotkeyEditorStrings.rHotkeyEdRepeatMenu = "Repeat"
s_QmayaHotkeyEditorStrings.rHotkeyEdSaveAndCloseButton = "Save and Close"
s_QmayaHotkeyEditorStrings.rHotkeyEdSaveBtn = "Save"
s_QmayaHotkeyEditorStrings.rHotkeyEdSaveComplete = "Hotkey settings have been saved."
s_QmayaHotkeyEditorStrings.rHotkeyEdSearchFieldHKTip = "Press key..."
s_QmayaHotkeyEditorStrings.rHotkeyEdSearchFieldRTTip = "Enter the Runtime Command..."
s_QmayaHotkeyEditorStrings.rHotkeyEdSearchFieldUITip = "Enter the Application Command..."
s_QmayaHotkeyEditorStrings.rHotkeyEdSearchLabel = "Search By: "
s_QmayaHotkeyEditorStrings.rHotkeyEdSetDelete = "Delete"
s_QmayaHotkeyEditorStrings.rHotkeyEdSetDuplicate = "Duplicate..."
s_QmayaHotkeyEditorStrings.rHotkeyEdSetDuplicateDlgMsg = "Enter name:"
s_QmayaHotkeyEditorStrings.rHotkeyEdSetDuplicateDlgTitle = "Duplicate Hotkey Set"
s_QmayaHotkeyEditorStrings.rHotkeyEdSetExport = "Export..."
s_QmayaHotkeyEditorStrings.rHotkeyEdSetExportSucceeded = "Hotkey set '^1s' has been saved."
s_QmayaHotkeyEditorStrings.rHotkeyEdSetImport = "Import..."
s_QmayaHotkeyEditorStrings.rHotkeyEdSetRename = "Rename..."
s_QmayaHotkeyEditorStrings.rHotkeyEdSetRenameDlgMsg = "Enter new name:"
s_QmayaHotkeyEditorStrings.rHotkeyEdSetRenameDlgTitle = "Rename Hotkey Set"
s_QmayaHotkeyEditorStrings.rHotkeyEdSetSelectorLabel = "Hotkey Set: "
s_QmayaHotkeyEditorStrings.rHotkeyEdUnassignedKey = "Unassigned Key"
s_QmayaHotkeyEditorStrings.rHotkeyEdUndo = "Undo"
s_QmayaHotkeyEditorStrings.rHotkeyEdUndoMenu = "Undo"
s_QmayaHotkeyEditorStrings.rHotkeyEdUnusedHotkeysTabLabel = "Unassigned Hotkeys"
s_QmayaHotkeyEditorStrings.rHotkeyEdYesButton = "Yes"
s_QmayaHotkeyEditorStrings.rHotkeySetAutoRenamed = "The hotkey set you are importing '^1s' is not unique. \nThe imported set will be renamed to '^2s'."
s_QmayaHotkeyEditorStrings.rHotkeySetFileFilter = "Hotkey Set Files"
s_QmayaHotkeyEditorStrings.rHotkeyTreeHeaderHotkey = "Hotkey"
s_QmayaHotkeyEditorStrings.rHotkeyTreeHeaderRTCmd = "Runtime Command"
s_QmayaHotkeyEditorStrings.rHotkeyTreeHeaderUICmd = "Application Command"
//
// String set: s_QmayaIconTextControlStrings
//
s_QmayaIconTextControlStrings.rIconTextPixmapNotFoundWarning = "Pixmap file ^1s not found, using default."
//
// String set: s_QmayaMacMenuItemStrings
//
s_QmayaMacMenuItemStrings.rAboutMayaLT = "About Maya LT"
s_QmayaMacMenuItemStrings.rEnterFullScreen = "Enter Full Screen"
s_QmayaMacMenuItemStrings.rExitFullScreen = "Exit Full Screen"
s_QmayaMacMenuItemStrings.rHideMayaLT = "Hide Maya LT"
s_QmayaMacMenuItemStrings.rQuitMayaLT = "Quit Maya LT"
//
// String set: s_QmayaQtHelperStrings
//
s_QmayaQtHelperStrings.rAddNewTabTip = "Add a new tab"
s_QmayaQtHelperStrings.rNoCursorImageFound = "The Cursor image specified: ^1s could not be found. Using default cursor image"
//
// String set: s_QmayaSearchFieldStrings
//
s_QmayaSearchFieldStrings.rNoRecentSearches = "No Recent Searches"
s_QmayaSearchFieldStrings.rNoSavedSearches = "No Saved Searches"
s_QmayaSearchFieldStrings.rRecentSearchListLabel = "Recent Searches"
s_QmayaSearchFieldStrings.rSavedSearchListError = "Outliner can only save 10 entries in Saved Search list, please remove any items from the list to add new ones"
s_QmayaSearchFieldStrings.rSavedSearchListLabel = "Saved Searches"
s_QmayaSearchFieldStrings.rSearchPlaceHolderText = "Search..."
//
// String set: s_QmayaShelfLayoutStrings
//
s_QmayaShelfLayoutStrings.rMelCommand = "MEL Command"
s_QmayaShelfLayoutStrings.rPythonCommand = "Python Command"
s_QmayaShelfLayoutStrings.rSourcePromptMELButton = "MEL"
s_QmayaShelfLayoutStrings.rSourcePromptPythonButton = "Python"
s_QmayaShelfLayoutStrings.rSourcePromptText = "Save script to shelf as type:"
s_QmayaShelfLayoutStrings.rUserMelCommand = "User-defined MEL command"
s_QmayaShelfLayoutStrings.rUserPythonCommand = "User-defined Python command"
//
// String set: s_QmayaTreeListerStrings
//
s_QmayaTreeListerStrings.rAddToFavorites = "Add to favorites"
s_QmayaTreeListerStrings.rAddingFavorite = "Adding item \"^1s\" to favorites."
s_QmayaTreeListerStrings.rFavorites = "Favorites"
s_QmayaTreeListerStrings.rRemoveFromFavorites = "Remove from favorites"
//
// String set: s_RenderSliceStr
//
s_RenderSliceStr.rBadOutputArg = "Argument to output must be A, RGB or RGBA"
s_RenderSliceStr.rGeneratingShadowMap = "Generating shadow map for ^1s, with clipping values: ^2f ^3f"
s_RenderSliceStr.rInefficientShadow = "Shadow map computation was less efficient. Some surfaces did not reuse tesselation and synchronization was needed."
s_RenderSliceStr.rNoTextureSelected = "No surface texture selected or specified"
s_RenderSliceStr.rObsoleteRGPFlag = "renderGlobalsProcedure flag is obsolete. It will be removed in the next release."
s_RenderSliceStr.rObsoleteRMPFlag = "renderMenuProcedure flag is obsolete. It will be removed in the next release."
s_RenderSliceStr.rUVMatch = "The number of calls to u and v must match"
//
// String set: s_RenderUIStr
//
s_RenderUIStr.InvalidShadingGroup = "Invalid shadingGroup."
s_RenderUIStr.rBadDeepRaster = "invalid ipr image."
s_RenderUIStr.rBadObjects = "invalid objects."
s_RenderUIStr.rBadRegion = "invalid region."
s_RenderUIStr.rBadScanlineInc = "scanline increment should be a percentage between 1 and 100."
s_RenderUIStr.rBadUpdatePort = "invalid update port."
s_RenderUIStr.rInvalidLight = "Invalid light."
s_RenderUIStr.rManyMaterials = "Shader has more than one shading group."
s_RenderUIStr.rNoShadingGroup = "Object is not a material or does not have a shading group."
s_RenderUIStr.rNotMaterial = "Object is not a material or shading group."
//
// String set: s_T2dViewToolCtxStrings
//
s_T2dViewToolCtxStrings.r2dViewHelpBoxZoom = "Box Zoom: Drag to zoom or use control modifier to box zoom."
s_T2dViewToolCtxStrings.r2dViewHelpDolly = "Dolly: Use mouse to dolly."
s_T2dViewToolCtxStrings.r2dViewHelpTrack = "Track: Use LMB or MMB to track. Shift to constrain translation."
s_T2dViewToolCtxStrings.r2dViewToolName = "2d View"
//
// String set: s_T3dPortStrings
//
s_T3dPortStrings.rAccumulationBuffer = ", Accumulation buffer"
s_T3dPortStrings.rAlphaPlanes = ", Alpha planes"
s_T3dPortStrings.rColorIndex = "Color index"
s_T3dPortStrings.rColorMapModelNotAvail = "Color map for model pane not available"
s_T3dPortStrings.rColorMapNotAvail = "Color map for primary model pane not available"
s_T3dPortStrings.rDepth = "depth"
s_T3dPortStrings.rDepthBuffer = ", Depth buffer"
s_T3dPortStrings.rDoubleBuffered = ", Double buffered"
s_T3dPortStrings.rLegacyViewportErr = "Current rendering engine does not support Legacy Viewport."
s_T3dPortStrings.rLessThan24Bit = "OpenGL window has less than 24 bit resolution.\nRender and image view quality may be marginal.\nSet DefaultDepth in XF86Config to 24."
s_T3dPortStrings.rNoStereoWithAero = "Active stereo does not work with Aero enabled. Active stereo has been disabled."
s_T3dPortStrings.rNotConfiguredProperly = "OpenGL is not configured properly !!"
s_T3dPortStrings.rOpenGLErr = "OpenGL Error (^1s) : ^2s"
s_T3dPortStrings.rPixelBuffer = ", Pixel buffer"
s_T3dPortStrings.rRGB = "RGB"
s_T3dPortStrings.rSecondaryMapFailed = "Secondary color map setup failed"
s_T3dPortStrings.rSingleBuffered = ", Single buffered"
s_T3dPortStrings.rStencilBuffer = ", Stencil buffer"
s_T3dPortStrings.rStereo = "stereo"
s_T3dPortStrings.rStereoForcedOff = "MAYA_DISALLOW_STEREO_ON_VISTA has been set. Active stereo is disabled."
s_T3dPortStrings.rTryingWithoutDepth = "Unable to get OpenGL visual with a depth buffer, trying without"
s_T3dPortStrings.rTryingWithoutFmt = "Unable to get OpenGL visual with a ^1s buffer, trying without"
s_T3dPortStrings.rUnableVisualAttrs = "Unable to get OpenGL visual with these attributes:\n\t^1s"
//
// String set: s_T3dViewStrings
//
s_T3dViewStrings.r3dViewObjectListOnly = "Isolate : "
s_T3dViewStrings.rAxisLabelX = "x"
s_T3dViewStrings.rAxisLabelY = "y"
s_T3dViewStrings.rAxisLabelZ = "z"
s_T3dViewStrings.rFailedContextRestore = "Failed in restoring context after external render refresh"
s_T3dViewStrings.rHorizontalLabel = "H"
s_T3dViewStrings.rMultipleObjFilters = "Multiple Object Filters : "
s_T3dViewStrings.rOpenPhongFailed = "open on phong.rgb failed"
s_T3dViewStrings.rPanZoomActive = "2D Pan/Zoom : "
s_T3dViewStrings.rReadPhongFailed = "read on phong.rgb failed"
s_T3dViewStrings.rVerticalLabel = "V"
//
// String set: s_TAcRendererStrings
//
s_TAcRendererStrings.rAutoCamMissingTexture = "Cannot find AutoCam texture '^1s'."
//
// String set: s_TDNdiskCacheStrings
//
s_TDNdiskCacheStrings.rCacheNameContainColonStr = "Disk cache name can't contain special character :"
s_TDNdiskCacheStrings.rCacheNameNotUniqueStr = "Need a unique name among all disk caches"
s_TDNdiskCacheStrings.rDiskCacheAllClearedWarn = "Not all disk caches emptied: at least one cache was not found or disabled"
s_TDNdiskCacheStrings.rDiskCacheCopyLocallyWarn = "Cannot disable 'copyLocally' until scene has been saved."
s_TDNdiskCacheStrings.rDiskCacheGlobalDisabled = "Global cache control is not turned on"
s_TDNdiskCacheStrings.rDiskCacheNodeNotFoundWarn = "Disk cache ^1s of ^2s doesn't exist"
s_TDNdiskCacheStrings.rDiskCacheNotFoundDisabled = "Disk cache ^1s either not found or disabled"
s_TDNdiskCacheStrings.rDiskCacheNotFoundWarn = "Disk cache ^1s doesn't exist"
s_TDNdiskCacheStrings.rDiskCacheReadErrorStr = "Error reading disk cache for \"^1s\"."
s_TDNdiskCacheStrings.rDiskCacheWriteErrorStr = "Error writing disk cache for \"^1s\"."
//
// String set: s_TDNparamCurveStrings
//
s_TDNparamCurveStrings.rRotationDisconnectFailIntrp = "Cannot disconnect curve due to interpolation type. Use the \"rotationInterpolation\" command to convert the type to \"none\" and then disconnect."
//
// String set: s_TDNshadingEngineStrings
//
s_TDNshadingEngineStrings.a_bbld_niceName = "Bogus Blind Data"
s_TDNshadingEngineStrings.a_bla_niceName = "Bogus Ambient"
s_TDNshadingEngineStrings.a_blb_niceName = "Bogus Intensity B"
s_TDNshadingEngineStrings.a_bld_niceName = "Bogus Direction"
s_TDNshadingEngineStrings.a_blf_niceName = "Bogus Diffuse"
s_TDNshadingEngineStrings.a_blg_niceName = "Bogus Intensity G"
s_TDNshadingEngineStrings.a_bli_niceName = "Bogus Intensity"
s_TDNshadingEngineStrings.a_blp_niceName = "Bogus Shadow Fraction"
s_TDNshadingEngineStrings.a_blps_niceName = "Bogus Pre Shadow Intensity"
s_TDNshadingEngineStrings.a_blr_niceName = "Bogus Intensity R"
s_TDNshadingEngineStrings.a_bls_niceName = "Bogus Specular"
s_TDNshadingEngineStrings.a_blt_niceName = "Bogus Attribute"
s_TDNshadingEngineStrings.a_blx_niceName = "Bogus Direction X"
s_TDNshadingEngineStrings.a_bly_niceName = "Bogus Direction Y"
s_TDNshadingEngineStrings.a_blz_niceName = "Bogus Direction Z"
s_TDNshadingEngineStrings.a_dbld_niceName = "D Shadow Blind Data"
s_TDNshadingEngineStrings.a_dl_niceName = "Default Lights"
s_TDNshadingEngineStrings.a_ds_niceName = "Displacement Shader"
s_TDNshadingEngineStrings.a_dsa_niceName = "D Shadow Ambient"
s_TDNshadingEngineStrings.a_dsb_niceName = "D Shadow Intensity B"
s_TDNshadingEngineStrings.a_dsd_niceName = "D Shadow Direction"
s_TDNshadingEngineStrings.a_dsf_niceName = "D Shadow Diffuse"
s_TDNshadingEngineStrings.a_dsg_niceName = "D Shadow Intensity G"
s_TDNshadingEngineStrings.a_dsi_niceName = "D Shadow Intensity"
s_TDNshadingEngineStrings.a_dsl_niceName = "Default Shadows"
s_TDNshadingEngineStrings.a_dsps_niceName = "D Shadow Pre Shadow Intensity"
s_TDNshadingEngineStrings.a_dsr_niceName = "D Shadow Intensity R"
s_TDNshadingEngineStrings.a_dss_niceName = "D Shadow Specular"
s_TDNshadingEngineStrings.a_dssf_niceName = "D Shadow Shadow Fraction"
s_TDNshadingEngineStrings.a_dsx_niceName = "D Shadow Direction X"
s_TDNshadingEngineStrings.a_dsy_niceName = "D Shadow Direction Y"
s_TDNshadingEngineStrings.a_dsz_niceName = "D Shadow Direction Z"
s_TDNshadingEngineStrings.a_is_niceName = "Image Shader"
s_TDNshadingEngineStrings.a_lbld_niceName = "L Shadow Blind Data"
s_TDNshadingEngineStrings.a_ll_niceName = "Linked Lights"
s_TDNshadingEngineStrings.a_ls_niceName = "Linked Shadows"
s_TDNshadingEngineStrings.a_lsa_niceName = "L Shadow Ambient"
s_TDNshadingEngineStrings.a_lsb_niceName = "L Shadow Intensity B"
s_TDNshadingEngineStrings.a_lsd_niceName = "L Shadow Direction"
s_TDNshadingEngineStrings.a_lsf_niceName = "L Shadow Diffuse"
s_TDNshadingEngineStrings.a_lsg_niceName = "L Shadow Intensity G"
s_TDNshadingEngineStrings.a_lsi_niceName = "L Shadow Intensity"
s_TDNshadingEngineStrings.a_lsps_niceName = "L Shadow Pre Shadow Intensity"
s_TDNshadingEngineStrings.a_lsr_niceName = "L Shadow Intensity R"
s_TDNshadingEngineStrings.a_lss_niceName = "L Shadow Specular"
s_TDNshadingEngineStrings.a_lssf_niceName = "L Shadow Shadow Fraction"
s_TDNshadingEngineStrings.a_lsx_niceName = "L Shadow Direction X"
s_TDNshadingEngineStrings.a_lsy_niceName = "L Shadow Direction Y"
s_TDNshadingEngineStrings.a_lsz_niceName = "L Shadow Direction Z"
s_TDNshadingEngineStrings.a_mica_niceName = "Mi Contour Alpha"
s_TDNshadingEngineStrings.a_micb_niceName = "Mi Contour Color B"
s_TDNshadingEngineStrings.a_micc_niceName = "Mi Contour Color"
s_TDNshadingEngineStrings.a_mice_niceName = "Mi Contour Enable"
s_TDNshadingEngineStrings.a_micg_niceName = "Mi Contour Color G"
s_TDNshadingEngineStrings.a_mico_niceName = "Mi Cut Away Opacity"
s_TDNshadingEngineStrings.a_micr_niceName = "Mi Contour Color R"
s_TDNshadingEngineStrings.a_mics_niceName = "Mi Contour Shader"
s_TDNshadingEngineStrings.a_micw_niceName = "Mi Contour Width"
s_TDNshadingEngineStrings.a_mids_niceName = "Mi Displacement Shader"
s_TDNshadingEngineStrings.a_mies_niceName = "Mi Environment Shader"
s_TDNshadingEngineStrings.a_milm_niceName = "Mi Light Map Shader"
s_TDNshadingEngineStrings.a_mims_niceName = "Mi Material Shader"
s_TDNshadingEngineStrings.a_mimt_niceName = "Mi Export Mr Material"
s_TDNshadingEngineStrings.a_miop_niceName = "Mi Opaque"
s_TDNshadingEngineStrings.a_mips_niceName = "Mi Photon Shader"
s_TDNshadingEngineStrings.a_mipv_niceName = "Mi Photon Volume Shader"
s_TDNshadingEngineStrings.a_mirw_niceName = "Mi Contour Relative Width"
s_TDNshadingEngineStrings.a_mise_niceName = "Mi Export Shading Engine"
s_TDNshadingEngineStrings.a_mism_niceName = "Mi Export Volume Sampler"
s_TDNshadingEngineStrings.a_miss_niceName = "Mi Shadow Shader"
s_TDNshadingEngineStrings.a_mivs_niceName = "Mi Volume Shader"
s_TDNshadingEngineStrings.a_ss_niceName = "Surface Shader"
s_TDNshadingEngineStrings.a_un_niceName = "Unsolicited"
s_TDNshadingEngineStrings.a_vs_niceName = "Volume Shader"
s_TDNshadingEngineStrings.a_xbld_niceName = "X Shadow Blind Data"
s_TDNshadingEngineStrings.a_xl_niceName = "Ignored Lights"
s_TDNshadingEngineStrings.a_xs_niceName = "Ignored Shadows"
s_TDNshadingEngineStrings.a_xsa_niceName = "X Shadow Ambient"
s_TDNshadingEngineStrings.a_xsb_niceName = "X Shadow Intensity B"
s_TDNshadingEngineStrings.a_xsd_niceName = "X Shadow Direction"
s_TDNshadingEngineStrings.a_xsf_niceName = "X Shadow Diffuse"
s_TDNshadingEngineStrings.a_xsg_niceName = "X Shadow Intensity G"
s_TDNshadingEngineStrings.a_xsi_niceName = "X Shadow Intensity"
s_TDNshadingEngineStrings.a_xsps_niceName = "X Shadow Pre Shadow Intensity"
s_TDNshadingEngineStrings.a_xsr_niceName = "X Shadow Intensity R"
s_TDNshadingEngineStrings.a_xss_niceName = "X Shadow Specular"
s_TDNshadingEngineStrings.a_xssf_niceName = "X Shadow Shadow Fraction"
s_TDNshadingEngineStrings.a_xsx_niceName = "X Shadow Direction X"
s_TDNshadingEngineStrings.a_xsy_niceName = "X Shadow Direction Y"
s_TDNshadingEngineStrings.a_xsz_niceName = "X Shadow Direction Z"
//
// String set: s_TGUIapplicationStrings
//
s_TGUIapplicationStrings.rGUIapplicationIgnoreButtonLabel = "So What, Ignore and Continue"
s_TGUIapplicationStrings.rGUIapplicationMultiClickSpeedWarning = "Warning:  Mouse click speed is very fast.  You will most likely have difficulty trying to generate a double click event."
s_TGUIapplicationStrings.rGUIapplicationSetButtonLabel = "Set to Useable Slower Speed and Continue"
//
// String set: s_THgeometryEvaluatorStrings
//
s_THgeometryEvaluatorStrings.rCallAPIUpdateRenderitems = "- Call API to update render items"
s_THgeometryEvaluatorStrings.rCleanUp = "Geometry override clean up: "
s_THgeometryEvaluatorStrings.rDGUpdate = "Geometry override DG update: "
s_THgeometryEvaluatorStrings.rDirtyIndexCheck = "Geometry override dirty indexing check: "
s_THgeometryEvaluatorStrings.rDirtyStreamCheck = "Geometry override dirty stream check: "
s_THgeometryEvaluatorStrings.rEndRenderitemUpdate = "End geometry override render item update: "
s_THgeometryEvaluatorStrings.rEndStreamIndexUpdate = "End geometry override update stream and indexing data: "
s_THgeometryEvaluatorStrings.rName = ", Name: "
s_THgeometryEvaluatorStrings.rSemantic = ", Semantic: "
s_THgeometryEvaluatorStrings.rStartRenderitemUpdate = "Start geometry override render item update: "
s_THgeometryEvaluatorStrings.rStartStreamIndexUpdate = "Start geometry override update stream and indexing data: "
s_THgeometryEvaluatorStrings.rUIDrawableUpdate = "Geometry override UI drawable update: "
s_THgeometryEvaluatorStrings.rUpdateRenderItem = "- Update render item: "
//
// String set: s_THgeometryOverrideEvaluatorStrings
//
s_THgeometryOverrideEvaluatorStrings.rAddUIDrawables = " - call draw override addUIDrawables()"
s_THgeometryOverrideEvaluatorStrings.rCallPrepareForDraw = " - call draw override prepareForDraw()"
s_THgeometryOverrideEvaluatorStrings.rEndDGBounds = "End draw override DG bounding box update for object: "
s_THgeometryOverrideEvaluatorStrings.rEndDGtransform = "End draw override DG node transform update for object: "
s_THgeometryOverrideEvaluatorStrings.rEndDrawMsg = "End draw override draw function"
s_THgeometryOverrideEvaluatorStrings.rEndRenderItemMsg = "End draw override render item update for object: "
s_THgeometryOverrideEvaluatorStrings.rEndUIDrawables = "End draw override queuing of UI drawables for object: "
s_THgeometryOverrideEvaluatorStrings.rStartDGBounds = "Start draw override DG bounding box update for object: "
s_THgeometryOverrideEvaluatorStrings.rStartDGtransform = "Start draw override DG node transform update for object: "
s_THgeometryOverrideEvaluatorStrings.rStartDrawMsg = "Start draw override draw function"
s_THgeometryOverrideEvaluatorStrings.rStartRenderItemMsg = "Start draw override render item update for object: "
s_THgeometryOverrideEvaluatorStrings.rStartUIDrawables = "Start draw override queuing of UI drawables for object: "
//
// String set: s_TMayaEnvironmentStrings
//
s_TMayaEnvironmentStrings.rCannotDetermineAppEnvironmentStr = "Unable to determine the ^1s environment. Please specify the directory above the one containing the ^2s executable."
s_TMayaEnvironmentStrings.rCannotDetermineValidMayaLocationStr = "AW_DEVELOPER is set, but cannot determine a valid MAYA_LOCATION from AW_REPO_PRODUCTS_DIR. Trying the install location..."
s_TMayaEnvironmentStrings.rCannotSetHomeEnvStr = "Cannot set HOME in .env file. Using: %s\n"
s_TMayaEnvironmentStrings.rEnvFileCopiedFromToStr = "^1s file copied from ^2s to ^3s\n"
s_TMayaEnvironmentStrings.rMayaAppDirNotFoundStr = "Unable to locate valid MAYA_APP_DIR. Please specify a writable directory where Maya can store user data."
s_TMayaEnvironmentStrings.rNoVaildMayaAppDirSettingStr = "Cannot run Maya without a valid setting for MAYA_APP_DIR. Exit Program?"
s_TMayaEnvironmentStrings.rNoValidMayaLocationStr = "Warning: Cannot run ^1s without a valid setting for MAYA_LOCATION. Exit Program?"
s_TMayaEnvironmentStrings.rNoWritePermDefaultTempDirErrorStr = "Error: default temp directory %s does not have write permissions.\n"
s_TMayaEnvironmentStrings.rNoWritePermTempDirWarnStr = "Warning: temp directory %s does not have write permissions.\nResorting to default.\n"
s_TMayaEnvironmentStrings.rNoWritePermUsrTmpDirErrorStr = "Error: default temp directory /usr/tmp does not have write permissions.\n"
s_TMayaEnvironmentStrings.rSelectAppEnvironmentFolderStr = "Select the folder containing the ^1s environment"
s_TMayaEnvironmentStrings.rSelectUserDataDirStr = "Select a directory where Maya will store user data."
//
// String set: s_TOGSCmdStrings
//
s_TOGSCmdStrings.rOGSCmdNoViewports = "No viewports use the Viewport 2.0 renderer - nothing was done"
s_TOGSCmdStrings.rOGSCmdNothingDone = "No action specified - nothing was done"
//
// String set: s_TOGSdebugCmdStrings
//
s_TOGSdebugCmdStrings.rAllocateTestFailedToRun = "Allocation timing test failed to run"
s_TOGSdebugCmdStrings.rCallbackCountFailed = "Expected ^1d callbacks, got ^2d"
s_TOGSdebugCmdStrings.rClientTestFailedToRun = "Client/Server timing test failed to run"
s_TOGSdebugCmdStrings.rDirectCountFailed = "Expected ^1d direct calls, got ^2d"
s_TOGSdebugCmdStrings.rDynamicTestFailedToRun = "Dynamic type timing test failed to run"
s_TOGSdebugCmdStrings.rInvalidDebugObject = "Valid debug type is only 'ogs' (tried ^1s)"
s_TOGSdebugCmdStrings.rInvalidTimingTest = "Valid timing tests are 'client', 'allocate', and 'dynamic' (tried ^1s)"
s_TOGSdebugCmdStrings.rNameBase = "Base"
s_TOGSdebugCmdStrings.rNameChild1 = "Child with child"
s_TOGSdebugCmdStrings.rNameChild2 = "Barren child"
s_TOGSdebugCmdStrings.rNameGrandchild = "Grandchild"
s_TOGSdebugCmdStrings.rNameTotal = "Total"
s_TOGSdebugCmdStrings.rNoBridgeObject = "No OGS data to be dumped"
s_TOGSdebugCmdStrings.rRunningIterations = "Running ^1d iterations"
s_TOGSdebugCmdStrings.rTimeAllocationsDisplay = "Pre-Allocate time = ^1(.2)f, Dynamic growth time = ^2(.2)f"
s_TOGSdebugCmdStrings.rTimeClientDisplay = "Client/Server time = ^1(.2)f, Direct time = ^2(.2)f"
s_TOGSdebugCmdStrings.rTimeDynamicDisplay = "\nDynamic '^1s' type:\n\tdynamic_cast<> = ^2(.2)f\n\tregular function = ^3(.2)f\n\tvirtual function = ^4(.2)f\n\tTmetaclass = ^5(.3)f"
s_TOGSdebugCmdStrings.rTotalCastCounts = "Cast counts for ^1s: Base (^2d), Child1 (^3d), Grandchild (^4d), Child2 (^5d)"
//
// String set: s_TPStemplateStrings
//
s_TPStemplateStrings.rComponents = "Components"
s_TPStemplateStrings.rExtraAttributes = "Extra Attributes"
//
// String set: s_Taaf2fcpCmdStrings
//
s_Taaf2fcpCmdStrings.rAaf2FcpCompleted = "Done."
s_Taaf2fcpCmdStrings.rAaf2FcpConversionError = "Conversion error."
s_Taaf2fcpCmdStrings.rAaf2FcpConverterNotFound = "Converter not found."
s_Taaf2fcpCmdStrings.rAaf2FcpDstMissing = "destination path must be specified."
s_Taaf2fcpCmdStrings.rAaf2FcpInProgress = "^1d percent."
s_Taaf2fcpCmdStrings.rAaf2FcpInvalidTaskId = "Invalid Task Id."
s_Taaf2fcpCmdStrings.rAaf2FcpParameterParsingError = "Missing parameters."
s_Taaf2fcpCmdStrings.rAaf2FcpSrcMissing = "source file must be specified."
//
// String set: s_TaboutActionStrings
//
s_TaboutActionStrings.rAboutDialogTitle = "About ^1s"
s_TaboutActionStrings.rAboutVersion = "Version: "
s_TaboutActionStrings.rCutID = "Cut ID: "
s_TaboutActionStrings.rGotFont = "Using: font family: %s, point size: %d, pixel size: %d, bold: %d, italic: %d, fixed pitch: %d\n"
s_TaboutActionStrings.rLicenseButton = "Product License Information"
s_TaboutActionStrings.rNoFontInfo = "Font info not available in batch mode"
s_TaboutActionStrings.rOkayButton = "OK"
s_TaboutActionStrings.rRequestedFont = "Requested: font family: %s, point size: %d, pixel size: %d, bold: %d, italic: %d, fixed pitch: %d\n"
//
// String set: s_TaddAttrCmdStrings
//
s_TaddAttrCmdStrings.rAddAttrCmdDynAttrNotFound = "'^1s' is not a dynamic attribute of node '^2s'."
s_TaddAttrCmdStrings.rAddAttrCmdFoundNoValidItemsToAddAttr = "Found no valid items to add the attribute to."
s_TaddAttrCmdStrings.rAddAttrCmdNameClash = "Name '^1s' of new attribute clashes with an existing attribute of node '^2s'."
s_TaddAttrCmdStrings.rAddAttrCmdNoNodeSelected = "New attribute cannot be added; no node(s) selected."
s_TaddAttrCmdStrings.rAddAttrCmdNoObjectForQuery = "No object specified for query or edit."
s_TaddAttrCmdStrings.rAddAttrCmdNodeLocked = "'^1s' is locked so attributes may not be added to it."
//
// String set: s_TaddDynamicAttrCmdStrings
//
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdAddAttrCmdNoSyntax = "No syntax defined for addAttr command."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdAttrNotFound = "Attribute not found/supplied"
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdAttrTypeUnknown = "Type specified for new attribute is unknown."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdCachedInternallyFlagConflict = "Turning off the -ci/-cachedInternally flag for writable attributes limits the ability to add new keyframes. Users will be restricted to using the 'setKeyframe' commands with the 'value' flag."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdCanOnlyQueryOneObj = "Multiple objects selected.  Querying or editing '^1s' only."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdCannotCreateAttr = "Cannot create the requested attribute."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdCannotCreateRefAttr = "Cannot create a proxy attribute on multi attribute."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdCannotFindParentAttr = "Parent attribute was not found."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdCannotSetRefAttr = "Cannot set as proxy attribute multi attribute."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdChildrenMustHaveCompoundAttr = "The child count flag can only be used with an attribute of compound type."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdColorMustBe3Float = "Color attributes must be one of '-at float3', '-dt reflectanceRGB', or '-dt spectrumRGB'."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdColorMustHave3Children = "Attribute must have 3 numeric children to be used as a color."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdCouldNotParseCommand = "Referencing backwards compatibility: Could not parse addAttr command."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdDataTypeUnknown = "Type specified for new attribute's data type is unknown."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdEnumNameFlagOnNonEnum = "The -en/-enumName flag is only valid with attributes of type enum."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdFilenameMustBeString = "Attributes designated \"usedAsFilename\" can only be of data type \"string\"'."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdIndexMattersRequiresMulti = "IndexMatters applies only to multi-attributes."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdInvalidChildCount = "Specified wrong number of children for this attribute."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdInvalidChildType = "Child attribute is not of valid type for this parent."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdInvalidDefaultValue = "Specified default value '^1f' is out of the range of minValue and maxValue; defaultValue ignored."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdInvalidLongName = "Long name '^1s' contains invalid characters."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdInvalidMaxValue = "Specified maxValue '^1f' is less than attribute's minValue '^2f'; maxValue ignored."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdInvalidMinValue = "Specified minValue '^1f' is larger than attribute's maxValue '^2f'; minValue ignored."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdInvalidShortName = "Short name '^1s' contains invalid characters."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdMultibyteInvalid = "New name has invalid characters: ^1s"
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdMustSpecifyNumberOfChildren = "Must specify number of children on compound attributes."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdNeedLongOrShortName = "New attribute needs either a long (-ln) or short (-sn) attribute name."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdNoAttrTypeWithDataType = "Cannot specify both an attribute type and a data type."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdNoChildrenWithDataType = "The child count flag cannot be used with the data type flag."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdNoComponents = "Cannot add attributes to components.  '^1s' ignored."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdNoDefaultChangeForMulti = "The default value of multi-attributes cannot be changed."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdNoDefaultWithDataType = "Cannot give a default value when attribute's data type is specified."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdNoEditing = "The 'addAttr' command does not support editing this flag."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdNoMaxWithDataType = "Cannot give a maximum value when attribute's data type is specified."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdNoMinWithDataType = "Cannot give a minimum value when attribute's data type is specified."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdNumericAttributeFlags = "Flags '^1s','^2s','^3s','^4s', and '^5s' are only valid for numeric attributes."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdReservedLongName = "Long name '^1s' is reserved."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdReservedShortName = "Short name '^1s' is reserved."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdTriedToAddTooManyChildren = "Too many children on this compound."
s_TaddDynamicAttrCmdStrings.rAddDynamicAttrCmdUndoNotSupported = "Undo of the last child not supported at this time."
//
// String set: s_TaddExtensionCmdStrings
//
s_TaddExtensionCmdStrings.rAddExtensionAttrCmdInvalidNodeType = "Node type '^1s' could not be found."
s_TaddExtensionCmdStrings.rAddExtensionAttrCmdNoNodeType = "Node type must be specified."
s_TaddExtensionCmdStrings.rAddExtensionCmdDynAttrNotFound = "'^1s' is not an extension attribute of node type '^2s'."
s_TaddExtensionCmdStrings.rAddExtensionCmdNameClash = "Name '^1s'/'^2s' of new attribute clashes with an existing attribute."
s_TaddExtensionCmdStrings.rAddExtensionCmdNoObjectForQuery = "No node type specified for query or edit."
s_TaddExtensionCmdStrings.rAddExtensionCmdNodeLocked = "One or more nodes of type '^1s' are locked so attributes may not be added to it."
//
// String set: s_TaddMetadataCmdStrings
//
s_TaddMetadataCmdStrings.rAddMetadataCmdHasStream = "'^1s' already contains a stream with the name '^2s'."
s_TaddMetadataCmdStrings.rAddMetadataCmdHasStructure = "'^1s' already contains a stream with the name '^2s' using structure '^3s' - ignoring."
s_TaddMetadataCmdStrings.rAddMetadataCmdHistoryNodeUsed = "'^1s' has construction history. Adding metadata to the origin node '^2s' instead."
s_TaddMetadataCmdStrings.rAddMetadataCmdIgnoringComponents = "Ignoring components. Metadata can only be attached to nodes or scenes."
s_TaddMetadataCmdStrings.rAddMetadataCmdIndexTypeMismatch = "Special Channel name '^1s' requires index type '^2s'."
s_TaddMetadataCmdStrings.rAddMetadataCmdIndexTypeNotFound = "Index type '^1s' not recognized."
s_TaddMetadataCmdStrings.rAddMetadataCmdNeedsFlags = "All of the structure, channelName, and streamName flags must be specified."
s_TaddMetadataCmdStrings.rAddMetadataCmdNeedsObjects = "Command requires at least one node or use of the 'scene' flag."
s_TaddMetadataCmdStrings.rAddMetadataCmdObsoleteFlag = "The 'channelType' flag is obsolete. Use 'channelName' instead."
s_TaddMetadataCmdStrings.rAddMetadataCmdQueryNeedsOneObject = "Query mode only works with exactly one node selected or using the 'scene' flag."
s_TaddMetadataCmdStrings.rAddMetadataCmdQueryOnlyOneFlag = "Exactly one flag must be queried per command."
s_TaddMetadataCmdStrings.rAddMetadataCmdReservedNameWarning = "Note that the Channel name '^1s' only has special meaning on mesh shapes or mesh shape history nodes.\nYou have attached it to a transform node."
s_TaddMetadataCmdStrings.rAddMetadataCmdSceneIgnoresNodes = "Selected nodes were ignored since the 'scene' flag was used."
s_TaddMetadataCmdStrings.rAddMetadataCmdStructureNotFound = "Structure '^1s' not found."
s_TaddMetadataCmdStrings.rAddMetadataCmdUndoFailure = "Failed to undo ^1d Stream assignment(s)."
//
// String set: s_TadpAnalyticsDialogActionStr
//
s_TadpAnalyticsDialogActionStr.rNotAvailableInBatchMode = "adpAnalyticsDialog is not available in batch mode."
//
// String set: s_TadskAssetCmdStrings
//
s_TadskAssetCmdStrings.rCantResolveAsset = "Asset '^1s' was not found in any loaded Autodesk asset libraries."
s_TadskAssetCmdStrings.rNoAsset = "No asset was specified."
s_TadskAssetCmdStrings.rNoAssetID = "No asset ID was specified."
s_TadskAssetCmdStrings.rNotAssetNode = "Can not attach an asset to '^1s' because it is not an asset node."
s_TadskAssetCmdStrings.rNothingToQuery = "Nothing to query."
//
// String set: s_TadskAssetLibraryActionStrings
//
s_TadskAssetLibraryActionStrings.rLibNotFound = "There is no loaded asset library named: ^1s"
s_TadskAssetLibraryActionStrings.rNoLibsWithUnloadAll = "No asset library name may be specified when using flag 'unloadAll'."
s_TadskAssetLibraryActionStrings.rNoUnloadWithUnloadAll = "Flag 'unload' conflicts with flag 'unloadAll'."
s_TadskAssetLibraryActionStrings.rUnableToLoad = "Unable to load asset library: ^1s"
s_TadskAssetLibraryActionStrings.rUnableToUnload = "Unable to unload asset library: ^1s"
//
// String set: s_TadskAssetListActionStrings
//
s_TadskAssetListActionStrings.rFailedToAccessLibrary = "Failed accessing asset library ^1s"
s_TadskAssetListActionStrings.rInvalidListType = "Invalid value for listType.  Unable to process the request."
s_TadskAssetListActionStrings.rLibraryEmpty = "Asset library ^1s is loaded but found to be empty"
s_TadskAssetListActionStrings.rNoInfoTypeSpecified = "No infoType was specified"
s_TadskAssetListActionStrings.rNoLibraryFound = "No loaded asset libraries were found"
//
// String set: s_TadskAssetListUIActionStrings
//
s_TadskAssetListUIActionStrings.rCategoryRoot = "Autodesk Materials/"
s_TadskAssetListUIActionStrings.rFailedToAccessLibrary = "Failed accessing asset library ^1s"
s_TadskAssetListUIActionStrings.rLibraryEmpty = "Asset library ^1s is loaded but found to be empty"
s_TadskAssetListUIActionStrings.rNoAssetCategory = "Asset ^1s has an mismatch in it's categories"
s_TadskAssetListUIActionStrings.rNoAssetIcon = "Asset ^1s does not have a valid icon"
s_TadskAssetListUIActionStrings.rUiCommandRequiredFlag = "Must provide a uiCommand"
//
// String set: s_TaffectedNetCmdStrings
//
s_TaffectedNetCmdStrings.rAffNetCmdDGSetupErr = "Problem(s) occurred with dependency graph setup."
s_TaffectedNetCmdStrings.rAffNetCmdDGUndoErr = "Problem(s) occurred with dependency graph undo."
s_TaffectedNetCmdStrings.rAffNetCmdNoObjects = "No nodes or node types specified for networking."
s_TaffectedNetCmdStrings.rAffNetCmdNoSyntax = "Unable to create syntax object."
s_TaffectedNetCmdStrings.rAffNetCmdTypeNotFound = "Unable to find specified node type."
//
// String set: s_TaffectsActionStrings
//
s_TaffectsActionStrings.rAffectsActionNotFound = "Attribute name not found."
//
// String set: s_TaliasAttributeCmdStrings
//
s_TaliasAttributeCmdStrings.rAliasAttrInvalidName = "Requested alias '^1s' is not a valid attribute alias name."
s_TaliasAttributeCmdStrings.rAliasAttrNoMultibyte = "Requested alias '^1s' contains invalid characters '^2s', skipping..."
s_TaliasAttributeCmdStrings.rAliasAttributeCmdMustUseAliasAndAttr = "You must specify pairs of 'alias' and 'attr'."
s_TaliasAttributeCmdStrings.rAliasAttributeCmdNoMatchForQuery = "No object matches that name.  Cannot query."
s_TaliasAttributeCmdStrings.rAliasAttributeCmdNoNotes = "'^1s' is not a valid alias. It is a reserved keyword."
s_TaliasAttributeCmdStrings.rAliasAttributeCmdNoReserved = "'^1s' is not a valid alias. Aliases cannot contain reserved symbols or spaces."
s_TaliasAttributeCmdStrings.rAliasAttributeCmdNonUniqueAdd = "'^1s' is not a unique name.  Cannot add alias."
s_TaliasAttributeCmdStrings.rAliasAttributeCmdNonUniqueQuery = "'^1s' is not a unique name.  Cannot query."
s_TaliasAttributeCmdStrings.rAliasAttributeCmdNonUniqueRemove = "'^1s' is not a unique name.  Cannot remove alias."
s_TaliasAttributeCmdStrings.rAliasAttributeCmdNotAllowedToReset = "Object will not allow alias '^1s' to be removed.  Possibly because that attribute has no alias."
s_TaliasAttributeCmdStrings.rAliasAttributeCmdNotAllowedToSet = "Object will not allow alias '^1s' to be set.  Possibly because an attribute of that name already exists."
s_TaliasAttributeCmdStrings.rAliasAttributeCmdReferencedContainer = "'^1s' is a referenced container. Its published interface cannot be modified."
//
// String set: s_TalignCmdStrings
//
s_TalignCmdStrings.rNeedFlagSelectedErr = "At least one axis flag must be set"
s_TalignCmdStrings.rNotEnoughSelectedErr = "At least two objects must be selected"
//
// String set: s_TalignContextStrings
//
s_TalignContextStrings.rAlignToolFirst = "Align the selection to the first selected object."
s_TalignContextStrings.rAlignToolLast = "Align the selection to the last selected object."
s_TalignContextStrings.rAlignToolName = "Align Tool"
//
// String set: s_TangleBetweenCmdStrings
//
s_TangleBetweenCmdStrings.rErrorFailedComputingRotAngle = "Failed to compute the rotation angles"
//
// String set: s_TanimBasketStrings
//
s_TanimBasketStrings.rCharacterSetAnimationDisconnected = "Animation on referenced character set ^1s no longer connected: ^2s"
//
// String set: s_TanimCTEStrings
//
s_TanimCTEStrings.rCTEInvalidGhostRootAdd = "Skipping '^1s', it is already added as a user defined ghost root for this clip"
s_TanimCTEStrings.rCTEInvalidGhostRootRemoval = "Unable to remove '^1s', it is not a user defined root for this clip"
s_TanimCTEStrings.rChangeParentClipIdIgnored = "Clip ID is ignored because changing parent to root level will create a new clip."
s_TanimCTEStrings.rChangeParentErrorAttribute = "Cannot reparent attribute."
s_TanimCTEStrings.rChangeParentErrorChild = "Cannot reparent under a child."
s_TanimCTEStrings.rChangeParentErrorClipParentMismatch = "Clip ID and parent ID do not match. Parent ID should belong to the parent roster item of the clip."
s_TanimCTEStrings.rChangeParentErrorGroupOnly = "Can only reparent under a group."
s_TanimCTEStrings.rChangeParentErrorInvalidClipId = "Clip ID is invalid."
s_TanimCTEStrings.rChangeParentErrorInvalidId = "Item ID is invalid."
s_TanimCTEStrings.rChangeParentErrorInvalidParentId = "Parent ID is invalid."
s_TanimCTEStrings.rChangeParentErrorNewClip = "Unable to create new clip node."
s_TanimCTEStrings.rChangeParentErrorSameId = "You are trying to reparent an item to itself. Please specify a different item ID or parent ID."
s_TanimCTEStrings.rChangeParentErrorSameParent = "You are trying to reparent an item to the same parent. Please specify a different item ID or parent ID."
s_TanimCTEStrings.rCteAnimSourceNotFound = "Animation Source not found"
s_TanimCTEStrings.rCteAttributeAlreadyInClip = "Attribute \"^1s\" already exists in clip ^2d"
s_TanimCTEStrings.rCteAttributeNotInClip = "Attribute \"^1s\" is not populated into clip ^2d"
s_TanimCTEStrings.rCteCannotConvertToSpeedCurve = "Cannot convert time warp curve to a speed curve. Time curve must be non-decreasing."
s_TanimCTEStrings.rCteCannotCreateAnimSource = "Cannot create Animation Source."
s_TanimCTEStrings.rCteCannotKetIntoNotCurve = "Cannot key into non-curve animation"
s_TanimCTEStrings.rCteCannotKeyIntoOverriddenLayer = "Keyed layer is overriden by another layer"
s_TanimCTEStrings.rCteClipIsMuted = "Clip is muted"
s_TanimCTEStrings.rCteClipMustBeActiveAtCurrentTime = "Clip must be active at current time"
s_TanimCTEStrings.rCteClipNotACompound = "Clip is not a group"
s_TanimCTEStrings.rCteClipRetiming = "Retiming"
s_TanimCTEStrings.rCteClipWeight = "Weight"
s_TanimCTEStrings.rCteCompoundIsEmpty = "Group is empty. Nothing to explode."
s_TanimCTEStrings.rCteContentClipNoTransition = "Transition cannot be applied to content clips"
s_TanimCTEStrings.rCteCrossfadeAlreadyExists = "Crossfade between clips ^1d and ^2d is already defined."
s_TanimCTEStrings.rCteImportAnimLayerText = "Some of the selected attributes are animated using Anim Layers, and no clip can be created for them. Do you still want to continue?\n\nAttributes found:\n"
s_TanimCTEStrings.rCteImportAnimLayerTitle = "Create clip from animation."
s_TanimCTEStrings.rCteInterpolatorForAttributeNotFound = "Interpolator for attribute ^1s not found"
s_TanimCTEStrings.rCteInterpolatorHasNoInputs = "Interpolator has no inputs"
s_TanimCTEStrings.rCteInterpolatorHasNoTracks = "Interpolator has no tracks"
s_TanimCTEStrings.rCteInvalidClipAttribute = "Invalid clip attribute"
s_TanimCTEStrings.rCteInvalidClipId = "Invalid clip ID"
s_TanimCTEStrings.rCteInvalidClipLayerId = "Invalid layer ID"
s_TanimCTEStrings.rCteInvalidClipType = "Invalid clip type"
s_TanimCTEStrings.rCteInvalidLayerAttribute = "Invalid layer attribute"
s_TanimCTEStrings.rCteInvalidNodePath = "Invalid object path: ^1s"
s_TanimCTEStrings.rCteInvalidPlugPath = "Invalid plug path: ^1s"
s_TanimCTEStrings.rCteInvalidTrack = "Invalid track"
s_TanimCTEStrings.rCteInvalidTrackNode = "Invalid track node or track path"
s_TanimCTEStrings.rCteInvalidTrackType = "Invalid track type"
s_TanimCTEStrings.rCteKeyedAttributesNotInLayer = "Some of the attributes required for the keying are not in the layer"
s_TanimCTEStrings.rCteKeyedLayerWeightCannotBeZero = "Keyed layer weight is currently zero"
s_TanimCTEStrings.rCteKeyedRotationCannotBeResolved = "Keyed rotation cannot be resolved"
s_TanimCTEStrings.rCteLayerIsMuted = "Layer is muted"
s_TanimCTEStrings.rCteLayerMustBeActive = "Layer must be active"
s_TanimCTEStrings.rCteNoKeyableAttributesFound = "No keyable attributes found."
s_TanimCTEStrings.rCteNoTransitionsCreate = "Transitions cannot be created/reset for groups/clips: ^1s"
s_TanimCTEStrings.rCteNothingToPaste = "No clip to paste"
s_TanimCTEStrings.rCtePasteNoActiveComposition = "No active composition"
s_TanimCTEStrings.rCtePopulateAnimSourceText = "This clip already has an Animation Source. Do you want to modify it?"
s_TanimCTEStrings.rCtePopulateAnimSourceTitle = "Population into Clip"
s_TanimCTEStrings.rCtePopulatingACharacterSet = "Unable to populate Character Set `^1s` into Time Editor."
s_TanimCTEStrings.rCtePopulatingAttributeOfCharacterSet = "Remove '^1s' from the Character Set(s) to use it in the Time Editor. Attribute cannot be added if it is part of a Character Set."
s_TanimCTEStrings.rCteRootObjNotValid = "Root object not valid"
s_TanimCTEStrings.rCteTargetAttributeCannotConnect = "Cannot populate attribute \"^1s\" into the Time Editor"
s_TanimCTEStrings.rCteTargetAttributeConnectionFailed = "Cannot perform operation as a target attribute \"^1s\" cannot be connected/disconnected"
s_TanimCTEStrings.rCteTargetAttributeConstrained = "Attribute \"^1s\" is not allowed to be populated because it is constrained. Constrained attributes population can be enabled from the preferences"
s_TanimCTEStrings.rCteTargetAttributeNotAllowed = "Attribute \"^1s\" is not allowed to be populated, please check that the attribute is animatable and unlocked"
s_TanimCTEStrings.rCteTargetNotFound = "Target not found"
//
// String set: s_TanimDisplayCmdStrings
//
s_TanimDisplayCmdStrings.rAnimDisplaySmpteErr = "Invalid timecode value"
s_TanimDisplayCmdStrings.rAnimDisplayTimecodeOffsetDeprecatedErr = "The timeCodeOffset flag has been deprecated.  Please use the timeCode command to set time code data"
//
// String set: s_TanimIdleCmdStrings
//
s_TanimIdleCmdStrings.rInterruptMessage = "Press the ESC key to stop playback."
//
// String set: s_TanimLayerCmdStrings
//
s_TanimLayerCmdStrings.rAnimLayerCmdAddingKG = "Adding the following Keying Group to the layer: "
s_TanimLayerCmdStrings.rAnimLayerCmdAttributeLocked = "Could not add the following locked attribute to the layer:"
s_TanimLayerCmdStrings.rAnimLayerCmdAttributeNotConnectable = "Could not add the following not connectable attribute to the layer:"
s_TanimLayerCmdStrings.rAnimLayerCmdAttributeNotKeyable = "Could not add the following not keyable attribute to the layer:"
s_TanimLayerCmdStrings.rAnimLayerCmdCannotAddLayer = "Cannot add animation layer. A maximum of two animation layers are supported in Maya LT"
s_TanimLayerCmdStrings.rAnimLayerCmdCantRemoveUnloadedRef = "Cannot remove attribute of an unloaded reference:"
s_TanimLayerCmdStrings.rAnimLayerCmdClipNodeNotSpecified = "Clip node name is missing"
s_TanimLayerCmdStrings.rAnimLayerCmdGetArgErr = "Unable to parse the argument list."
s_TanimLayerCmdStrings.rAnimLayerCmdInvalidFlagsErr = "The given combination of flags is invalid. (see command documentation for details)"
s_TanimLayerCmdStrings.rAnimLayerCmdInvalidPlug = "The following plug object is not a plug:"
s_TanimLayerCmdStrings.rAnimLayerCmdNoObjectErr = "No object was specified for the command to operate on."
s_TanimLayerCmdStrings.rAnimLayerCmdNoSuchObjErr = "The following animation layer object does not exist:"
s_TanimLayerCmdStrings.rAnimLayerCmdNoSuchProcedure = "Cannot find procedure \"animLayer\"."
s_TanimLayerCmdStrings.rAnimLayerCmdPlugNotFound = "The following plug object does not exist:"
s_TanimLayerCmdStrings.rAnimLayerCmdSetToAccModeErr = "The rotation accumulation mode was not modified to prevent modifying existing animation of the layer"
s_TanimLayerCmdStrings.rAnimLayerCmdSetToByLayerAccMode = "The rotation accumulation mode was converted to by_Layer."
s_TanimLayerCmdStrings.rAnimLayerNoValidQueryFlag = "No valid query flags were specified."
s_TanimLayerCmdStrings.rAnimLayerNotFound = "A single anim layer node must be specified."
//
// String set: s_TanimUtilStrings
//
s_TanimUtilStrings.rCurveCnxFailedRotIntrp = "Cannot create a new curve because a rotation channel already has an instanced curve or function defined; try deleting existing curves, or changing Preferences>Keys>Rotation Interpolation"
s_TanimUtilStrings.rImportLayerFailToReconnectBlendNode = "Anim Layer Import Error: Failed to reconnect blend node: ^1s"
s_TanimUtilStrings.rImportLayerFailToReconnectRotateOrder = "Anim Layer Import Error: Failed to reconnect rotation order on blend node: ^1s"
//
// String set: s_TannotationCmdStrings
//
s_TannotationCmdStrings.rNoShapeError = "Annotation command only works on shapes.  No shape, or transform with connected shape, found."
//
// String set: s_TapiPreferencesStrings
//
s_TapiPreferencesStrings.kAPIAttributeLocked = "The attribute is locked"
s_TapiPreferencesStrings.rAPIErrorAlreadyRegistered = "Object is already registered"
s_TapiPreferencesStrings.rAPIErrorAttributeAffectsNotSet = "attributeAffects was not set up for a node's attribute"
s_TapiPreferencesStrings.rAPIErrorCallableConversion = "Failed to convert the returned Python object to a MPxCacheConfigRuleFilter *. Was maya.OpenMayaMPx imported?"
s_TapiPreferencesStrings.rAPIErrorCannotDoWorldSpaceTransform = "Must have a DAG path to do world space transforms"
s_TapiPreferencesStrings.rAPIErrorCannotDoWorldTransformInUnderWorld = "Cannot do world space transforms on underworld objects or components"
s_TapiPreferencesStrings.rAPIErrorCloseErrorLog = "API Error Log Closed"
s_TapiPreferencesStrings.rAPIErrorDataIsNotAnArray = "Data is not an array"
s_TapiPreferencesStrings.rAPIErrorDataIsNotOfThatType = "The data is not of that type"
s_TapiPreferencesStrings.rAPIErrorDecreasingKnots = "Knots values must be non-decreasing"
s_TapiPreferencesStrings.rAPIErrorFailure = "Unexpected Internal Failure"
s_TapiPreferencesStrings.rAPIErrorIncorrectStartEnd = "Start value >= end value"
s_TapiPreferencesStrings.rAPIErrorIndexInvalid = "No element at given index"
s_TapiPreferencesStrings.rAPIErrorIndexOutOfRange = "Index not in valid range"
s_TapiPreferencesStrings.rAPIErrorInsufficientMemory = "Out Of Memory"
s_TapiPreferencesStrings.rAPIErrorInvalidDataType = "Data type is not valid here"
s_TapiPreferencesStrings.rAPIErrorInvalidDimension = "Must be in 2nd or 3rd dimension only"
s_TapiPreferencesStrings.rAPIErrorInvalidForm = "form must be open, closed or periodic"
s_TapiPreferencesStrings.rAPIErrorInvalidNumberOfCVs = "Insufficient number of CVs passed in"
s_TapiPreferencesStrings.rAPIErrorInvalidNumberOfKnots = "Invalid number of knots passed in"
s_TapiPreferencesStrings.rAPIErrorInvalidObjectType = "Object is incompatible with this method"
s_TapiPreferencesStrings.rAPIErrorInvalidPath = "Given path is not valid"
s_TapiPreferencesStrings.rAPIErrorInvalidPlugTypeForConnection = "Plug has wrong data type for that connection"
s_TapiPreferencesStrings.rAPIErrorInvalidSpace = "The space type was invalid"
s_TapiPreferencesStrings.rAPIErrorKnotMultiplicityTooHigh = "Knot multiplicity cannot be higher than the surface degree"
s_TapiPreferencesStrings.rAPIErrorLicenseFailure = "Application is not licensed for the attempted operation"
s_TapiPreferencesStrings.rAPIErrorNoModelActive = "There is no model to add the object to"
s_TapiPreferencesStrings.rAPIErrorNotABaseObject = "Object is not a base object of this deformer"
s_TapiPreferencesStrings.rAPIErrorNotEnoughSpans = "Not enough spans"
s_TapiPreferencesStrings.rAPIErrorNotFound = "Cannot find item of required type"
s_TapiPreferencesStrings.rAPIErrorNotRegistered = "Object is not registered"
s_TapiPreferencesStrings.rAPIErrorNullObjectReturned = "NULL object returned"
s_TapiPreferencesStrings.rAPIErrorNullPointerArgument = "Argument is a NULL pointer"
s_TapiPreferencesStrings.rAPIErrorObjectAlreadyCreated = "Object has already been created"
s_TapiPreferencesStrings.rAPIErrorObjectAlreadyUsed = "Object already exists"
s_TapiPreferencesStrings.rAPIErrorObjectDoesNotExist = "Object does not exist"
s_TapiPreferencesStrings.rAPIErrorOpenErrorLog = "API Error Log Opened"
s_TapiPreferencesStrings.rAPIErrorParamValueNotAKnot = "There is no knot at that parameter value"
s_TapiPreferencesStrings.rAPIErrorPlugAlreadyConnected = "Dependency graph plug already has connection"
s_TapiPreferencesStrings.rAPIErrorShapeHasNoGeometry = "Shape has no geometry"
s_TapiPreferencesStrings.rAPIErrorUnknownNodeType = "Node type is unknown"
s_TapiPreferencesStrings.rAPIErrorUnknownType = "Unknown type"
s_TapiPreferencesStrings.rAPIErrorValueOutOfRange = "value not in valid range"
s_TapiPreferencesStrings.rAPIHasMsgAttached = "A lock event message is already attached to this node"
s_TapiPreferencesStrings.rAPIInvalidAttributeName = "Invalid attribute name"
s_TapiPreferencesStrings.rAPIInvalidParameter = "Invalid parameter"
s_TapiPreferencesStrings.rAPIInvalidUuid = "Invalid UUID"
s_TapiPreferencesStrings.rAPIListIsEmpty = "Given list is empty"
s_TapiPreferencesStrings.rAPIMethodOutOfOrder = "Method was called out of order"
s_TapiPreferencesStrings.rAPIMultipleInheritance = "Cannot inherit from multiple parents"
//
// String set: s_TapplicationStrings
//
s_TapplicationStrings.rAboutMaya = "About Maya"
s_TapplicationStrings.rAboutMayaBolt = "About Maya LT"
s_TapplicationStrings.rAttemptSave = "Fatal Error. Attempting to save in ^1s"
s_TapplicationStrings.rCompleteCrashReport = "... Automated crash report complete."
s_TapplicationStrings.rCopyOldPref = "Copy old preferences"
s_TapplicationStrings.rCopyPref = "This version of ^1s does not yet have preferences.\nPreferences from a previous version have been detected.\nWould you like to copy and use the earlier preferences, or use default preferences?"
s_TapplicationStrings.rCreateDefPref = "Create default preferences"
s_TapplicationStrings.rFailedSalvage = "^1s encountered a problem while trying to salvage current scene"
s_TapplicationStrings.rFatalError = "^1s encountered a fatal error"
s_TapplicationStrings.rNoValidPrefConfirm = "OK"
s_TapplicationStrings.rNoValidPrefFound = "This version of Maya does not yet have preferences valid for the current locale (^1s).\nCreating default preferences."
s_TapplicationStrings.rOutputWindow = "Output Window"
s_TapplicationStrings.rSendAutoCrashMail = "Sending automated crash reporting email"
s_TapplicationStrings.rStartCrashReport = "Automated crash report starting..."
s_TapplicationStrings.rUnableOpenCrashMail = "Unable to open file for crash email"
s_TapplicationStrings.rUnknownSignal = "Unknown Signal"
s_TapplicationStrings.rWriteCrashReport = "Writing crash report in ^1s"
//
// String set: s_TapplyAttrPatternCmdStrings
//
s_TapplyAttrPatternCmdStrings.rApplyAttrPatternCmdApplyFailure = "Could not apply the attributes"
s_TapplyAttrPatternCmdStrings.rApplyAttrPatternCmdDynamicNameClashDyn = "A dynamic attribute with one of the requested names already exists on that node. The pattern could not be applied."
s_TapplyAttrPatternCmdStrings.rApplyAttrPatternCmdDynamicNameClashExt = "A dynamic attribute with one of the requested names already exists on a node of that type. The pattern could not be applied."
s_TapplyAttrPatternCmdStrings.rApplyAttrPatternCmdExtensionNameClashDyn = "An extension attribute with one of the requested names already exists on that node. The pattern could not be applied."
s_TapplyAttrPatternCmdStrings.rApplyAttrPatternCmdExtensionNameClashExt = "An extension attribute with one of the requested names already exists on that node type. The pattern could not be applied."
s_TapplyAttrPatternCmdStrings.rApplyAttrPatternCmdNodeLockClashDyn = "One of the affected nodes is locked. The pattern could not be applied."
s_TapplyAttrPatternCmdStrings.rApplyAttrPatternCmdNodeLockClashExt = "One of the affected nodes is locked. The pattern could not be applied."
s_TapplyAttrPatternCmdStrings.rApplyAttrPatternCmdNodeMissing = "You must specify either a node or a node type"
s_TapplyAttrPatternCmdStrings.rApplyAttrPatternCmdNodeTypeNotFound = "Could not find node type '^1s'"
s_TapplyAttrPatternCmdStrings.rApplyAttrPatternCmdPatternMissing = "A pattern must be specified"
s_TapplyAttrPatternCmdStrings.rApplyAttrPatternCmdPatternNotFound = "The pattern '^1s' could not be found"
s_TapplyAttrPatternCmdStrings.rApplyAttrPatternCmdPluginDuplicationDyn = "A plugin already added an attribute with one of the requested names. The pattern could not be applied."
s_TapplyAttrPatternCmdStrings.rApplyAttrPatternCmdPluginDuplicationExt = "A plugin already added an attribute with one of the requested names. The pattern could not be applied."
s_TapplyAttrPatternCmdStrings.rApplyAttrPatternCmdStaticNameClashDyn = "A static attribute with one of the requested names already exists on that node. The pattern could not be applied."
s_TapplyAttrPatternCmdStrings.rApplyAttrPatternCmdStaticNameClashExt = "A static attribute with one of the requested names already exists on that node type. The pattern could not be applied."
//
// String set: s_TapplyMetadataCmdStrings
//
s_TapplyMetadataCmdStrings.rApplyMetadataCmdCannotUndo = "No metadata was applied, nothing can be undone."
s_TapplyMetadataCmdStrings.rApplyMetadataCmdNeedsFlags = "The format flag must be specified and refer to a valid format type."
s_TapplyMetadataCmdStrings.rApplyMetadataCmdNeedsValue = "Command must specify the 'value' flag."
s_TapplyMetadataCmdStrings.rApplyMetadataCmdOneObject = "This command requires selection of a node or use of the 'scene' flag."
s_TapplyMetadataCmdStrings.rApplyMetadataCmdReadError = "Parsing the string failed with this error message:\n^1s"
s_TapplyMetadataCmdStrings.rApplyMetadataCmdSceneIgnoresNodes = "Selected nodes were ignored since the 'scene' flag was used."
s_TapplyMetadataCmdStrings.rApplyMetadataCmdSkippingSceneRefData = "Scene-Metadata is not supported for referenced files."
s_TapplyMetadataCmdStrings.rApplyMetadataCmdUnknownError = "Unknown error type."
s_TapplyMetadataCmdStrings.rApplyMetadataCmdUnrecognizedFormat = "Format type '^1s' was not recognized."
//
// String set: s_TapplyTakeCmdStrings
//
s_TapplyTakeCmdStrings.rATErrorBadChannel = "Channel(s) not found:"
s_TapplyTakeCmdStrings.rATErrorBadFilter = "Filter(s) not found:"
s_TapplyTakeCmdStrings.rATErrorDeviceNotFound = "The device was not found: "
s_TapplyTakeCmdStrings.rATErrorGettingRecord = "Error getting the take from the device: "
s_TapplyTakeCmdStrings.rATErrorNoData = "The device does not have a take: "
s_TapplyTakeCmdStrings.rATErrorNoDevices = "No devices with recorded takes were found."
//
// String set: s_TargParserStrings
//
s_TargParserStrings.kFlagAlreadyUsed = "Flag '-^1s' may not be used multiple times"
s_TargParserStrings.kInvalidAngleUnit = "Invalid angle unit: "
s_TargParserStrings.kInvalidAttribute = "Invalid attribute name: "
s_TargParserStrings.kInvalidAttributeDim = "Invalid attribute dimension: "
s_TargParserStrings.kInvalidAttributeIndex = "Invalid attribute index: "
s_TargParserStrings.kInvalidAttributeRange = "Invalid index range: "
s_TargParserStrings.kInvalidLinearUnit = "Invalid linear unit: "
s_TargParserStrings.kInvalidObjectName = "Invalid object name: "
s_TargParserStrings.kInvalidTimeUnit = "Invalid time unit: "
s_TargParserStrings.kMultipleObjects = "More than one object matches name: "
s_TargParserStrings.kNegUnsignedValue = "Invalid negative value: "
s_TargParserStrings.kNoObjects = "No object matches name: "
s_TargParserStrings.kTooFewFlagArgs = "Flag '-^1s' expects ^2d argument(s)."
s_TargParserStrings.kTooFewObjectArgs = "This command requires at least ^1d argument(s) to be specified;  found ^2d."
s_TargParserStrings.kTooFewObjectArgsOrSel = "This command requires at least ^1d argument(s) to be specified or selected;  found ^2d."
s_TargParserStrings.kTooManyObjects = "Too many arguments.  Expected ^1d, found ^2d."
//
// String set: s_TarrayMapperCmdStrings
//
s_TarrayMapperCmdStrings.rAmConflictingFlagsStr = "Cannot use both -type and -mapTo flags."
s_TarrayMapperCmdStrings.rAmInvalidComputeNodeStr = "Invalid node for -mapTo flag."
s_TarrayMapperCmdStrings.rAmInvalidDestAttrStr = "Invalid destination attribute type: must be doubleArray or vectorArray."
s_TarrayMapperCmdStrings.rAmInvalidObjectStr = "Invalid object specified."
s_TarrayMapperCmdStrings.rAmInvalidTypeValueStr = "Invalid type specified."
s_TarrayMapperCmdStrings.rAmMissingArgumentStr = "Missing argument."
s_TarrayMapperCmdStrings.rAmNoModelOpenErrorStr = "No model open."
s_TarrayMapperCmdStrings.rAmTargetRequiredStr = "Must use -target flag when using -destAttr flag."
s_TarrayMapperCmdStrings.rAmTargetRequiredUVStr = "Must use -target flag when using -inputU and -inputV flags."
s_TarrayMapperCmdStrings.rAmUnableToMakeConnection = "Unable to make connection from \"^1s\" to \"^2s\"."
//
// String set: s_Tart3dPaintContextStrings
//
s_Tart3dPaintContextStrings.rArt3dPaintCannotKeepInvalidTexture = "There is file node without valid texture assigned. Cannot enable '-alwaysKeepFile' on."
s_Tart3dPaintContextStrings.rArt3dPaintColorLayeredShader = "3D Paint does not support layered shaders."
s_Tart3dPaintContextStrings.rArt3dPaintDefaultShaderChanged = "Cannot paint, the default shader has been modified."
s_Tart3dPaintContextStrings.rArt3dPaintMultipleSGFound = "Cannot paint, shaders having only one shader group are supported."
s_Tart3dPaintContextStrings.rArt3dPaintNoPaintableSurfaces = "No paintable surfaces found. Have you set their shape nodes to be visible?"
s_Tart3dPaintContextStrings.rArt3dPaintNoShaderGroups = "Some surfaces have no shader group, assign them and try again."
s_Tart3dPaintContextStrings.rArt3dPaintNoTextureDir = "3dPaintTextures directory does not exist in the current project and cannot be created. Saving of textures may result in errors."
s_Tart3dPaintContextStrings.rArt3dPaintNoTextures = "Some surfaces have no file texture assigned to the current attribute."
s_Tart3dPaintContextStrings.rArt3dPaintNoUVSets = "Some surfaces have no UVs and therefore cannot be painted. Please create UVs and try again."
s_Tart3dPaintContextStrings.rArt3dPaintRampShader = "3D Paint does not support ramp shaders."
s_Tart3dPaintContextStrings.rArt3dPaintSaveText = "Do you want to save the texture?"
s_Tart3dPaintContextStrings.rArt3dPaintTextureCannotKeep = "The new texture is non-existent or invalid and the 'alwaysKeepFile' option will be disabled."
s_Tart3dPaintContextStrings.rArt3dPaintTextureDeleted = "3D Paint texture has been deleted."
s_Tart3dPaintContextStrings.rArt3dPaintToolName = "3D Paint Tool"
//
// String set: s_TartAttrContextStrings
//
s_TartAttrContextStrings.rArtAttrContextCmdWhichToolNotFound = "artAttrCtx -whichTool failed: tool `^1s' does not exist"
s_TartAttrContextStrings.rArtAttrPaintToolName = "Paint Attributes Tool"
s_TartAttrContextStrings.rArtAttrToolCmdAddAlreadyExists = "artAttrTool -add failed: a tool by the name of `^1s' already exists"
s_TartAttrContextStrings.rArtAttrToolCmdAddNotQuery = "artAttrTool -add flag cannot be specified in query mode"
s_TartAttrContextStrings.rArtAttrToolCmdExistsQueryOnly = "artAttrTool -exists flag can only be used in query mode"
s_TartAttrContextStrings.rArtAttrToolCmdRemoveNotFound = "artAttrTool -remove failed: a tool by the name of `^1s' does not exist"
s_TartAttrContextStrings.rArtAttrToolCmdRemoveNotQuery = "artAttrTool -remove flag cannot be specified in query mode"
s_TartAttrContextStrings.rArtAttrToolCmdTooManyFlags = "artAttrTool: cannot specify -add, -exists or -remove flags together"
s_TartAttrContextStrings.rArtAttributeNotFoundOnNode = "The attribute chosen for painting is not available on the node."
s_TartAttrContextStrings.rArtBlendShapePaintToolName = "Paint Blend Shape Weights Tool"
s_TartAttrContextStrings.rArtCachePaintToolName = "Paint Cache Weights Tool"
s_TartAttrContextStrings.rArtClothCollPaintToolName = "Paint Cloth Collision Properties Tool"
s_TartAttrContextStrings.rArtClothPaintToolName = "Paint Cloth Properties Tool"
s_TartAttrContextStrings.rArtColorFeedbackSubdivsWarning = "Color Feedback is not supported on Subdiv Surfaces."
s_TartAttrContextStrings.rArtColorPerVertexToolName = "Paint Vertex Color Tool"
s_TartAttrContextStrings.rArtFluidAttrPaintToolName = "Paint Fluids Tool"
s_TartAttrContextStrings.rArtNClothPaintToolName = "Paint nCloth Attributes Tool"
s_TartAttrContextStrings.rArtNComponentPaintToolName = "Paint nComponent Attributes Tool"
s_TartAttrContextStrings.rArtOperationFeedbackAdd = "A"
s_TartAttrContextStrings.rArtOperationFeedbackRemove = "Rm"
s_TartAttrContextStrings.rArtOperationFeedbackReplace = "R"
s_TartAttrContextStrings.rArtOperationFeedbackScale = "Sc"
s_TartAttrContextStrings.rArtOperationFeedbackSmooth = "Sm"
s_TartAttrContextStrings.rArtPuttyToolName = "Sculpt Geometry Tool"
s_TartAttrContextStrings.rArtSkinMultipleJointsFmt = "Multiple joints found with the name ^1s. First one found is being used."
s_TartAttrContextStrings.rArtSkinNoJointFoundFmt = "Could not find the selected joint (^1s) in the current skeleton."
s_TartAttrContextStrings.rArtSkinNoJointSelected = "Select a joint for painting before invoking the rotate manip."
s_TartAttrContextStrings.rArtSkinPaintHelp = "MMB click to rotate the joint you are painting."
s_TartAttrContextStrings.rArtSkinPaintToolName = "Paint Skin Weights Tool"
s_TartAttrContextStrings.rArtUserPaintToolName = "Paint Scripts Tool"
s_TartAttrContextStrings.rAtrSkinManipHelp = "MMB select rotate handle to rotate. Arrow keys can be used to change joint. LMB click to return to painting weights."
//
// String set: s_TartAttrOperationStrings
//
s_TartAttrOperationStrings.rArtLowMemory = "Failed to allocate memory required. Not enough memory available."
//
// String set: s_TartBaseContextStrings
//
s_TartBaseContextStrings.rArtBaseExportNoUVs = "Some surfaces have no valid UVs. Attribute maps cannot be exported for those surfaces."
s_TartBaseContextStrings.rArtBaseFileAlreadyExists = "File \"^1s\" already exists. Overwrite?"
s_TartBaseContextStrings.rArtBaseFileDoesNotExist = "File \"^1s\" does not exist. "
s_TartBaseContextStrings.rArtBaseFileFormatNoAlpha = "Specified file format does not support an alpha channel."
s_TartBaseContextStrings.rArtBaseFileImportNoMatch = "The file name does not match any of the surfaces."
s_TartBaseContextStrings.rArtBaseFileNameIsEmpty = "Brush shape image file name is empty."
s_TartBaseContextStrings.rArtBaseFileSaved = "Saved file: \"^1s\""
s_TartBaseContextStrings.rArtBaseImportNoUVs = "Some surfaces have no valid UVs. Attribute maps cannot be imported for those surfaces."
s_TartBaseContextStrings.rArtBaseToolName = "Artisan Paint"
s_TartBaseContextStrings.rArtFailedExport = "Failed to export the attribute map."
s_TartBaseContextStrings.rConfirmDialogCancel = "Cancel"
s_TartBaseContextStrings.rConfirmDialogOK = "OK"
//
// String set: s_TartFluidAttrContextCmdStrings
//
s_TartFluidAttrContextCmdStrings.rFluidAttrContextCmdPropErr = "Paint property must be one of '^1s', '^2s', '^3s', or '^4s'."
s_TartFluidAttrContextCmdStrings.rFluidAttrContextCmdPropWarn = "Not all properties could be set on all fluids."
//
// String set: s_TartFluidAttrContextStrings
//
s_TartFluidAttrContextStrings.rArtFluidAttrCenterHandle = "Active handle positions paint slice within fluid volume."
s_TartFluidAttrContextStrings.rArtFluidAttrLockHandle = "Active handle unlocks the paint slice axis so it is always perpendicular to the camera view."
s_TartFluidAttrContextStrings.rArtFluidAttrModeNormal = "Click handle to display fluid subvolume."
s_TartFluidAttrContextStrings.rArtFluidAttrModeSingleSlice = "Click handle to display entire fluid contents."
s_TartFluidAttrContextStrings.rArtFluidAttrModeSubVolume = "Click handle to display single slice of fluid subvolume."
s_TartFluidAttrContextStrings.rArtFluidAttrNothingSelected = "Select a fluid on which to paint."
s_TartFluidAttrContextStrings.rArtFluidAttrPropertyWarn = "Cannot paint property '^1s' on fluid '^2s', since the property is not calculated using a 'DynamicGrid' or 'StaticGrid'.  Change this setting in the Attribute Editor for '^2s'."
s_TartFluidAttrContextStrings.rArtFluidAttrSizeHandle = "Active handle controls thickness of displayed subvolume"
s_TartFluidAttrContextStrings.rArtFluidAttrSomethingSelected = "Paint, or select a manipulator handle to modify paintable volume attributes."
s_TartFluidAttrContextStrings.rArtFluidAttrUnlockHandle = "Active handle locks the paint slice axis direction so it is independent of the camera view."
//
// String set: s_TartMakePaintableCmdStrings
//
s_TartMakePaintableCmdStrings.rBlendShapePaintWeightsNotPaintable = "makePaintable: Cannot make the blendShape.paintWeights attribute paintable"
s_TartMakePaintableCmdStrings.rCantQueryActivateMsg = "makePaintable: Cannot query activateAll flag"
s_TartMakePaintableCmdStrings.rCantQueryClearMsg = "makePaintable: Cannot query clearAll flag"
s_TartMakePaintableCmdStrings.rMissingAttributeNameMsg = "makePaintable: Missing attribute name"
s_TartMakePaintableCmdStrings.rMissingAttributeTypeMsg = "makePaintable: Missing proper attribute type"
s_TartMakePaintableCmdStrings.rMissingNodeMsg = "makePaintable: Missing node type"
//
// String set: s_TartPaintableListStrings
//
s_TartPaintableListStrings.rArtAttributeNoMultiParent = "The attribute (^1s) doesnot have a multi parent, which is necessary to store values for multiple shapes."
s_TartPaintableListStrings.rArtAttributeNodeNotFound = "Unable to create the node (^1s)."
s_TartPaintableListStrings.rArtAttributeNotFound = "Unable to find the attribute (^1s)on the node(^2s). Painting operation may not work."
s_TartPaintableListStrings.rArtAttributeNotUsingBuilder = "Trying to use multibuilder for a attribute which is not flagged to use multi builder."
s_TartPaintableListStrings.rArtAttributeTypeMismatch = "There seems to be a mismatch between actual attribute type and type specified with the command."
//
// String set: s_TartSelectContextStrings
//
s_TartSelectContextStrings.rArtPaintSelectComponents = "select components by painting with the brush"
s_TartSelectContextStrings.rArtPaintSelectToolName = "Paint Selection Tool"
//
// String set: s_TartSetPaintContextStrings
//
s_TartSetPaintContextStrings.rArtSetPaintChooseSetlHelp = "Select a set first"
s_TartSetPaintContextStrings.rArtSetPaintMultipleSetWarning = "Selected point belongs to more than one set"
s_TartSetPaintContextStrings.rArtSetPaintNoSetSelectedError = "There is no set selected, select a set first and then start painting"
s_TartSetPaintContextStrings.rArtSetPaintNowPaintHelp = "Press LMB to add CVs to the set, CTRL+LMB to remove them from the set"
s_TartSetPaintContextStrings.rArtSetPaintNumSetLimitError = "Number of sets to be handled exceeds the limit of Set Paint tool\n"
s_TartSetPaintContextStrings.rArtSetPaintToolName = "Paint Set Membership Tool"
s_TartSetPaintContextStrings.rArtSetPaintWrongSetNameError = "Wrong set name"
//
// String set: s_TassemblyCmdStrings
//
s_TassemblyCmdStrings.rAssemblyActiveError = "Failed to activate ^1s."
s_TassemblyCmdStrings.rAssemblyAfterRenderError = "Failed to do the 'after rendering' action for ^1s."
s_TassemblyCmdStrings.rAssemblyArgError = "Assembly node argument required in edit or query mode."
s_TassemblyCmdStrings.rAssemblyBeforeRenderError = "Failed to do the 'before rendering' action for ^1s."
s_TassemblyCmdStrings.rAssemblyCreateRepError = "Failed to create the ^1s type of representation for ^2s."
s_TassemblyCmdStrings.rAssemblyDelRepError = "Failed to delete ^1s from ^2s."
s_TassemblyCmdStrings.rAssemblyDeregisterError = "Deregister failed: assembly type ^1s not found."
s_TassemblyCmdStrings.rAssemblyExactlyOneArgError = "Only one assembly node can be used as argument with the specified flag."
s_TassemblyCmdStrings.rAssemblyGetRepsError = "Failed to get representation list from ^1s."
s_TassemblyCmdStrings.rAssemblyIgnoreNonAssemblyWarning = "Non assembly nodes are ignored: ^1s."
s_TassemblyCmdStrings.rAssemblyLabelNotFoundError = "Label ^1s not found: ^2s."
s_TassemblyCmdStrings.rAssemblyLabelNotFoundWarning = "Label ^1s not found: ^2s."
s_TassemblyCmdStrings.rAssemblyNoRegistryError = "Failed to find the ^1s type of assembly registry."
s_TassemblyCmdStrings.rAssemblyNoRepLabelError = "No new representation label given for representation ^1s."
s_TassemblyCmdStrings.rAssemblyNoRepNameError = "No new representation name given to rename representation ^1s."
s_TassemblyCmdStrings.rAssemblyProcEmptyWarning = "^1s is empty."
s_TassemblyCmdStrings.rAssemblyProcExecWarning = "Failed to execute ^1s."
s_TassemblyCmdStrings.rAssemblyProcSetWarning = "-proc is not set."
s_TassemblyCmdStrings.rAssemblyRenameRepError = "Failed to rename representation ^1s to ^2s."
s_TassemblyCmdStrings.rAssemblyRepNotFoundError = "Can not find representation: ^1s."
s_TassemblyCmdStrings.rAssemblyRepTypesError = "Failed to get representation types from ^1s."
s_TassemblyCmdStrings.rAssemblySetRepLabelError = "Failed to set representation ^1s label to ^2s."
s_TassemblyCmdStrings.rAssemblyTypeEmptyError = "Assembly's type is empty."
s_TassemblyCmdStrings.rInvalidArgError = "Invalid argument."
s_TassemblyCmdStrings.rQueryEditError = "Can not use the query flag and the edit flag at the same time."
//
// String set: s_TassemblyStrings
//
s_TassemblyStrings.rAssemblyActivateRepresentation = "Activate Representation"
s_TassemblyStrings.rAssemblyCantReferenceRepresentation = "A file reference cannot contain an assembly representation."
s_TassemblyStrings.rAssemblyNoNamespace = "Namespaces must be specified for assembly representations. The file name will be used."
s_TassemblyStrings.rAssemblyNonEditable = "^1s is not an editable assembly type."
s_TassemblyStrings.rAssemblyRepContainsFileReference = "The representation you added contains file references. Representations containing file references are not supported by assemblies."
s_TassemblyStrings.rEditsFailDueToRepNamespaceChange = "You changed the node namespace from \"^1s\" to \"^2s\".  Edits to associated representations may fail."
s_TassemblyStrings.rFileReference = "File Reference"
s_TassemblyStrings.rFileReferenceContainsAssembly = "The file reference you created contains a scene assembly. File references containing assemblies are not supported."
//
// String set: s_TassignCommandActionStrings
//
s_TassignCommandActionStrings.rIndexStr = "Index must be specified."
s_TassignCommandActionStrings.rMissArgStr = "Missing argument."
s_TassignCommandActionStrings.rMustBeEditOrQueryStr = "The edit or query flag must be specified."
s_TassignCommandActionStrings.rNegIndexStr = "Index must be greater than zero."
//
// String set: s_TattrColorSliderGrpCmdStrings
//
s_TattrColorSliderGrpCmdStrings.rAttrNotVectorValuedMsg = "Attribute ^1s is not vector-valued."
s_TattrColorSliderGrpCmdStrings.rCantFindVectorAttrMsg = "Could not find vector attribute named ^1s."
//
// String set: s_TattrCompatCmdStrings
//
s_TattrCompatCmdStrings.kAlreadyRenamed = "The '^1s' attribute of '^2s' has already been renamed."
s_TattrCompatCmdStrings.kBadAttributeName = "Nodes of type '^1s' do not have and attribute named '^2s'."
s_TattrCompatCmdStrings.kBadNodeTypeName = "The node type '^1s' does not exist."
s_TattrCompatCmdStrings.kCantRenameFmt = "Unable to rename ^1s.^2s to ^3s."
s_TattrCompatCmdStrings.kCantRenameNodeFmt = "Unable to rename node type ^1s to ^2s."
s_TattrCompatCmdStrings.kCantSetTypeFmt = "Unable to set the type of ^1s.^2s to ^3s."
s_TattrCompatCmdStrings.kCantUnRenameFmt = "Unable to undo rename of ^1s.^2s to ^3s."
s_TattrCompatCmdStrings.kCantUnRenameNodeFmt = "Unable to undo rename of node type ^1s to ^2s."
s_TattrCompatCmdStrings.kCantUndo = "Cannot find compatibility table to perform undo."
s_TattrCompatCmdStrings.kExtraAttrName = "Superfluous attribute name ignored."
s_TattrCompatCmdStrings.kExtraNodeName = "Superfluous node name ignored."
s_TattrCompatCmdStrings.kFlagsMissing = "The attrCompat command requires a flag option."
s_TattrCompatCmdStrings.kMissingAttrName = "Name of attribute is missing."
s_TattrCompatCmdStrings.kMissingNodeName = "Name of node type is missing."
s_TattrCompatCmdStrings.kMissingPluginNodeName = "Name of plug-in node is missing."
s_TattrCompatCmdStrings.kOutOfMemory = "Unable to allocate memory for the compatibility table."
s_TattrCompatCmdStrings.kRemovedAttrRenamed = "Can't remove the '^1s' attribute of '^2s'; it was renamed. Removal and renaming are mutually exclusive operations in the same version compatibility file."
s_TattrCompatCmdStrings.kSameAttrName = "'^1s' was specified for both old and new attribute names for node type '^2s'.  Ignored."
s_TattrCompatCmdStrings.kSameNodeName = "'^1s' was specified for both old and new node type names.  Ignored."
s_TattrCompatCmdStrings.kTableDisabled = "The compatibility table has been disabled."
s_TattrCompatCmdStrings.kUnimplemented = "Unimplemented feature of the attrCompat command."
//
// String set: s_TattrControlGrpCmdStrings
//
s_TattrControlGrpCmdStrings.rAttrCtrlGrpAttrFlagReq = "The -attribute flag is required in create mode."
s_TattrControlGrpCmdStrings.rAttrCtrlGrpControlNotFound = "Could not find a control named '^1s'."
s_TattrControlGrpCmdStrings.rAttrCtrlGrpHandlesQueryOnly = "The -handlesAttribute flag is only valid in query mode."
s_TattrControlGrpCmdStrings.rAttrCtrlGrpIncompatible = "The '^1s' control cannot be used with the specified attribute. The types are not compatible."
s_TattrControlGrpCmdStrings.rAttrCtrlGrpNoControl = "The control to be edited was not specified."
s_TattrControlGrpCmdStrings.rAttrCtrlGrpNotAnAttr = "'^1s' is not an attribute."
s_TattrControlGrpCmdStrings.rAttrCtrlGrpNotMade = "Could not create control for attribute '^1s'."
s_TattrControlGrpCmdStrings.rAttrCtrlGrpUnsupported = "The attribute '^1s' is not of a type supported by the attrControlGrp command."
//
// String set: s_TattrControlWatcherStrings
//
s_TattrControlWatcherStrings.rAddAbsoluteOverride = "Create Absolute Override for Visible Layer"
s_TattrControlWatcherStrings.rAddConnectionOverride = "Create Connection Override for Visible Layer"
s_TattrControlWatcherStrings.rAddRelativeOverride = "Create Relative Override for Visible Layer"
s_TattrControlWatcherStrings.rBreakConnection = "Break Connection"
s_TattrControlWatcherStrings.rColorChooser = "Color Chooser..."
s_TattrControlWatcherStrings.rCreateNewExpression = "Create New Expression..."
s_TattrControlWatcherStrings.rCreateNewTexture = "Create New Texture..."
s_TattrControlWatcherStrings.rDeleteExpression = "Delete Expression"
s_TattrControlWatcherStrings.rEditExpression = "Edit Expression..."
s_TattrControlWatcherStrings.rIgnoreWhenRendering = "Ignore when Rendering"
s_TattrControlWatcherStrings.rIgnoringAttribute = "Unable to resolve attribute '^1s'. Make sure specified attributes are valid."
s_TattrControlWatcherStrings.rLayerAdjust = "Create Layer Override"
s_TattrControlWatcherStrings.rLayerUnadjust = "Remove Layer Override"
s_TattrControlWatcherStrings.rLockAttribute = "Lock Attribute"
s_TattrControlWatcherStrings.rOutputAttributeNotEditable = "Output Attribute: Not Editable."
s_TattrControlWatcherStrings.rPublishAttribute = "Publish to '^1s'"
s_TattrControlWatcherStrings.rSetDrivenKey = "Set Driven Key..."
s_TattrControlWatcherStrings.rSetKey = "Set Key"
s_TattrControlWatcherStrings.rStopIgnoring = "Don't Ignore when Rendering"
s_TattrControlWatcherStrings.rUnlockAttribute = "Unlock Attribute"
s_TattrControlWatcherStrings.rUnpublishAttribute = "Unpublish from '^1s'"
//
// String set: s_TattrEnumOptionMenuCmdStrings
//
s_TattrEnumOptionMenuCmdStrings.rFlagNotEditableMsg = "Flag -ei is not editable or queryable."
s_TattrEnumOptionMenuCmdStrings.rInvalidAttrMsg = "Invalid attribute."
//
// String set: s_TattrEnumOptionMenuGrpCmdStrings
//
s_TattrEnumOptionMenuGrpCmdStrings.rCantFindAttrMsg = "Could not find attribute"
s_TattrEnumOptionMenuGrpCmdStrings.rCantFindAttrNamedMsg = "Could not find attribute named ^1s."
s_TattrEnumOptionMenuGrpCmdStrings.rEiNotEditable = "Flag -ei is not editable or queryable."
//
// String set: s_TattrFieldGrpCmdStrings
//
s_TattrFieldGrpCmdStrings.rAttrNotNumMsg = "Attribute ^1s is not numeric."
s_TattrFieldGrpCmdStrings.rAttrNotVectorValuedMsg = "Attribute ^1s is not vector valued."
s_TattrFieldGrpCmdStrings.rCantFindAttrMsg = "Could not find attribute named ^1s."
s_TattrFieldGrpCmdStrings.rCantFindVectorAttrMsg = "Could not find vector attribute named ^1s."
s_TattrFieldGrpCmdStrings.rInvalidNumFieldsMsg = "Number of fields must be 2 or 3."
//
// String set: s_TattrFieldSliderGrpCmdStrings
//
s_TattrFieldSliderGrpCmdStrings.rAFGAttrIsMulti = "The specified attribute is a multi-attribute.  You must specify an index."
s_TattrFieldSliderGrpCmdStrings.rAFGAttrNotFoundStr = "Could not find attribute named "
s_TattrFieldSliderGrpCmdStrings.rAFGAttrNotNumeric1Str = "Attribute "
s_TattrFieldSliderGrpCmdStrings.rAFGAttrNotNumeric2Str = " is not numeric."
s_TattrFieldSliderGrpCmdStrings.rAFGFieldMinMaxSwitchStr = "Field minimum value must be less than field maximum value."
s_TattrFieldSliderGrpCmdStrings.rAFGSliderMinMaxSwitchStr = "Slider minimum value must be less than slider maximum value."
//
// String set: s_TattrNavigationControlGrpCmdStrings
//
s_TattrNavigationControlGrpCmdStrings.rCantFindAttrMsg = "Could not find attribute."
//
// String set: s_TattributeActionStrings
//
s_TattributeActionStrings.rAttributeActionNoObjects = "No nodes or node types specified."
s_TattributeActionStrings.rAttributeActionNoSyntax = "Unable to create syntax object."
s_TattributeActionStrings.rAttributeActionNotCreated = "Unable to create node of specified type."
s_TattributeActionStrings.rAttributeActionTypeNotFound = "Unable to find node type ^1s."
//
// String set: s_TattributeInfoActionStrings
//
s_TattributeInfoActionStrings.rAttributeInfoActionObjectNotFound = "Unable to find node/node type ^1s."
//
// String set: s_TattributeMenuActionStrings
//
s_TattributeMenuActionStrings.rAttributeMenuActionConnectInputOf = "Connect input of: ^1s"
s_TattributeMenuActionStrings.rAttributeMenuActionConnectOutputOf = "Connect output of: ^1s"
s_TattributeMenuActionStrings.rAttributeMenuActionToInputOf = "To input of: ^1s"
s_TattributeMenuActionStrings.rAttributeMenuActionToOutputOf = "To output of: ^1s"
s_TattributeMenuActionStrings.rAttributeMenuBumpMap = "bump map"
s_TattributeMenuActionStrings.rAttributeMenuCommandNotSupported = "attributeMenu command not supported in batch mode"
s_TattributeMenuActionStrings.rAttributeMenuData = "Data"
s_TattributeMenuActionStrings.rAttributeMenuDefault = "Default                 Ctrl+Drop"
s_TattributeMenuActionStrings.rAttributeMenuDisplacementMap = "displacement map"
s_TattributeMenuActionStrings.rAttributeMenuDouble = "Double"
s_TattributeMenuActionStrings.rAttributeMenuLifeColor = "life color"
s_TattributeMenuActionStrings.rAttributeMenuLifeIncandescence = "life incandescence"
s_TattributeMenuActionStrings.rAttributeMenuLifeTransparency = "life transparency"
s_TattributeMenuActionStrings.rAttributeMenuMatrix = "Matrix"
s_TattributeMenuActionStrings.rAttributeMenuMore = "More..."
s_TattributeMenuActionStrings.rAttributeMenuOther = "Other...               Shift+Drop"
s_TattributeMenuActionStrings.rAttributeMenuSingle = "Single"
s_TattributeMenuActionStrings.rAttributeMenuTriple = "Triple"
s_TattributeMenuActionStrings.rAttributeMenuVolumeShader = "volume shader"
s_TattributeMenuActionStrings.rDependNodeInvalid = "Depend node is invalid"
s_TattributeMenuActionStrings.rHypergraphEditorNameInvalid = "Hypergraph editor name is invalid"
s_TattributeMenuActionStrings.rHypergraphPopupMenuInvalid = "Hypergraph popup menu is invalid"
//
// String set: s_TattributeNameActionStrings
//
s_TattributeNameActionStrings.rFoundMoreThanOne = "Found more than one attribute match for \"^1s\""
s_TattributeNameActionStrings.rFoundNone = "Found no attribute match for \"^1s\""
s_TattributeNameActionStrings.rNoValidNodeAttrErr = "Target objects must be specified in \"node.attribute\" format"
s_TattributeNameActionStrings.rOnlyOneStyleErr = "Only one of the long/short/nice flags can be used per command"
//
// String set: s_TattributeQueryActionStrings
//
s_TattributeQueryActionStrings.rAttributeQueryActionBadAttribute = "Attribute name not recognized."
s_TattributeQueryActionStrings.rAttributeQueryActionBadCombination = "ls|lc|lp flags cannot be combined."
s_TattributeQueryActionStrings.rAttributeQueryActionIllegalFlags = "Only boolean flags can be combined."
s_TattributeQueryActionStrings.rAttributeQueryActionNoAttrMax = "Can only query -max for attributes with a max value."
s_TattributeQueryActionStrings.rAttributeQueryActionNoAttrMin = "Can only query -min for attributes with a min value."
s_TattributeQueryActionStrings.rAttributeQueryActionNoAttrRange = "Can only query -range for attributes with both a min and a max value."
s_TattributeQueryActionStrings.rAttributeQueryActionNoAttrSoftMax = "Can only query -softMax for attributes with a soft max value."
s_TattributeQueryActionStrings.rAttributeQueryActionNoAttrSoftMin = "Can only query -softMin for attributes with a soft min value."
s_TattributeQueryActionStrings.rAttributeQueryActionNoAttrSoftRange = "Can only query -softRange for attributes with both a soft min and a soft max value."
s_TattributeQueryActionStrings.rAttributeQueryActionNoDefaultsForAttribute = "Cannot return the default value of non-numeric attributes."
s_TattributeQueryActionStrings.rAttributeQueryActionNoObjects = "No nodes or node types specified."
s_TattributeQueryActionStrings.rAttributeQueryActionNoQuery = "No information was requested."
s_TattributeQueryActionStrings.rAttributeQueryActionNodeNotFound = "Unable to find node of specified name."
s_TattributeQueryActionStrings.rAttributeQueryActionTypeNotFound = "Unable to find specified node type."
//
// String set: s_TaudioTrackCmdStrings
//
s_TaudioTrackCmdStrings.rAudioTrackBadSelection = "Must specify or select an audio node."
s_TaudioTrackCmdStrings.rAudioTrackBadTrack = "Track index must be greater than 0."
s_TaudioTrackCmdStrings.rAudioTrackNoShots = "No audio nodes found on the selected object(s)."
s_TaudioTrackCmdStrings.rAudioTrackRemoveFailure = "Cannot remove tracks that contain audio nodes."
s_TaudioTrackCmdStrings.rAudioTrackTooManySel = "Only one audio node may be specified for query."
s_TaudioTrackCmdStrings.rBadSwapIndex = "Track index must be between 1 and ^1s."
s_TaudioTrackCmdStrings.rSwapSameTrack = "Cannot swap a track with itself."
//
// String set: s_TautoKeyframeCmdStrings
//
s_TautoKeyframeCmdStrings.rAutoKeyframeCmdNoResetAloneErr = "noReset/nr must be combined with state/st."
s_TautoKeyframeCmdStrings.rAutoKeyframeCmdNoResetQueryErr = "noReset/nr is not supported in query mode."
s_TautoKeyframeCmdStrings.rAutoKeyframeCmdOnOffErr = "-on and -off flags cannot be combined."
//
// String set: s_TautoKeyframeStrings
//
s_TautoKeyframeStrings.rAutoKeyframeInvalidValue = "Skipping attribute ^1s keying. Resolved value is invalid."
//
// String set: s_TautoSaveCmdStrings
//
s_TautoSaveCmdStrings.rAutoSaveCancelled = "^1s: AutoSave cancelled by user."
s_TautoSaveCmdStrings.rAutoSaveFile = "   auto-save file: ^1s"
s_TautoSaveCmdStrings.rAutoSaveNow = "AutoSave now?"
s_TautoSaveCmdStrings.rAutoSavePromptTitle = "AutoSave"
s_TautoSaveCmdStrings.rAutoSaveWarningTitle = "AutoSave Warning"
s_TautoSaveCmdStrings.rInternalError = "Internal error in Auto-Save: should not be overwriting \"^1s\"! Bailing out without save."
s_TautoSaveCmdStrings.rMasterFile = "   master file:    ^1s"
s_TautoSaveCmdStrings.rNotCreateFlag = "Invalid flag for create."
s_TautoSaveCmdStrings.rNotQueryFlag = "Invalid flag for query."
s_TautoSaveCmdStrings.rPerformingAutoSave = "Performing Auto-Save at ^1s:"
s_TautoSaveCmdStrings.rSkippedIsAutoSave = "^1s: AutoSave skipped since current scene is itself an auto-save file."
s_TautoSaveCmdStrings.rSkippedNotModified = "^1s: AutoSave skipped - scene not modified."
s_TautoSaveCmdStrings.rUntitledPrefix = "__AUTO-SAVE__"
//
// String set: s_TbakeClipCmdStrings
//
s_TbakeClipCmdStrings.rBakeClipCmdCouldNotCreate = "Could not create the baked clip."
s_TbakeClipCmdStrings.rBakeClipCmdInvalidCharacter = "A character must be specified or selected."
s_TbakeClipCmdStrings.rBakeClipCmdInvalidClip = "Invalid clip indices were used."
s_TbakeClipCmdStrings.rBakeClipCmdInvalidScheduler = "The ^1s character does not have a scheduler."
s_TbakeClipCmdStrings.rBakeClipCmdMustUseClipIndexOrBlend = "The -clipIndex or -blend flags must be used."
//
// String set: s_TbakeDeformerCmdStrings
//
s_TbakeDeformerCmdStrings.rBDCDeterminingInfluences = "Determining influences..."
s_TbakeDeformerCmdStrings.rBDCGatheringSamplePoses = "Gathering sample poses"
s_TbakeDeformerCmdStrings.rBDCHierarchyFlagError = "Cannot use the hierarchy flag without the influences flag"
s_TbakeDeformerCmdStrings.rBDCInsufficientFramesToCompare = "Please specify more frames to use in the customRangeOfMotion flag"
s_TbakeDeformerCmdStrings.rBDCJointMismatch = "Source and destination skeleton do not have the same number of joints"
s_TbakeDeformerCmdStrings.rBDCJointMovementWarning = "The algorithm might not give good results since the following joints do not have sufficient movement (at least a rotation of ^1s degrees, translation of ^2s%, or scaling of least ^3s%): ^4s"
s_TbakeDeformerCmdStrings.rBDCJointWorldMatrixError = "The following joints must have exactly one world matrix: ^1s"
s_TbakeDeformerCmdStrings.rBDCJointsHaveTheSameRelativeMotionError = "The following joints have the same relative motion: ^1s"
s_TbakeDeformerCmdStrings.rBDCLearnWeightsFailed = "Failed to calculate the weights: points ^1s"
s_TbakeDeformerCmdStrings.rBDCNoColorizeSkeletonError = "Cannot use colorizeSkeleton flag in conjunction with the influences flag. Must use with the srcSkeletonName and dstSkeletonName flags"
s_TbakeDeformerCmdStrings.rBDCNoDstMeshMatch = "No match for destination mesh argument"
s_TbakeDeformerCmdStrings.rBDCNoDstMeshType = "Destination mesh argument is not a mesh or not a single mesh"
s_TbakeDeformerCmdStrings.rBDCNoDstSkeletonMatch = "No match for desitination skeleton argument"
s_TbakeDeformerCmdStrings.rBDCNoJointInfluenceMatch = "No match for joint influence argument: ^1s"
s_TbakeDeformerCmdStrings.rBDCNoJointsType = "Influences flag argument(s) do not contain any joints"
s_TbakeDeformerCmdStrings.rBDCNoMovementDetectedForAllJoints = "Please specify a custom range of motion where at least one joint moves"
s_TbakeDeformerCmdStrings.rBDCNoSrcMeshMatch = "No match for source mesh argument"
s_TbakeDeformerCmdStrings.rBDCNoSrcMeshType = "Source mesh argument is not a mesh or not a single mesh"
s_TbakeDeformerCmdStrings.rBDCNoSrcSkeletonMatch = "No match for source skeleton argument"
s_TbakeDeformerCmdStrings.rBDCNotEnoughUniqueFramesError = "The provided custom range of motion does not have enough unique frames for each of the joint influences given"
s_TbakeDeformerCmdStrings.rBDCOnlyInfluencesFlagError = "Cannot use influences flag in conjunction with the srcSkeletonName and dstSkeletonName flags"
s_TbakeDeformerCmdStrings.rBDCSmoothWeightsIterationsError = "Please specify >= 0 iterations for the smoothWeights flag"
s_TbakeDeformerCmdStrings.rBDCSolvingWeightsPart1 = "Solving for weights (1/2) ..."
s_TbakeDeformerCmdStrings.rBDCSolvingWeightsPart2 = "Solving for weights (2/2) ..."
s_TbakeDeformerCmdStrings.rBDCTimeRangeNotValid = "Please specify frames correctly when using the customRangeOfMotion flag"
s_TbakeDeformerCmdStrings.rBDCUnspecifiedDstMesh = "No destination mesh specified"
s_TbakeDeformerCmdStrings.rBDCUnspecifiedDstSkeleton = "No destination skeleton specified"
s_TbakeDeformerCmdStrings.rBDCUnspecifiedSrcMesh = "No source mesh specified"
s_TbakeDeformerCmdStrings.rBDCUnspecifiedSrcSkeleton = "No source skeleton specified"
//
// String set: s_TbakePartialHistoryCmdStrings
//
s_TbakePartialHistoryCmdStrings.rBakeBlendShapeChannelsLocked = "Unable to bake geometry '^1s', please unlock weight channel(s) on blend shape '^2s'"
s_TbakePartialHistoryCmdStrings.rBakePartialBadNodes = "The -prePostDeformers flag is not supported with the following node(s) in the history:"
s_TbakePartialHistoryCmdStrings.rBakePartialNoEdit = "The bakePartialHistory command does not support the edit flag."
s_TbakePartialHistoryCmdStrings.rBakePartialNoShapesSelected = "Select one or more shapes."
//
// String set: s_TbakeResultsCmdStrings
//
s_TbakeResultsCmdStrings.rBakeResultsCurveLocked = "^1s cannot be baked because portions of it are locked."
s_TbakeResultsCmdStrings.rBakeResultsCurveSiblingsLocked = "^1s cannot be baked because portions of it or of one of its associated rotation curves are locked."
s_TbakeResultsCmdStrings.rBakeResultsFloatTimeErr = "-f/float flag not supported"
s_TbakeResultsCmdStrings.rBakeResultsHistorySelected = "Cannot bake control points of ^1s because history node ^2s is also being baked"
s_TbakeResultsCmdStrings.rBakeResultsIndexErr = "-in/index flag not supported"
s_TbakeResultsCmdStrings.rBakeResultsInfiniteError = "Can only bake animation curves when no time range is specified"
s_TbakeResultsCmdStrings.rBakeResultsInfiniteWarning = "Can only bake animation curves when no time range is specified. Skipping some channels"
s_TbakeResultsCmdStrings.rBakeResultsInvalidSampleErr = "Invalid sampleBy value entered"
s_TbakeResultsCmdStrings.rBakeResultsNoAttrErr = "No attributes specified for selected objects."
s_TbakeResultsCmdStrings.rBakeResultsNoBakeInPlaceWithIK = "^1s cannot keep unbaked keys because it is controlled by ik."
s_TbakeResultsCmdStrings.rBakeResultsNoKeysInCurve = "Skipped baking ^1s, no key frames present."
s_TbakeResultsCmdStrings.rBakeResultsNoPCErr = "Unable to create animCurve for attribute "
s_TbakeResultsCmdStrings.rBakeResultsNoTimeRangeErr = "Both start time AND end time need to be specified"
s_TbakeResultsCmdStrings.rBakeResultsReferenceErr = "Cannot bake results. This object is from a referenced file: "
s_TbakeResultsCmdStrings.rBakeResultsSimObsoleteErr = "bakeSimulation is obsolete.  Please use \"bakeResults -simulation\" instead."
s_TbakeResultsCmdStrings.rBakeResultsTimeBasedCurveErr = "Only standard time based animation curves may be baked"
s_TbakeResultsCmdStrings.rBakeResultsTimeRangeErr = "Start time greater than or equal to End time"
s_TbakeResultsCmdStrings.rBakeResultsTopologyChange = "Cannot bake control points of shape ^1s because the topology changes"
s_TbakeResultsCmdStrings.rBakeResultsTweakBakeWarning = "Shape ^1s has construction history. Baking relative control point animation"
//
// String set: s_TbaseAttributeCmdStrings
//
s_TbaseAttributeCmdStrings.rBaseAttributeHierarchyErr = "Invalid hierarchy type"
s_TbaseAttributeCmdStrings.rBaseAttributeUnselectableWarning = "One or more attributes have referenced, procedural or assembly-based animation, and were not modified."
s_TbaseAttributeCmdStrings.rInvalidQueryFlag = "Only the useReferencedCurve and exists flags are queryable."
s_TbaseAttributeCmdStrings.rNotReferencedNodeWarning = "Skipping non-referenced node: ^1s."
//
// String set: s_TbaseEditQueryCmdStrings
//
s_TbaseEditQueryCmdStrings.rBaseEditQueryCmdDoubleDo = "Attempted to do the same command twice."
s_TbaseEditQueryCmdStrings.rBaseEditQueryCmdDoubleUndo = "Attempted to undo the same command twice."
s_TbaseEditQueryCmdStrings.rBaseEditQueryCmdMultipleQueryFlags = "Attempted to use multiple conflicting flags when querying."
//
// String set: s_TbaseHistoryCmdStrings
//
s_TbaseHistoryCmdStrings.rCmdFailedErrorString = "Command ^1s failed. Open Script Editor for details."
s_TbaseHistoryCmdStrings.rCmdFailedErrorString2 = "Command ^1s failed. Open Command History for details."
s_TbaseHistoryCmdStrings.rEditErrorString = "No object was specified to edit"
s_TbaseHistoryCmdStrings.rQueryErrorString = "No object was specified to query "
s_TbaseHistoryCmdStrings.rRedundantFlagsWarning = "Cannot use both '^1s' and '^2s' flags. Ignoring '^2s'."
s_TbaseHistoryCmdStrings.rValuesEditedString = "Values edited."
//
// String set: s_TbaseKeySetCmdStrings
//
s_TbaseKeySetCmdStrings.rKeyQuaternionTangentWarning = "Specified tangent type defaults to \"spline\" for quaternion curves"
s_TbaseKeySetCmdStrings.rKeyQuaternionWeightedWarning = "Tangent weighting is ignored for quaternion curves"
s_TbaseKeySetCmdStrings.rKeySetAllNonWeightedCurvesErr = "All of the animation curves are non-weighted.  Unable to change the weight locked state."
s_TbaseKeySetCmdStrings.rKeySetAmbiguousPasteErr = "Ambiguous to paste clipboard contents"
s_TbaseKeySetCmdStrings.rKeySetBadClipboardErr = "Not a recognized clipboard"
s_TbaseKeySetCmdStrings.rKeySetBadInTangentSetKeyErr = "Unrecognized tangent type.  Use clamped, fast, flat, linear, plateau, slow, spline, or stepnext."
s_TbaseKeySetCmdStrings.rKeySetBadOptionErr = "Not a recognized option"
s_TbaseKeySetCmdStrings.rKeySetBadTangentErr = "Unrecognized tangent type.  Use auto, clamped, fixed, flat, linear, plateau, spline, step, or stepnext."
s_TbaseKeySetCmdStrings.rKeySetBadTangentSetKeyErr = "Unrecognized tangent type.  Use clamped, flat, linear, spline, or step."
s_TbaseKeySetCmdStrings.rKeySetFlagCombinationErr = "Invalid flag combination"
s_TbaseKeySetCmdStrings.rKeySetMultipleRangeErr = "Cannot specify more than one range with flag '^1s'"
s_TbaseKeySetCmdStrings.rKeySetNoAttrMatchErr = "Cannot find attribute"
s_TbaseKeySetCmdStrings.rKeySetNoFixedErr = "Cannot set out-tangents to fixed.  Use auto, clamped, fast, flat, linear, plateau, slow, spline, step, or stepnext."
s_TbaseKeySetCmdStrings.rKeySetNoInFixedErr = "Cannot set in-tangents to fixed.  Use auto, clamped, fast, flat, linear, plateau, slow, spline, or stepnext."
s_TbaseKeySetCmdStrings.rKeySetNoInStepErr = "Cannot set in-tangents to step.  Use auto, clamped, fast, flat, linear, plateau, slow, spline, or stepnext."
s_TbaseKeySetCmdStrings.rKeySetNoObjectMatchErr = "Cannot find object"
s_TbaseKeySetCmdStrings.rKeySetNotGlobalFixedErr = "Cannot set global tangent type to fixed"
s_TbaseKeySetCmdStrings.rKeySetNotPutInClipboardErr = "Clipboard contents not replaced"
s_TbaseKeySetCmdStrings.rKeySetNothingToDoErr = "No keys found"
s_TbaseKeySetCmdStrings.rKeySetNothingToPasteFromErr = "Nothing to paste from"
s_TbaseKeySetCmdStrings.rKeySetNothingToPasteToErr = "Nothing to paste to"
s_TbaseKeySetCmdStrings.rKeySetSomeNonWeightedCurvesWarning = "Some of the animation curves are non-weighted.  Unable to change the weight locked state for those curves."
s_TbaseKeySetCmdStrings.rKeySetTimeAndActiveKeysErr = "Cannot use -time, -index, or -float flags with keyframes selected"
s_TbaseKeySetCmdStrings.rKeySetTimeAndIndexErr = "Cannot specify both an index and a time"
s_TbaseKeySetCmdStrings.rKeySetTimeAndKeyframesErr = "Cannot use -time, -index, or -float flags with '-animation keys'"
s_TbaseKeySetCmdStrings.rKeySetTimeRangeErr = "Start time cannot be greater than end time"
//
// String set: s_TbaseManipsStrings
//
s_TbaseManipsStrings.rManipPointName = "point"
//
// String set: s_TbaseMetadataCmdStrings
//
s_TbaseMetadataCmdStrings.rBaseMetadataCmdBadIndexType = "Components of type '^1s' require an index of type '^2s'."
s_TbaseMetadataCmdStrings.rBaseMetadataCmdChannelNotFound = "Channel named '^1s' not found in object's metadata."
s_TbaseMetadataCmdStrings.rBaseMetadataCmdChannelNotFound1 = "No matching Channel or Stream found."
s_TbaseMetadataCmdStrings.rBaseMetadataCmdChannelsNotFound = "No Channels found in object's metadata."
s_TbaseMetadataCmdStrings.rBaseMetadataCmdDuplicateStreams1 = "More than one Stream matches on Channel '^1s'."
s_TbaseMetadataCmdStrings.rBaseMetadataCmdDuplicateStreams2 = "More than one Stream matches on Channels '^1s' and '^2s'."
s_TbaseMetadataCmdStrings.rBaseMetadataCmdFailedObjectInsert = "Failed to process object '^1s'."
s_TbaseMetadataCmdStrings.rBaseMetadataCmdIndexCreationError = "Failure to create index with '^1s'. Error is '^2s'. Perhaps you need to specify the indexType flag?"
s_TbaseMetadataCmdStrings.rBaseMetadataCmdIndexErrorBadSyntax = "Bad index syntax"
s_TbaseMetadataCmdStrings.rBaseMetadataCmdIndexErrorExcessData = "Extra data after Index string"
s_TbaseMetadataCmdStrings.rBaseMetadataCmdIndexErrorNoCreator = "Missing creation method"
s_TbaseMetadataCmdStrings.rBaseMetadataCmdIndexErrorUnknown = "Unknown syntax error"
s_TbaseMetadataCmdStrings.rBaseMetadataCmdIndexTypeAmbiguous = "More than one Index type applies to this data. Can not disambiguate."
s_TbaseMetadataCmdStrings.rBaseMetadataCmdIndexTypeNotFound = "Index type '^1s' not recognized."
s_TbaseMetadataCmdStrings.rBaseMetadataCmdIndicesRequired = "When no components are selected you must specify metadata indices manually."
s_TbaseMetadataCmdStrings.rBaseMetadataCmdMismatchedChannelName = "Reserved Channel name '^1s' does not match the component type '^2s' required by the components selected."
s_TbaseMetadataCmdStrings.rBaseMetadataCmdMultipleIndexTypes = "Multiple index types are not allowed ('^1s' and '^2s' found)"
s_TbaseMetadataCmdStrings.rBaseMetadataCmdNeedsFlag = "The flag '^1s' is required."
s_TbaseMetadataCmdStrings.rBaseMetadataCmdNeedsObjects = "Command requires at least one object or component be selected, or use of the 'scene' flag."
s_TbaseMetadataCmdStrings.rBaseMetadataCmdNeedsOneObject = "Multiple objects selected (^1s and ^2s).  Only one object at a time is allowed."
s_TbaseMetadataCmdStrings.rBaseMetadataCmdNoNode = "Unknown"
s_TbaseMetadataCmdStrings.rBaseMetadataCmdObsoleteFlag = "The 'channelType' flag is obsolete. Use 'channelName' instead."
s_TbaseMetadataCmdStrings.rBaseMetadataCmdOneComponentTypeOnly = "Only one mesh component type can be used at a time."
s_TbaseMetadataCmdStrings.rBaseMetadataCmdPairRequired = "You cannot specify only one of '^1s' and '^2s', you must specify both or neither."
s_TbaseMetadataCmdStrings.rBaseMetadataCmdQueryOnlyOneFlag = "Only one flag may be queried at a time."
s_TbaseMetadataCmdStrings.rBaseMetadataCmdSceneIgnoresNodes = "Selected nodes were ignored since the 'scene' flag was used."
s_TbaseMetadataCmdStrings.rBaseMetadataCmdSceneMissing = "The 'scene' flag was used but no scene was found."
s_TbaseMetadataCmdStrings.rBaseMetadataCmdStreamNotFound = "Stream named '^1s' not found in selected Channels."
s_TbaseMetadataCmdStrings.rBaseMetadataCmdStreamsNotFound = "No Streams found in selected Channels."
s_TbaseMetadataCmdStrings.rBaseMetadataCmdTypeIllegalWithRange = "Index type '^1s' does not support use of an index range. The integer type does."
//
// String set: s_TbasePanelCmdStrings
//
s_TbasePanelCmdStrings.rCreateCmdStrErr = "Unable to build create command string for panel."
//
// String set: s_TbasePanelEditorCmdStrings
//
s_TbasePanelEditorCmdStrings.rCreateCmdStrErr = "Unable to build create command string."
//
// String set: s_TbaseTemplateActionStrings
//
s_TbaseTemplateActionStrings.rBaseTemplateActionBadEditFlag = "Flag ^1s cannot be used in edit mode."
s_TbaseTemplateActionStrings.rBaseTemplateActionTemplateLoadError = "Error occurred loading template ^1s."
s_TbaseTemplateActionStrings.rBaseTemplateActionTemplateLoadFileError = "Error occurred loading template file ^1s."
s_TbaseTemplateActionStrings.rBaseTemplateActionTemplateNeedForce = "Template ^1s already exists, use force option to override."
s_TbaseTemplateActionStrings.rBaseTemplateActionTemplateUnloadError = "Error occurred unloading template ^1s."
s_TbaseTemplateActionStrings.rBaseTemplateActionUnknownTemplate = "Unknown template ^1s."
//
// String set: s_TbaseViewActionStrings
//
s_TbaseViewActionStrings.rBaseViewActionItemInfoExpected = "itemInfo flag is required for this query"
s_TbaseViewActionStrings.rBaseViewActionItemInfoKeyword = "Unrecognized itemInfo keyword \"^1s\" found in \"^2s\"."
s_TbaseViewActionStrings.rBaseViewActionItemInfoValue = "itemInfo requires one or more keywords to be specified."
s_TbaseViewActionStrings.rBaseViewActionQueryModeRequired = "Query mode is required for this command."
s_TbaseViewActionStrings.rBaseViewActionViewListErrors = "Errors occurred generating viewlist for container ^1s."
s_TbaseViewActionStrings.rBaseViewActionViewNameRequired = "View name is required with this query"
//
// String set: s_TbaseXformCmdStrings
//
s_TbaseXformCmdStrings.rBaseXformCmdDuplicatesWarning = "Duplicate object components from an instanced object are specified. The components of only one instance will be transformed."
s_TbaseXformCmdStrings.rBaseXformCmdLockedComponentsWarning = "One or more components are locked and cannot be modified."
s_TbaseXformCmdStrings.rBaseXformCmdOrientJointWarning = "Joint orientation aborted. Cannot orient joints bound to skin."
s_TbaseXformCmdStrings.rBaseXformCmdOrientNonZeroRotations = "Joint orientation aborted. ^1s has non-zero rotations."
//
// String set: s_TbatchCommandReporterStrings
//
s_TbatchCommandReporterStrings.rError = "Error: ^1s\n"
s_TbatchCommandReporterStrings.rResult = "Result: ^1s\n"
s_TbatchCommandReporterStrings.rWarning = "Warning: ^1s\n"
//
// String set: s_TbatchRenderActionStrings
//
s_TbatchRenderActionStrings.rFcheckLaunched = "FCheck could not be launched"
s_TbatchRenderActionStrings.rNoImage = "No image file to show current rendering"
s_TbatchRenderActionStrings.rNumProcError = "Number of processors for -n flag must be >= 0"
s_TbatchRenderActionStrings.rPercentDoneFmt = "Percentage of rendering done: ^1d (^2c)"
s_TbatchRenderActionStrings.rPostMsg = "Rendering PostProcessing."
s_TbatchRenderActionStrings.rTempFileFmtStr = "Saving temporary file: ^1s"
s_TbatchRenderActionStrings.rVerbosityErrorMsg = "Flag value for -verbosity must be between 1 and 3"
//
// String set: s_TbendLatticeCmdStrings
//
s_TbendLatticeCmdStrings.rBendBaseLatticePlugNotFound = "Unable to find the base lattice source plug."
s_TbendLatticeCmdStrings.rBendBindSkinNodesNotSpecified = "The upperBindSkin and lowerBindSkin flags are required in create mode."
s_TbendLatticeCmdStrings.rBendFfdNodeNotFound = "Specified lattice was not connected to a jointLattice node."
s_TbendLatticeCmdStrings.rBendLatticeChildJointNotFound = "Joint lattice cannot be added at an end joint."
s_TbendLatticeCmdStrings.rBendLatticeInvalidCreasingFlagParm = "Invalid parameter for -creasing flag."
s_TbendLatticeCmdStrings.rBendLatticeInvalidJointFlagParm = "Invalid parameter for -joint flag."
s_TbendLatticeCmdStrings.rBendLatticeInvalidLengthInFlagParm = "Invalid parameter for -lengthIn flag."
s_TbendLatticeCmdStrings.rBendLatticeInvalidLengthOutFlagParm = "Invalid parameter for -lengthOut flag."
s_TbendLatticeCmdStrings.rBendLatticeInvalidLowerBindSkinFlagParm = "Invalid parameter for -lowerBindSkin flag."
s_TbendLatticeCmdStrings.rBendLatticeInvalidLowerTransformFlagParm = "Invalid parameter for -lowerTransform flag."
s_TbendLatticeCmdStrings.rBendLatticeInvalidRoundingFlagParm = "Invalid parameter for -rounding flag."
s_TbendLatticeCmdStrings.rBendLatticeInvalidUpperBindSkinFlagParm = "Invalid parameter for -upperBindSkin flag."
s_TbendLatticeCmdStrings.rBendLatticeInvalidUpperTransformFlagParm = "Invalid parameter for -upperTransform flag."
s_TbendLatticeCmdStrings.rBendLatticeInvalidWidthLeftFlagParm = "Invalid parameter for -widthLeft flag."
s_TbendLatticeCmdStrings.rBendLatticeInvalidWidthRightFlagParm = "Invalid parameter for -widthRight flag."
s_TbendLatticeCmdStrings.rBendLatticeJointNotFound = "Problem accessing specified joint."
s_TbendLatticeCmdStrings.rBendLatticeParentJointNotFound = "Joint lattice cannot be added at the root joint."
s_TbendLatticeCmdStrings.rBendSupplyExactly1Lattice = "Please supply exactly 1 lattice."
//
// String set: s_TbevelContextStrings
//
s_TbevelContextStrings.rBevelHelpEditing = "Select a curve or isoparm to bevel. Or select a manipulator to edit bevel dimensions."
s_TbevelContextStrings.rBevelHelpSelecting = "Select a curve or surface isoparm to bevel."
s_TbevelContextStrings.rBevelToolName = "Bevel"
//
// String set: s_TbinMembershipStrings
//
s_TbinMembershipStrings.rBinMembershipEmptyBinNameErr = "This is not a valid bin name. A bin name can not be an empty string."
s_TbinMembershipStrings.rBinMembershipExistsFlagMultiNodeErr = "The exists flag can not be applied to multiple nodes. It can be applied to only one node at a time."
s_TbinMembershipStrings.rBinMembershipExistsFlagNoNodeErr = "No node is specified. The exists flag needs to be applied to exactly one node."
s_TbinMembershipStrings.rBinMembershipNoAttributeErr = "Node ^1s does not have a binMembership attribute. BinMembership is not added to this node."
s_TbinMembershipStrings.rBinMembershipNoValidFlagErr = "No valid flag is provided."
s_TbinMembershipStrings.rBinMembershipNotValidBinNameErr = "Bin name \"^1s\" is not valid. The following characters can not be used: ^2s"
//
// String set: s_TbindSkinCmdStrings
//
s_TbindSkinCmdStrings.rBindArgsNotExclusive = "BindSkin flags -toSkeleton, -toSlectedBones, and -toSkeletonPlus are exlusive, using ^1s."
s_TbindSkinCmdStrings.rBindPartitionFailed = "BindSkin was unable to create a partition for the skin groups."
s_TbindSkinCmdStrings.rBindableObjsNotFound = "Bind-able objects must be selected."
s_TbindSkinCmdStrings.rByFlagError = "Cannot use byClosestPoint and byPartition flags together."
s_TbindSkinCmdStrings.rChangedBindPoseOnJoint = "Skin on joint ^1s was bound at a different pose."
s_TbindSkinCmdStrings.rChangedBindPoseWarning = "Bind pose was reset on '^1d' joints. Previously bound geometry may be adversely affected."
s_TbindSkinCmdStrings.rEnableSelectJointsOnly = "To enable skin on a skeleton, only the skeleton should be selected."
s_TbindSkinCmdStrings.rMoreThanOnePartitionFound = "Can only bind a single partition."
s_TbindSkinCmdStrings.rMustSelectPartition = "Must select partition when byPartition flag is used."
s_TbindSkinCmdStrings.rNoBoundSkinFound = "No skin was found on the selected skeleton."
s_TbindSkinCmdStrings.rNoMultipleUnbindFlags = "The unbind/ub, disable/dis, delete/d and enable/e flags are mutually exclusive."
s_TbindSkinCmdStrings.rNoSkinPartition = "No skin partition found in scene."
s_TbindSkinCmdStrings.rObjectIsAlreadyBound = "^1s is already bound as skin."
s_TbindSkinCmdStrings.rObjectIsNotBound = "^1s is not bound as skin."
s_TbindSkinCmdStrings.rPartitionInByPartitionMode = "The partition flag is only valid in byPartition mode."
s_TbindSkinCmdStrings.rPartitionMustContainCVs = "^1s invalid for bind. Sets must contain CVs or vertices."
s_TbindSkinCmdStrings.rPartitionNotFound = "Partition ^1s not found."
s_TbindSkinCmdStrings.rProblemsOccurredInDG = "Vertex sets could not be made on some of the skins."
s_TbindSkinCmdStrings.rProblemsParsingCommand = "Problems occurred parsing the command."
s_TbindSkinCmdStrings.rSkelAndObjsNotFound = "Skeleton and bind-able objects must be selected."
s_TbindSkinCmdStrings.rSkelNotFound = "Skeleton must be selected."
s_TbindSkinCmdStrings.rToSelectedError = "Cannot use toSkeleton and toSelectedSegments flags together"
s_TbindSkinCmdStrings.rUnBindToSelectedError = "Cannot use unbind and toSkeleton, toSelectedSegments flags together"
s_TbindSkinCmdStrings.rUnbindAndByFlag = "Cannot use bcp or bp flags with ub,dis,d and e flags."
s_TbindSkinCmdStrings.rUnbindObjectsNotFound = "Must select objects to unbind"
//
// String set: s_TblendCmdObsoleteStrings
//
s_TblendCmdObsoleteStrings.rBlendObsolete = "blend command is obsolete in Maya Version 2.  Please use blend2 instead."
//
// String set: s_TblendContextStrings
//
s_TblendContextStrings.rBlendHelpLeft = "Pick first set of surface curves or shift LMB to unpick, press Enter when completed."
s_TblendContextStrings.rBlendHelpManip = "Modify blend surface manipulators, press Enter to accept."
s_TblendContextStrings.rBlendHelpRight = "Pick second set of surface curves or shift LMB to unpick, press Enter to blend ."
s_TblendContextStrings.rBlendToolName = "Fillet Blend Tool"
//
// String set: s_TblendShapeCmdStrings
//
s_TblendShapeCmdStrings.rBSNoBaseFailed = "Unable to access the input shape."
s_TblendShapeCmdStrings.rBSNonPolyObject = "Does not work on non-poly objects."
s_TblendShapeCmdStrings.rBadBaseCount = "Mismatch in target and base shape hierarchies."
s_TblendShapeCmdStrings.rBadBaseMatch = "Target ^1s does not match with base ^2s."
s_TblendShapeCmdStrings.rBlendNodeNotFound = "Specified blend shape not found in history of ^1s."
s_TblendShapeCmdStrings.rCouldNotFindGeometryToRemap = "^1s not found for the selected blend shape node. Shapes can only be imported when the base mesh names in the scene and file are the same."
s_TblendShapeCmdStrings.rErrorDeformationOrderDiff = "Shape import failed. The blend shape nodes in the scene and file do not share the same deformation order."
s_TblendShapeCmdStrings.rErrorFlipTransformSpace = "Blendshape Targets using transform space cannot be flipped or mirrored."
s_TblendShapeCmdStrings.rErrorSymmetryFlipNotActive = "Flip/mirror failed for ^1s. Activate topological symmetry, then make an edge selection to use Flip/mirror."
s_TblendShapeCmdStrings.rErrorSymmetrySeamNonPlanar = "Symmetry seam must be planar to use Symmetrize. Flatten the seam along the symmetry axis and try again."
s_TblendShapeCmdStrings.rErrorVertexNotMatch = "The original input shape vertex count does not match the deformed vertex count."
s_TblendShapeCmdStrings.rFailToExportForNoBases = "Unable to export blendShape node ^1s that has no bases."
s_TblendShapeCmdStrings.rInBetweenTypeFlagNotEnough = "The -ibt/-inBetweenType flag must be used with -ib/-inBetween and -t/-target flags."
s_TblendShapeCmdStrings.rInbetweenWtIncTooSmall = "Blend shape weights can have only three decimal places."
s_TblendShapeCmdStrings.rInbetweenWtsNotUnique = "Weights must be unique for in-between targets."
s_TblendShapeCmdStrings.rIncompatibleDeformOrder = "Blend shape deformation order is not compatible with the object's current deformers."
s_TblendShapeCmdStrings.rIncompatibleDeformOrderText = "Warning: Blend shape deformation order is not compatible with the selected object's deformers.\n\nA pre-deformation blend shape node will produce proper results when an object has deformers that can be inverted (skin, cluster, blend shape and delta mush). It is recommended to create a post-deformation blend shape node when an object has deformers that cannot be inverted.\n\nUse Post-Deformation order instead?"
s_TblendShapeCmdStrings.rIncompatibleDeformOrderTitle = "Blend Shape Deformation Order Incompatibility"
s_TblendShapeCmdStrings.rInvalidClampFlag = "Invalid parameter for -c/-clamp flag."
s_TblendShapeCmdStrings.rInvalidClampValueFlag = "Invalid parameter for -cv/-clampVal flag."
s_TblendShapeCmdStrings.rInvalidCopyDeltaFlag = "Invalid parameter for -cd/-copyDelta flag."
s_TblendShapeCmdStrings.rInvalidCopyDeltaMode = "-cd/-copyDelta flag can only be used in edit mode."
s_TblendShapeCmdStrings.rInvalidCopyInBetweenDeltaFlag = "Invalid parameter for -cid/-copyInBetweenDelta flag."
s_TblendShapeCmdStrings.rInvalidCopyInBetweenDeltaMode = "-cid/-copyInBetweenDelta flag can only be used in edit mode."
s_TblendShapeCmdStrings.rInvalidEnvFlag = "Invalid parameter for -en/-envelope flag."
s_TblendShapeCmdStrings.rInvalidExport = "-ep/-export flag can only be used in edit mode."
s_TblendShapeCmdStrings.rInvalidExportAndImport = "-ep/-export flag and -ip/-import flag cannot be used together."
s_TblendShapeCmdStrings.rInvalidExportFlag = "Invalid parameter for -ep/-export flag."
s_TblendShapeCmdStrings.rInvalidExportTarget = "The -et/-exportTarget flag can only be used with -ep/-export flag."
s_TblendShapeCmdStrings.rInvalidExportTargetFlag = "Invalid parameter for -et/-exportTarget flag."
s_TblendShapeCmdStrings.rInvalidFlipMode = "Flip flag can only be used in edit mode."
s_TblendShapeCmdStrings.rInvalidFlipTargetFlag = "Invalid parameters for -ft/-flipTarget flag."
s_TblendShapeCmdStrings.rInvalidImport = "-ip/-import flag can only be used in create and edit modes."
s_TblendShapeCmdStrings.rInvalidImportFlag = "Invalid parameter for -ip/-import flag."
s_TblendShapeCmdStrings.rInvalidInBetweenTypeFlag = "Invalid parameter for -ibt/-inBetweenType flag."
s_TblendShapeCmdStrings.rInvalidMergeTargetFlag = "Invalid parameter for -mgs/-mergeSource or -mgt/-mergeTarget flag."
s_TblendShapeCmdStrings.rInvalidMergeTargetMode = "-mgt/-mergeTarget flag can only be used in edit mode."
s_TblendShapeCmdStrings.rInvalidMirrorDirectionFlag = "Invalid parameters for -md/-mirrorDirection flag."
s_TblendShapeCmdStrings.rInvalidMirrorMode = "Mirror flag can only be used in edit mode."
s_TblendShapeCmdStrings.rInvalidMirrorTargetFlag = "Invalid parameters for -mt/-mirrorTarget flag."
s_TblendShapeCmdStrings.rInvalidOriginFlag = "Invalid parameter for -o/-origin flag."
s_TblendShapeCmdStrings.rInvalidResetTargetDeltaFlag = "Invalid parameters for -rtd/-resetTargetDelta flag."
s_TblendShapeCmdStrings.rInvalidSymmetryAxisFlag = "Invalid parameters for -sa/-symmetryAxis flag."
s_TblendShapeCmdStrings.rInvalidSymmetryEdgeFlag = "Invalid parameters for -se/-symmetryEdge flag."
s_TblendShapeCmdStrings.rInvalidSymmetrySpaceFlag = "Invalid parameters for -ss/-symmetrySpace flag."
s_TblendShapeCmdStrings.rInvalidTarget = "Invalid parameters for -t/-target flag."
s_TblendShapeCmdStrings.rInvalidTargetCount = "Index specified was greater that the number of targets."
s_TblendShapeCmdStrings.rInvalidTargetIndex = "Target at given index already exists."
s_TblendShapeCmdStrings.rInvalidTargetItem = "Invalid target item selected."
s_TblendShapeCmdStrings.rInvalidTargetMode = "-t/-target flag can only be used in edit mode."
s_TblendShapeCmdStrings.rInvalidTargetWeight = "The target weight parameter was invalid."
s_TblendShapeCmdStrings.rInvalidTopCheckFlag = "Invalid parameter for -tc/-topologyCheck flag."
s_TblendShapeCmdStrings.rInvalidTransformFlag = "Invalid parameter for -tr/-transform flag."
s_TblendShapeCmdStrings.rInvalidTransformMode = "-tr/-transform flag can only be used in edit mode."
s_TblendShapeCmdStrings.rInvalidTransformName = "Invalid transform name for transform space target."
s_TblendShapeCmdStrings.rInvalidWeightCountFlag = "Invalid parameter for -wc/-weightcount flag."
s_TblendShapeCmdStrings.rInvalidWeightFlag = "Invalid parameter for -w/-weight flag."
s_TblendShapeCmdStrings.rNoOpenShapeFileForRead = "Cannot open shape file ^1s for read."
s_TblendShapeCmdStrings.rNoOpenShapeFileForWrite = "Cannot open shape file ^1s for write."
s_TblendShapeCmdStrings.rNotShapeFile = "^1s is not a shape file."
s_TblendShapeCmdStrings.rSnapshotNoTgtOrIBWeight = "The -s/-snapshot flag must be used with -t/-target and -ibw/-inbetweenWeight flags."
//
// String set: s_TblendShapeContextStrings
//
s_TblendShapeContextStrings.rBlendShapeDeformBaseMsg = "Select a Base Shape"
s_TblendShapeContextStrings.rBlendShapeDeformInBetweenTargetAddMsg = "Select Target Shapes to Add In-Between in order or Select nothing to finalize"
s_TblendShapeContextStrings.rBlendShapeDeformInBetweenTargetMsg = "Select Target Shapes to In-Between in order or Select nothing to finalize"
s_TblendShapeContextStrings.rBlendShapeDeformTargetAddMsg = "Select Target Shapes to Add"
s_TblendShapeContextStrings.rBlendShapeDeformTargetMsg = "Select Target Shapes"
s_TblendShapeContextStrings.rBlendShapeDeformToolName = "BlendShape Deformer"
//
// String set: s_TblendTwoAttrCmdStrings
//
s_TblendTwoAttrCmdStrings.rBlendTwoAttrFailed = "blendTwoAttr failed."
s_TblendTwoAttrCmdStrings.rBlendTwoAttrsAnd = " and "
s_TblendTwoAttrCmdStrings.rBlendTwoAttrsAttrLocked = " is locked."
s_TblendTwoAttrCmdStrings.rBlendTwoAttrsBecause = " because it is not numeric or not writable."
s_TblendTwoAttrCmdStrings.rBlendTwoAttrsCannotConnect = "Cannot connect to attribute "
s_TblendTwoAttrCmdStrings.rBlendTwoAttrsGenericAttr = "The attribute specified by flag "
s_TblendTwoAttrCmdStrings.rBlendTwoAttrsInvalidDriver = "-d/driver attribute must be 0 or 1"
s_TblendTwoAttrCmdStrings.rBlendTwoAttrsNoAttr = "No attribute specified for flag "
s_TblendTwoAttrCmdStrings.rBlendTwoAttrsNoConnect = "Cannot connect to attribute specified by flag "
s_TblendTwoAttrCmdStrings.rBlendTwoAttrsNoNameEdit = "Cannot edit name. Use the command: rename"
s_TblendTwoAttrCmdStrings.rBlendTwoAttrsNotReadable = " is not readable."
s_TblendTwoAttrCmdStrings.rBlendTwoAttrsNothing = "No attributes specified for selected objects"
s_TblendTwoAttrCmdStrings.rBlendTwoAttrsQueryArg = "Flags take no arguments with a query"
s_TblendTwoAttrCmdStrings.rBlendTwoAttrsTimeAndBlend = " flags cannot both be specified."
//
// String set: s_TboundaryContextStrings
//
s_TboundaryContextStrings.rBoundaryHelpSelecting = "Click Button1 to unpick a curve. Press ENTER to produce boundary surface."
s_TboundaryContextStrings.rBoundaryHelpSelecting1st = "Pick 3 or 4 curves to create a boundary surface from."
s_TboundaryContextStrings.rBoundaryHelpSelecting23 = "Pick curves. Click Button1 to unpick.  You need 3 or 4 curves."
//
// String set: s_TboxDollyContextStrings
//
s_TboxDollyContextStrings.rBoxDollyToolName = "Box Dolly Tool"
//
// String set: s_TboxZoomContextStrings
//
s_TboxZoomContextStrings.rBoxZoomOrthoFeedback = "Width: ^4.2f"
s_TboxZoomContextStrings.rBoxZoomToolFeedback = "Field of view: ^4.2f"
s_TboxZoomContextStrings.rBoxZoomToolHelp = "Drag to zoom or use control modifier to box zoom"
s_TboxZoomContextStrings.rBoxZoomToolName = "Zoom Tool"
//
// String set: s_TbuildKeyframeMenuActionStrings
//
s_TbuildKeyframeMenuActionStrings.rBuildKeyframeMenuAll = "All"
//
// String set: s_TbulgeLatticeCmdStrings
//
s_TbulgeLatticeCmdStrings.rBulgeBaseLatticePlugNotFound = "Unable to find the base lattice source plug."
s_TbulgeLatticeCmdStrings.rBulgeFfdNodeNotFound = "Unable to find the ffd algorithm node."
s_TbulgeLatticeCmdStrings.rBulgeLatticeChildJointNotFound = "Bone lattice cannot be driven by an end joint."
s_TbulgeLatticeCmdStrings.rBulgeLatticeInvalidBicepFlagParm = "Invalid parameter for -bicep flag."
s_TbulgeLatticeCmdStrings.rBulgeLatticeInvalidJointFlagParm = "Invalid parameter for -joint flag."
s_TbulgeLatticeCmdStrings.rBulgeLatticeInvalidLengthInFlagParm = "Invalid parameter for -lengthIn flag."
s_TbulgeLatticeCmdStrings.rBulgeLatticeInvalidLengthOutFlagParm = "Invalid parameter for -lengthOut flag."
s_TbulgeLatticeCmdStrings.rBulgeLatticeInvalidTransformFlagParm = "Invalid parameter for -transform flag."
s_TbulgeLatticeCmdStrings.rBulgeLatticeInvalidTricepFlagParm = "Invalid parameter for -tricep flag."
s_TbulgeLatticeCmdStrings.rBulgeLatticeInvalidWidthLeftFlagParm = "Invalid parameter for -widthLeft flag."
s_TbulgeLatticeCmdStrings.rBulgeLatticeInvalidWidthRightFlagParm = "Invalid parameter for -widthRight flag."
s_TbulgeLatticeCmdStrings.rBulgeLatticeJointNotFound = "Problem accessing specified joint."
s_TbulgeLatticeCmdStrings.rBulgeLatticeParentJointNotFound = "Bone lattice cannot be driven by the root joint."
s_TbulgeLatticeCmdStrings.rBulgeSupplyExactly1Lattice = "Please supply exactly 1 lattice."
//
// String set: s_TbuttonManipActionStrings
//
s_TbuttonManipActionStrings.rInvalidIconError = "Invalid icon file: "
//
// String set: s_TcacheEvaluatorCmdStrings
//
s_TcacheEvaluatorCmdStrings.rCacheEvaluatorCmdCannotCreateAction = "Error while creating action \"^1s\" with param \"^2s\""
s_TcacheEvaluatorCmdStrings.rCacheEvaluatorCmdCannotCreateFilter = "Error while creating filter \"^1s\" with param \"^2s\""
s_TcacheEvaluatorCmdStrings.rCacheEvaluatorCmdInvalidActionName = "Invalid action name: \"^1s\""
s_TcacheEvaluatorCmdStrings.rCacheEvaluatorCmdInvalidCacheFillMode = "Invalid cache fill mode: \"^1s\""
s_TcacheEvaluatorCmdStrings.rCacheEvaluatorCmdInvalidCacheFillOrder = "Invalid cache fill order: \"^1s\""
s_TcacheEvaluatorCmdStrings.rCacheEvaluatorCmdInvalidCacheName = "Invalid cache name: \"^1s\""
s_TcacheEvaluatorCmdStrings.rCacheEvaluatorCmdInvalidCacheRange = "Invalid range: \"^1s\""
s_TcacheEvaluatorCmdStrings.rCacheEvaluatorCmdInvalidCurrentCacheFillMode = "Invalid current cache mode"
s_TcacheEvaluatorCmdStrings.rCacheEvaluatorCmdInvalidCurrentCacheFillOrder = "Invalid current cache fill order"
s_TcacheEvaluatorCmdStrings.rCacheEvaluatorCmdInvalidFilterName = "Invalid filter name: \"^1s\""
s_TcacheEvaluatorCmdStrings.rCacheEvaluatorCmdInvalidFlushCache = "Invalid option for flush cache: \"^1s\""
s_TcacheEvaluatorCmdStrings.rCacheEvaluatorCmdInvalidFlushCacheRange = "Invalid option for flush cache range: \"^1s\""
s_TcacheEvaluatorCmdStrings.rCacheEvaluatorCmdInvalidParameterName = "Invalid parameter name: \"^1s\" for cache \"^2s\""
s_TcacheEvaluatorCmdStrings.rCacheEvaluatorCmdInvalidRuleName = "Invalid rule name: \"^1s\""
s_TcacheEvaluatorCmdStrings.rCacheEvaluatorCmdInvalidRuleParam = "Invalid rule parameter string: \"^1s\""
s_TcacheEvaluatorCmdStrings.rCacheEvaluatorCmdInvalidWaitForCache = "Cache could not be filled in background"
s_TcacheEvaluatorCmdStrings.rCacheEvaluatorCmdMissingAction = "\"newActionParam\" flag cannot be used without \"newAction\" flag"
s_TcacheEvaluatorCmdStrings.rCacheEvaluatorCmdMissingCacheName = "Missing cache name"
s_TcacheEvaluatorCmdStrings.rCacheEvaluatorCmdMissingFilter = "\"newFilterParam\" flag cannot be used without \"newFilter\" flag"
s_TcacheEvaluatorCmdStrings.rCacheEvaluatorCmdMissingFilterOrAction = "Both \"newFilter\" and \"newAction\" flags must be specified"
s_TcacheEvaluatorCmdStrings.rCacheEvaluatorCmdNoCreatePerformed = "Cache Evaluator 'Create' action did not have anything to do"
s_TcacheEvaluatorCmdStrings.rCacheEvaluatorCmdNoEditPerformed = "Cache Evaluator 'Edit' action did not have anything to do"
s_TcacheEvaluatorCmdStrings.rCacheEvaluatorCmdNoGraph = "No evaluation graph available, make sure the evaluation graph is rebuilt"
s_TcacheEvaluatorCmdStrings.rCacheEvaluatorCmdNoQueryPerformed = "Cache Evaluator 'Query' action did not have anything to do"
s_TcacheEvaluatorCmdStrings.rCacheEvaluatorCmdNotLoaded = "Cache Evaluator is not loaded"
s_TcacheEvaluatorCmdStrings.rCacheEvaluatorCmdSafeModeError = "Unable to retrieve safe mode status for cache evaluator"
s_TcacheEvaluatorCmdStrings.rCacheEvaluatorCmdTooManyFlags = "\"newRule\" flag cannot be used with \"newFilter\" or \"newAction\" flag"
//
// String set: s_TcacheEvaluatorStrings
//
s_TcacheEvaluatorStrings.rCacheEvaluatorEmpty = "Cache is empty"
s_TcacheEvaluatorStrings.rCacheEvaluatorFalseValue = "'false'"
s_TcacheEvaluatorStrings.rCacheEvaluatorInfo = "Cached Frames ^1d:^2d"
s_TcacheEvaluatorStrings.rCacheEvaluatorInfoExtraFrames = " ^1d:^2d"
s_TcacheEvaluatorStrings.rCacheEvaluatorMitigateConnection = "Disconnect the '^1c' node's '^2c' attribute, delete its animation, or delete the node entirely, to resume caching."
s_TcacheEvaluatorStrings.rCacheEvaluatorMitigateMashEnable = "Set the 'Enable' attribute on '^1c' to 'false', delete its animation, or delete the node entirely, to resume caching."
s_TcacheEvaluatorStrings.rCacheEvaluatorMitigateMashValue = "Set the 'Enable' attribute on '^1c' to 'false', set its '^2c' attribute to ^3c, delete its animation, or delete the node entirely, to resume caching."
s_TcacheEvaluatorStrings.rCacheEvaluatorMitigateMashValueNoEnable = "Set the '^1c' node's '^2c' attribute to ^3c, delete its animation, or delete the node entirely, to resume caching."
s_TcacheEvaluatorStrings.rCacheEvaluatorMitigateNode = "Remove animation from '^1c', or delete the node entirely, to resume caching."
s_TcacheEvaluatorStrings.rCacheEvaluatorMitigateTimeEditor = "Mute the Time Editor, or remove any Time Editor clips from the scene, to resume caching."
s_TcacheEvaluatorStrings.rCacheEvaluatorMitigateType = "Remove animation from all ^1c nodes, or delete the nodes entirely, to resume caching."
s_TcacheEvaluatorStrings.rCacheEvaluatorMitigateValue = "Set the '^1c' node's '^2c' attribute to ^3c, delete its animation, or delete the node entirely, to resume caching."
s_TcacheEvaluatorStrings.rCacheEvaluatorNodeInfo = "^1c,^2d,^3f\n"
s_TcacheEvaluatorStrings.rCacheEvaluatorNodeTitle = "Node,Count,Memory(Mb)\n"
s_TcacheEvaluatorStrings.rCacheEvaluatorNodeTotal = "Total,^2d,^3f\n"
s_TcacheEvaluatorStrings.rCacheEvaluatorObjectType = "Caching Custom Evaluator"
s_TcacheEvaluatorStrings.rCacheEvaluatorSyncModeWarning = "Error detected in Background evaluation, reverting to Synchronized cache mode"
s_TcacheEvaluatorStrings.rCacheEvaluatorTimelineTooltip = "Playback cache"
s_TcacheEvaluatorStrings.rCacheEvaluatorTrueValue = "'true'"
s_TcacheEvaluatorStrings.rCacheEvaluatorUnregisteredClear = "Cache configuration rules or rule parts have been unregistered. The current configuration rules have been cleared and caching has been deactivated."
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeCategoryBifrost = "Bifrost"
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeCategoryBoss = "Boss"
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeCategoryCacheFile = "Cache File"
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeCategoryGreasePencil = "Grease Pencil"
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeCategoryGreasePencilSequence = "Grease Pencil Frame"
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeCategoryHair = "Hair System"
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeCategoryJiggle = "Jiggle Deformer"
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeCategoryMash = "MASH"
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeCategoryMuscle = "Muscle System"
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeCategoryNucleus = "Nucleus"
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeCategorySubdivisions = "Deforming Subdivision Surface"
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeCategoryTextureDeformer = "Texture Deformer"
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeCategoryTimeEditor = "Time Editor Clip"
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeCategoryTrax = "Trax"
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeCategoryXGen = "XGen"
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeConnection = "The unsupported animated attribute '^1c' on ^2c node '^3c' has triggered Safe Mode, and caching is disabled."
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeGreasePencilFix = "Delete all grease pencil frames from the scene to resume caching."
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeHairBadValue = "'Dynamic Follicles Only' or 'All Follicles'"
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeHairFixValue = "'Off' or 'Static'"
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeJiggleBadValue = "'Enable'"
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeJiggleFixValue = "'Disable'"
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeMashFalloffBadValue = "'Add' or 'Remove'"
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeMashFalloffFixValue = "'Normal'"
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeMashOrientBadValue = "'Velocity'"
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeMashOrientFixValue = "'Aim At Target' or 'Orient To Mesh'"
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeMashTrailsBadValue = "'Trails'"
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeMashTrailsFixValue = "'Join The Dots', 'Connect To Point', 'Connect to Nearest', 'Connect By Distance', or 'Constraint Pairs'"
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeMessage = "Cached Playback: ^1s\n                 You can continue work, but caching has stopped.\n                 ^2s\n"
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeNode = "The presence of unsupported ^1c node '^2c' has triggered Safe Mode, and caching is disabled."
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeUnknown = "Logic error : Complex multi hierarchy is not supported in cache-support-test."
s_TcacheEvaluatorStrings.rCacheEvaluatorUnsafeValue = "The unsupported '^1c' attribute value of ^2c on ^3c node '^4c' has triggered Safe Mode, and caching is disabled."
//
// String set: s_TcacheFileAccessorStrings
//
s_TcacheFileAccessorStrings.rCacheFileNoPluginErrorStr = "No cache format plugin for \"^1s\"."
s_TcacheFileAccessorStrings.rCacheFileOpenErrorStr = "Error opening cache file for \"^1s\"."
//
// String set: s_TcacheFileCmdStrings
//
s_TcacheFileCmdStrings.rCacheChannelNotFound = "Channel ^1s was not found."
s_TcacheFileCmdStrings.rCacheDataSizeFailedOutAttrPoints = "Unable to query the data size of the -outAttr and/or -points flags provided."
s_TcacheFileCmdStrings.rCacheDataSizeFailedOutCacheableNode = "Unable to query the data size of the -cacheableNode flags provided."
s_TcacheFileCmdStrings.rCacheDescFileNotRead = "`^1s` may have an invalid cache description or invalid, missing or empty cache file."
s_TcacheFileCmdStrings.rCacheDirNotADir = "The specified directory is not a directory."
s_TcacheFileCmdStrings.rCacheFileAttrNotFound = "Attribute ^1s not found."
s_TcacheFileCmdStrings.rCacheFileAttrUnknownType = "Attribute ^1s is not a cachable type. Cachable attribute types are: vectorArray."
s_TcacheFileCmdStrings.rCacheFileBadFormat = "Invalid format value: The valid values for the format flag are OneFile and OneFilePerFrame."
s_TcacheFileCmdStrings.rCacheFileBadRunupFrames = "The runupFrames value must be greater than 0."
s_TcacheFileCmdStrings.rCacheFileBadSampleMultiplier = "0 is not a valid value for the sample multiplier.  It must be at least 1."
s_TcacheFileCmdStrings.rCacheFileBadSimulationRate = "Simulation frame rate too low: at the current frame rate of ^1d frames per second, the minimal rate is every ^2f frames."
s_TcacheFileCmdStrings.rCacheFileBadTangent = "The -inTangent/-outTangent flags must be used with the -replaceCachedFrame and -interpStartTime/-interpEndTime flags."
s_TcacheFileCmdStrings.rCacheFileBadTimes = "The startTime must be less than or equal to the endTime."
s_TcacheFileCmdStrings.rCacheFileChannelNameRequired = "The channelName is required when querying the pointCount."
s_TcacheFileCmdStrings.rCacheFileCreateFlagMissing = "In create mode, the -outAttr/-oa flag, -points/-pts flag, -pointsAndNormals/-pan or -cacheableNode/-cnd flag is required."
s_TcacheFileCmdStrings.rCacheFileFormatInvalid = "The specified cache format is invalid."
s_TcacheFileCmdStrings.rCacheFileFormatsDoNotMatch = "The specified cache format does not match the format of the specified cache file."
s_TcacheFileCmdStrings.rCacheFileInAttrConn = "Cannot connect to ^1s. It is locked or already connected."
s_TcacheFileCmdStrings.rCacheFileInAttrReq = "The -inAttr/-ia flag is required when the -attachFile flag is used."
s_TcacheFileCmdStrings.rCacheFileInvalidChannel = "The channel ^1s was not found in the specified cache."
s_TcacheFileCmdStrings.rCacheFileInvalidPANFlag = "The pointsAndNormals flag cannot be used with -appendFrame, -deleteCachedFrame and -replaceCachedFrame flags."
s_TcacheFileCmdStrings.rCacheFileInvalidReplaceSimFlag = "The replaceWithoutSimulating flag can only be used when the start and end times are the same."
s_TcacheFileCmdStrings.rCacheFileNameReqWithPrefix = "The cacheFile prefix/p flag is ignored when no prefix is supplied."
s_TcacheFileCmdStrings.rCacheFileNoChannel = "The cache contains more than one channel. Please specify which channel using -channelName flag."
s_TcacheFileCmdStrings.rCacheFileNoGeometryForStatic = "Must specify a geometry shape to query if it is static."
s_TcacheFileCmdStrings.rCacheFileNoNormals = "^1s had no normals to be cached."
s_TcacheFileCmdStrings.rCacheFileNoOutputData = "The output attribute failed to provide data to cache."
s_TcacheFileCmdStrings.rCacheFileNoPoints = "^1s had no points to be cached."
s_TcacheFileCmdStrings.rCacheFileNodeFlagReq = "The cacheFileNode flag is required when querying the channelIndex."
s_TcacheFileCmdStrings.rCacheFileNodeNotFound = "`^1s` not found."
s_TcacheFileCmdStrings.rCacheFileNotACacheableNode = "`^1s` is not a valid argument for the -cacheableNode flag."
s_TcacheFileCmdStrings.rCacheFileNotAGeometry = "The -points argument value `^1s` is not a shape."
s_TcacheFileCmdStrings.rCacheFileNotAMesh = "The -pointsAndNormals argument value `^1s` is not a mesh."
s_TcacheFileCmdStrings.rCacheFileReplaceFlagMissing = "The -cacheFileNode/-cfn, -interpStartTime/-iet and -interpEndTime/-iet flags must be used with the -replaceCachedFrame/-rcf flag."
s_TcacheFileCmdStrings.rCacheFileTooManyMatches = "More than one item in scene is named ^1s."
s_TcacheFileCmdStrings.rCacheFrameMisalign = "The specified simulation rate will not provide exactly regular time samples due to tick roundoff."
s_TcacheFileCmdStrings.rCacheInfoFlagFailed = "The mel script provided to the cacheInfo flag was unsuccessful."
s_TcacheFileCmdStrings.rCacheInvalidDir = "Specified directory does not exist."
s_TcacheFileCmdStrings.rCachePositionsNotAnimated = "Geometry cache may be static. `^1s` does not appear to have animation on its construction history or control points."
s_TcacheFileCmdStrings.rCacheQueryDataSizeBadFlags = "At least one of -points -pointsAndNormals -cacheableNode -outAttr must be used with the dataSize command."
s_TcacheFileCmdStrings.rCacheReplaceBadTimes = "The interpStartTime must be less than the startTime and interpEndTime must be greater than endTime."
s_TcacheFileCmdStrings.rCacheReplaceFrameNoNodes = "The -replaceCachedFrame flags requires nodes to be provided using the -cacheableNode flag."
s_TcacheFileCmdStrings.rCacheReplaceNoCache = "`^1s` is not connected to a cache."
s_TcacheFileCmdStrings.rCacheReplaceNoCacheAtTime = "`^1s` contains no cache at the specified time."
s_TcacheFileCmdStrings.rCacheReplaceNotOneToOne = "Cannot replace/append frames to ^1s because the cache has been stretched/compressed."
s_TcacheFileCmdStrings.rCacheReplaceTooManyActive = "`^1s` has more than one enabled cache for the specified time range. Enable the cache you want to modify, and disable the others."
s_TcacheFileCmdStrings.rCacheSkippingStatic = "Skipping caching on `^1s`. It does not appear to have animation on its construction history or control points."
s_TcacheFileCmdStrings.rChannelIndexNoCache = "Specified cache not found on '^1s'."
s_TcacheFileCmdStrings.rConverFromPc2Failed = "The cache conversion from the pc2 format was unsuccessful."
s_TcacheFileCmdStrings.rConverToPc2Failed = "The cache conversion to the pc2 format was unsuccessful."
s_TcacheFileCmdStrings.rDescNameReqForChannelQuery = "The file name flag is required when querying channel names."
s_TcacheFileCmdStrings.rFileNameMultibyteInvalid = "Cache file name has invalid characters: ^1s"
s_TcacheFileCmdStrings.rMayaCacheFileDirReq = "The -directory/-dir flag is required to specify the directory of the Maya cache to be converted from/to"
s_TcacheFileCmdStrings.rMayaCacheFileNameReq = "The -fileName/-f flag is required to specify the base name of the Maya cache to be converted from/to"
s_TcacheFileCmdStrings.rNoSelectedCacheFile = "Must specify or select a cache file node."
s_TcacheFileCmdStrings.rPc2CacheFileNameReq = "Please specify the full path of the pc2 file to be converted using the -pc2File/-pc2f flag."
s_TcacheFileCmdStrings.rSingleCacheFileNodeFlagReq = "Only a single cacheFileNode flag may be specified when querying the channelIndex."
//
// String set: s_TcacheFileCombineCmdStrings
//
s_TcacheFileCombineCmdStrings.rCombineBadCCFlag = "Argument to the connectCache flag must be a cacheFile node."
s_TcacheFileCombineCmdStrings.rCombineFoundLayer = "Skipping ^1s. Already has a cache combine layer."
s_TcacheFileCombineCmdStrings.rCombineNoBlendFound = "Must select or specify a cacheBlend node."
s_TcacheFileCombineCmdStrings.rCombineNoCCCreate = "The -connectCache flag is not valid during create mode."
s_TcacheFileCombineCmdStrings.rCombineNoCache = "Skipping ^1s since it has no cache file to be combined."
s_TcacheFileCombineCmdStrings.rCombineNoMatchFlag = "No match found for ^1s."
s_TcacheFileCombineCmdStrings.rMustSpecifyACacheBlendNode = "A cacheBlend node must be selected or specified."
s_TcacheFileCombineCmdStrings.rMustSpecifyCacheFileForIndex = "When using the -cacheIndex query flag, the -connectCache flag must be used to specify a cacheFile."
s_TcacheFileCombineCmdStrings.rMustSpecifyObjForIndex = "When using the -objectIndex query flag, the -object flag must be used to specify the object."
s_TcacheFileCombineCmdStrings.rOnlyOneBlendAllowed = "Only one can be handled per command, using '^1s'."
//
// String set: s_TcacheFileMergeCmdStrings
//
s_TcacheFileMergeCmdStrings.rMergeBadTimes = "The startTime must be less than or equal to the endTime."
s_TcacheFileMergeCmdStrings.rMergeGapInterpolation = "No cache data specified for Frames ^1s. Missing frames will be interpolated."
s_TcacheFileMergeCmdStrings.rMergeInvalidRange = "No caches to merge in specified time range."
s_TcacheFileMergeCmdStrings.rMergeOverlappingCache = "^1s is not selected, but overlaps one or  more caches to be merged."
s_TcacheFileMergeCmdStrings.rMergeStillActive = "There are still active caches blended to the selected cache(s). Please select, or disable before merging."
s_TcacheFileMergeCmdStrings.rMergeTooFewCaches = "One or more cache files must be active and/or selected in order to merge."
s_TcacheFileMergeCmdStrings.rMergeUseGeomFlag = "The -geometry/-g flag must be used when querying for associated geometry nodes."
//
// String set: s_TcacheFileTrackCmdStrings
//
s_TcacheFileTrackCmdStrings.rCacheTrackBadSelection = "Must specify or select a cacheFile node."
s_TcacheFileTrackCmdStrings.rCacheTrackBadTrack = "Track index must be greater than 0."
s_TcacheFileTrackCmdStrings.rCacheTrackNoClips = "No clips found on the selected object(s)."
s_TcacheFileTrackCmdStrings.rCacheTrackRemoveFailure = "Cannot remove tracks that contain clips."
s_TcacheFileTrackCmdStrings.rCacheTrackTooManySel = "Only one cacheFile may be specified for query."
//
// String set: s_TcaddyManipBaseStrings
//
s_TcaddyManipBaseStrings.rDropdownMenuTooltip = "Configure In-View Editor"
s_TcaddyManipBaseStrings.rSpeedTooltip = "Drag Speed: Switch between Slowest / Slow / Medium / Fast drag speeds"
//
// String set: s_TcaddyManipHudAttributeElementStrings
//
s_TcaddyManipHudAttributeElementStrings.rBooleanAttributeOffText = "Off"
s_TcaddyManipHudAttributeElementStrings.rBooleanAttributeOnText = "On"
//
// String set: s_TcallbacksStrings
//
s_TcallbacksStrings.rAddCallbackMissingArguments = "When adding a callback, the callback, hook, and owner must be specified."
s_TcallbacksStrings.rCallbackReturnedUnexpectedType = "Callback ^1s returned an unexpected type.  All callbacks for a given hook must return the same type"
s_TcallbacksStrings.rClearCallbacksMissingArguments = "When clearing callbacks, the owner must be specified."
s_TcallbacksStrings.rExecuteCallbacksMissingArguments = "When executing callbacks, the hook must be specified."
s_TcallbacksStrings.rListCallbacksMissingArguments = "When listing callbacks, the hook must be specified."
s_TcallbacksStrings.rOnlyOneActionSupported = "Only one of addCallback, removeCallback, clearCallbacks, listCallbacks, clearAllCallbacks, describeHooks or executeCallbacks may be used at a time."
s_TcallbacksStrings.rRemoveCallbackMissingArguments = "When removing a callback, the callback, hook, and owner must be specified."
//
// String set: s_TcameraSetCmdStrings
//
s_TcameraSetCmdStrings.rActiveError = "Could not get active value."
s_TcameraSetCmdStrings.rActiveFlagError = "-active must be either true or false"
s_TcameraSetCmdStrings.rAppendCameraError = "Could not append camera to the camera set."
s_TcameraSetCmdStrings.rAppendFlagError = "-appendTo must have a valid camera and/or object set node specified"
s_TcameraSetCmdStrings.rCameraLayerFlagError = "You must specify a camera name with -camera flag."
s_TcameraSetCmdStrings.rCameraLayerIndex = "The index specified is invalid."
s_TcameraSetCmdStrings.rCameraRequiresAppend = "The camera flag requires the append flag on creation."
s_TcameraSetCmdStrings.rClearDepthError = "Could not get clear depth value."
s_TcameraSetCmdStrings.rClearDepthFlagError = "-clearDepth must be either true or false"
s_TcameraSetCmdStrings.rEditCameraError = "Could not change the camera assigned to layer."
s_TcameraSetCmdStrings.rInsertCameraError = "Could not insert camera into the camera set."
s_TcameraSetCmdStrings.rInsertFlagError = "-insertAt must have a valid camera and/or object set node with layer id specified"
s_TcameraSetCmdStrings.rInvalidCamera = "Invalid camera name specified with the -camera flag."
s_TcameraSetCmdStrings.rInvalidSetName = "Invalid object set name specified with the -objectSet flag."
s_TcameraSetCmdStrings.rLayerError = "You must specify the -layer flag with -active, -order, -deleteLayer, -insert flags."
s_TcameraSetCmdStrings.rLayerFlagError = "You must specify an layer index with the -layer flag."
s_TcameraSetCmdStrings.rNameFlagError = "A valid node name must be specified"
s_TcameraSetCmdStrings.rNoCameraSetError = "You must specify a valid cameraSet node"
s_TcameraSetCmdStrings.rNoCreateError = "Could not create a cameraSet node."
s_TcameraSetCmdStrings.rNoDeleteAll = "Could not delete all of the layers."
s_TcameraSetCmdStrings.rNoDeleteLayer = "Could not delete the layer."
s_TcameraSetCmdStrings.rNumLayersError = "The -numLayer flags can only be used in query mode."
s_TcameraSetCmdStrings.rOrderError = "Could not get layer order."
s_TcameraSetCmdStrings.rOrderFlagError = "-order must have an order number specified"
s_TcameraSetCmdStrings.rQueryCameraOrSetError = "When querying camera or object set, you must specify the -layer flag."
s_TcameraSetCmdStrings.rSetFlagError = "-objectSet must have a valid objectSet node specified."
//
// String set: s_TcameraShapeStrings
//
s_TcameraShapeStrings.rCameraDefaultDepth = "Depth"
s_TcameraShapeStrings.rCameraDefaultImage = "Image"
s_TcameraShapeStrings.rCameraDefaultMask = "Mask"
s_TcameraShapeStrings.rDepthOfFieldAnn = "Toggle depth of view in the viewport by clicking <hl>Depth of Field</hl> in the panel toolbar or toggling <hl>Shading > Depth of Field</hl>."
//
// String set: s_TchangeSubdivComponentDisplayLevelStrings
//
s_TchangeSubdivComponentDisplayLevelStrings.rChangeSubdivComponentDisplayLevelInvalidQueryFlagRelative = "The flag '-relative' cannot be queried."
s_TchangeSubdivComponentDisplayLevelStrings.rChangeSubdivComponentDisplayLevelLevelTooLarge = "Cannot set a subdivision surface to level ^1d, setting to the maximum level of ^2d."
s_TchangeSubdivComponentDisplayLevelStrings.rChangeSubdivComponentDisplayLevelNegativeLevel = "Cannot set a subdivision surface to a negative level. Setting level to the base mesh."
s_TchangeSubdivComponentDisplayLevelStrings.rChangeSubdivComponentDisplayLevelNoActiveSelection = "No subdivision surface indicated. Select a subdivision surface before running this command."
s_TchangeSubdivComponentDisplayLevelStrings.rChangeSubdivComponentDisplayLevelNoSelectionRegion = "Cannot set a subdivision surface to level that does not contain a selection region. Use 'Refine Display Region' instead."
//
// String set: s_TchannelBoxStrings
//
s_TchannelBoxStrings.rChannelBoxContainerLimitHit = "Channel box display truncated based on container prefs. Modify the prefs, create a template view or choose 'Selected object attributes' in the 'Show' menu for more control over which attributes are displayed."
s_TchannelBoxStrings.rChannelBoxFutureStr = "OUTPUTS"
s_TchannelBoxStrings.rChannelBoxHideCVStr = "CVs (click to hide)"
s_TchannelBoxStrings.rChannelBoxHistoryStr = "INPUTS"
s_TchannelBoxStrings.rChannelBoxLodGroupActiveLOD = "Active LOD"
s_TchannelBoxStrings.rChannelBoxLodGroupDisplayFmt = "LOD_^1d Display"
s_TchannelBoxStrings.rChannelBoxLodGroupDistanceFmt = "LOD_^1d Start Distance"
s_TchannelBoxStrings.rChannelBoxLodGroupPercentageFmt = "LOD_^1d Start Percentage"
s_TchannelBoxStrings.rChannelBoxShapesStr = "SHAPES"
s_TchannelBoxStrings.rChannelBoxShowCVStr = "CVs (click to show)"
s_TchannelBoxStrings.rChannelBoxTooltipBlendedStr = "Blended"
s_TchannelBoxStrings.rChannelBoxTooltipConnectedStr = "Connected"
s_TchannelBoxStrings.rChannelBoxTooltipConstrainedStr = "Constrained"
s_TchannelBoxStrings.rChannelBoxTooltipExpressionStr = "Expression"
s_TchannelBoxStrings.rChannelBoxTooltipKeyAlteredStr = "Key Altered"
s_TchannelBoxStrings.rChannelBoxTooltipKeyedOffFrameStr = "Keyed Off Frame"
s_TchannelBoxStrings.rChannelBoxTooltipKeyedOnFrameStr = "Keyed On Frame"
s_TchannelBoxStrings.rChannelBoxTooltipLockedStr = "Locked"
s_TchannelBoxStrings.rChannelBoxTooltipMutedStr = "Muted"
s_TchannelBoxStrings.rChannelBoxTooltipNonkeyableStr = "Nonkeyable"
//
// String set: s_TchannelUIUtilStrings
//
s_TchannelUIUtilStrings.rChannelBoxAttributeOff = "off"
s_TchannelUIUtilStrings.rChannelBoxAttributeOn = "on"
//
// String set: s_TcharacterCmdStrings
//
s_TcharacterCmdStrings.rCharacterBadMemberErr = "Attribute is not a member of the character."
s_TcharacterCmdStrings.rCharacterCannotBeInCharacter = "Cannot add character attributes to a character."
s_TcharacterCmdStrings.rCharacterConnectedAttribute = "Skipped ^1s because it already had connections."
s_TcharacterCmdStrings.rCharacterMustSpecifyACharacter = "Must specify a character to query."
s_TcharacterCmdStrings.rCharacterNoAliasErr = "Attribute cannot have user-defined alias."
s_TcharacterCmdStrings.rMemberIndexNotFound = "No attribute is mapped to the specified index."
s_TcharacterCmdStrings.rNoSelectedObjInCharacter = "No character members were selected."
s_TcharacterCmdStrings.rOffsetObjNotInCharacter = "Offset object must be a member of the character."
//
// String set: s_TcharacterMapCmdStrings
//
s_TcharacterMapCmdStrings.rCMapBadMethod = "Invalid argument to the mapMethod flag."
s_TcharacterMapCmdStrings.rCMapMustSelect2Char = "Must select two characters."
s_TcharacterMapCmdStrings.rCMapNoMappingExists = "No mapping exists between the specified characters."
s_TcharacterMapCmdStrings.rCMapNoMatches = "No matches found to argument ^1s."
s_TcharacterMapCmdStrings.rCMapNoMember = "^1s is not a member of ^2s."
s_TcharacterMapCmdStrings.rCMapTooManyMatches = "Too many matches to argument ^1s."
//
// String set: s_TcharacterizeCmdStrings
//
s_TcharacterizeCmdStrings.rCharacterArmsShouldBeXaligned = "Skeleton arms are not aligned with the x-axis."
s_TcharacterizeCmdStrings.rCharacterNeckOrSpineLabelOrderWrong = "The neck or spine labels are not in sequence."
s_TcharacterizeCmdStrings.rCharacterNeckOrSpineNamingOrderWrong = "The neck or spine joint naming is out of order.  Joints must be named spine,spine1,spine2... and neck,neck1,neck2..."
s_TcharacterizeCmdStrings.rCharacterShouldFaceZandYUP = "Skeleton is not z-facing, with y-up."
s_TcharacterizeCmdStrings.rCharacterizeBadPosture = "Invalid posture specified. Options are `biped` and `quadruped`."
s_TcharacterizeCmdStrings.rCharacterizeBadType = "Invalid type specified. Options are `label` and `name`."
s_TcharacterizeCmdStrings.rCharacterizeCannotFindMainEffector = "Cannot find the main effector with 0 pivot offset."
s_TcharacterizeCmdStrings.rCharacterizeCannotMoveMainEffector = "Main effectors cannot be moved.  Only newly created pivots can be moved."
s_TcharacterizeCmdStrings.rCharacterizeCantFindHipsJointError = "The joint that corresponds to Hips was not provided"
s_TcharacterizeCmdStrings.rCharacterizeCantFindObjectError = "The object '^1s' could not be found in the scene."
s_TcharacterizeCmdStrings.rCharacterizeCantFindPredefinedNameError = "The predefined name ^1s is not recognized"
s_TcharacterizeCmdStrings.rCharacterizeCharacterNameNotUnique = "The fbik character name ^1s is already in use.  Please choose another name"
s_TcharacterizeCmdStrings.rCharacterizeEditOnlyFlag = "An edit only flag was used without the -edit flag."
s_TcharacterizeCmdStrings.rCharacterizeEffectorNotHookedUpOk = "Unable to create or place pivot because existing effector is not hooked up properly."
s_TcharacterizeCmdStrings.rCharacterizeFKJointNotFound = "The FK joint for '^1s' was not specified."
s_TcharacterizeCmdStrings.rCharacterizeIncompatibleRotationOrderAndJointOrient = "Joint '^1s' has incompatible rotation order and joint orient settings for Full Body IK."
s_TcharacterizeCmdStrings.rCharacterizeJointsConnectedError = "Cannot add full body ik because some joints have input connections. Inputs found on: "
s_TcharacterizeCmdStrings.rCharacterizeMoreThanOneJointFound = "More than 1 joint is named '^1s'. All but first will be ignored."
s_TcharacterizeCmdStrings.rCharacterizeMoreThanOneJointLabelFound = "More than 1 joint is labeled '^1s'. All but first will be ignored."
s_TcharacterizeCmdStrings.rCharacterizeMustSelectAnkleOrWrist = "You must select an ankle or wrist effector to add ground planes to it."
s_TcharacterizeCmdStrings.rCharacterizeNoEffectorSelection = "Please select an effector or give its name."
s_TcharacterizeCmdStrings.rCharacterizeNoHIKHandleSelection = "Please select an HikHandle or give its name."
s_TcharacterizeCmdStrings.rCharacterizeNoJointOrient = "The joints are not oriented."
s_TcharacterizeCmdStrings.rCharacterizeNoSelection = "Nothing selected. Select the root joint."
s_TcharacterizeCmdStrings.rCharacterizeNonFbikJoint = "Cannot find FBIK on selected joint."
s_TcharacterizeCmdStrings.rCharacterizeNotAJoint = "First selected object '^1s' is not a joint."
s_TcharacterizeCmdStrings.rCharacterizeObjectNodeSyntaxError = "The object names or pre-determined names provided are incorrect.  They must be in this format: objName predeterminedName, objName predeterminedName, ...etc"
s_TcharacterizeCmdStrings.rCharacterizeQueryOnlyFlag = "A query only flag was used without the -query flag."
s_TcharacterizeCmdStrings.rCharacterizeRecommended = "We recommend XYZ rotation order with XYZ joint orient, with the second axis world orientation set to +Z"
s_TcharacterizeCmdStrings.rCharacterizeRequiredJointLabelNotFound = "Required joint label not found: '^1s'."
s_TcharacterizeCmdStrings.rCharacterizeRequiredJointNotFound = "Required joint name not found: '^1s'."
s_TcharacterizeCmdStrings.rCharacterizeSKandTypeFlagMisuse = "The sourceSkeleton and type flags cannot be used in combination."
s_TcharacterizeCmdStrings.rCharacterizeStancePoseSyntaxError = "The object names or stance pose information provided are incorrect.  They must be in this format: objName t1 t2 t3 r1 r2 r3 s1 s2 s3, objName t1 t2 t3 r1 r2 r3 s1 s2 s3, ...etc"
s_TcharacterizeCmdStrings.rCharacterizeTooManyObjectMatchesError = "There are more than 1 object named ^1s in the scene."
s_TcharacterizeCmdStrings.rCharacterizeUnrecognizedRotationOrder = "Unrecognized rotation order"
s_TcharacterizeCmdStrings.rCharacterizeXYZOrZYXIncompatibleWithYXZOrYZX = "XYZ or ZYX rotation order is incompatible with YXZ or YZX joint orient settings."
s_TcharacterizeCmdStrings.rCharacterizeXZYOrYZXIncompatibleWithZXYOrZYX = "XZY or YZX rotation order is incompatible with ZXY or ZYX joint orient settings."
s_TcharacterizeCmdStrings.rCharacterizeYXZOrZXYIncompatibleWithXYZOrXZY = "YXZ or ZXY rotation order is incompatible with XYZ or XZY joint orient settings."
//
// String set: s_TcheckDefaultRenderGlobalsCmdStrings
//
s_TcheckDefaultRenderGlobalsCmdStrings.rCheckDefaultRenderGlobalsCmdObsolete = "The checkDefaultRenderGlobals command is obsolete and will be removed in a future release of Maya. To query whether the defaultRenderGlobals node has been modified since the last file save, use `ls -modified`. To force the scene to be dirty/clean, use `file -modified`"
//
// String set: s_TchoiceCmdStrings
//
s_TchoiceCmdStrings.rChoiceKeyFailed = "Failed to add keyframe for choice node selector for "
s_TchoiceCmdStrings.rChoiceNoEdit = "There are no editable flags in the choice command."
s_TchoiceCmdStrings.rChoiceNoQuerySourceAttr = "Cannot query source attribute."
s_TchoiceCmdStrings.rChoiceNoSourceAttr = "No source attribute was specified."
s_TchoiceCmdStrings.rChoiceNodeFailed = "Failed to create or connect to choice node for "
s_TchoiceCmdStrings.rChoiceNothing = "No attributes specified for selected objects."
s_TchoiceCmdStrings.rChoiceSelectCreate = "The -sl/selector attribute may not be specified on creation."
s_TchoiceCmdStrings.rChoiceSourceAttrLocked = "Source attribute is locked."
s_TchoiceCmdStrings.rChoiceSourceNoConnect = "Can't connect to source attribute."
//
// String set: s_TcircleContextStrings
//
s_TcircleContextStrings.rCircleToolHelp = "Click-Drag to create a circle"
s_TcircleContextStrings.rCircleToolMsg = "Diameter:^6.3f"
s_TcircleContextStrings.rCircleToolName = "Circle"
//
// String set: s_TcircularArcContextStrings
//
s_TcircularArcContextStrings.rArcCreationFailed = "Arc creation failed."
s_TcircularArcContextStrings.rArcFormatStr1 = "Position(^1s):"
s_TcircularArcContextStrings.rArcFormatStr2 = " ^6.3f ^6.3f ^6.3f"
s_TcircularArcContextStrings.rArcThreePointState0 = "Click three points in window to create arc. Enter to complete the curve."
s_TcircularArcContextStrings.rArcThreePointState1 = "Click two points in window to create arc. Also edit previous point."
s_TcircularArcContextStrings.rArcThreePointState2 = "Click one point in window to create arc. Also edit earlier two points."
s_TcircularArcContextStrings.rArcThreePointState3 = "Enter to complete arc or edit earlier points."
s_TcircularArcContextStrings.rArcTwoPointState0 = "Click two points in window to create arc. Enter to complete the curve."
s_TcircularArcContextStrings.rArcTwoPointState1 = "Click one point in window to create arc. Also edit previous point."
s_TcircularArcContextStrings.rArcTwoPointState2 = "Enter to complete arc or edit center of arc, earlier points."
s_TcircularArcContextStrings.rArcWarningNoArc = "Need three points to create an arc."
//
// String set: s_TclearCacheCmdStrings
//
s_TclearCacheCmdStrings.rClearCacheCmdComputeNotSupported = "-c/-compute not supported at this time."
s_TclearCacheCmdStrings.rClearCacheCmdDirtyNotSupported = "-d/-dirty not supported at this time."
s_TclearCacheCmdStrings.rClearCacheCmdNoDeformers = "Clearing of deformation nodes not supported."
//
// String set: s_TclicLicenseManagerStrings
//
s_TclicLicenseManagerStrings.rLicensingErrorMsg = "A licensing error occurred that Autodesk systems were not able to handle for you. Please contact Autodesk Customer Support for help in resolving this error."
s_TclicLicenseManagerStrings.rLicensingErrorTitle = "Licensing Error"
//
// String set: s_TclipCmdStrings
//
s_TclipCmdStrings.rCannotSplitSingleFrame = "Cannot split a single frame clip."
s_TclipCmdStrings.rClipAbsFlagsObsolete = "The -abs and -abr flags are now obsolete.  Please use -aa, -ar, -ra or -da instead"
s_TclipCmdStrings.rClipActiveProblem = "Cannot make clip active while character has keys. Create clip for current character keys or remove keys."
s_TclipCmdStrings.rClipAddTrackObsolete = "The addTrack flag is obsolete.  Use clipSchedule -insertTrack instead."
s_TclipCmdStrings.rClipBadLibFlag = "Specified flags cannot be used without selecting a character."
s_TclipCmdStrings.rClipChannelNotFound = "Channel '^1s' not found in character."
s_TclipCmdStrings.rClipCharHasNoChannels = "Character has no channels."
s_TclipCmdStrings.rClipCharacterMapOnLib = "Cannot map using character map when mapping from an unattached clip."
s_TclipCmdStrings.rClipCharacterNotSelected = "Must select a character for the useChannel flag."
s_TclipCmdStrings.rClipCmdFailed = "Dependency graph connections failed."
s_TclipCmdStrings.rClipEditOnDefault = "The duration of the default clip cannot be modified."
s_TclipCmdStrings.rClipEmptyClipboard = "Clipboard is empty."
s_TclipCmdStrings.rClipInvalidPose = "Pose node is invalid."
s_TclipCmdStrings.rClipInvalidQuery = "No valid query flags were specified."
s_TclipCmdStrings.rClipMustNotUseAbsFlagsTogether = "Invalid combination of absolute flags detected.  -aa, -ar, -ra, -da, (-abs,-abr) must not be used together."
s_TclipCmdStrings.rClipMustSelectChar = "Must select a single character or a clip library."
s_TclipCmdStrings.rClipNameFlagRequired = "The -n/-name flag is required to query the start and end time."
s_TclipCmdStrings.rClipNameFlagRequiredForCopy = "The -n/-name flag is required with the copy flag."
s_TclipCmdStrings.rClipNameFlagRequiredForDuplicate = "The -n/-name flag is required with the duplicate flag."
s_TclipCmdStrings.rClipNameFlagRequiredForIsolate = "The -n/-name flag is required with the isolate flag."
s_TclipCmdStrings.rClipNameFlagRequiredForPose = "The -n/-name flag is required with the apply flag."
s_TclipCmdStrings.rClipNameFlagRequiredForRemove = "The -n/-name flag is required with the remove flag."
s_TclipCmdStrings.rClipNameFlagRequiredForRename = "The -n/-name flag is required with the newName flag."
s_TclipCmdStrings.rClipNameFlagRequiredForSplit = "The -n/-name flag is required with the split flag."
s_TclipCmdStrings.rClipNoActiveOnLib = "Clip cannot be made active when no character is selected."
s_TclipCmdStrings.rClipNoAnim = "No clip created since character has no keys."
s_TclipCmdStrings.rClipNoChannelsByAttr = "Unable to paste by attribute name: attributes with same names had no animation."
s_TclipCmdStrings.rClipNoChannelsByAttrOrder = "Unable to paste by attribute order: channels had no animation."
s_TclipCmdStrings.rClipNoChannelsByMap = "Unable to paste by character map: mapped attributes had no animation."
s_TclipCmdStrings.rClipNoChannelsByName = "Unable to paste by node name: there was no animation on the nodes with same names."
s_TclipCmdStrings.rClipNoCharacterMap = "Must create a character map to paste by character map."
s_TclipCmdStrings.rClipNoClipsOnChar = "Character has no clips."
s_TclipCmdStrings.rClipNoConstraints = "No clip created since character had no constraints."
s_TclipCmdStrings.rClipNoCorrespondenceByAttr = "Paste by attribute name failed: no attributes with same name."
s_TclipCmdStrings.rClipNoCorrespondenceByName = "Paste by node name failed: no nodes with same name."
s_TclipCmdStrings.rClipNoExpressions = "No clip created since character had no expressions."
s_TclipCmdStrings.rClipNoPosesOnChar = "Character has no poses."
s_TclipCmdStrings.rClipNoRemoveTrack = "Could not remove track.  No unused track available."
s_TclipCmdStrings.rClipNoScheduleOnLib = "Clip cannot be scheduled when no character is selected."
s_TclipCmdStrings.rClipNotAValidName = "Name specified is not a valid node name."
s_TclipCmdStrings.rClipNotFound = "No clip with specified name."
s_TclipCmdStrings.rClipPMustSelectChar = "Must select a single character."
s_TclipCmdStrings.rClipPoseNameNotFound = "Character has no poses or clips with that name."
s_TclipCmdStrings.rClipRemoveSuccessful = "Clip removal was successful."
s_TclipCmdStrings.rClipRemoveTrackObsolete = "The removeTrack flag is obsolete. Use clipSchedule -removeTrack instead."
s_TclipCmdStrings.rClipSplitBadTime = "The split time must be between the start and end of the clip."
s_TclipCmdStrings.rClipStartEndNeeded = "Start and end time must be specified for new clips."
s_TclipCmdStrings.rClipStartTooBig = "Clip start time must be less than the end time."
s_TclipCmdStrings.rInvalidClipEdit = "No valid edit flags were specified."
s_TclipCmdStrings.rNoAnimCurveRangeWithCon = "The animCurveRange flag is not valid with constraint clips."
s_TclipCmdStrings.rNoAnimCurveRangeWithExp = "The animCurveRange flag is not valid with expression clips."
s_TclipCmdStrings.rPasteSkippedAttrs = "Had to skip pasting to some attributes since they were mapped to multiple source attributes. Details in Script Editor. Continue pasting?"
s_TclipCmdStrings.rPasteSkippedAttrs2 = "Had to skip pasting to some attributes since they were mapped to multiple source attributes. Details in Command History. Continue pasting?"
s_TclipCmdStrings.rPasteSkippingMsg = "Skipping paste of "
s_TclipCmdStrings.rPasteSkippingMsgEnding = ": another attribute was already mapped to "
s_TclipCmdStrings.rPoseNoChannels = "There are no channels in the character."
s_TclipCmdStrings.rSkippingDrivenChannel = "Skipping '^1s': animCurve has an input connection."
//
// String set: s_TclipEditorClipGadgetStrings
//
s_TclipEditorClipGadgetStrings.rClipEditorClipGadgetCache = "Cache File"
s_TclipEditorClipGadgetStrings.rClipEditorClipGadgetContextNotes = "Notes"
s_TclipEditorClipGadgetStrings.rClipEditorClipGadgetSequencer = "Sequence"
s_TclipEditorClipGadgetStrings.rClipEditorClipGadgetSoundtrack = "Soundtrack"
//
// String set: s_TclipEditorCmdStrings
//
s_TclipEditorCmdStrings.rCharacterOutlineFlagDeprecated = "The -characterOutline flag has been deprecated and will be removed in a future release."
s_TclipEditorCmdStrings.rClipEditorCmdBadClipID = "Invalid clip id specified."
s_TclipEditorCmdStrings.rClipEditorCmdBadSched = "Invalid scheduler specified."
//
// String set: s_TclipEditorContextStrings
//
s_TclipEditorContextStrings.rClipEditorContextHelp = "select an object"
s_TclipEditorContextStrings.rClipEditorContextName = "Trax Editor"
s_TclipEditorContextStrings.rSequencerEditorContextName = "Camera Sequencer"
//
// String set: s_TclipEditorCurrentTimeCtxStr
//
s_TclipEditorCurrentTimeCtxStr.rClipEditorCurrentTimeContextHelp = "LMB to change current time"
s_TclipEditorCurrentTimeCtxStr.rClipEditorCurrentTimeContextName = "Change current time"
//
// String set: s_TclipMatchingCmdStrings
//
s_TclipMatchingCmdStrings.rCMGetArgErr = "Error parsing clipMatching parameters."
s_TclipMatchingCmdStrings.rCMInvalidCharacterOrElementErr = "Invalid character or match element selected."
s_TclipMatchingCmdStrings.rCMInvalidClipErr = "Clip `^1s` does not exist for current character."
s_TclipMatchingCmdStrings.rCMInvalidFlagsErr = "Source and destination clips need to be specified."
s_TclipMatchingCmdStrings.rCMInvalidSelectionErr = "A character and a match element should be selected."
s_TclipMatchingCmdStrings.rCMNoCharacterOffsetObjErr = "No offset object has been specified for the selected character."
s_TclipMatchingCmdStrings.rCMNoSchedulerFoundErr = "Selected character does not have a scheduler."
//
// String set: s_TclipScheduleCmdStrings
//
s_TclipScheduleCmdStrings.rSchedAbsFlagsObsolete = "The -abs and -abr flags are now obsolete.  Please use -aa, -ar, -ra or -da instead"
s_TclipScheduleCmdStrings.rSchedAddRemoveTrackMutex = "Cannot add and remove tracks, remove track ignored."
s_TclipScheduleCmdStrings.rSchedBadBlendName = "No blend node found with that name."
s_TclipScheduleCmdStrings.rSchedBadGroup = "Unable to use specified groupName.  A new group will be created."
s_TclipScheduleCmdStrings.rSchedBadIndex = "No clip exists for the specified index."
s_TclipScheduleCmdStrings.rSchedBadTrackIndex = "No track exists for the specified index."
s_TclipScheduleCmdStrings.rSchedBlendExists = "A blend exists for the specified clips."
s_TclipScheduleCmdStrings.rSchedBlendInstances = "No blends between instances of the same clip are allowed."
s_TclipScheduleCmdStrings.rSchedBlendNoCommonChannels = "Blends cannot be made between clips that have no common channels."
s_TclipScheduleCmdStrings.rSchedBlendSameClip = "Clips cannot be blended to themselves."
s_TclipScheduleCmdStrings.rSchedClipInBlend = "Clips cannot be in more than one blend."
s_TclipScheduleCmdStrings.rSchedClipIndexRequired = "The clipIndex/ci flag is required."
s_TclipScheduleCmdStrings.rSchedClipNotFound = "No clip in the library matches that name."
s_TclipScheduleCmdStrings.rSchedInvalidWeightStyle = "Invalid weightStyle specified."
s_TclipScheduleCmdStrings.rSchedMustNotUseAbsFlagsTogether = "Invalid combination of absolute flags detected.  -aa, -ar -ra, -da, (-abs,-abr) must not be used together."
s_TclipScheduleCmdStrings.rSchedNoGroupFlag = "Must use the group flag to group the specified clips."
s_TclipScheduleCmdStrings.rSchedNoLibrary = "The clipScheduler is missing its clipLibrary."
s_TclipScheduleCmdStrings.rSchedNoSchedFound = "Must specify or select a clipScheduler"
s_TclipScheduleCmdStrings.rSchedNoSetCreated = "Unable to create group."
s_TclipScheduleCmdStrings.rSchedNoShiftFlag = "Must use the shift flag to shift the specified clips."
s_TclipScheduleCmdStrings.rSchedRemoveLockedTrack = "Cannot remove a locked track."
s_TclipScheduleCmdStrings.rSchedRemoveUnemptyTrack = "Cannot remove a track unless it has no clips."
s_TclipScheduleCmdStrings.rSchedTrackRequired = "The track/t flag is required."
//
// String set: s_TclipSchedulerOutlinerStrings
//
s_TclipSchedulerOutlinerStrings.rClipSchedulerEnable = "Enable"
s_TclipSchedulerOutlinerStrings.rClipSchedulerOff = "off"
s_TclipSchedulerOutlinerStrings.rClipSchedulerOn = "on"
s_TclipSchedulerOutlinerStrings.rClipSchedulerPostCycle = "Post Cycle"
s_TclipSchedulerOutlinerStrings.rClipSchedulerPreCycle = "Pre Cycle"
s_TclipSchedulerOutlinerStrings.rClipSchedulerScale = "Scale"
s_TclipSchedulerOutlinerStrings.rClipSchedulerSourceEnd = "Source End"
s_TclipSchedulerOutlinerStrings.rClipSchedulerSourceStart = "Source Start"
s_TclipSchedulerOutlinerStrings.rClipSchedulerStart = "Start"
s_TclipSchedulerOutlinerStrings.rClipSchedulerTrack = "Track"
s_TclipSchedulerOutlinerStrings.rClipSchedulerWeight = "Weight"
s_TclipSchedulerOutlinerStrings.rClipSchedulerWeightStyle = "Weight Style"
//
// String set: s_TcloseContextStrings
//
s_TcloseContextStrings.rCloseGeomHelpSelecting = "Pick the curve or surface to close (aka make periodic)."
//
// String set: s_TclusterCmdStrings
//
s_TclusterCmdStrings.rClusterInvalidBindStateFlagParm = "Invalid parameter for -bindState flag."
s_TclusterCmdStrings.rClusterInvalidEnvelopeFlagParm = "Invalid parameter for -envelope flag."
s_TclusterCmdStrings.rClusterInvalidWeightedNodeFlagParm = "Invalid transforms specified."
s_TclusterCmdStrings.rClusterInvalidWeightedNodeHier = "Transforms not related in hierarchy."
s_TclusterCmdStrings.rClusterResetGeomFlagOnlyEdit = "The -resetGeometry flag is only valid in edit mode."
//
// String set: s_TcoarsenSubdivSelectionListStrings
//
s_TcoarsenSubdivSelectionListStrings.rCoarsenSubdivSelectionListLevelTooSmall = "Cannot coarsen a subdivision surface beyond level 0."
s_TcoarsenSubdivSelectionListStrings.rCoarsenSubdivSelectionListNoActiveSelection = "No subdivision surface indicated. Select a subdivision surface before running this command."
//
// String set: s_TcollapsedFolderNodeGadgetStrings
//
s_TcollapsedFolderNodeGadgetStrings.rCouldntLoadContainerBackground = "Couldn't load container background image ^1s"
//
// String set: s_TcollapsedFolderNodeStrings
//
s_TcollapsedFolderNodeStrings.rFailedCreatingFacadeNodeWarning = "Failed to create the material facade node associated to the collapsed folder node."
//
// String set: s_TcolorCmdStrings
//
s_TcolorCmdStrings.rColorCmdInvalidColor = "The valid range of user defined colors is [1-8]."
//
// String set: s_TcolorIndexStrings
//
s_TcolorIndexStrings.rColorIndexInvalidRangeErrorStr = "Color index value is outside valid range of [1,31]"
//
// String set: s_TcolorMgtCatalogCmdStrings
//
s_TcolorMgtCatalogCmdStrings.rIllegalTransformTypeError = "Transform type ^1s is illegal.  Legal values are ^2s."
s_TcolorMgtCatalogCmdStrings.rMissingColorSpaceError = "Missing color space for transform add."
s_TcolorMgtCatalogCmdStrings.rMissingPathError = "Missing path for transform add."
s_TcolorMgtCatalogCmdStrings.rMissingTypeError = "Missing type for transform operation."
//
// String set: s_TcolorMgtFileRulesCmdStrings
//
s_TcolorMgtFileRulesCmdStrings.rCannotChangeFileRulesError = "Cannot change the file rules because the policy is locked"
s_TcolorMgtFileRulesCmdStrings.rExtraArgumentError = "Illegal extra argument to command."
s_TcolorMgtFileRulesCmdStrings.rMissingColorSpaceError = "Missing color space for rule addition."
s_TcolorMgtFileRulesCmdStrings.rMissingExtensionError = "Missing file extension for rule addition."
s_TcolorMgtFileRulesCmdStrings.rMissingPatternError = "Missing file pattern for rule addition."
s_TcolorMgtFileRulesCmdStrings.rQueryEditError = "Cannot use the query flag and the edit flag at the same time."
s_TcolorMgtFileRulesCmdStrings.rRuleNameArgumentError = "Must provide exactly one rule name."
s_TcolorMgtFileRulesCmdStrings.rRuleNoColorSpaceError = "Rule name ^1s has no color space."
s_TcolorMgtFileRulesCmdStrings.rRuleNoExtensionError = "Rule name ^1s has no extension."
s_TcolorMgtFileRulesCmdStrings.rRuleNoPatternError = "Rule name ^1s has no pattern."
s_TcolorMgtFileRulesCmdStrings.rRuleNotFoundError = "Rule name ^1s not found."
s_TcolorMgtFileRulesCmdStrings.rRuleUnsupportedExtensionError = "The file extension ^1s is not supported."
//
// String set: s_TcolorMgtPrefsCmdStrings
//
s_TcolorMgtPrefsCmdStrings.rCannotExportOrLoadPolicyWhenLockedError = "Cannot export or load a policy file when policy is locked by environment variable."
s_TcolorMgtPrefsCmdStrings.rCannotRestoreDefaultsWhenLockedError = "Cannot restore default settings when policy is locked by environment variable."
s_TcolorMgtPrefsCmdStrings.rColorMgtCannotDoOperationError = "Color management settings cannot be changed when policy is locked!"
s_TcolorMgtPrefsCmdStrings.rExtraArgumentError = "Illegal extra argument to command."
s_TcolorMgtPrefsCmdStrings.rNoCreateModeError = "Command does not support create mode."
s_TcolorMgtPrefsCmdStrings.rOutputTargetError = "outputTarget value can either be \"renderer\" or \"playblast\"."
//
// String set: s_TcolorMgtStrings
//
s_TcolorMgtStrings.rApplyCpuFailureError = "Failed to apply CPU to the target buffer."
s_TcolorMgtStrings.rColorManagement = "Color Management"
s_TcolorMgtStrings.rColorMgtCannotSetPolicyFileError = "Cannot set policy file name when policy is locked."
s_TcolorMgtStrings.rColorMgtFinalizationError = "Failed to finalize the color transform."
s_TcolorMgtStrings.rColorMgtInitFailedError = "Color Management Initialization failed: \"^1s\" from the preference file \"^2s\" ."
s_TcolorMgtStrings.rColorMgtInitPolicyFileNameMoreThanOnceError = "Invalid operation: color management policy file name initialized more than once."
s_TcolorMgtStrings.rColorMgtInitializationFailedError = "Color Management Initialization failed."
s_TcolorMgtStrings.rColorMgtSetPolicyFileFailedError = "Error has occurred while setting color management policy file name."
s_TcolorMgtStrings.rCreateInputTransformFailureError = "Failed to create input transform."
s_TcolorMgtStrings.rCreateViewTransformFailureError = "Failed to create view transform."
s_TcolorMgtStrings.rExtraInfoAccept = "^1s (Accept)"
s_TcolorMgtStrings.rExtraInfoCancel = "^1s (Cancel)"
s_TcolorMgtStrings.rMessageError = "Error: ^1s"
s_TcolorMgtStrings.rMessageWarning = "Warning: ^1s"
s_TcolorMgtStrings.rPolicyFileDoesntExistError = "Color management policy file \"^1s\" does not exist."
s_TcolorMgtStrings.rPolicyFileExportingFailureError = "Error has occurred while exporting color management policy file \"^1s\" ."
s_TcolorMgtStrings.rPolicyFileInvalidError = "Cannot load invalid policy file \"^1s\"."
s_TcolorMgtStrings.rPolicyFileLoadingFailureError = "Error has occurred while loading color management policy file \"^1s\" ."
s_TcolorMgtStrings.rUnsupportedExtensionForFileRule = "The image file extension \"^1s\" is unknown; replaced by '*'"
//
// String set: s_TcombinationShapeCmdStrings
//
s_TcombinationShapeCmdStrings.rAddDriverRemoveDriverExist = "Cannot use the -addDriver flag and the -removeDriver flag at the same time."
s_TcombinationShapeCmdStrings.rBlendShapeNotFound = "Blend shape node not found."
s_TcombinationShapeCmdStrings.rCombinationTargetNameAndIndexBothExist = "Cannot use the -combinationTargetName flag and the -combinationTargetIndex flag at the same time."
s_TcombinationShapeCmdStrings.rCombinationTargetNotFound = "Combination target not found."
s_TcombinationShapeCmdStrings.rDriverTargetNotfound = "Driver target not found: ^1s."
s_TcombinationShapeCmdStrings.rInvalidCombinationTargetIndex = "Invalid combination target index."
s_TcombinationShapeCmdStrings.rInvalidDriverTargetIndex = "Invalid driver target index: ^1s."
s_TcombinationShapeCmdStrings.rNeedBlendShape = "The -blendShape flag is required to specify a blend shape combination target."
s_TcombinationShapeCmdStrings.rNeedCombinationTargetNameOrIndex = "The -combinationTargetName flag or the -combinationTargetIndex flag is required to specify a blend shape combination target."
s_TcombinationShapeCmdStrings.rNeedDriverTarget = "The -driverTargetName flag or -driverTargetIndex flag is required to specify driver targets."
//
// String set: s_TcommandArgListStrings
//
s_TcommandArgListStrings.rCommandArgListBadArg = "Bad Argument"
s_TcommandArgListStrings.rCommandArgListDoubleSelect = "Found two selection items when one was expected. Choosing one."
s_TcommandArgListStrings.rCommandArgListNoSelect = "Failed to select object"
//
// String set: s_TcommandFileOutputCmdStrings
//
s_TcommandFileOutputCmdStrings.rCmdFileOutputCantOpen = "The cmdFileOutput command could not open the file `^1s': please check the filename and permissions"
s_TcommandFileOutputCmdStrings.rCmdFileOutputCloseNoQuery = "The cmdFileOutput command does not support use of -query with either -close or -closeAll"
s_TcommandFileOutputCmdStrings.rCmdFileOutputErrorStr = "Error:"
s_TcommandFileOutputCmdStrings.rCmdFileOutputResultStr = "Result:"
s_TcommandFileOutputCmdStrings.rCmdFileOutputTrailerStr = ""
s_TcommandFileOutputCmdStrings.rCmdFileOutputWarningStr = "Warning:"
//
// String set: s_TcommandLineStrings
//
s_TcommandLineStrings.rCommandLineErrorStr = "Error:"
s_TcommandLineStrings.rCommandLineResultStr = "Result:"
s_TcommandLineStrings.rCommandLineWarningStr = "Warning:"
//
// String set: s_TcommandShellStrings
//
s_TcommandShellStrings.rShellErrorStr = "Error:"
s_TcommandShellStrings.rShellResultStr = "Result:"
s_TcommandShellStrings.rShellTrailerStr = ""
s_TcommandShellStrings.rShellWarningStr = "Warning:"
//
// String set: s_TcommandWindowStrings
//
s_TcommandWindowStrings.rCommandWindowLoadErrStr = "Could not load script."
s_TcommandWindowStrings.rCommandWindowSaveErrStr = "Could not save script."
s_TcommandWindowStrings.rCommandWndAcceptLabel = "OK"
s_TcommandWindowStrings.rCommandWndCancelLabel = "Cancel"
s_TcommandWindowStrings.rCommandWndCannotOpenFileError = "Cannot open file for writing: "
s_TcommandWindowStrings.rCommandWndClearNeedsOpenError = "The -chf/clearHistoryFile flag first requires that -wh/writeHistory be true."
s_TcommandWindowStrings.rCommandWndDefaultLoadFileStr = "script.mel"
s_TcommandWindowStrings.rCommandWndDefaultSaveFileStr = "script.mel"
s_TcommandWindowStrings.rCommandWndEditMenuClearAllItemStr = "Clear All"
s_TcommandWindowStrings.rCommandWndEditMenuClearHistoryItemStr = "Clear History"
s_TcommandWindowStrings.rCommandWndEditMenuClearInputItemStr = "Clear Input"
s_TcommandWindowStrings.rCommandWndEditMenuCopyItemStr = "Copy"
s_TcommandWindowStrings.rCommandWndEditMenuCutItemStr = "Cut"
s_TcommandWindowStrings.rCommandWndEditMenuDebuggerItemStr = "MEL Debugger..."
s_TcommandWindowStrings.rCommandWndEditMenuPasteItemStr = "Paste"
s_TcommandWindowStrings.rCommandWndEditMenuSelectAllItemStr = "Select All"
s_TcommandWindowStrings.rCommandWndEditMenuStr = "Edit"
s_TcommandWindowStrings.rCommandWndErrorStr = "Error:"
s_TcommandWindowStrings.rCommandWndFileMenuLoadItemStr = "Open Script..."
s_TcommandWindowStrings.rCommandWndFileMenuSaveItemStr = "Save Selected..."
s_TcommandWindowStrings.rCommandWndFileMenuSaveToShelfItemStr = "Save Selected to Shelf..."
s_TcommandWindowStrings.rCommandWndFileMenuSourceItemStr = "Source Script..."
s_TcommandWindowStrings.rCommandWndFileMenuStr = "File"
s_TcommandWindowStrings.rCommandWndFlagNotInBatchStr = "'^1s' flag is not supported in batch mode."
s_TcommandWindowStrings.rCommandWndHelpMenuCommandsStr = "MEL Command Reference"
s_TcommandWindowStrings.rCommandWndHelpMenuMELStr = "Help on MEL"
s_TcommandWindowStrings.rCommandWndHelpMenuStr = "Help"
s_TcommandWindowStrings.rCommandWndHelpMenuWindowStr = "Help on Script Editor"
s_TcommandWindowStrings.rCommandWndLoadPromptStr = "Script File Name:"
s_TcommandWindowStrings.rCommandWndMELButton = "MEL"
s_TcommandWindowStrings.rCommandWndNoFileSaveInThisApplication = "The -wh/-writeHistory flag cannot be set to true in this application."
s_TcommandWindowStrings.rCommandWndOpenDialogStr = "Open Script"
s_TcommandWindowStrings.rCommandWndPythonButton = "Python"
s_TcommandWindowStrings.rCommandWndResourceFileErr = "Resource file not found. Maya cannot run."
s_TcommandWindowStrings.rCommandWndResultStr = "Result:"
s_TcommandWindowStrings.rCommandWndSaveDialogStr = "Save Selected"
s_TcommandWindowStrings.rCommandWndSavePromptStr = "Script File Name:"
s_TcommandWindowStrings.rCommandWndSaveSelectedErr = "Select the text that you wish to save."
s_TcommandWindowStrings.rCommandWndSaveToShelfTypePromptMessage = "Save script to shelf as type:"
s_TcommandWindowStrings.rCommandWndScriptMenuBatchRenderMsgsItemStr = "Batch Render Messages"
s_TcommandWindowStrings.rCommandWndScriptMenuEchoAllItemStr = "Echo All Commands"
s_TcommandWindowStrings.rCommandWndScriptMenuExecuteItemStr = "Execute"
s_TcommandWindowStrings.rCommandWndScriptMenuShowNumItemStr = "Show Line Numbers"
s_TcommandWindowStrings.rCommandWndScriptMenuStackTraceItemStr = "Show Stack Trace"
s_TcommandWindowStrings.rCommandWndScriptMenuStr = "Script"
s_TcommandWindowStrings.rCommandWndShelfNameMessage = "Enter Name of New Shelf Item"
s_TcommandWindowStrings.rCommandWndSimpleDialogWarning = "Not enough contiguous virtual memory to open standard Windows dialog box. Using simple dialog instead."
s_TcommandWindowStrings.rCommandWndSourceDialogStr = "Source Script"
s_TcommandWindowStrings.rCommandWndSuppressErrorsItemStr = "Suppress Error Messages"
s_TcommandWindowStrings.rCommandWndSuppressInfoItemStr = "Suppress Info Messages"
s_TcommandWindowStrings.rCommandWndSuppressResultsItemStr = "Suppress Command Results"
s_TcommandWindowStrings.rCommandWndSuppressStackWindowItemStr = "Suppress Stack Window"
s_TcommandWindowStrings.rCommandWndSuppressWarningsItemStr = "Suppress Warning Messages"
s_TcommandWindowStrings.rCommandWndTrailerStr = ""
s_TcommandWindowStrings.rCommandWndWarningStr = "Warning:"
//
// String set: s_TcommonDialogStrings
//
s_TcommonDialogStrings.rDialogAcceptString = "Accept"
s_TcommonDialogStrings.rDialogCancelString = "Cancel"
s_TcommonDialogStrings.rDialogCloseString = "Close"
s_TcommonDialogStrings.rDialogContinueString = "Continue"
s_TcommonDialogStrings.rDialogDoNotAcceptString = "Do Not Accept"
s_TcommonDialogStrings.rDialogNoString = "No"
s_TcommonDialogStrings.rDialogOkString = "OK"
s_TcommonDialogStrings.rDialogSaveString = "Save"
s_TcommonDialogStrings.rDialogYesString = "Yes"
//
// String set: s_TcommonRenderGlobalsDataString
//
s_TcommonRenderGlobalsDataString.rExrChannelNameTrunctionWarning = "The frame buffer name \"^1s\" should be less than ^2d characters, it has been automatically shortened to ^3s!"
//
// String set: s_TcommonTabStrings
//
s_TcommonTabStrings.rLMBShortcut = "LMB"
s_TcommonTabStrings.rTitleCloseTabTag = "Close Tab"
s_TcommonTabStrings.rTitleCollapseTag = "Collapse Tab Group"
s_TcommonTabStrings.rTitleDuplicateTag = "Duplicate"
s_TcommonTabStrings.rTitleExpandTag = "Expand Tab Group"
s_TcommonTabStrings.rTitleLeftTag = "Left"
s_TcommonTabStrings.rTitleRightTag = "Right"
s_TcommonTabStrings.rTitleTabDirectionTag = "Tab Direction"
s_TcommonTabStrings.rTitleTopTag = "Top"
//
// String set: s_TcomponentSpreadSheetStrings
//
s_TcomponentSpreadSheetStrings.rTotalTabLabel = "Total"
//
// String set: s_TcompositeCommandReporterStrings
//
s_TcompositeCommandReporterStrings.rTextTruncated = "Text truncated (was ^1d bytes) : ^2s..."
//
// String set: s_TconeContextStrings
//
s_TconeContextStrings.rConeHelp = "LMB click-drag to create a cone"
s_TconeContextStrings.rConeToolMsg = "Diameter:^6.3f"
s_TconeContextStrings.rConeToolName = "Cone"
//
// String set: s_TconnectAttributeCmdStrings
//
s_TconnectAttributeCmdStrings.rConnectAttrErrAlreadyConnected = "'^1s' already has an incoming connection from '^2s'."
s_TconnectAttributeCmdStrings.rConnectAttrErrAlreadyConnectedInRef = "'^1s' already has an incoming connection from '^2s' in a referenced file."
s_TconnectAttributeCmdStrings.rConnectAttrErrAlreadyConnectedTo = "'^1s' is already connected to '^2s'."
s_TconnectAttributeCmdStrings.rConnectAttrErrAlreadyConnectedToInRef = "'^1s' was already connected to '^2s' in a referenced file."
s_TconnectAttributeCmdStrings.rConnectAttrErrCantConnect = "The attribute '^1s' cannot be connected to '^2s'."
s_TconnectAttributeCmdStrings.rConnectAttrErrConnectSelf = "Cannot connect attribute '^1s' to itself."
s_TconnectAttributeCmdStrings.rConnectAttrErrLocked = "The attribute '^1s' is locked and cannot be connected."
s_TconnectAttributeCmdStrings.rConnectAttrErrMissingDestAttr = "No destination attribute was specified."
s_TconnectAttributeCmdStrings.rConnectAttrErrMissingSourceAttr = "No source attribute was specified."
s_TconnectAttributeCmdStrings.rConnectAttrErrNoDestAttr = "The destination attribute cannot be found."
s_TconnectAttributeCmdStrings.rConnectAttrErrNoNamedDestAttr = "The destination attribute '^1s' cannot be found."
s_TconnectAttributeCmdStrings.rConnectAttrErrNoNamedSourceAttr = "The source attribute '^1s' cannot be found."
s_TconnectAttributeCmdStrings.rConnectAttrErrNoSourceAttr = "The source attribute cannot be found."
s_TconnectAttributeCmdStrings.rConnectAttrFeedback = "Connected ^1s to ^2s."
s_TconnectAttributeCmdStrings.rConnectAttrNoNDAallowed = "Can't specify -na when connecting attribute '^1s' to '^2s'."
s_TconnectAttributeCmdStrings.rConnectAttrNotConnected = "There is no connection from '^1s' to '^2s' to disconnect"
s_TconnectAttributeCmdStrings.rDisconnectAttrErr = "Can not disconnect."
s_TconnectAttributeCmdStrings.rDisconnectAttrErrCantConnect = "The attribute '^1s' cannot be disconnected."
s_TconnectAttributeCmdStrings.rDisconnectAttrErrLocked = "The attribute '^1s' is locked and cannot be disconnected."
s_TconnectAttributeCmdStrings.rDisconnectAttrFeedback = "Disconnect ^1s from ^2s."
s_TconnectAttributeCmdStrings.rDisconnectAttrNoNDAallowed = "Can't specify -na when disconnecting attribute '^1s' from '^2s'."
//
// String set: s_TconnectControlActionStrings
//
s_TconnectControlActionStrings.rConnectControlCannotConnect = "Cannot connect to control ^1s."
s_TconnectControlActionStrings.rConnectControlNoSlider = "Cannot find slider in colorIndexSliderGrp ^1s."
s_TconnectControlActionStrings.rConnectControlNoSubControl = "No sub-control found at index ^1d of control ^2s."
//
// String set: s_TconnectionInfoActionStrings
//
s_TconnectionInfoActionStrings.rConnectInfoNoFlags = "You must specify exactly one flag."
s_TconnectionInfoActionStrings.rConnectInfoNoPlug = "The specified plug could not be found."
s_TconnectionInfoActionStrings.rConnectInfoTooManyFlags = "You cannot specify more than one flag."
//
// String set: s_TconstraintCmdStrings
//
s_TconstraintCmdStrings.rErrMsgCannotTargetSelf = "Object cannot be constrained to itself."
s_TconstraintCmdStrings.rErrMsgImpreciseLayerName = "^1s refers to more than one layer."
s_TconstraintCmdStrings.rErrMsgInternalCreateFailed = "Could not create constraint node."
s_TconstraintCmdStrings.rErrMsgInternalNoConstraint = "Could not find valid constraint node."
s_TconstraintCmdStrings.rErrMsgInternalNoObject = "Could not find valid object."
s_TconstraintCmdStrings.rErrMsgInternaldoDGfailed = "Could not add constraint or connections."
s_TconstraintCmdStrings.rErrMsgInternaldoEditFailed = "Could not add target connections."
s_TconstraintCmdStrings.rErrMsgInvalidGeometry = "Geometry not valid for this constraint."
s_TconstraintCmdStrings.rErrMsgInvalidLayer = "Layer ^1s not found."
s_TconstraintCmdStrings.rErrMsgInvalidObject = "Invalid Object."
s_TconstraintCmdStrings.rErrMsgInvalidSkipAxis = "Invalid argument for the skip flag. Specify x, y, or z."
s_TconstraintCmdStrings.rErrMsgInvalidTarget = "Invalid Target."
s_TconstraintCmdStrings.rErrMsgInvalidTargetFmt = "Target ^1s not valid. Targets must be of type ^2s."
s_TconstraintCmdStrings.rErrMsgInvalidWorldUpObject = "Invalid worldUpObject."
s_TconstraintCmdStrings.rErrMsgInvalidWorldUpType = "Invalid worldUpType."
s_TconstraintCmdStrings.rErrMsgLayerAlreadyAnimated = "Attribute ^1s is already animated on layer ^2s."
s_TconstraintCmdStrings.rErrMsgNameRequiresArg = "Name flag requires value."
s_TconstraintCmdStrings.rErrMsgNoConstraint = "Cannot edit object with no constraint."
s_TconstraintCmdStrings.rErrMsgNoQuery = "Must specify valid query flag."
s_TconstraintCmdStrings.rErrMsgNoTargetsForGetList = "Cannot specify targets for this query."
s_TconstraintCmdStrings.rErrMsgNoWeightAttr = "No weight attribute."
s_TconstraintCmdStrings.rErrMsgObjectConnected = "Object is already connected."
s_TconstraintCmdStrings.rErrMsgOffsetIgnored = "The offset flag is ignored when the maintainOffset flag is used."
s_TconstraintCmdStrings.rErrMsgTargetListRequired = "Target list was empty or contained no valid targets."
s_TconstraintCmdStrings.rErrMsgTooFewObjects = "At least two objects should selected."
s_TconstraintCmdStrings.rErrMsgWeightRequiresArg = "Weight flag requires value."
s_TconstraintCmdStrings.rErrMsgWrongInstance = "Other instance already constrained: "
s_TconstraintCmdStrings.rErrMsgWrongType = "Cannot constrain object, wrong type: "
s_TconstraintCmdStrings.rExistingConnectionFailure = "Objects with existing connections cannot be constrained when the animation blending preference is off."
s_TconstraintCmdStrings.rNoOrientCacheNeeded = "No cache is needed when there is only a single target."
s_TconstraintCmdStrings.rOrientCacheArgErr = "The createCache start and end frames could not be parsed."
s_TconstraintCmdStrings.rOrientCacheInvalidFrames = "The cache start frame must be less than the cache end frame."
//
// String set: s_TconstraintStrings
//
s_TconstraintStrings.rBlockedNotValidOnThisConstraint = "Blocked not supported on this constraint.  Switching to Has No Effect."
s_TconstraintStrings.rNoEffectNotValidOnThisConstraint = "Has No Effect not supported on this constraint.  Switching to Blocked."
s_TconstraintStrings.rNoFlipNotValidWarn = "`No Flip` can only be used when all three rotation channels are driven by the constraint."
//
// String set: s_TcontainerBindCmdStrings
//
s_TcontainerBindCmdStrings.rBSetItemListError = "Error occurred generating item list for binding set ^1s."
s_TcontainerBindCmdStrings.rBSetNotFound = "Binding set \"^1s\" not found for container \"^2s\"."
s_TcontainerBindCmdStrings.rContainerBindError = "Error occurred performing container bind."
s_TcontainerBindCmdStrings.rContainerUnbindError = "Error occurred performing container unbind."
s_TcontainerBindCmdStrings.rDetermineBindingsError = "Unexpected error occurred determining bindings."
s_TcontainerBindCmdStrings.rNoContainer = "Must select or specify a container."
s_TcontainerBindCmdStrings.rNoEdit = "The containerBind command does not have an edit mode."
s_TcontainerBindCmdStrings.rNoQueryOption = "Flag ^1s cannot be used in query mode."
s_TcontainerBindCmdStrings.rQueryOnlyOption = "Query mode is required for ^1s flag."
s_TcontainerBindCmdStrings.rRequiresBSet = "Binding set name was not specified."
//
// String set: s_TcontainerCmdStrings
//
s_TcontainerCmdStrings.rAnotherRootPublishedAlready = "'^1s' is already published as a root. Cannot add another root."
s_TcontainerCmdStrings.rAssetCmdAssetOnlyQuery = "The asset flag is only valid for query."
s_TcontainerCmdStrings.rAssetContainerCmdCannotAddNodeStr = "Cannot add node '^1s' to asset because it is in a different file."
s_TcontainerCmdStrings.rAttrAlreadyBound = "Named attribute ^1s already bound."
s_TcontainerCmdStrings.rAttrNameNotBound = "The attribute ^1s was not bound to the published name ^2s."
s_TcontainerCmdStrings.rAttrStillBound = "Named attribute ^1s is still bound; unbind first before unpublishing the name."
s_TcontainerCmdStrings.rCannotEditReferencedContainer = "'^1s' is a referenced node, its published interface cannot be modified."
s_TcontainerCmdStrings.rCantUnpublishNested = "'^1s' is still published to an ancestral asset, can't unpublish."
s_TcontainerCmdStrings.rContainerAnchorQueryFlagConflictStr = "Cannot use -publishName and -bindAttr flags at the same time."
s_TcontainerCmdStrings.rContainerAssetMemberNotFound = "Node '^1s' not found."
s_TcontainerCmdStrings.rContainerCannotBeAddedToSelf = "Cannot add an asset to itself."
s_TcontainerCmdStrings.rContainerCmdCannotAddCurrent = "Skipping addition of '^1s' to container because it is the current asset."
s_TcontainerCmdStrings.rContainerCmdCannotAddCyclical = "Skipping addition of '^1s' to asset because it creates a cyclical asset hierarchy."
s_TcontainerCmdStrings.rContainerCmdCannotAddNodeStr = "Cannot add node '^1s' because it already belongs to '^2s'. Use the force flag to force addition."
s_TcontainerCmdStrings.rContainerCmdCannotCombineAddRemoveFlagsStr = "Cannot use -addNode and -removeNode flags at the same time."
s_TcontainerCmdStrings.rContainerCmdCannotFindNodeStr = "Cannot find node '^1s'."
s_TcontainerCmdStrings.rContainerCmdCannotUseFlagInModeStr = "Cannot use ^1s flag in ^2s mode."
s_TcontainerCmdStrings.rContainerCmdCreateModeStr = "create"
s_TcontainerCmdStrings.rContainerCmdEditModeStr = "edit"
s_TcontainerCmdStrings.rContainerCmdFileNameOnlyQuery = "The fileName flag is only valid for query."
s_TcontainerCmdStrings.rContainerCmdFileNotFound = "Specified file is not loaded."
s_TcontainerCmdStrings.rContainerCmdForceWithAddRemoveNodeOnlyStr = "Flag -force can be used only with -addNode or -removeNode flags."
s_TcontainerCmdStrings.rContainerCmdInPreviewInterrupt = "Asset preview operation was interrupted."
s_TcontainerCmdStrings.rContainerCmdInPreviewMode = "No asset created. Command is in preview mode."
s_TcontainerCmdStrings.rContainerCmdInvalidPrefixFlag = "The nodeNamePrefix flag must be used with -publishConnections/-pc or -publishAttr/-pa."
s_TcontainerCmdStrings.rContainerCmdNoContainer = "An asset must be selected or specified."
s_TcontainerCmdStrings.rContainerCmdPreviewOnlyCreate = "The -preview flag is only valid in create mode."
s_TcontainerCmdStrings.rContainerCmdPublishAttrOnlyQuery = "The publishAttr flag is only valid for query."
s_TcontainerCmdStrings.rContainerCmdQueryModeStr = "query"
s_TcontainerCmdStrings.rContainerCmdSkippingNodeStr = "Skipping '^1s' because it is in a different asset."
s_TcontainerCmdStrings.rContainerFoundNoNodesToAdd = "Specified nodes could not be added to the asset."
s_TcontainerCmdStrings.rContainerIndexDoesNotMatterConn = "Cannot publish border connection '^1s' because it is an array attribute whose index does not matter."
s_TcontainerCmdStrings.rContainerIsLocked = "Asset '^1s' is locked."
s_TcontainerCmdStrings.rContainerNodeNotAllowed = "Skipping '^1s'. Node cannot be added to assets."
s_TcontainerCmdStrings.rContainerRemoveNodeNotInContainer = "Skipping '^1s'; it is not in the asset."
s_TcontainerCmdStrings.rContainerTypeInvalid = "An invalid asset type was specified."
s_TcontainerCmdStrings.rCurrentAssetInOtherScene = "The current asset may not be a node in a different scene."
s_TcontainerCmdStrings.rExternalNodesFoundInReferencedContainer = "Referenced file '^1s' is from an old version of Maya. The file has one or more invalid assets with members from a separate file. To fix the invalid asset, the file should be read into the current version of Maya and saved."
s_TcontainerCmdStrings.rInvalidDetailFlag = "An invalid value was used for includeNetworkDetails."
s_TcontainerCmdStrings.rNoBindAttrMatch = "Found no match to bind/unbind argument '^1s'."
s_TcontainerCmdStrings.rNoPublishAttrMatch = "Found no match to publishAttr argument '^1s'."
s_TcontainerCmdStrings.rNodeIsInLockedContainer = "Cannot add '^1s'. It is in a locked asset."
s_TcontainerCmdStrings.rPlugMustBeMemberOfContainer = "'^1s' must be in the asset to be published."
s_TcontainerCmdStrings.rPlugMustBePublishedOnChildContainers = "'^1s' must be published on the sub-asset(s) to be published to the parent asset."
s_TcontainerCmdStrings.rPublishAttrNotANodeAttr = "'^1s' is not a valid attribute name."
s_TcontainerCmdStrings.rPublishAttrNotInContainer = "'^1s' is not a member of the asset."
s_TcontainerCmdStrings.rPublishNodeNotDagObject = "'^1s' is not a valid DAG object."
s_TcontainerCmdStrings.rPublishedNameNotFound = "Published name ^1s not found."
s_TcontainerCmdStrings.rRemovedExternalNodesFromContainer = "Removed external file nodes from asset '^1s': "
s_TcontainerCmdStrings.rRootAlreadyPublished = "Skipping '^1s': it is already published as a root."
s_TcontainerCmdStrings.rRootAlreadyUnpublished = "Skipping '^1s': it is not published as a root."
s_TcontainerCmdStrings.rTooManyBindAttrMatch = "Found more than one match to bind/unbind '^1s'."
s_TcontainerCmdStrings.rTooManyPublishAttrMatch = "Found more than one match to publishAttr '^1s'."
s_TcontainerCmdStrings.rTooManyPublishNodeFlags = "The -publishAsRoot, -publishAsChild, -publishAsParent, -unpublishParent and -unpublishChild flags are mutually exclusive."
s_TcontainerCmdStrings.rTooManyPublishNodeMatch = "Found more than one match to publish node '^1s'."
s_TcontainerCmdStrings.rUnboundAttrNotFound = "Unbound attribute ^1s not found."
s_TcontainerCmdStrings.rUseWithNodeList = "The -unsortedOrder/-uso flag must be used with the -nodeList/-nl flag."
//
// String set: s_TcontainerProxyCmdStrings
//
s_TcontainerProxyCmdStrings.rContainerProxyNoContainers = "Must select one or more containers to proxy."
s_TcontainerProxyCmdStrings.rContainerProxyNoEdit = "The containerProxy command does not have an edit mode."
s_TcontainerProxyCmdStrings.rContainerProxyNoQuery = "The containerProxy command does not have a query mode."
s_TcontainerProxyCmdStrings.rContainerProxyTemplateNotFound = "The specified template '^1s' could not be found."
s_TcontainerProxyCmdStrings.rContainerTypeInvalid = "The containerType flag was not a valid type. Valid types are 'container' and 'dagContainer'."
s_TcontainerProxyCmdStrings.rContainerTypeOnlyWithTemplate = "The containerType flag is only valid with the fromTemplate flag."
//
// String set: s_TcontainerPublishCmdStrings
//
s_TcontainerPublishCmdStrings.rContainerHasNoAssignedTemplate = "There is no template assigned to the container."
s_TcontainerPublishCmdStrings.rContainerPublishNoContainer = "Must select or specify a container."
s_TcontainerPublishCmdStrings.rContainerPublishNoEdit = "The containerPublish command does not have an edit mode."
s_TcontainerPublishCmdStrings.rContainerTemplateNotFound = "Template '^1s' not found."
s_TcontainerPublishCmdStrings.rNoUnpublishWithBoundNode = "Must unbind '^1s' in order to unpublish its name."
s_TcontainerPublishCmdStrings.rPublishFailed = "Dependency graph connections failed. See Script Editor for more details."
s_TcontainerPublishCmdStrings.rPublishFailed2 = "Dependency graph connections failed. See Command History for more details."
s_TcontainerPublishCmdStrings.rPublishMergeOnlyWithInConns = "The mergeShared flag is only valid when used with the inConnections flag."
s_TcontainerPublishCmdStrings.rPublishNodeNotFound = "Found no match for node: '^1s'"
s_TcontainerPublishCmdStrings.rPublishNodeNotInContainer = "'^1s' is not a member of the container."
s_TcontainerPublishCmdStrings.rPublishNodeWrongType = "Published name specified can only be bound to nodes of type '^1s'"
s_TcontainerPublishCmdStrings.rPublishedNodeNameInUse = "The name '^1s' is already in use."
s_TcontainerPublishCmdStrings.rPublishedNodeNameNotFound = "'^1s' is not a published node name."
//
// String set: s_TcontainerTemplateActionStrings
//
s_TcontainerTemplateActionStrings.rErrorMsgFormat = "Error: ^1s"
s_TcontainerTemplateActionStrings.rInfoMsgFormat = "^1s"
s_TcontainerTemplateActionStrings.rInvalidLayoutMode = "Invalid layout mode specified: ^1d."
s_TcontainerTemplateActionStrings.rLayoutNeedsContOrSelect = "Layout mode requires fromContainer or fromSelection to be specified."
s_TcontainerTemplateActionStrings.rLayoutNeedsContainer = "Layout mode requires fromContainer to be specified."
s_TcontainerTemplateActionStrings.rLayoutOptionsAddView = "Layout options only valid if addView is specified."
s_TcontainerTemplateActionStrings.rNotValidContainer = "^1s is not a valid container node."
s_TcontainerTemplateActionStrings.rOnlyOnePNodeOption = "Only one published node type flag may be specified at a time"
s_TcontainerTemplateActionStrings.rSearchPathWorkspaceError = "Unexpected error occurred setting workspace entry for template search path"
s_TcontainerTemplateActionStrings.rTemplateBSetCreateError = "Error occurred creating binding set \"^1s\" for template ^2s."
s_TcontainerTemplateActionStrings.rTemplateBSetNeedForce = "Binding set ^1s already exists on template ^2s, use force option to overwrite the BindingSet."
s_TcontainerTemplateActionStrings.rTemplateBSetRemoveError = "Error occurred removing binding set ^1s from template ^2s."
s_TcontainerTemplateActionStrings.rTemplateBSetUpdateError = "Error occurred updating binding set \"^1s\" for template ^2s."
s_TcontainerTemplateActionStrings.rTemplateCreateError = "Error occurred creating new template \"^1s\"."
s_TcontainerTemplateActionStrings.rTemplateDeleteError = "Error occurred deleting template ^1s."
s_TcontainerTemplateActionStrings.rTemplateExists = "Template ^1s already exists."
s_TcontainerTemplateActionStrings.rTemplateFileNameError = "Error occurred setting filename for template ^1s."
s_TcontainerTemplateActionStrings.rTemplateSaveError = "Error occurred saving template ^1s."
s_TcontainerTemplateActionStrings.rTemplateViewCreateError = "Error occurred creating view \"^1s\" for template ^2s."
s_TcontainerTemplateActionStrings.rTemplateViewNeedForce = "View ^1s already exists on template ^2s, use force option to overwrite the view."
s_TcontainerTemplateActionStrings.rTemplateViewRemoveError = "Error occurred removing view ^1s from template ^2s."
s_TcontainerTemplateActionStrings.rUnexpectedPNodeOption = "Published node type flags are only valid when querying publishedNodeList"
s_TcontainerTemplateActionStrings.rUnknownBSet = "Binding set ^1s does not exist on template ^2s."
s_TcontainerTemplateActionStrings.rUnknownView = "View ^1s does not exist on template ^2s."
s_TcontainerTemplateActionStrings.rWarningMsgFormat = "Warning: ^1s"
//
// String set: s_TcontainerTemplateStrings
//
s_TcontainerTemplateStrings.rDefaultLocationError = "Error: Could not create default template location ^1s"
s_TcontainerTemplateStrings.rDirNotCreated = "Error: Could not create new directory ^1s"
s_TcontainerTemplateStrings.rErrorMsgFormat = "Error: ^1s"
s_TcontainerTemplateStrings.rInfoMsgFormat = "^1s"
s_TcontainerTemplateStrings.rInvalidName = "Error: Name \"^1s\" contains illegal characters \"^2s\" or spaces that cannot be used for naming template entities"
s_TcontainerTemplateStrings.rMsgFileNoLineFormat = "^1s (File: ^2s)"
s_TcontainerTemplateStrings.rMsgSourceLineFormat = "^1s (Line: ^2d File: ^3s)"
s_TcontainerTemplateStrings.rTemplateAlreadyLoaded = "Error: Template ^1s is already loaded"
s_TcontainerTemplateStrings.rTemplateNotInFile = "Error: Template \"^1s\" was not defined in file ^2s"
s_TcontainerTemplateStrings.rTemplatePathConflict = "Warning: Template ^1s loaded from search path location ^2s"
s_TcontainerTemplateStrings.rWarningMsgFormat = "Warning: ^1s"
//
// String set: s_TcontainerViewActionStrings
//
s_TcontainerViewActionStrings.rInvalidContainer = "^1s is not a valid container node."
s_TcontainerViewActionStrings.rInvalidView = "\"^1s\" is not a valid view on container ^2s."
s_TcontainerViewActionStrings.rUnknownView = "View ^1s does not exist on template ^2s."
s_TcontainerViewActionStrings.rViewListErrors = "Errors occurred generating viewlist for container ^2s."
//
// String set: s_TcontainerViewStrings
//
s_TcontainerViewStrings.rUnboundGroupName = "Unbound"
//
// String set: s_TcontrolPointShapeStrings
//
s_TcontrolPointShapeStrings.rAddingSiblingMoveToShape = "Manipulating the intermediate object "
//
// String set: s_TcontrollerCmdStrings
//
s_TcontrollerCmdStrings.rControllerGroupBadMemberErr = "Attribute is not a member of the controllerGroup."
s_TcontrollerCmdStrings.rControllerGroupCannotBeInControllerGroup = "Cannot add controllerGroup attributes to a controllerGroup."
s_TcontrollerCmdStrings.rControllerGroupConnectedAttribute = "Skipped ^1s because it already had connections."
s_TcontrollerCmdStrings.rControllerGroupMustSpecifyAControllerGroup = "Must specify a controllerGroup to query."
s_TcontrollerCmdStrings.rControllerGroupNoCreate = "The ^1s flag must be used with the -edit/-e or the -query/-q flag."
s_TcontrollerCmdStrings.rControllerGroupNoCreateNoQuery = "The ^1s flag must be used with the -edit/-e flag."
//
// String set: s_TconvertProgressStrings
//
s_TconvertProgressStrings.rComputing = "Computing..."
s_TconvertProgressStrings.rDetectingFeatures = "Detecting features..."
s_TconvertProgressStrings.rFittingMeshToSurface = "Fitting mesh to surface..."
//
// String set: s_TconvertSolidTxCmdStrings
//
s_TconvertSolidTxCmdStrings.rCameraErrorStr = "Specified camera is not valid"
s_TconvertSolidTxCmdStrings.rErrorColorMgtConnection = "Failed to connect to the defaultColorMgtGlobals node"
s_TconvertSolidTxCmdStrings.rFullUvRangeErrorStr = "The ^1s flag cannot be used with the ^2s flag"
s_TconvertSolidTxCmdStrings.rObjectErrorStr = "Object list must contain a surface and a texture"
s_TconvertSolidTxCmdStrings.rUvRangeErrorStr = "UV range is not valid"
s_TconvertSolidTxCmdStrings.rUvSetNameErrorStr = "Specified uvSetName is not valid"
s_TconvertSolidTxCmdStrings.rWriteErrorStr = "Unable to write pixel map file"
s_TconvertSolidTxCmdStrings.rWrongBackMode = "Wrong argument to -backgroundMode, using 'shader' mode"
s_TconvertSolidTxCmdStrings.rWrongPixelFormat = "Invalid value for pixelFormat"
//
// String set: s_TconvertSolidTxStrings
//
s_TconvertSolidTxStrings.rFeedbackFmtStr = "Convert solid is ^1d% complete, estimated completion ^2d seconds"
s_TconvertSolidTxStrings.rRaytraceShadowWarnStr = "\"^1s\", ray-traced shadows these are not supported"
s_TconvertSolidTxStrings.rReuseMapFailureStr = "Could not use shadow map for light ^s"
//
// String set: s_TconvertTessellationCmdStrings
//
s_TconvertTessellationCmdStrings.rConvertTessellationCmdCameraFlagConflict = "The -camera and -allCameras flags cannot be used together"
s_TconvertTessellationCmdStrings.rConvertTessellationCmdIsNotACamera = "^1s is not a camera"
s_TconvertTessellationCmdStrings.rConvertTessellationCmdNoRenderableCamera = "There are no renderable cameras in the scene"
//
// String set: s_TcopyAttrCmdStrings
//
s_TcopyAttrCmdStrings.rCopyAttrAttrNotFound = "Skipping attribute '^1s'. It did not exist on one or both of the selected objects."
s_TcopyAttrCmdStrings.rCopyAttrCmdDgProblems = "Target node would not allow some values to be set."
s_TcopyAttrCmdStrings.rCopyAttrCmdRenameProblems = "Target node could not be renamed."
s_TcopyAttrCmdStrings.rCopyAttrFailed = "Transfer attributes failed. Dependency graph operations were not allowed."
s_TcopyAttrCmdStrings.rCopyAttrInvalidSelection = "Invalid selection. Select a source node and a target node."
s_TcopyAttrCmdStrings.rCopyAttrNamesMatchTypeDiff = "Skipping published attribute '^1s': attribute types are incompatible."
s_TcopyAttrCmdStrings.rCopyAttrNoCopyFlag = "Must specify what to copy using the -values, -inConnections and/or -outConnectinos flag."
s_TcopyAttrCmdStrings.rCopyAttrNotOnShape = "The copyAttr command does not support geometry shapes."
s_TcopyAttrCmdStrings.rCopyAttrNotSameType = "Source and target for copy must be of the same type."
s_TcopyAttrCmdStrings.rCopyAttrSelectSrcAndTarget = "Select a source and a target."
s_TcopyAttrCmdStrings.rCopyAttrSkipped = "Connections to/from the following attributes were not transferred because they came from within the source container: ^1s"
s_TcopyAttrCmdStrings.rCopyAttrTargetLocked = "Cannot copy to a locked target node."
s_TcopyAttrCmdStrings.rCopyAttrTooMany = "Too many objects selected. Select a source and a target."
//
// String set: s_TcopyDeformerWeightsCmdStrings
//
s_TcopyDeformerWeightsCmdStrings.rCopyWeightsBadDestGeom = "Unable to get destination geometry for skin weight copying operation."
s_TcopyDeformerWeightsCmdStrings.rCopyWeightsBadFlags = "The -sourceSkin/-ss and -destinationSkin/-ds flags are required."
s_TcopyDeformerWeightsCmdStrings.rCopyWeightsBadInfluenceAssociationMode = "Invalid influence association mode. Valid modes are closestJoint, oneToOne, label and name."
s_TcopyDeformerWeightsCmdStrings.rCopyWeightsBadInverse = "Inverse flag can only be used when the source and destination skins are the same"
s_TcopyDeformerWeightsCmdStrings.rCopyWeightsBadMode = "Invalid mode. Valid modes are XY, YZ and XZ."
s_TcopyDeformerWeightsCmdStrings.rCopyWeightsBadSourceGeom = "Unable to get source geometry for skin weight copying operation."
s_TcopyDeformerWeightsCmdStrings.rCopyWeightsBadSurfaceAssociationMode = "Invalid surface association mode. Valid modes are closestPoint, rayCast and closestComponent."
s_TcopyDeformerWeightsCmdStrings.rCopyWeightsSourceProblem = "Error in getting weights from source skin"
s_TcopyDeformerWeightsCmdStrings.rCopyWeightsUVSpaceRequiresMeshes = "The UV space transfer option only works on meshes."
s_TcopyDeformerWeightsCmdStrings.rCopyWtsTooFewObj = "Must select a source and a destination skin, or components on a source and destination skin."
s_TcopyDeformerWeightsCmdStrings.rCopyWtsTooManyObj = "The options and/or surfaces selected do not support multiple source objects. Select one source and one destination skin."
s_TcopyDeformerWeightsCmdStrings.rDesSkinNameNotUnique = "The destination skin specified was not a unique name."
s_TcopyDeformerWeightsCmdStrings.rDestSkinBad = "A skinCluster node should be specified with the -destinationSkin/-ds flag."
s_TcopyDeformerWeightsCmdStrings.rDestSkinNameNotFound = "No matches to destination skin value."
s_TcopyDeformerWeightsCmdStrings.rDestinationDeformerNotConnected = "Destination deformer not connected to destination shape."
s_TcopyDeformerWeightsCmdStrings.rDifferentInfCount = "The two surfaces have different numbers of influences (^1s and ^2s). Weight transfer may be problematic near the missing influences."
s_TcopyDeformerWeightsCmdStrings.rInflMultiMatchProblem = "Influence '^1s' mirrors to both '^2s' and '^3s'."
s_TcopyDeformerWeightsCmdStrings.rInflNoCorrespondWarning = "Skipping influence '^1s'. No corresponding influence found."
s_TcopyDeformerWeightsCmdStrings.rInflNoMirrorWarning = "Skipping influence '^1s'. No mirror found."
s_TcopyDeformerWeightsCmdStrings.rInfluenceConnsProblem = "Influence connections to source and destination don't match."
s_TcopyDeformerWeightsCmdStrings.rInfluenceDiffNum = "Number of influence connections for source and destination skin clusters should be identical."
s_TcopyDeformerWeightsCmdStrings.rMirrorInverseWithNoMirror = "The mirrorInverse flag can't be used with the noMirror flag."
s_TcopyDeformerWeightsCmdStrings.rMirrorMatchProblem = "Couldn't find a one-to-one correspondence in mirroring."
s_TcopyDeformerWeightsCmdStrings.rMirrorModeWithNoMirror = "The mirrorMode flag can't be used with the noMirror flag."
s_TcopyDeformerWeightsCmdStrings.rMirrorWtsTooFewObj = "Must select a skin, or components on a skin."
s_TcopyDeformerWeightsCmdStrings.rMirroringMatchProblem = "Could not resolve mirroring for some influences. More than one influence was in same position on mirror side. Move the coincident influences and retry the mirror. See diagnostics in Script Editor."
s_TcopyDeformerWeightsCmdStrings.rMissingDeformerSetOnSourceOrDest = "Missing deformer set on source or destination shape."
s_TcopyDeformerWeightsCmdStrings.rNotASkin = "Skipping '^1s' since it is not a skinned object."
s_TcopyDeformerWeightsCmdStrings.rOneSkinNoMirror = "The noMirror flag cannot be used when the source and destination skins are the same."
s_TcopyDeformerWeightsCmdStrings.rSourceSkinBad = "A skinCluster node should be specified with the -sourceSkin/-ss flag."
s_TcopyDeformerWeightsCmdStrings.rSourceSkinNameNotFound = "No matches to source skin value."
s_TcopyDeformerWeightsCmdStrings.rSourceSkinNameNotUnique = "The source skin specified was not a unique name."
s_TcopyDeformerWeightsCmdStrings.rSrcDstDifferentInfluenceCount = "Source skin has ^1d influences and destination has ^2d influences. Influence count for source and destination must be the same."
s_TcopyDeformerWeightsCmdStrings.rSrcDstDifferentInfluencePos = "No influence on destination skeleton matches location of source '^1s'. Source and destination skeletons must be aligned."
s_TcopyDeformerWeightsCmdStrings.rUnmatchedInfluences = "Not all influences could be matched up using the selected association options. Weight transfer may be problematic near the unmatched influences."
//
// String set: s_TcopyFlexorCmdStrings
//
s_TcopyFlexorCmdStrings.rCFCopyFlexorAttrsFailed = "Failed to properly copy one or more attributes of the flexor node."
s_TcopyFlexorCmdStrings.rCFCopyGuideAttrFailed = "Failed to properly copy one or more attributes of the guide node."
s_TcopyFlexorCmdStrings.rCFCopyLatticeTransFailed = "Failed to properly copy the lattice transforms."
s_TcopyFlexorCmdStrings.rCFCopyTweaksFailed = "Failed to properly copy the lattice tweaks."
s_TcopyFlexorCmdStrings.rCFCouldNotFindDeformerNode = "Could not find the deformer node associated with the selected flexor."
s_TcopyFlexorCmdStrings.rCFFlexorFailed = "Failed to create flexor at destination joint."
s_TcopyFlexorCmdStrings.rCFObjectNotAFlexorOrJoint = "Object `^1s` is neither a joint nor a flexor ffd."
s_TcopyFlexorCmdStrings.rCFSelectFlexorAndJoint = "Select the flexor to copy and the destination joint."
s_TcopyFlexorCmdStrings.rCFSetGroupTransFailed = "Failed to properly set the group lattice transform."
//
// String set: s_TcopyKeyCmdStrings
//
s_TcopyKeyCmdStrings.rCopyKeyAnimLayerErr = "specified animation layer not found"
//
// String set: s_TcopySkinWeightsCmdStrings
//
s_TcopySkinWeightsCmdStrings.rCopyWeightsBadDestGeom = "Unable to get destination geometry for skin weight copying operation."
s_TcopySkinWeightsCmdStrings.rCopyWeightsBadFlags = "The -sourceSkin/-ss and -destinationSkin/-ds flags are required."
s_TcopySkinWeightsCmdStrings.rCopyWeightsBadInfluenceAssociationMode = "Invalid influence association mode. Valid modes are closestJoint, oneToOne, label and name."
s_TcopySkinWeightsCmdStrings.rCopyWeightsBadInverse = "Inverse flag can only be used when the source and destination skins are the same"
s_TcopySkinWeightsCmdStrings.rCopyWeightsBadMode = "Invalid mode. Valid modes are XY, YZ and XZ."
s_TcopySkinWeightsCmdStrings.rCopyWeightsBadSourceGeom = "Unable to get source geometry for skin weight copying operation."
s_TcopySkinWeightsCmdStrings.rCopyWeightsBadSurfaceAssociationMode = "Invalid surface association mode. Valid modes are closestPoint, rayCast and closestComponent."
s_TcopySkinWeightsCmdStrings.rCopyWeightsMissingSet = "Missing deformer set on source or destination skinCluster."
s_TcopySkinWeightsCmdStrings.rCopyWeightsSourceProblem = "Error in getting weights from source skin"
s_TcopySkinWeightsCmdStrings.rCopyWeightsUVSpaceRequiresMeshes = "The UV space transfer option only works on meshes."
s_TcopySkinWeightsCmdStrings.rCopyWtsTooFewObj = "Must select a source and a destination skin, or components on a source and destination skin."
s_TcopySkinWeightsCmdStrings.rCopyWtsTooManyObj = "The options and/or surfaces selected do not support multiple source objects. Select one source and one destination skin."
s_TcopySkinWeightsCmdStrings.rDesSkinNameNotUnique = "The destination skin specified was not a unique name."
s_TcopySkinWeightsCmdStrings.rDestSkinBad = "A skinCluster node should be specified with the -destinationSkin/-ds flag."
s_TcopySkinWeightsCmdStrings.rDestSkinNameNotFound = "No matches to destination skin value."
s_TcopySkinWeightsCmdStrings.rDifferentInfCount = "The two surfaces have different numbers of influences (^1s and ^2s). Weight transfer may be problematic near the missing influences."
s_TcopySkinWeightsCmdStrings.rInflMultiMatchProblem = "Influence '^1s' mirrors to both '^2s' and '^3s'."
s_TcopySkinWeightsCmdStrings.rInflNoCorrespondWarning = "Skipping influence '^1s'. No corresponding influence found."
s_TcopySkinWeightsCmdStrings.rInflNoMirrorWarning = "Skipping influence '^1s'. No mirror found."
s_TcopySkinWeightsCmdStrings.rInfluenceConnsProblem = "Influence connections to source and destination don't match."
s_TcopySkinWeightsCmdStrings.rInfluenceDiffNum = "Number of influence connections for source and destination skin clusters should be identical."
s_TcopySkinWeightsCmdStrings.rMirrorInverseWithNoMirror = "The mirrorInverse flag can't be used with the noMirror flag."
s_TcopySkinWeightsCmdStrings.rMirrorMatchProblem = "Couldn't find a one-to-one correspondence in mirroring."
s_TcopySkinWeightsCmdStrings.rMirrorModeWithNoMirror = "The mirrorMode flag can't be used with the noMirror flag."
s_TcopySkinWeightsCmdStrings.rMirrorWtsTooFewObj = "Must select a skin, or components on a skin."
s_TcopySkinWeightsCmdStrings.rMirroringMatchProblem = "Could not resolve mirroring for some influences. More than one influence was in same position on mirror side. Move the coincident influences and retry the mirror. See diagnostics in Script Editor."
s_TcopySkinWeightsCmdStrings.rNotASkin = "Skipping '^1s' since it is not a skinned object."
s_TcopySkinWeightsCmdStrings.rOneSkinNoMirror = "The noMirror flag cannot be used when the source and destination skins are the same."
s_TcopySkinWeightsCmdStrings.rSourceSkinBad = "A skinCluster node should be specified with the -sourceSkin/-ss flag."
s_TcopySkinWeightsCmdStrings.rSourceSkinNameNotFound = "No matches to source skin value."
s_TcopySkinWeightsCmdStrings.rSourceSkinNameNotUnique = "The source skin specified was not a unique name."
s_TcopySkinWeightsCmdStrings.rSrcDstDifferentInfluenceCount = "Source skin has ^1d influences and destination has ^2d influences. Influence count for source and destination must be the same."
s_TcopySkinWeightsCmdStrings.rSrcDstDifferentInfluencePos = "No influence on destination skeleton matches location of source '^1s'. Source and destination skeletons must be aligned."
s_TcopySkinWeightsCmdStrings.rUnmatchedInfluences = "Not all influences could be matched up using the selected association options. Weight transfer may be problematic near the unmatched influences."
//
// String set: s_TcorruptedDialogStrings
//
s_TcorruptedDialogStrings.rMayaCorruptedString = "Maya has either lost connection with the license server or hardware lock, or it has detected a corrupted executable.\nPlease save your work immediately and restart Maya. If you continue to have problems, please contact Customer Support."
s_TcorruptedDialogStrings.rMayaCorruptedStringOk = "OK"
s_TcorruptedDialogStrings.rMayaCorruptedTitle = "Maya Corrupted"
//
// String set: s_TcorruptedMessageStrings
//
s_TcorruptedMessageStrings.rMayaCorruptedMessageString = "Maya has either lost connection with the license server or hardware lock, or it has detected a corrupted executable.\nPlease restart Maya. If you continue to have problems, please contact Customer Support."
//
// String set: s_TcounterStrings
//
s_TcounterStrings.rCounterAtMaxDepth = "... at maximum depth of ^1d ...\n"
s_TcounterStrings.rCounterDateTime = "^1s ^2s"
s_TcounterStrings.rCounterEmptyList = "Empty List"
s_TcounterStrings.rCounterFullPrint = "All enabled counters (^1d active) as of ^2s ^3s"
s_TcounterStrings.rCounterListDisabled = "^1s (off)"
s_TcounterStrings.rCounterListEnabled = "^1s (on)"
s_TcounterStrings.rCounterMatchingPrint = "Counters matching '^1s' as of ^2s ^3s"
s_TcounterStrings.rCounterRetrieveError = "Counters could not be retrieved\n"
s_TcounterStrings.rCounterThreadName = "Thread ^1d"
s_TcounterStrings.rCounterVerboseCount = "^1s : ^2d (^3d)"
s_TcounterStrings.rCounterVerboseHeading = "^1s : ^2d (^3d)"
s_TcounterStrings.rCountersDisabledError = "Counters are currently disabled\n"
s_TcounterStrings.rCountersDisabledNoReset = "Counters Currently Disabled - No Reset Done"
s_TcounterStrings.rCountersNotRetrieved = "Counters could not be retrieved\n"
//
// String set: s_TcrashInfoCmdStrings
//
s_TcrashInfoCmdStrings.rNotCreateFlag = "Invalid flag for create."
s_TcrashInfoCmdStrings.rNotQueryFlag = "Invalid flag for query."
//
// String set: s_TcreateAttrPatternsCmdStrings
//
s_TcreateAttrPatternsCmdStrings.rCreateAttrPatternsCmdNoPattern = "The 'pattern' flag is required."
s_TcreateAttrPatternsCmdStrings.rCreateAttrPatternsCmdNoSource = "Must specify one of 'patternFile' or 'patternDefinition' but not both."
s_TcreateAttrPatternsCmdStrings.rCreateAttrPatternsCmdPatternFailed = "The pattern creation failed."
s_TcreateAttrPatternsCmdStrings.rCreateAttrPatternsCmdPatternNotFound = "That pattern type does not exist."
//
// String set: s_TcreateDisplayLayerCmdStrings
//
s_TcreateDisplayLayerCmdStrings.rCreateDisplayLayerCmdConnection = "One or more connections could not be made."
s_TcreateDisplayLayerCmdStrings.rCreateDisplayLayerCmdDagOnly = "Only DAG nodes can be in a display layer.  '^1s' rejected."
s_TcreateDisplayLayerCmdStrings.rCreateDisplayLayerCmdIdInUse = "That display layer ID is currently in use."
s_TcreateDisplayLayerCmdStrings.rCreateDisplayLayerCmdNameError = "Could not create layer with name '^1s'"
s_TcreateDisplayLayerCmdStrings.rCreateDisplayLayerCmdNoComponents = "Only DAG nodes can be in a display layer.  Rejecting components"
s_TcreateDisplayLayerCmdStrings.rCreateDisplayLayerCmdNoManager = "Could not find display layer manager node"
//
// String set: s_TcreateEditorActionStrings
//
s_TcreateEditorActionStrings.rCouldNotfindLayoutNamed = "Could not find layout named ^1s"
s_TcreateEditorActionStrings.rCreateEditorNoSuchNode = "The specified dependency node does not exist."
//
// String set: s_TcreateNodeCmdStrings
//
s_TcreateNodeCmdStrings.rCreateNodeCmdAmbiguousParent = "Parent specified is ambiguous."
s_TcreateNodeCmdStrings.rCreateNodeCmdBadName = "New name has no legal characters."
s_TcreateNodeCmdStrings.rCreateNodeCmdBadParent = "Parent specified is not in the DAG."
s_TcreateNodeCmdStrings.rCreateNodeCmdCannotAdd = "Cannot add '^1s' to this scene."
s_TcreateNodeCmdStrings.rCreateNodeCmdCannotParent = "Cannot parent '^1s' under '^2s'."
s_TcreateNodeCmdStrings.rCreateNodeCmdCannotParentShape = "Cannot place non-transform node in the underworld of a shape."
s_TcreateNodeCmdStrings.rCreateNodeCmdInvalidParent = "Cannot create node of type '^1s' under parent '^2s'."
s_TcreateNodeCmdStrings.rCreateNodeCmdMissingType = "No node type specified."
s_TcreateNodeCmdStrings.rCreateNodeCmdNoSuchNodeType = "There is no such dependency node type: ^1s."
s_TcreateNodeCmdStrings.rCreateNodeCmdParentNotDag = "Node type '^1s' is not a DAG node; ignoring parenting information."
s_TcreateNodeCmdStrings.rCreateNodeCmdParentNotFound = "No object matches the parent name: ^1s"
s_TcreateNodeCmdStrings.rCreateNodeCmdRemoveInvalid = "Removing invalid characters from name."
s_TcreateNodeCmdStrings.rCreateNodeCmdUnknownNodeType = "Unrecognized node type '^1s'; preserving node information during this session."
//
// String set: s_TcreateNurbsCircleContextStrings
//
s_TcreateNurbsCircleContextStrings.rCreateNurbsCircleName = "NURBS Circle Tool"
//
// String set: s_TcreateNurbsConeContextStrings
//
s_TcreateNurbsConeContextStrings.rNurbsConeToolTitle = "NURBS Cone Tool"
//
// String set: s_TcreateNurbsCubeContextStrings
//
s_TcreateNurbsCubeContextStrings.rNurbsCubeToolTitle = "NURBS Cube Tool"
//
// String set: s_TcreateNurbsCylinderContextStrings
//
s_TcreateNurbsCylinderContextStrings.rNurbsCylinderToolTitle = "NURBS Cylinder Tool"
//
// String set: s_TcreateNurbsPlaneContextStrings
//
s_TcreateNurbsPlaneContextStrings.rNurbsPlaneToolTitle = "NURBS Plane Tool"
//
// String set: s_TcreateNurbsSphereContextStrings
//
s_TcreateNurbsSphereContextStrings.rCreateNurbsSphereName = "NURBS Sphere Tool"
//
// String set: s_TcreateNurbsSquareContextStrings
//
s_TcreateNurbsSquareContextStrings.rNurbsSquareToolTitle = "NURBS Square Tool"
//
// String set: s_TcreateNurbsTorusContextStrings
//
s_TcreateNurbsTorusContextStrings.rNurbsTorusToolTitle = "NURBS Torus Tool"
//
// String set: s_TcreatePolyConeContextStrings
//
s_TcreatePolyConeContextStrings.rCreatePolyConeToolTitle = "Polygon Cone Tool"
//
// String set: s_TcreatePolyCubeContextStrings
//
s_TcreatePolyCubeContextStrings.rCreatePolyCubeToolTitle = "Polygon Cube Tool"
//
// String set: s_TcreatePolyCylinderContextStrings
//
s_TcreatePolyCylinderContextStrings.rCreatePolyCylinderToolTitle = "Polygon Cylinder Tool"
//
// String set: s_TcreatePolyHelixContextStrings
//
s_TcreatePolyHelixContextStrings.rCreatePolyHelixFirstPrompt = "Drag the diameter of the axis on the grid, then pull up for height."
s_TcreatePolyHelixContextStrings.rCreatePolyHelixSecondPrompt = "Drag up to set height."
s_TcreatePolyHelixContextStrings.rCreatePolyHelixToolTitle = "Polygon Helix Tool"
//
// String set: s_TcreatePolyPipeContextStrings
//
s_TcreatePolyPipeContextStrings.rCreatePolyPipeToolTitle = "Polygon Pipe Tool"
//
// String set: s_TcreatePolyPlaneContextStrings
//
s_TcreatePolyPlaneContextStrings.rCreatePolyPlaneToolTitle = "Polygon Plane Tool"
//
// String set: s_TcreatePolyPlatonicSolidContextStrings
//
s_TcreatePolyPlatonicSolidContextStrings.rCreatePolyPlatonicSolidToolTitle = "Polygon Platonic Solid Tool"
//
// String set: s_TcreatePolyPrismContextStrings
//
s_TcreatePolyPrismContextStrings.rCreatePolyPrismToolTitle = "Polygon Prism Tool"
//
// String set: s_TcreatePolyPyramidContextStrings
//
s_TcreatePolyPyramidContextStrings.rCreatePolyPyramidToolTitle = "Polygon Pyramid Tool"
//
// String set: s_TcreatePolySoccerBallContextStrings
//
s_TcreatePolySoccerBallContextStrings.rCreatePolySoccerBallToolTitle = "Polygon Soccer Ball Tool"
//
// String set: s_TcreatePolySphereContextStrings
//
s_TcreatePolySphereContextStrings.rCreatePolySphereToolTitle = "Polygon Sphere Tool"
//
// String set: s_TcreatePolyTorusContextStrings
//
s_TcreatePolyTorusContextStrings.rCreatePolyTorusToolTitle = "Polygon Torus Tool"
//
// String set: s_TcreatePrimitiveContextStrings
//
s_TcreatePrimitiveContextStrings.rCreatePrimitiveCoils = "Drag to edit the number of coils."
s_TcreatePrimitiveContextStrings.rCreatePrimitiveOneStepPrompt = "Drag on the grid."
s_TcreatePrimitiveContextStrings.rCreatePrimitiveSecRad = "Drag to edit the section radius."
s_TcreatePrimitiveContextStrings.rCreatePrimitiveSections = "Drag to edit the number of sections."
s_TcreatePrimitiveContextStrings.rCreatePrimitiveSpans = "Drag to edit the number of spans."
s_TcreatePrimitiveContextStrings.rCreatePrimitiveSpansPerSide = "Drag to edit the number of spans per side."
s_TcreatePrimitiveContextStrings.rCreatePrimitiveSubdsAxis = "Drag to edit the axis subdivisions."
s_TcreatePrimitiveContextStrings.rCreatePrimitiveSubdsCaps = "Drag to edit the cap subdivisions."
s_TcreatePrimitiveContextStrings.rCreatePrimitiveSubdsCoil = "Drag to edit the coil subdivisions."
s_TcreatePrimitiveContextStrings.rCreatePrimitiveSubdsDepth = "Drag to edit the depth subdivisions."
s_TcreatePrimitiveContextStrings.rCreatePrimitiveSubdsHeight = "Drag to edit the height subdivisions."
s_TcreatePrimitiveContextStrings.rCreatePrimitiveSubdsWidth = "Drag to edit the width subdivisions."
s_TcreatePrimitiveContextStrings.rCreatePrimitiveThickness = "Drag to edit the thickness."
s_TcreatePrimitiveContextStrings.rCreatePrimitiveTwoStepFirstPrompt = "Drag the base on the grid, then pull up for height."
s_TcreatePrimitiveContextStrings.rCreatePrimitiveTwoStepSecondPrompt = "Drag up to set height."
s_TcreatePrimitiveContextStrings.rCreatePrimitiveUPatches = "Drag to edit the U patches."
s_TcreatePrimitiveContextStrings.rCreatePrimitiveUVPatches = "Drag to edit the U and V patches."
s_TcreatePrimitiveContextStrings.rCreatePrimitiveVPatches = "Drag to edit the V patches."
s_TcreatePrimitiveContextStrings.rCreatePrimitiveWarnObjectDeleted = "The object currently being edited has been deleted."
//
// String set: s_TcreateRenderLayerCmdStrings
//
s_TcreateRenderLayerCmdStrings.rCreateRenderLayerCmdConnection = "One or more connections could not be made."
s_TcreateRenderLayerCmdStrings.rCreateRenderLayerCmdIdInUse = "That render layer ID is currently in use."
s_TcreateRenderLayerCmdStrings.rCreateRenderLayerCmdNoComponents = "Only DAG nodes can be in a render layer."
s_TcreateRenderLayerCmdStrings.rCreateRenderLayerCmdNoManager = "Could not find render layer manager node"
//
// String set: s_TcreateSubdivRegionStrings
//
s_TcreateSubdivRegionStrings.rCreateSubdivRegionDisallowingBaseMeshSelectionRegion = "Unable to create a selection region with base mesh components."
s_TcreateSubdivRegionStrings.rCreateSubdivRegionNoActiveSelection = "Please select a set of faces on a subdivision surface."
//
// String set: s_TcrvFilletContextStrings
//
s_TcrvFilletContextStrings.rCosFillet2HelpSelecting = "Select point on another curve on surface (on same surface) to create fillet."
s_TcrvFilletContextStrings.rCrvFillet2HelpSelecting = "Select point on another curve to create the fillet curve."
s_TcrvFilletContextStrings.rCrvFilletHelpManip = "Drag manipulators to edit fillet curve."
s_TcrvFilletContextStrings.rCrvFilletHelpSelecting = "Select a point on two curves to create a fillet curve in the region between them."
s_TcrvFilletContextStrings.rCurveFilletToolName = "Curve Fillet"
//
// String set: s_TcteStrings
//
s_TcteStrings.rCteAnimLayerCmdAttributeLocked = "Could not add the following locked attribute to the layer:"
s_TcteStrings.rCteAnimLayerCmdAttributeNotConnectable = "Could not add the following not connectable attribute to the layer:"
s_TcteStrings.rCteAnimLayerCmdAttributeNotKeyable = "Could not add the following non keyable attribute to the layer:"
s_TcteStrings.rCteAnimLayerNotFound = "Animation Layer not found."
s_TcteStrings.rCteAnimSourceAlreadyAdded = "Animation Source already added"
s_TcteStrings.rCteAnimSourceAlreadyUnique = "Animation Source already unique to clip."
s_TcteStrings.rCteAnimSourceCannotMakeUnique = "Unable to make Animation Source unique for clip ID ^1d."
s_TcteStrings.rCteAnimSourceCreated = "<hl>^1s has been created as an Animation Source.</hl>"
s_TcteStrings.rCteAnimSourceImported = "Animation Source \"^1s\" has been imported into the scene"
s_TcteStrings.rCteAttributeAddOnlyContainers = "Clip ^1d is not an animation clip. New attributes can only be added to animation clips"
s_TcteStrings.rCteAttributeNotFound = "Attribute not found to populate"
s_TcteStrings.rCteAttributeRemoveOnlyContainers = "Clip ^1d is not an animation clip. New attributes can only be removed from animation clips"
s_TcteStrings.rCteBakingClips = "Baking Time Editor clips..."
s_TcteStrings.rCteBakingFrame = "Evaluating frame ^1d..."
s_TcteStrings.rCteBakingNoCommonTrack = "Input clips for baking must share a common track"
s_TcteStrings.rCteCannotBakeCteMuted = "Time Editor is muted, unable to bake clips."
s_TcteStrings.rCteCannotCopyRosterClips = "Cannot copy roster clips"
s_TcteStrings.rCteCannotCreateClip = "Error while creating a clip"
s_TcteStrings.rCteCannotCreateTrack = "Unable to create new track"
s_TcteStrings.rCteCannotDuplicateAnimSource = "Error while duplicating the Animation Source"
s_TcteStrings.rCteCannotMoveClip = "Clip ^1d cannot be moved"
s_TcteStrings.rCteCannotPlaybackDelete = "Cannot delete during playback"
s_TcteStrings.rCteCannotPlaybackPopulate = "Cannot populate during playback"
s_TcteStrings.rCteCannotReorderTrack = "Cannot reorder track with the offset '^1d'"
s_TcteStrings.rCteClipAndAnimSourceCreated = "<hl>Clip and its Animation Source created.</hl>\nThe Time Editor now drives the clip's keyable attributes."
s_TcteStrings.rCteClipAndAnimSourceCreatedMuted = "<hl>Clip and its Animation Source created.</hl>\nThe Time Editor will drive the clip's keyable attributes when it gets unmuted."
s_TcteStrings.rCteClipCreated = "<hl>Clip created.</hl>\nThe Time Editor now drives the clip's keyable attributes."
s_TcteStrings.rCteClipCreatedMuted = "<hl>Clip created.</hl>\nThe Time Editor will drive the clip's keyable attributes when it gets unmuted."
s_TcteStrings.rCteClipKeyingFailed = "Fail to key into clip"
s_TcteStrings.rCteClipNotAContainer = "Clip ^1d is not a container"
s_TcteStrings.rCteCompositionInvalidComp = "Composition not found: ^1s"
s_TcteStrings.rCteCompositionNoComp = "No composition found in the scene."
s_TcteStrings.rCteControlHeader = "Controls"
s_TcteStrings.rCteCopyClipsMustHaveCommonTrack = "Copied clips must share a common track"
s_TcteStrings.rCteCreateCompWithTracksFailed = "Unable to create new composition with tracks for import"
s_TcteStrings.rCteDeleteComposition = "Delete Composition"
s_TcteStrings.rCteDnDAnimAndUnSupportFiles = "Only animation files were added. The following files are unsupported by the Time Editor: ^1s"
s_TcteStrings.rCteDnDAudioAndUnSupportFiles = "Only audio files were added. The following files are unsupported by the Time Editor: ^1s"
s_TcteStrings.rCteDnDSkipAudioFiles = "Only animation files were added. Please drag and drop audio files only to import them."
s_TcteStrings.rCteDragDropFileMissingRoster = "Please drag and drop the file to a specific roster item."
s_TcteStrings.rCteDragNDropAnimationOnLayerOrContentTrack = "To create a new clip, please drag and drop it on a clip track. Drag and drop on layers or content-level tracks is not allowed. To remap the Animation Source to a clip, please drop it on the clip."
s_TcteStrings.rCteDragNDropOnLayerOrContentTrack = "To create a new clip, please drag and drop it on a clip track. Drag and drop on layers or content-level tracks is not allowed."
s_TcteStrings.rCteDuplicateCompositionFailed = "Duplicate composition failed"
s_TcteStrings.rCteDuplicateCompositionTooltip = "Duplicate current composition"
s_TcteStrings.rCteEditWeightCurve = "Edit Weight Curve in Graph Editor"
s_TcteStrings.rCteEditingClipLoopOrHoldWithDifferentMode = "Cannot edit clip start/end with a different mode (loop/hold)."
s_TcteStrings.rCteEditorMuteOffMessage = "Scene Authoring mode is now <hl>OFF</hl>.\nClips in the Time Editor influence the scene."
s_TcteStrings.rCteEditorMuteOnMessage = "Scene Authoring mode is now <hl>ON</hl>.\nClips in the Time Editor do not affect the scene."
s_TcteStrings.rCteExportAnimSourceInvalidType = "Invalid type of the exported file."
s_TcteStrings.rCteExportingAnimSourceTo = "Exporting Animation Source to \"^1s\""
s_TcteStrings.rCteExportingClipTo = "Exporting clip to \"^1s\""
s_TcteStrings.rCteFBXImportFinished = "^1s was imported including ^2d take(s)"
s_TcteStrings.rCteFBXTakeNotFound = "FBX take not found: ^1s"
s_TcteStrings.rCteFailToLoadAudio = "Failed to load Audio file '^1s'"
s_TcteStrings.rCteFailedToFindOffsetToRoots = "Cannot create Relocator. No driven transform found."
s_TcteStrings.rCteGetArgErr = "Unable to parse the argument list."
s_TcteStrings.rCteGhostTrackTooltip = "Create ghosts for all clips on track"
s_TcteStrings.rCteImportClipCantCreateClip = "Unable to create new clip."
s_TcteStrings.rCteImportClipCantOpenFile = "The following file cannot be opened: ^1s"
s_TcteStrings.rCteImportClipFailedEmpty = "Clip was not created because no objects inside the imported file were found in the scene. Import the associated rig into the scene or import animation source only."
s_TcteStrings.rCteImportClipFails = "Import clip failed."
s_TcteStrings.rCteImportClipFbxTakeCompoundEmpty = "Group for the imported takes was not created because none of the imported objects were found in the scene"
s_TcteStrings.rCteImportClipFbxTakeFailedEmpty = "Clip for take \"^1s\" was not created because no objects inside that take were found in the scene"
s_TcteStrings.rCteImportClipFileInUse = "Save current file under a different name to be able to import the original file's animation. Importing the currently opened file again is not supported."
s_TcteStrings.rCteImportClipNoMatchingObject = "Unable to create clip from the following file because the object names do not match: ^1s"
s_TcteStrings.rCteImportClipNothingToImport = "Unable to create clip because '^1s' content does not match any objects from the scene"
s_TcteStrings.rCteImportClipSuccess = "Import clip successful. Clip node created: "
s_TcteStrings.rCteImportClipUnsupportedFileType = "Unable to import file because the file type is not supported."
s_TcteStrings.rCteImportNoAnimation = "No animation found in the imported file"
s_TcteStrings.rCteImportNoMatchedAttributes = "Imported file has unmatched attributes. Animation data has been stored to Animation Sources but no clips were created."
s_TcteStrings.rCteImportOnlyOnContainers = "Cannot import file into a group"
s_TcteStrings.rCteInvalidAnimSource = "Invalid animation source"
s_TcteStrings.rCteInvalidAttribute = "Invalid attribute \"^1s\""
s_TcteStrings.rCteInvalidClipIdOrPath = "Invalid clip ID or path"
s_TcteStrings.rCteInvalidClipPath = "Invalid clip path"
s_TcteStrings.rCteInvalidClipsForBaking = "Cannot bake selected clips"
s_TcteStrings.rCteInvalidCurve = "Invalid curve"
s_TcteStrings.rCteInvalidFlagsErr = "The given combination of flags is invalid. See command documentation for details."
s_TcteStrings.rCteInvalidSnapOptions = "Invalid Snap Option"
s_TcteStrings.rCteInvalidSourceTypes = "Cannot resolve some of the source types"
s_TcteStrings.rCteInvalidToEditHoldAndLoopTogether = "Cannot edit clip start/end loop and hold at the same time."
s_TcteStrings.rCteInvalidTrackForBaking = "Specified tracks node/index is invalid"
s_TcteStrings.rCteInvalidTrackFormat = "Track should be in format <trackNode>:<trackIndex> or full path \"composition1|track2\""
s_TcteStrings.rCteInvalidTrackIndex = "Invalid track index"
s_TcteStrings.rCteKeyAllTracks = "Set Key for All Tracks"
s_TcteStrings.rCteKeySelectedTracks = "Set Key for Selected Tracks"
s_TcteStrings.rCteKeyViewTooltip = "Show keys for all clips on track"
s_TcteStrings.rCteKeyedRootOffsetCannotBeResolved = "Keyed animation for a clip with root offset cannot be resolved"
s_TcteStrings.rCteMatchObjNotValid = "Match object not specified"
s_TcteStrings.rCteMultipleTracksOnPaste = "Multiple track selection not supported for pasting, a new track will be created"
s_TcteStrings.rCteMuteTrackTooltip = "Mute track"
s_TcteStrings.rCteNameHeader = "Name"
s_TcteStrings.rCteNewCompositionDialogCancelButton = "Cancel"
s_TcteStrings.rCteNewCompositionDialogMessage = "Name: "
s_TcteStrings.rCteNewCompositionDialogOKButton = "OK"
s_TcteStrings.rCteNewCompositionDialogTitle = "New composition"
s_TcteStrings.rCteNewCompositionTooltip = "Create new composition"
s_TcteStrings.rCteNoAnimSourceNameSpecified = "No Animation Source name specified"
s_TcteStrings.rCteNoClipIdsSpecified = "No Clip IDs Specified"
s_TcteStrings.rCteNoClipNameSpecified = "No clip name specified"
s_TcteStrings.rCteNoClipsSelected = "Baking failed. No animation data to be baked."
s_TcteStrings.rCteNoCommonParent = "Unable to merge clips because selected clips do not have a common parent"
s_TcteStrings.rCteNoCrossfadeDefined = "No crossfade defined for these two clips"
s_TcteStrings.rCteNoName = "New name has no legal character."
s_TcteStrings.rCteNoTrackSpecified = "No track specified"
s_TcteStrings.rCteNotAShapeTrack = "Target track is not a shape track"
s_TcteStrings.rCtePasteClip_AnimSourceNotConnected = "Pasting clip '^2s' was not complete because Animation Source '^1s' had been renamed or removed. Make sure the Animation Sources are not modified between copying and pasting."
s_TcteStrings.rCtePasteClip_NoTargetAttrs = "Pasting was not complete because clips ^1s did not have any target attributes in the scene. Make sure the target objects of the clips are not modified between copying and pasting."
s_TcteStrings.rCtePasteClip_RosterItemNotConnected = "Pasting was not complete because these target attributes were not found in the scene:\n^1sMake sure the target objects of the clips are not modified between copying and pasting."
s_TcteStrings.rCtePopulateAnimSourceFailedEmpty = "Clip was not created because no objects inside the Animation Source \"^1s\" were found in the scene"
s_TcteStrings.rCtePopulateOnlyOnContainers = "Cannot populate into a group"
s_TcteStrings.rCtePopulationFailed = "Error when populating"
s_TcteStrings.rCteRemapFailed = "Failed to remap attribute: '^1s'"
s_TcteStrings.rCteRenameComposition = "Rename Composition"
s_TcteStrings.rCteRenameCompositionDialogMessage = "Name: "
s_TcteStrings.rCteRenameCompositionDialogTitle = "Rename Active Composition"
s_TcteStrings.rCteResetClipOnlyAnimation = "Reset Timing can only be applied to animation clips."
s_TcteStrings.rCteResetOffsetFailed = "Reset root offset failed"
s_TcteStrings.rCteRootClipNotClipParent = "Root clip ^1d is not a parent of clip ^2d"
s_TcteStrings.rCteRootClipNotTrackParent = "Root clip ^1d is not a parent of tracks node \"^2s\""
s_TcteStrings.rCteRootLayerNotFound = "Time Editor root layer not found."
s_TcteStrings.rCteRosterCmdNodeNotFound = "A valid roster node must be specified."
s_TcteStrings.rCteRosterCmdSourceTypeUnknown = "Unknown Animation Source type: '^1s'."
s_TcteStrings.rCteSceneTimeTabLabel = "Scene Time"
s_TcteStrings.rCteSceneTimeTabTooltip = "Clips displayed in Scene Time, rather than Local Time"
s_TcteStrings.rCteShapeNotSpecified = "No shape specified to create a shape clip from"
s_TcteStrings.rCteSoloTrackTooltip = "Solo track, Mute all others"
s_TcteStrings.rCteTwoClipsMustDifferentIds = "Two clips must have different IDs"
s_TcteStrings.rCteTwoClipsMustSameTrack = "Both clips must be on a same track"
s_TcteStrings.rCteTwoClipsRequiredCrossfade = "Two clip IDs or paths are required for a crossfade"
s_TcteStrings.rCteUnableToFindObject = "^1s '^2s'"
s_TcteStrings.rCteUnsupported = "Time Editor feature not supported"
s_TcteStrings.rCteViewerOverlayText = "Add animated objects from the scene or import external files\nto create clips and start editing animation."
s_TcteStrings.rCteViewerOverlayText1 = "Import content<br>from external files"
s_TcteStrings.rCteViewerOverlayText2 = "Add selected content<br>from the scene"
s_TcteStrings.rCteViewerOverlayText3 = "Drag-and-drop files<br>into Editor"
s_TcteStrings.rCteWeightFieldTooltip = "Adjust weight for track mixing"
s_TcteStrings.rCteWeightHeader = "Weight"
//
// String set: s_TcubeManipCmdStrings
//
s_TcubeManipCmdStrings.rCubeManipInvalidArgForFlagFormat = "Invalid argument for flag '^1s'. Expected ^2s, got ^3s"
s_TcubeManipCmdStrings.rCubeManipOr = "or"
//
// String set: s_TcubeManipStrings
//
s_TcubeManipStrings.rCubeManipBasicWheels = "Basic Wheels"
s_TcubeManipStrings.rCubeManipCloseWheel = "Close Wheel"
s_TcubeManipStrings.rCubeManipDecreaseWalkSpeed = "Decrease Walk Speed"
s_TcubeManipStrings.rCubeManipFitToWindow = "Fit to Window"
s_TcubeManipStrings.rCubeManipFullNavigationWheel = "Full Navigation Wheel"
s_TcubeManipStrings.rCubeManipGoHome = "Go Home"
s_TcubeManipStrings.rCubeManipHelp = "Help..."
s_TcubeManipStrings.rCubeManipHome = "Home"
s_TcubeManipStrings.rCubeManipIncreaseWalkSpeed = "Increase Walk Speed"
s_TcubeManipStrings.rCubeManipLevelCamera = "Level Camera"
s_TcubeManipStrings.rCubeManipLockSelection = "Lock to Current Selection"
s_TcubeManipStrings.rCubeManipMiniFullNavigationWheel = "Mini Full Navigation Wheel"
s_TcubeManipStrings.rCubeManipMiniTourBuildingWheel = "Mini Tour Building Wheel"
s_TcubeManipStrings.rCubeManipMiniViewObjectWheel = "Mini View Object Wheel"
s_TcubeManipStrings.rCubeManipPreferences = "Preferences..."
s_TcubeManipStrings.rCubeManipProperties = "Properties..."
s_TcubeManipStrings.rCubeManipResetFront = "Reset Front"
s_TcubeManipStrings.rCubeManipResetHome = "Reset Home"
s_TcubeManipStrings.rCubeManipRestoreOriginalCenter = "Restore Original Center"
s_TcubeManipStrings.rCubeManipSetFront = "Set Current View as Front"
s_TcubeManipStrings.rCubeManipSetHome = "Set Current View as Home"
s_TcubeManipStrings.rCubeManipTourBuildingWheel = "Tour Building Wheel"
s_TcubeManipStrings.rCubeManipVCHelp = "Help on the ViewCube..."
s_TcubeManipStrings.rCubeManipViewObjectWheel = "View Object Wheel"
//
// String set: s_TcurrentTimeCmdStrings
//
s_TcurrentTimeCmdStrings.rCurrentTimeEditArgErr = "Edit flag requires an argument"
s_TcurrentTimeCmdStrings.rCurrentTimeNoFlagErr = "No flag or argument"
s_TcurrentTimeCmdStrings.rCurrentTimeQueryArgErr = "Query flag must appear alone"
s_TcurrentTimeCmdStrings.rCurrentTimeQueryEditErr = "Query and edit flags cannot be combined"
//
// String set: s_TcurrentTimeContextStrings
//
s_TcurrentTimeContextStrings.rCurrentTimeContextHelp = "LMB to change current time"
s_TcurrentTimeContextStrings.rCurrentTimeContextName = "Change current time"
//
// String set: s_TcurrentUnitCmdStrings
//
s_TcurrentUnitCmdStrings.rCurrentUnitCmdIllegalValue = "Illegal value entered for ^1s"
//
// String set: s_TcurveAddPtContextStrings
//
s_TcurveAddPtContextStrings.rCantAddPtsToCurveWHistory = "Cannot add points to curves with history."
s_TcurveAddPtContextStrings.rCantAddPtsToPeriodicCurves = "Cannot add points to periodic curves."
s_TcurveAddPtContextStrings.rCurveAddPtCVHelp = "Click Button1 to place additional curve CVs."
s_TcurveAddPtContextStrings.rCurveAddPtEPHelp = "Click Button1 to place additional curve edit points."
s_TcurveAddPtContextStrings.rCurveAddPtSelectHelp = "Select a curve to add points to."
//
// String set: s_TcurveAttrWidgetCmdStrings
//
s_TcurveAttrWidgetCmdStrings.rAttrNotCurveMsg = "Attribute is not a falloff curve."
s_TcurveAttrWidgetCmdStrings.rCantFindCurveMsg = "Could not find falloff curve attribute."
//
// String set: s_TcurveBezierContextStrings
//
s_TcurveBezierContextStrings.rCurveBezierHelpCrvAdd = "Click LMB to place curve EPs. DELETE to remove EPs. RETURN to complete curve. INSERT to toggle Edit mode."
s_TcurveBezierContextStrings.rCurveBezierHelpCrvEdit = "Click LMB to move EPs.  DELETE to remove EPs. RETURN to complete curve. INSERT to toggle to Add mode."
s_TcurveBezierContextStrings.rCurveBezierHelpNewCrvAdd = "Click LMB to place curve EPs. DELETE to remove EPs. RETURN to complete curve. INSERT to toggle Edit mode."
s_TcurveBezierContextStrings.rCurveBezierHelpNewCrvEdit = "Click LMB to move EPs.  DELETE to remove EPs. RETURN to complete curve. INSERT to toggle to Add mode."
s_TcurveBezierContextStrings.rCurveBezierHelpNoEPs = "Click LMB to place curve EPs.  "
s_TcurveBezierContextStrings.rCurveBezierInvalidAnchorPreset = "Invalid anchor preset. Valid anchor presets include: \"bezier\", \"corner\"."
s_TcurveBezierContextStrings.rCurveBezierInvalidManipMode = "Invalid manip mode. Valid manip modes include: \"translate\", \"scale\"."
s_TcurveBezierContextStrings.rCurveBezierInvalidSelectMode = "Invalid select mode. Valid select modes include: \"normal\", \"active\", \"tangent\"."
//
// String set: s_TcurveCVContextStrings
//
s_TcurveCVContextStrings.rCurveCVHelpCrvAdd = "Click LMB to place curve CVs. DELETE to remove CVs. ENTER to complete curve. INSERT to toggle Edit mode."
s_TcurveCVContextStrings.rCurveCVHelpCrvEdit = "Click LMB to move CVs.  DELETE to remove CVs. ENTER to complete curve. INSERT to toggle to Add mode."
s_TcurveCVContextStrings.rCurveCVHelpNewCrvAdd = "Click LMB to place curve CVs. DELETE to remove CVs. ENTER to complete curve. INSERT to toggle Edit mode."
s_TcurveCVContextStrings.rCurveCVHelpNewCrvEdit = "Click on a CV to move it.  ENTER to complete curve. INSERT to toggle to Add mode."
s_TcurveCVContextStrings.rCurveCVHelpNoCVs = "Click LMB to place curve CVs.  "
//
// String set: s_TcurveContextStrings
//
s_TcurveContextStrings.rCurveCVsAddPoints = "Click in a window to add CVs. ENTER to complete the curve. Also MMB, INSERT, BACKSPACE."
s_TcurveContextStrings.rCurveCVsEditPoints = "Pick and move CVs. ENTER to complete the curve. Use INSERT to add CVs again."
s_TcurveContextStrings.rCurveEPsAddPoints = "Click in a window to add edit points. ENTER to complete the curve. Also MMB, INSERT, BACKSPACE."
s_TcurveContextStrings.rCurveEPsEditPoints = "Pick and move edit points. ENTER to complete the curve. Use INSERT to add edit points again."
s_TcurveContextStrings.rCurveFormatStr1 = "Position(^1s):"
s_TcurveContextStrings.rCurveFormatStr2 = " ^6.3f ^6.3f ^6.3f"
s_TcurveContextStrings.rCurveNoDegreeChange = "Cannot change the degree during the curve creation."
s_TcurveContextStrings.rCurveWarnNoCurve = "Not enough points to create a curve."
s_TcurveContextStrings.rManipPositionName = "Position"
//
// String set: s_TcurveEPContextStrings
//
s_TcurveEPContextStrings.rCurveEPHelpCrvAdd = "Click LMB to place curve EPs. DELETE to remove EPs. RETURN to complete curve. INSERT to toggle Edit mode."
s_TcurveEPContextStrings.rCurveEPHelpCrvEdit = "Click LMB to move EPs.  DELETE to remove EPs. RETURN to complete curve. INSERT to toggle to Add mode."
s_TcurveEPContextStrings.rCurveEPHelpNewCrvAdd = "Click LMB to place curve EPs. DELETE to remove EPs. RETURN to complete curve. INSERT to toggle Edit mode."
s_TcurveEPContextStrings.rCurveEPHelpNewCrvEdit = "Click LMB to move EPs.  DELETE to remove EPs. RETURN to complete curve. INSERT to toggle to Add mode."
s_TcurveEPContextStrings.rCurveEPHelpNoEPs = "Click LMB to place curve EPs.  "
//
// String set: s_TcurveEdContextStrings
//
s_TcurveEdContextStrings.rCantEditCurveOnSurface = "Cannot edit a curve-on-surface."
s_TcurveEdContextStrings.rCantEditCurveWHistory = "Cannot edit a curve with history."
s_TcurveEdContextStrings.rCantEditSurfaceWHistory = "Cannot edit a surface with history."
s_TcurveEdContextStrings.rCurveEditorHelp = "Use the manipulator to change the curve, or select another curve. "
s_TcurveEdContextStrings.rCurveEditorHelpSelect = "Select a NURBS curve to modify."
s_TcurveEdContextStrings.rSurfaceEditorHelp = "Use the manipulator to change the surface, or select another surface. "
s_TcurveEdContextStrings.rSurfaceEditorHelpN = "Use the manipulator to change the point or normal on the surface, or reposition the manipulator."
s_TcurveEdContextStrings.rSurfaceEditorHelpSelect = "Select a NURBS surface to modify."
s_TcurveEdContextStrings.rSurfaceEditorHelpU = "Use the manipulator to change the point or U tangent on the surface, or reposition the manipulator."
s_TcurveEdContextStrings.rSurfaceEditorHelpV = "Use the manipulator to change the point or V tangent on the surface, or reposition the manipulator."
//
// String set: s_TcurveManagerEvaluatorStrings
//
s_TcurveManagerEvaluatorStrings.rCurveManagerEvaluatorAllCurves = "All curves"
s_TcurveManagerEvaluatorStrings.rCurveManagerEvaluatorConfigureAllCurves = "All curves will be forced in the evaluation graph"
s_TcurveManagerEvaluatorStrings.rCurveManagerEvaluatorConfigureControllerCurves = "Curves connected to controller nodes will be forced in the evaluation graph"
s_TcurveManagerEvaluatorStrings.rCurveManagerEvaluatorConfigureForcedAnimatedAttribute = "Nodes with the forced-animated attribute set to true will be forced in the evaluation graph"
s_TcurveManagerEvaluatorStrings.rCurveManagerEvaluatorConfigureForcedAnimatedAttributeName = "Name of the attribute that will force nodes in the evaluation graph"
s_TcurveManagerEvaluatorStrings.rCurveManagerEvaluatorConfigureKeyedStaticCurves = "Keyed static curves, i.e. curves with a single key or multiple keys with the same value, will be forced in the evaluation graph"
s_TcurveManagerEvaluatorStrings.rCurveManagerEvaluatorConfigureNoCurves = "No curve will be forced in the evaluation graph"
s_TcurveManagerEvaluatorStrings.rCurveManagerEvaluatorConfigureNoNodes = "No node will be forced in the evaluation graph"
s_TcurveManagerEvaluatorStrings.rCurveManagerEvaluatorControllerCurves = "Controller curves"
s_TcurveManagerEvaluatorStrings.rCurveManagerEvaluatorDebugForcedCurves = "Forced the following curve(s) in the evaluation graph :"
s_TcurveManagerEvaluatorStrings.rCurveManagerEvaluatorDebugForcedCurvesCount = "Number of curves forced in the evaluation graph : "
s_TcurveManagerEvaluatorStrings.rCurveManagerEvaluatorDebugForcedNodes = "Forced the following node(s) in the evaluation graph :"
s_TcurveManagerEvaluatorStrings.rCurveManagerEvaluatorDebugForcedNodesCount = "Number of nodes forced in the evaluation graph : "
s_TcurveManagerEvaluatorStrings.rCurveManagerEvaluatorFalse = "False"
s_TcurveManagerEvaluatorStrings.rCurveManagerEvaluatorForcedAnimatedAttribute = "Forced-animated attribute"
s_TcurveManagerEvaluatorStrings.rCurveManagerEvaluatorForcedAnimatedAttributeName = "Forced-animated attribute name"
s_TcurveManagerEvaluatorStrings.rCurveManagerEvaluatorForcedAnimatedCurves = "Forced animated curves"
s_TcurveManagerEvaluatorStrings.rCurveManagerEvaluatorForcedAnimatedNodes = "Forced animated nodes"
s_TcurveManagerEvaluatorStrings.rCurveManagerEvaluatorKeyedStaticCurves = "Keyed static curves"
s_TcurveManagerEvaluatorStrings.rCurveManagerEvaluatorNoCurve = "None"
s_TcurveManagerEvaluatorStrings.rCurveManagerEvaluatorNoNode = "None"
s_TcurveManagerEvaluatorStrings.rCurveManagerEvaluatorSkipStaticEvaluation = "Skip static evaluation"
s_TcurveManagerEvaluatorStrings.rCurveManagerEvaluatorTitle = "Curve Manager Custom Evaluator"
s_TcurveManagerEvaluatorStrings.rCurveManagerEvaluatorTrue = "True"
s_TcurveManagerEvaluatorStrings.rCurveManagerEvaluatorUnknown = "Unknown"
s_TcurveManagerEvaluatorStrings.rCurveManagerEvaluatorVerboseLevel = "Verbose level"
//
// String set: s_TcurveRGBColorCmdStrings
//
s_TcurveRGBColorCmdStrings.rCurveColorInvalidColorStr = "Invalid curve color specified"
s_TcurveRGBColorCmdStrings.rCurveColorInvalidNameStr = "'^1s' is an unknown curve color name"
s_TcurveRGBColorCmdStrings.rCurveColorMissingNameStr = "No color name specified"
//
// String set: s_TcustomEvaluatorStrings
//
s_TcustomEvaluatorStrings.rCustomEvaluatorActive = "Is Active = ^1s\n"
s_TcustomEvaluatorStrings.rCustomEvaluatorClusterSubtitle = "Cluster ^1s : Node count ^2d"
s_TcustomEvaluatorStrings.rCustomEvaluatorClusterTitle = "Cluster Count : ^1d"
s_TcustomEvaluatorStrings.rCustomEvaluatorConfigureClusterEachInfo = "Create a unique cluster for every node"
s_TcustomEvaluatorStrings.rCustomEvaluatorConfigureClusterFloodInfo = "Create a unique cluster for all connected nodes, favoring big clusters and partitioning speed"
s_TcustomEvaluatorStrings.rCustomEvaluatorConfigureClusterSubgraphInfo = "Create a unique cluster for all connected nodes, favoring long clusters"
s_TcustomEvaluatorStrings.rCustomEvaluatorConsolidationType = "Consolidation Type: ^1s\n"
s_TcustomEvaluatorStrings.rCustomEvaluatorEnabledTypes = "Enabled node types [^1d in total]"
s_TcustomEvaluatorStrings.rCustomEvaluatorFalse = "False"
s_TcustomEvaluatorStrings.rCustomEvaluatorName = "Evaluator[^1d] = ^2s"
s_TcustomEvaluatorStrings.rCustomEvaluatorNodeInCluster = "Node[^1d] = ^2s\n"
s_TcustomEvaluatorStrings.rCustomEvaluatorNodeName = "Node[^1d] = ^2s\n"
s_TcustomEvaluatorStrings.rCustomEvaluatorReady = "Is Ready = ^1s\n"
s_TcustomEvaluatorStrings.rCustomEvaluatorTrue = "True"
s_TcustomEvaluatorStrings.rCustomEvaluatorTypeName = "Node type[^1d] = ^2s\n"
s_TcustomEvaluatorStrings.rCustomEvaluatorkConsolidateFlood = "Closed Subgraphs Per Cluster (flood algorithm)"
s_TcustomEvaluatorStrings.rCustomEvaluatorkConsolidateNone = "Single Node Per Cluster"
s_TcustomEvaluatorStrings.rCustomEvaluatorkConsolidateSubgraph = "Closed Subgraphs Per Cluster (subgraph algorithm)"
//
// String set: s_TcycleCheckActionStrings
//
s_TcycleCheckActionStrings.rCycleCheckActionFirstAndLastExclusive = "The -firstPlugPerNode and -lastPlugPerNode flags cannot be used together."
s_TcycleCheckActionStrings.rCycleCheckActionInvalidQuery = "Invalid flag combined with -query."
s_TcycleCheckActionStrings.rCycleCheckActionNoObjects = "No valid objects specified."
s_TcycleCheckActionStrings.rCycleCheckActionTimedOut = "Timed out after ^1f seconds.  Results may not be complete."
s_TcycleCheckActionStrings.rCycleCheckActionTimedOutLine2 = "Use 'cycleCheck -timeLimit ^1fsec' to search longer."
//
// String set: s_TcylinderContextStrings
//
s_TcylinderContextStrings.rCylinderHelp = "LMB click-drag to create a cylinder"
s_TcylinderContextStrings.rCylinderToolMsg = "Diameter:^6.3f"
s_TcylinderContextStrings.rCylinderToolName = "Cylinder"
//
// String set: s_TdagDGcommandStrings
//
s_TdagDGcommandStrings.rDagParentAssemblyNotAllowed = "Cannot edit parenting. Parenting is disallowed when either the child or parent is in an assembly."
//
// String set: s_TdagObjectCompareCmdStrings
//
s_TdagObjectCompareCmdStrings.rDagObjectCompareAttributes = "Attributes"
s_TdagObjectCompareCmdStrings.rDagObjectCompareBreakingOutOfCategory = "Breaking out of '^1s' category"
s_TdagObjectCompareCmdStrings.rDagObjectCompareConnections = "Connections"
s_TdagObjectCompareCmdStrings.rDagObjectCompareErrorBailFlag = "Bail flag must be set to 'first', 'never', or 'category'."
s_TdagObjectCompareCmdStrings.rDagObjectCompareErrorBailed = "\ndagObjectCompare bailed before finishing!"
s_TdagObjectCompareCmdStrings.rDagObjectCompareErrorDifferentIntValue = "Diff: ^1s and ^2s do not have the same value for ^3s ('^4d' versus '^5d')."
s_TdagObjectCompareCmdStrings.rDagObjectCompareErrorDifferentStringValue = "Diff: ^1s and ^2s do not have the same value for ^3s ('^4s' versus '^5s')."
s_TdagObjectCompareCmdStrings.rDagObjectCompareErrorGettingResult = "Error getting result from ^1s."
s_TdagObjectCompareCmdStrings.rDagObjectCompareErrorMissingActiveAttribute = "Diff: Attribute ^1s is active for plug ^2s but not plug ^3s."
s_TdagObjectCompareCmdStrings.rDagObjectCompareErrorMissingActivePlug = "Diff: ^1s has no corresponding active plug in ^2s."
s_TdagObjectCompareCmdStrings.rDagObjectCompareErrorMissingDstConnection = "Diff: ^1s is connected to ^2s but there is no corresponding connection for ^3s."
s_TdagObjectCompareCmdStrings.rDagObjectCompareErrorMissingSrcConnection = "Diff: ^1s is sourced from ^2s but there is no corresponding connection for ^3s."
s_TdagObjectCompareCmdStrings.rDagObjectCompareErrorObjectCount = "dagObjectCompare can only be used to compare two objects."
s_TdagObjectCompareCmdStrings.rDagObjectCompareErrorObjectType = "dagObjectCompare can only compare dag objects."
s_TdagObjectCompareCmdStrings.rDagObjectCompareErrorObjectTypeCount = "dagObjectCompare can only compare two dag objects."
s_TdagObjectCompareCmdStrings.rDagObjectCompareErrorObjectTypeMatch = "dagObjectCompare can only compare objects of the same type."
s_TdagObjectCompareCmdStrings.rDagObjectCompareErrorObjectTypeUnsupported = "Object type '^1s' is not yet supported."
s_TdagObjectCompareCmdStrings.rDagObjectCompareErrorOutputDifference = "Diff: ^1s has found a difference in the two dag objects."
s_TdagObjectCompareCmdStrings.rDagObjectCompareErrorOutputDifferentChildCount = "Diff: ^1s and ^2s have a different number of children."
s_TdagObjectCompareCmdStrings.rDagObjectCompareErrorOutputDifferentChildren = "Diff: ^1s has child ^2s but there is no corresponding child for ^3s."
s_TdagObjectCompareCmdStrings.rDagObjectCompareErrorOutputDifferentParentCount = "Diff: ^1s and ^2s have a different number of parents."
s_TdagObjectCompareCmdStrings.rDagObjectCompareErrorOutputDifferentParents = "Diff: ^1s is parented by ^2s but there is no corresponding parent for ^3s."
s_TdagObjectCompareCmdStrings.rDagObjectCompareErrorOutputDifferentSource = "Diff: ^1s is sourced from ^2s while ^3s is sourced from ^4s."
s_TdagObjectCompareCmdStrings.rDagObjectCompareErrorParse = "Cannot parse argument list."
s_TdagObjectCompareCmdStrings.rDagObjectCompareHeader = "------------ Comparing ^1s ------------"
s_TdagObjectCompareCmdStrings.rDagObjectCompareRelatives = "Relatives"
s_TdagObjectCompareCmdStrings.rDagObjectCompareSame = "No known differences found by dagObjectCompare."
s_TdagObjectCompareCmdStrings.rDagObjectCompareSummary = "dagObjectCompare has found differences in "
s_TdagObjectCompareCmdStrings.rDagObjectCompareTypes = "Types"
s_TdagObjectCompareCmdStrings.rDagObjectCompareWarningNamespace = "A namespace has not been entered.  Erroneous reporting may result."
s_TdagObjectCompareCmdStrings.rDagObjectCompareWarningNoCompare = "No comparison flag specified, results will be identical. Set one or more of type, relative, attribute, or connection."
//
// String set: s_TdagObjectStrings
//
s_TdagObjectStrings.rIllegalConnectionWarning = "Node '^1s': cannot make assignment to '^2s' shader."
//
// String set: s_TdagOutlinerStrings
//
s_TdagOutlinerStrings.rFilteringOutliner = "Filtering Outliner"
s_TdagOutlinerStrings.rIconNotOpenable = "Could not open icon file \"^1s\""
s_TdagOutlinerStrings.rMaterialFolderName = "Materials"
s_TdagOutlinerStrings.rOutlinerFilteringAborted = "Outliner filtering was aborted. Outliner results may be incomplete."
s_TdagOutlinerStrings.rPopulatingOutliner = "Populating Outliner"
s_TdagOutlinerStrings.rPopulatingOutlinerAborted = "Outliner populating was aborted. Outliner results may be incomplete."
s_TdagOutlinerStrings.rSortCommandErrMsg = "Outliner sort command error. Outliner sorting order may be unexpected."
s_TdagOutlinerStrings.rUnableToReorderMsg = "Unable to reorder objects properly since the outliner is sorted"
//
// String set: s_TdagPoseCmdStrings
//
s_TdagPoseCmdStrings.rBindPoseAlreadyExists = "The bindPose ^1s already saved for selected hierarchy."
s_TdagPoseCmdStrings.rBindPoseNotFound = "Skeleton has no bind pose."
s_TdagPoseCmdStrings.rBindPoseSelectSkeleton = "Go to bind pose requires that you select a skeleton."
s_TdagPoseCmdStrings.rGlobalPoseNotAchieved = "Restored local pose only."
s_TdagPoseCmdStrings.rHierarchyChanged = "Global pose could not be achieved due to new parent on ^1s."
s_TdagPoseCmdStrings.rHierarchyChangedWarning = "Transformations were applied to ^1s to restore the global bindPose on ^2s since its parent has changed since the pose was saved."
s_TdagPoseCmdStrings.rHierarchyOldParentMissing = "Skipped pose on ^1s due to new parent. Parent when pose was saved is no longer in scene."
s_TdagPoseCmdStrings.rHierarchyOldParentWasX = "Skipped pose on ^1s due to new parent. Parent when pose was saved was ^2s."
s_TdagPoseCmdStrings.rHowToResetPose = "Or, to reset the saved pose on a joint, select the joint and enter 'dagPose -reset -name ^1s'."
s_TdagPoseCmdStrings.rJointNotInPose = "Joint ^1s is not in the pose."
s_TdagPoseCmdStrings.rMissedPose = "Could not reach pose on ^1s."
s_TdagPoseCmdStrings.rMustSpecifyPoseMode = "The pose mode (-save or -restore) must be specified."
s_TdagPoseCmdStrings.rNameBindProblem = "The pose name flag and the bindPose flag are mutually exclusive in restore mode."
s_TdagPoseCmdStrings.rNameRequiredWithAdd = "The name flag is required with the addToPose flag."
s_TdagPoseCmdStrings.rNewParentSuggestion = "\t-- To ensure pose is correct below this joint, add an extra transform above this joint, restore the old parent or manually position the joint to the correct bindPose."
s_TdagPoseCmdStrings.rOldParentWasWorld = "Skipped pose on ^1s due to new parent. Parent when pose was saved was world."
s_TdagPoseCmdStrings.rPoseModesExclusive = "The modes -addToPose, -save, -restore, -remove and -reset flags are mutually exclusive."
s_TdagPoseCmdStrings.rPoseNameNeeded = "The pose to restore must be selected."
s_TdagPoseCmdStrings.rPoseNameProblem = "Problem with pose name string."
s_TdagPoseCmdStrings.rPoseNoEditMode = "The dagPose command does not support edit mode."
s_TdagPoseCmdStrings.rPoseNotAchieved = "Pose not achieved. See diagnostics in Script Editor."
s_TdagPoseCmdStrings.rPoseNotAchieved2 = "Pose not achieved. See diagnostics in Command History."
s_TdagPoseCmdStrings.rPoseNotFound = "No dagPose found on the selected objects."
s_TdagPoseCmdStrings.rPosePlugLocked = "\t-- Problem may be that ^1s is locked."
s_TdagPoseCmdStrings.rPoseQueryModeFlags = "Only the -bp/-bindPose, -ap/-atPose and -m/-members flags support query."
s_TdagPoseCmdStrings.rPoseSkelNotFound = "Hierarchy must be specified or selected."
s_TdagPoseCmdStrings.rPoseTooManyPoses = "Only one pose can be restored at a time."
s_TdagPoseCmdStrings.rPoseTypicalSources = "To disable IK, constraints, and expressions, you can use the Modify->DisableNodes menu."
s_TdagPoseCmdStrings.rPoseTypicalSources2 = "Other connections can be broken using the Script Editor."
s_TdagPoseCmdStrings.rProblemMayBeConnection = "\t-- Connection from ^1s to ^2s may need to be broken."
s_TdagPoseCmdStrings.rProblemMayBeConstraint = "\t-- Constraint ^1s on ^2s may need to be disabled."
s_TdagPoseCmdStrings.rProblemMayBeExpression = "\t-- Expression ^1s on ^2s may need to be disabled."
s_TdagPoseCmdStrings.rProblemMayBeIK = "\t-- IK may need to be disabled on this joint."
//
// String set: s_TdataStructureCmdStrings
//
s_TdataStructureCmdStrings.rDataStructureCmdCouldNotParse = "Parsing failed; structure not created."
s_TdataStructureCmdStrings.rDataStructureCmdDescriptionRequired = "At least one of 'asFile' or 'asString' are required for structure definition."
s_TdataStructureCmdStrings.rDataStructureCmdDuplicateStructure = "Structure '^1s' is already defined. Using the original rather than creating a copy."
s_TdataStructureCmdStrings.rDataStructureCmdDuplicateStructureName = "Structure named '^1s' with a different description already exists. New structure cannot be created."
s_TdataStructureCmdStrings.rDataStructureCmdFileNotFound = "File '^1s' could not be opened."
s_TdataStructureCmdStrings.rDataStructureCmdFormatUnknown = "The format of existing structures cannot be queried."
s_TdataStructureCmdStrings.rDataStructureCmdFormattingFailed = "Formatting the structure '^1s' in the '^2s' format failed."
s_TdataStructureCmdStrings.rDataStructureCmdListFormatFlagsError = "The flags 'listMemberNames' and 'asString' cannot be used together."
s_TdataStructureCmdStrings.rDataStructureCmdNameWithRemoveAll = "The 'name' flag cannot be used with the 'removeAll' flag."
s_TdataStructureCmdStrings.rDataStructureCmdNoStringQueried = "When specifying 'format' and 'name' flags you can only query 'asString'."
s_TdataStructureCmdStrings.rDataStructureCmdParseErrors = "Parsing failed; structure not created. Errors: '^1s'"
s_TdataStructureCmdStrings.rDataStructureCmdParseWarnings = "Parsing partially succeeded. Structure created but may be incomplete. Warnings: '^1s'"
s_TdataStructureCmdStrings.rDataStructureCmdRemoveDoFail = "Could not remove structure '^1s'."
s_TdataStructureCmdStrings.rDataStructureCmdRemoveRequiresName = "You must specify a structure name when using the remove flag."
s_TdataStructureCmdStrings.rDataStructureCmdRemoveUndoFail = "Could not re-add structure '2s'."
s_TdataStructureCmdStrings.rDataStructureCmdRemoveWithRemoveAll = "The 'remove' flag cannot be used with the 'removeAll' flag."
s_TdataStructureCmdStrings.rDataStructureCmdShowingFormats = "Showing all available format types."
s_TdataStructureCmdStrings.rDataStructureCmdUnimplemented = "That feature is not yet implemented."
s_TdataStructureCmdStrings.rDataStructureCmdUnrecognizedFormat = "Format type '^1s' not recognized.\nUse the query flag to show all available types."
s_TdataStructureCmdStrings.rDataStructureCmdUnrecognizedStructure = "Structure '^1s' not found.\nQuery with the name flag to show all available structures."
//
// String set: s_TdatabaseBasketStrings
//
s_TdatabaseBasketStrings.rMatNameCanYellow = "Canary"
s_TdatabaseBasketStrings.rMatNameCharcoal = "Charcoal"
s_TdatabaseBasketStrings.rMatNameEggshell = "Eggshell"
s_TdatabaseBasketStrings.rMatNameEmGreen = "Emerald"
s_TdatabaseBasketStrings.rMatNameScarlet = "Scarlet"
s_TdatabaseBasketStrings.rMatNameTangerine = "Tangerine"
s_TdatabaseBasketStrings.rMatNameUltraMarine = "Ultramarine"
//
// String set: s_TdbCountActionStrings
//
s_TdbCountActionStrings.rDbCountActionCountersDisabled = "Counters are disabled, command has no effect.  Use the 'enabled' flag on this command to turn them on."
s_TdbCountActionStrings.rDbCountActionMissingOutput = "Could not access output location"
//
// String set: s_TdbFootprintActionStrings
//
s_TdbFootprintActionStrings.rDbFootprintActionErrNoTypes = "The 'type' flag is required. Query it for available types."
s_TdbFootprintActionStrings.rDbFootprintActionErrParse = "Argument parsing failed. Check your syntax."
s_TdbFootprintActionStrings.rDbFootprintActionErrTypeNotFound = "Type '^1c' not found. Query the 'type' flag for available types."
s_TdbFootprintActionStrings.rDbFootprintActionErrTypeUnknown = "The type ^1c is not recognized. Query the 'type' flag for recognized types."
s_TdbFootprintActionStrings.rDbFootprintActionNodeTypeInfo = "The 'node' type collects footprint information on the nodes in the scene.\nUndeletable and implicit nodes are skipped. If any nodes are selected then\nthe footprint information is only collected for them.\n\nThe output is in a JSON format to allow later processing. The exact details\nwill depend on the individual nodes being measured but the general outline\nwill look like this (all counts are in bytes):\n\n	{\n		\"nodes\" : {\n			\"NODE1\" : {\n				\"size\" : SIZE_OF_NODE,\n				\"padding\" : SIZE_OF_PADDING_IN_NODE,\n				\"memberSize\" : SIZE_OF_NODE_MEMBERS,\n				\"referenceSize\" : SIZE_OF_NODE_PLUS_ALL_REFERENCED_DATA,\n				\"referencePadding\" : SIZE_OF_PADDING_IN_REFERENCED_DATA\n			},\n			...\n		}\n	}\n\n"
//
// String set: s_TdbMessageActionStrings
//
s_TdbMessageActionStrings.rDbMessageActionEmptyList = "None"
s_TdbMessageActionStrings.rDbMessageActionMonitorOff = "Messages not being monitored: "
s_TdbMessageActionStrings.rDbMessageActionMonitorOn = "Messages being monitored: "
s_TdbMessageActionStrings.rDbMessageActionNoAction = "Nothing done. Either '-l' or '-e' must be specified."
s_TdbMessageActionStrings.rDbMessageActionSeparator = ","
s_TdbMessageActionStrings.rDbMessageActionUnknownFlag = "Message type '^1s' is unknown. Try 'dbmessage -l'."
//
// String set: s_TdbPeekActionStrings
//
s_TdbPeekActionStrings.rDbPeekActionArgumentFlagWithParam = "^1c[=VALUE]"
s_TdbPeekActionStrings.rDbPeekActionErrBadArgument = "The peek operation '^1s' does not recognize argument ^2s. Query the flag to find available operations."
s_TdbPeekActionStrings.rDbPeekActionErrBadOperation = "The peek operation '^1s' was not recognized. Query the flag to find available operations."
s_TdbPeekActionStrings.rDbPeekActionErrNoOperations = "The 'operation' flag is required. Query the flag to find available operations."
s_TdbPeekActionStrings.rDbPeekActionErrParse = "Argument parsing failed. Check your syntax."
s_TdbPeekActionStrings.rDbPeekActionErrQueryOperation = "Only the 'operation' flag can be queried."
s_TdbPeekActionStrings.rDbPeekActionHelpNoArguments = "No arguments are recognized by this operation"
s_TdbPeekActionStrings.rDbPeekActionHelpTitle = "Peek operation '^1s'"
s_TdbPeekActionStrings.rDbPeekActionHelpTitleArguments = "Recognized 'argument' flag values"
s_TdbPeekActionStrings.rDbPeekActionNoCountAllowed = "Count specified for operation that will not use it"
s_TdbPeekActionStrings.rDbPeekActionNoOutputAllowed = "Output specified for operation that will not use it"
//
// String set: s_TdbPeekAttributesStrings
//
s_TdbPeekAttributesStrings.rDbPeekAttributeComputableAndStorable = "Computed attribute is also marked storable"
s_TdbPeekAttributesStrings.rDbPeekAttributeComputableAndWritable = "Computed attribute is also marked writable"
s_TdbPeekAttributesStrings.rDbPeekAttributeTypeError = "Error: type value must be one of affects, detail, or validate."
s_TdbPeekAttributesStrings.rDbPeekAttributeValidateComputeChild = "Child of compound is computed but parent is not"
s_TdbPeekAttributesStrings.rDbPeekAttributeValidateComputeParent = "Parent of compound is computed but child is not"
s_TdbPeekAttributesStrings.rDbPeekAttributeValidateReadableMismatch = "Compound parent can connect as output but child cannot"
s_TdbPeekAttributesStrings.rDbPeekAttributeValidateWritableMismatch = "Compound parent can connect as input but child cannot"
s_TdbPeekAttributesStrings.rDbPeekAttributesFlagDetail = "Add all of the internal detail from attributes being dumped, otherwise dump only the names and structure. The details will be output as object members of the attribute, including the children."
s_TdbPeekAttributesStrings.rDbPeekAttributesFlagNoDynamic = "Skip dynamic attributes in all output."
s_TdbPeekAttributesStrings.rDbPeekAttributesFlagNoExtension = "Skip extension attributes in all output."
s_TdbPeekAttributesStrings.rDbPeekAttributesFlagNoStatic = "Skip static attributes in all output."
s_TdbPeekAttributesStrings.rDbPeekAttributesFlagNodeType = "Dump the attributes belonging to the type of selected node(s). If nothing is selected then dump the attributes for all available node types. This will include all node types up the hierarchy to the base node class.\n"
s_TdbPeekAttributesStrings.rDbPeekAttributesFlagOnlyPlugins = "Restrict the output to nodes and node types that originate from a plug-in."
s_TdbPeekAttributesStrings.rDbPeekAttributesFlagType = "Takes a string value indicating the type of analysis is \nto be performed on the attributes. The legal values are: \n    affects  : Dump the attribute structure and affects relationships in the graphical .dot format.\n    detail   : Dump the attribute information in .json format.\n    validate : Validate the flags and structure for consistency and validity.\nThe default if no type is specified is 'detail'.\n\nSample output from 'detail' type:\n    Show a list of all attributes registered to the selected node in a\n    JSON format. If no nodes are selected then print the list of\n    all attributes on all nodes.\n\n    For example if there was a node type called 'reversePoint' with a\n    vector input and a vector output then the summary output for that\n    node would look like this:\n\n    {\n      \"nodes\" :\n      {\n        \"reversePoint\" :\n        {\n          \"staticAttributes\" : [\n            { \"pointInput\" : [\n                \"pointInputX\",\n                \"pointInputY\",\n                \"pointInputZ\",\n              ]\n            },\n            { \"pointOutput\" :\n              [\n                \"pointOutputX\",\n                \"pointOutputY\",\n                \"pointOutputZ\",\n              ]\n            }\n          ],\n          \"extensionAttributes\" : []\n        }\n      }\n    }\n\nSample output from 'affects' type:\n\n    digraph G\n    {\n        compound=true;\n        subgraph cluster_NODENAME\n        {\n            label=\"Node NODENAME, Type NODETYPE\";\n            color=\".7 .0 .0\";\n            ia [label=\"ia/inputAttribute\",style=\"rounded\",shape=ellipse];\n            oa [label=\"oa/outputAttribute\",style=\"rounded\",shape=rectangle];\n            ia -> oa;\n        }\n    }\n\nNote that since dynamic attributes do not inherently support an 'affects' \nrelationship they are not printed to this output. That does not mean they \nwill not affect each other since other mechanisms, such as overriding the \nnode dirty propagation methods, can simulate the same relationships.\n\nSample output from 'validate' type:\n\n    {\n      \"Attribute Validation\" :\n      {\n        \"NODENAME\" :\n          {\n            \"staticAttributes\" : [\n            {\n              \"Both input and output attributes in compound\" : [\n              { \"root\" : \"rootAttribute\",\n                \"inputs\" : [\"inputChild\"],\n                \"outputs\" : [\"outputChild\"],\n              }\n            ]\n          }\n        }\n      }\n    }\n\n"
s_TdbPeekAttributesStrings.rDbPeekAttributesHelp = "Analyze the attributes on a node or node type and dump information about them based on the operation type being selected.\n\nVarious arguments to the operation will change the content of the output. The essence remains the same; the attributes belonging to the node or node type.\n"
s_TdbPeekAttributesStrings.rDbPeekAttributesJsonNoRegistration = "\"error\" : \"Unable to find registered node types.\""
s_TdbPeekAttributesStrings.rDbPeekAttributesNoRegistration = "Error: Unable to find registered node types."
//
// String set: s_TdbPeekCmdTrackingStrings
//
s_TdbPeekCmdTrackingStrings.rDbPeekCmdTrackingFlagReset = "Set all of the command tracking statistics to zero."
s_TdbPeekCmdTrackingStrings.rDbPeekCmdTrackingHelp = "By default when no detail argument is present show a list of all commands that were run since the last reset along with a count of how many of each type were executed.\n\nOutput is in the form of command/count pairs, one per line, with a tab character separating them."
//
// String set: s_TdbPeekConnectionsStrings
//
s_TdbPeekConnectionsStrings.rDbPeekConnectionsFlagSummary = "Reduce the output to show only the connection counts on the nodes. It separates by single and multi but no further information is added. Useful for getting rough usage information."
s_TdbPeekConnectionsStrings.rDbPeekConnectionsFlagVerbose = "Show extra information on every connection, including dirty/propagation states, plug owner, and type connectivity of the connection. Connections can be single or multi, and be connected either to each other or to plugs."
s_TdbPeekConnectionsStrings.rDbPeekConnectionsHelp = "By default, when no type argument is present, shows a list of all connections in the DG."
//
// String set: s_TdbPeekContextStrings
//
s_TdbPeekContextStrings.rDbPeekContextErrorCannotOutputString = "The evaluationContext test requires a file destination for output."
s_TdbPeekContextStrings.rDbPeekContextErrorInGraphContext = "The graph context (^1c) evaluation failed."
s_TdbPeekContextStrings.rDbPeekContextErrorInMainContext = "The main context (^1c) evaluation failed."
s_TdbPeekContextStrings.rDbPeekContextErrorNothingToTest = "You must specify a test type."
s_TdbPeekContextStrings.rDbPeekContextErrorUnknownMonitorAction = "contextMonitor only recognizes on, off, reset, and count."
s_TdbPeekContextStrings.rDbPeekContextErrorUnknownTest = "test type must be one of isolation or correctness."
s_TdbPeekContextStrings.rDbPeekContextFlagContextMonitor = "Takes a string value indicating an interaction with the evaluation context monitor.\nThe legal values are:\n    on:    Enable the continuous monitoring of the current evaluation context\n           and report any locations found where the context passed in to the\n           monitored locations differs from the current evaluation context.\n    off:   Disable the monitoring for evaluation context errors.\n    count: Print the current number of evaluation context errors.\n    reset: Reset the number of evaluation context errors to zero."
s_TdbPeekContextStrings.rDbPeekContextFlagIsolationType = "Takes a string value indicating isolation test type. The legal values are:\n\n    animatedAttributes: only report errors which involve animated attributes\n    animatedNodes:      only report errors which involve animated nodes\n    staticAndAnimated:  report all errors"
s_TdbPeekContextStrings.rDbPeekContextFlagTest = "Takes a string value indicating the type of test to run. The legal values are:\n\n    isolation:   during evaluation, detects when the evaluation\n                 context is violated, causing data to be read or\n                 written into state belonging to another evaluation context\n    correctness: evaluate the scene in the background and compare evaluation\n                 data stored for the background and main contexts; compare\n                 by traversing the evaluation graph, visiting nodes only if\n                 all upstream nodes generated equivalent data in the\n                 background and main contexts."
s_TdbPeekContextStrings.rDbPeekContextFlagTime = "Takes a string value indicating the frame time at which evaluation should be performed."
s_TdbPeekContextStrings.rDbPeekContextFlagVerbose = "Add extra information to output report. Each test will have its own verbose data:\n\n    test=isolation:   adds callstack information to the report for each detected error\n    test=correctness: adds attributes which failed to compare (due to missing logic)\n    contextMonitor:   adds callstack information to the report for each detected error"
s_TdbPeekContextStrings.rDbPeekContextHelp = "Analyze context evaluation to detect various errors violating the design,\n\n\nSample output for isolation test:\n{\n    \"context isolation\": {\n        \"frame\": 5.0,\n        \"type\": \"animatedNodes\",\n        \"verbose\": true,\n        \"errors\": [\n            {\n                \"node\": \"ikHandle1\",\n                \"type\": \"ikHandle\",\n                \"attribute\": \"ikFkManipulation\",\n                \"call stack\": [\n                    \"METHOD Line NUMBER\",\n                    \"METHOD Line NUMBER\",\n                    \"METHOD Line NUMBER\"\n                ]\n            },\n            {\n                \"node\": \"shape\",\n                \"type\": \"mesh\",\n                \"attribute\": \"displaySmoothMesh\",\n                \"call stack\": [\n                    \"METHOD Line NUMBER\",\n                    \"METHOD Line NUMBER\",\n                    \"METHOD Line NUMBER\"\n                ]\n            }\n        ],\n        \"time out\": true\n    }\n}\n\n\nSample output for correctness test:\n{\n    \"context correctness\": {\n        \"frame\": 14.0,\n        \"verbose\": true,\n        \"errors\": [\n            {\n                \"node\": \"IKSpineCurveShape\",\n                \"type\": \"nurbsCurve\",\n                \"attributes\": [\n                    \"worldSpace\"\n                ]\n            }\n        ],\n        \"failed to compare\": [\n            \"input\",\n            \"clusterXforms\",\n            \"clusterTransforms\",\n            \"target\",\n            \"mySpecialAttribute\"\n        ],\n        \"time out\": true\n    }\n}"
//
// String set: s_TdbPeekDataStrings
//
s_TdbPeekDataStrings.rDbPeekDataCSVTitleRow = "Node,Plug,Clean,Value"
s_TdbPeekDataStrings.rDbPeekDataEvalFlagDetails = "Evaluate the plugs first to guarantee that they are clean. Note that some plugs are always dirty so there may still be some plugs that show their value as dirty. This flag cannot be used in conjunction with either of the 'onlyClean' or 'onlyDirty' flags."
s_TdbPeekDataStrings.rDbPeekDataFlagCombinationError = "Only one of the 'eval', 'onlyClean', or 'onlyDirty' arguments may be specified."
s_TdbPeekDataStrings.rDbPeekDataFullFlagDetails = "Include plugs with default values in the output."
s_TdbPeekDataStrings.rDbPeekDataJSONFlagDetails = "Use a JSON format for the output. The general form is\n    { 'NODE' : { 'PLUG' : { 'TYPE', 'CLEAN', 'VALUE' } } }\nFor example for a simple numeric attribute with a dirty value of 5:\n    { 'MyNode' : { 'MyPlug', '0', '5' } }"
s_TdbPeekDataStrings.rDbPeekDataMatrixFlagDetails = "Include all plugs with a data type of 'matrix' in the output. This does not include generic data that may have a matrix value at runtime, only attributes that are exclusively matrix types."
s_TdbPeekDataStrings.rDbPeekDataNumberFlagDetails = "Include all plugs with any numerical data type in the output. This does not include generic data that may have numerical value at runtime, only attributes that are exclusively numeric types. It does include all types of numeric values, including linear, angular, time, and unitless values."
s_TdbPeekDataStrings.rDbPeekDataOnlyCleanFlagDetails = "Extract the values directly of only the plugs whose values are currently clean in the datablock. Does not trigger any evaluation. This flag cannot be used in conjunction with either of the 'eval' or 'onlyClean' flags."
s_TdbPeekDataStrings.rDbPeekDataOnlyDirtyFlagDetails = "Force evaluation of only the plugs whose values are currently dirty in the datablock. This flag cannot be used in conjunction with either of the 'eval' or 'onlyClean' flags."
s_TdbPeekDataStrings.rDbPeekDataStateFlagDetails = "Include the current dirty state of the data in the output."
s_TdbPeekDataStrings.rDbPeekDataTimeFlagDetails = "Rather than evaluating at the normal context evaluate at a context using the given time with the argument format 'time=TIME'. This is somewhat equivalent to 'getAttr -t TIME'."
s_TdbPeekDataStrings.rDbPeekDataVectorFlagDetails = "Include all plugs with a data type of 'vector' in the output. This does not include generic data that may have a vector value at runtime, only attributes that are exclusively double[3] types."
s_TdbPeekDataStrings.rdbPeekDataHelp = "Dump the current contents of plug data in a node to a standard format. By default the output is in a CSV format consisting of 5 columns:\n     NODE PLUG DATA_TYPE CLEAN_STATE DATA_AS_TEXT\nFor example for a simple integer attribute with a dirty value of 5:\n     MyNode MyPlug Int32 0 5"
//
// String set: s_TdbPeekEditsStrings
//
s_TdbPeekEditsStrings.rDbPeekEditsFlagTrack = "Show a list of all nodes for which tracking is currently enabled."
s_TdbPeekEditsStrings.rDbPeekEditsHelp = "Show a list of all nodes for which tracking is currently enabled. The 'track' flag is mandatory."
//
// String set: s_TdbPeekEvaluationManagerStrings
//
s_TdbPeekEvaluationManagerStrings.rDbPeekCustomEvaluatorNoEvaluators = "No Custom Evaluators"
s_TdbPeekEvaluationManagerStrings.rDbPeekCustomEvaluatorTitle = "Custom Evaluators"
s_TdbPeekEvaluationManagerStrings.rDbPeekEvaluationManagerFlagCustom = "Output the custom evaluators registered with the evaluation manager."
s_TdbPeekEvaluationManagerStrings.rDbPeekEvaluationManagerFlagGlobal = "Add output that is independent of scene contents, e.g. node types enabled for the custom evaluators."
s_TdbPeekEvaluationManagerStrings.rDbPeekEvaluationManagerFlagLocal = "Add output that is specific to the scene contents, e.g. nodes supported by a custom evaluator."
s_TdbPeekEvaluationManagerStrings.rDbPeekEvaluationManagerHelp = "Output the current state of all of the custom evaluators used by Maya's evaluation manager."
//
// String set: s_TdbPeekGraphStrings
//
s_TdbPeekGraphStrings.rDbPeekGraphErrorDotDisallowed = "ERROR: Can only use the 'dot' argument combined with the 'scheduling' argument.\n"
s_TdbPeekGraphStrings.rDbPeekGraphErrorNoGraph = "ERROR: Cannot run command on the evaluation graph - no valid graph.\n"
s_TdbPeekGraphStrings.rDbPeekGraphErrorNoSchedulingGraph = "Scheduling graph not available"
s_TdbPeekGraphStrings.rDbPeekGraphErrorNothingToDump = "ERROR: At least one of the arguments 'plugs', 'nodes', 'connections', or 'scheduling' must be specified.\n"
s_TdbPeekGraphStrings.rDbPeekGraphErrorNothingToDumpDev = "ERROR: At least one of the arguments 'plugs', 'nodes', 'connections', 'scheduling', or 'testTraversal' must be specified.\n"
s_TdbPeekGraphStrings.rDbPeekGraphErrorPlugsIgnored = "ERROR: The 'plugs' argument cannot be used unless the 'evaluationGraph' argument is also specified.\n"
s_TdbPeekGraphStrings.rDbPeekGraphFlagConnections = "Dump the list of all connections in the chosen graph. The sorting order is alphabetical by destination plug name."
s_TdbPeekGraphStrings.rDbPeekGraphFlagDot = "Dump the graph information in .dot format for parsing and display by an external application such as graphViz."
s_TdbPeekGraphStrings.rDbPeekGraphFlagEvaluationGraph = "Get the structure information from the evaluation graph, otherwise use the raw dependency graph. The dbpeek command flag 'evaluationGraph' will accomplish the same thing."
s_TdbPeekGraphStrings.rDbPeekGraphFlagGraph = "Dump the graph state and contents, not including what is dumped by any of the other flags."
s_TdbPeekGraphStrings.rDbPeekGraphFlagNodes = "Dump the list of all nodes in the chosen type of graph, in alphabetical order by full node name."
s_TdbPeekGraphStrings.rDbPeekGraphFlagPlugs = "For the evaluation graph option dump the list of all plugs in its dirty plug list in the evaluation nodes. For the DG option dump the list of plugs currently in the plug trees."
s_TdbPeekGraphStrings.rDbPeekGraphFlagScheduling = "Dump the scheduling type being used for all nodes in the type of graph in the form NODE = SCHEDULING_TYPE. If a node type is specified the default scheduling type for nodes of that specific node type is returned in the same format."
s_TdbPeekGraphStrings.rDbPeekGraphFlagTraversalTest = "Run the graph traversal in a variety of different combinations, reporting the results from each using a key indicating which combination was tested."
s_TdbPeekGraphStrings.rDbPeekGraphFlagVerbose = "When dumping the scheduling graph in .dot format add all of the names of the nodes to the clusters. Otherwise it just has a count of nodes in each cluster."
s_TdbPeekGraphStrings.rDbPeekGraphHelp = "Get a list of nodes or connections from either the dependency graph or the underlying evaluation graph."
//
// String set: s_TdbPeekMeshStrings
//
s_TdbPeekMeshStrings.rDbPeekMeshCSVCountTitleRow = "Node,DataType,Count"
s_TdbPeekMeshStrings.rDbPeekMeshCSVVerboseTitleRow = "Node,Clean,Plug,Value"
s_TdbPeekMeshStrings.rDbPeekMeshCSVVerboseVertexRow = "^1c,^2c[^3d],^4d,^5f ^6f ^7f"
s_TdbPeekMeshStrings.rDbPeekMeshEvalFlagDetails = "Evaluate the mesh plugs first to guarantee they are clean. Otherwise the values currently present in the mesh shape will be used as-is."
s_TdbPeekMeshStrings.rDbPeekMeshJSONCleanState = "'clean' : 1,"
s_TdbPeekMeshStrings.rDbPeekMeshJSONFlagDetails = "If the arg 'json' is used then the data is dumped in JSON format."
s_TdbPeekMeshStrings.rDbPeekMeshJSONStatCount = "'^1c' : '^1d'"
s_TdbPeekMeshStrings.rDbPeekMeshSmoothMeshFlagDetails = "Include the smooth mesh attributes in the output. They are omitted by default since they can be quite expensive compared to regular meshes."
s_TdbPeekMeshStrings.rDbPeekMeshVerboseFlagDetails = "Put the full values for all of the data in the output. Otherwise only a count of the number of each type is returned. See the flag descriptions for more information on which data can be requested and what is returned for each type."
s_TdbPeekMeshStrings.rDbPeekMeshVertexFlagDetails = "Include the vertex positions or vertex count in the output. The short return is a count of vertices in the mesh. The verbose values are a list of vertex number and the {X,Y,Z} positions of the vertex, with W factored in if appropriate."
s_TdbPeekMeshStrings.rdbPeekMeshHelp = "Dump the current contents of the mesh to a standard format. There are two types of formatting and two levels of detail to present. For the default level of detail the default CSV format output will look like:\n\n    NODE_NAME,DATA_TYPE,DATA_COUNT\n\nFor example for a cube containing 32 vertices you would see these lines:\n\n    Node,DataType,Count\n    pCubeShape1,outMesh,32\n\nThe JSON equivalent format would look like this:\n    {\n      'pCubeShape1' :\n      {\n          'outMesh' : '32'\n      }\n    }\n\nIf the full detail is requested then the (abbreviated) output will look like this for CSV format:\n\n    Node,Plug,Clean,Value\n    pCubeShape1,outMesh[0],1,0.0 0.0 0.0\n    pCubeShape1,outMesh[1],1,0.0 0.5 0.0\n    ...\n    pCubeShape1,outMesh[32],1,1.0 1.0 1.0\n\nand like this for JSON format:\n\n    {\n        'pCubeShape1' :\n        {\n            'outMesh' :\n            {\n                'clean' : 1,\n                '0' :\n                {\n                    ['0.0', '0.0', '0.0']\n                },\n                '1' :\n                {\n                    ['0.0', '0.5', '0.0']\n                }\n                ...\n                '32' :\n                {\n                    ['1.0', '1.0', '1.0']\n                }\n            }\n    }\n\nSee the flag descriptions for more information on what is returned."
//
// String set: s_TdbPeekMetadataStrings
//
s_TdbPeekMetadataStrings.rDbPeekMetadataFlagSummary = "Show a single line per node with metadata indicating how many channels, streams, and values are present in the metadata."
s_TdbPeekMetadataStrings.rDbPeekMetadataFlagVerbose = "Show a detailed list of all metadata on nodes, including a dump in the debug serialization format for each of the metadata streams."
s_TdbPeekMetadataStrings.rDbPeekMetadataHelp = "\nShow metadata on nodes. The default operation shows a list of all nodes containing metadata."
//
// String set: s_TdbPeekNodeStrings
//
s_TdbPeekNodeStrings.rDbPeekNodeFlagDataBlock = "Show the values in the datablock(s). The data in the datablock will respect the 'verbose' flag when determining how much information to display. By default all values in the datablock will be shown. Optionally the flag can take a value to modify what is shown:\n   'datablock'         : Show all values present in the datablock\n   'datablock=changed' : Only show non-default values present in the datablock [default]\n"
s_TdbPeekNodeStrings.rDbPeekNodeFlagDataBlockInternal = "Show the values in the datablock(s). The data in the datablock will respect the 'verbose' flag when determining how much information to display. By default all values in the datablock will be shown. Optionally the flag can take values to modify what is shown:\n   'datablock'         : Show all values present in the datablock\n   'datablock=changed' : Only show non-default values present in the datablock [default]\n   'datablock=memory'  : Include a hexadecimal dump of the datablock memory in the full output\n"
s_TdbPeekNodeStrings.rDbPeekNodeFlagEvaluationGraph = "Include evaluation graph information on the node [default]."
s_TdbPeekNodeStrings.rDbPeekNodeFlagPlug = "Show the plug dependency cache and the networked plug tree [default]."
s_TdbPeekNodeStrings.rDbPeekNodeFlagVerbose = "Show much more detail where available. This will include things such as flags set on objects, full detail on heavy data, and any extra detail specific to a node type, such as caches."
s_TdbPeekNodeStrings.rDbPeekNodeHelp = "Show select debugging information on DG nodes. See also the 'plugs' and 'connections' operations for display of information specific to those facets of a node. If no arguments are used then the ones marked as [default] will all be enabled, for convenience."
//
// String set: s_TdbPeekNodeTrackingStrings
//
s_TdbPeekNodeTrackingStrings.rDbPeekNodeTrackingFlagReset = "Erase all of the node tracking statistics."
s_TdbPeekNodeTrackingStrings.rDbPeekNodeTrackingHelp = "By default when no argument is present show a list of all nodes created since the last reset along with a count of how many of each type were created.\nOutput is in the form of nodeType/count pairs, one per line, with a tab character separating them."
//
// String set: s_TdbPeekNodesStrings
//
s_TdbPeekNodesStrings.rDbPeekNodesFlagBinary = "Include the IFF tag used to identify each node type in the '.mb' file format."
s_TdbPeekNodesStrings.rDbPeekNodesHelp = "By default, when no detail argument is present, show a list of all node types currently registered."
//
// String set: s_TdbPeekPartialEvaluationStrings
//
s_TdbPeekPartialEvaluationStrings.rDbPeekPartialEvaluationHelp = "Run partial evaluation for selected nodes. Return two lists: \n- initially marked nodes used as starting points for partial evaluation \n- nodes including marked ones which were recomputed during partial evaluation \nSample output: \n{ \n    \"MarkedNodes\": [ \n        \"leg_L_j01_srt\" \n    ], \n    \"AffectedNodes\": [ \n        \"leg_L_j02_srt\", \n        \"leg_L_j03_srt\", \n        \"leg_L_j01_srt\" \n    ] \n}"
s_TdbPeekPartialEvaluationStrings.rDbPeekPartialEvaluationtErrorNotReady = "The partial evaluation peek requires valid evaluation graph which has been at least once completely computed."
//
// String set: s_TdbPeekPassiveStrings
//
s_TdbPeekPassiveStrings.rdbPeekPassiveHelp = "Report all of the passively affected inputs in the graph. Output will \nin JSON format for easy parsing:\n     {\n         \"NODE\" : { \"ATTRIBUTE1\" : VALUE1,\n                    \"ATTRIBUTE2\" : VALUE2,\n                    ... }\n     }\nFor example for a transform node with a passive rotateX value:\n     {\n         \"group1\" : { \"rotateX\" : 6.0 }\n     }"
//
// String set: s_TdbPeekPlugsStrings
//
s_TdbPeekPlugsStrings.rDbPeekPlugsDetailsDetail = "Full details"
s_TdbPeekPlugsStrings.rDbPeekPlugsDetailsSimple = "Summary only"
s_TdbPeekPlugsStrings.rDbPeekPlugsDoingFootprint = "Getting the static footprint of plugs in the system"
s_TdbPeekPlugsStrings.rDbPeekPlugsDoingReset = "Deleting all of the collected statistics"
s_TdbPeekPlugsStrings.rDbPeekPlugsDoingState = "Getting the plug state information"
s_TdbPeekPlugsStrings.rDbPeekPlugsDoingUnspecified = "No mode specified, default to '^1s'"
s_TdbPeekPlugsStrings.rDbPeekPlugsDoingUsage = "Getting the dynamic control flow through the plug class"
s_TdbPeekPlugsStrings.rDbPeekPlugsErrNoDetailAvailable = "ERROR: Requested grouping for a level of information that was not collected\n"
s_TdbPeekPlugsStrings.rDbPeekPlugsErrNoGraphAvailable = "Cannot collect state information without a valid evaluation graph.\n"
s_TdbPeekPlugsStrings.rDbPeekPlugsErrNoStatsAvailable = "ERROR: No statistics have been collected.\nUse the dbtrace command with the plugStats or plugStatsDetail keyword to enable them.\n"
s_TdbPeekPlugsStrings.rDbPeekPlugsErrUnknownGrouping = "ERROR: Legal grouping types are 'stat' and 'node'\n"
s_TdbPeekPlugsStrings.rDbPeekPlugsErrUnknownNodeType = "ERROR: Node type '^1s' was not recognized\n"
s_TdbPeekPlugsStrings.rDbPeekPlugsFPAveragePlugs = "Avg Plugs Per Node"
s_TdbPeekPlugsStrings.rDbPeekPlugsFPMaxPlugs = "Max Plugs Per Node"
s_TdbPeekPlugsStrings.rDbPeekPlugsFPMinPlugs = "Min Plugs Per Node"
s_TdbPeekPlugsStrings.rDbPeekPlugsFPTitle = "Plug Static Usage Statistics"
s_TdbPeekPlugsStrings.rDbPeekPlugsFPTotalNodes = "Total Nodes Found "
s_TdbPeekPlugsStrings.rDbPeekPlugsFPTotalPlugs = "Total Plugs Found "
s_TdbPeekPlugsStrings.rDbPeekPlugsFPValueEqualsDbl = "^1s = ^2f\n"
s_TdbPeekPlugsStrings.rDbPeekPlugsFPValueEqualsInt = "^1s = ^2d\n"
s_TdbPeekPlugsStrings.rDbPeekPlugsFlagDetails = "Include the full plug/node name information in the output. Otherwise only the total and summary counts are dumped."
s_TdbPeekPlugsStrings.rDbPeekPlugsFlagGrouping = "Specify any grouping of the output to be performed. Legal values are:\n\n   stat : Group by statistic name (default)\n   node : Group by node name"
s_TdbPeekPlugsStrings.rDbPeekPlugsFlagMode = "Specify the type of information to be displayed. Legal values are:\n\n   footprint : Report size information for currently existing networked plugs.\n   usage     : Report a bunch of dynamic code path statistics, if they have\n               been enabled in the current build.\n   reset     : With both this and 'usage' set, reset the statistics back to zero.\n   state     : Get unevaluated state information for boolean plugs.\n\nNote that unless you built with the special compile flag ENABLE_PLUG_STATISTICS\nyou will not be able to report the dynamic code path statistics."
s_TdbPeekPlugsStrings.rDbPeekPlugsFlagNodeType = "Restrict the operation to nodes of the type specified in the argument. This includes inherited types so for example if the value is 'transform' then the operation will also apply to 'joint' nodes as the node type 'joint' inherits from the node type 'transform'. See the node type documentation or the nodeType command for complete information on which node types inherit from each other."
s_TdbPeekPlugsStrings.rDbPeekPlugsFlagStat = "Sort by the name of the statistic. If this argument has a value, e.g. 'stat=addToNet' then only report that one statistic. List of available statistics:\n^1s"
s_TdbPeekPlugsStrings.rDbPeekPlugsGroupByNode = "By Node"
s_TdbPeekPlugsStrings.rDbPeekPlugsGroupByStat = "By Statistic Type"
s_TdbPeekPlugsStrings.rDbPeekPlugsGroupNone = "None"
s_TdbPeekPlugsStrings.rDbPeekPlugsHeaderDetail = "Detail Level"
s_TdbPeekPlugsStrings.rDbPeekPlugsHeaderGrouping = "Grouping Type"
s_TdbPeekPlugsStrings.rDbPeekPlugsHeaderOperation = "Operation"
s_TdbPeekPlugsStrings.rDbPeekPlugsHeaderStat = "Statistics"
s_TdbPeekPlugsStrings.rDbPeekPlugsHeaderTitle = "Configuration"
s_TdbPeekPlugsStrings.rDbPeekPlugsResetWithGroup = "Warning: Grouping is ignored for a reset."
s_TdbPeekPlugsStrings.rDbPeekPlugsStatsAll = "Showing all"
s_TdbPeekPlugsStrings.rDbPeekPlugsStatsOne = "Showing only the named statistic '^1s'"
s_TdbPeekPlugsStrings.rDbPeekPlugsUsageTitle = "Plug Dynamic Usage Statistics"
s_TdbPeekPlugsStrings.rDbPeekPlugsWarningNoHits = "No hits found. Are you sure the 'plugStats' trace objects are enabled?"
s_TdbPeekPlugsStrings.rdbPeekPlugsHelp = "Show information about all of the plugs in a scene. By default when no argument is present show static plug footprint."
//
// String set: s_TdbTraceActionStrings
//
s_TdbTraceActionStrings.rDbTraceActionMismatchedLength = "Level and Keyword parameter counts must be the same"
s_TdbTraceActionStrings.rDbTraceActionNoFilter = "Could not find filter with that name"
s_TdbTraceActionStrings.rDbTraceActionNoMatches = "No trace objects match that keyword and level"
s_TdbTraceActionStrings.rDbTraceActionNonFiltered = "No trace objects have filters applied"
s_TdbTraceActionStrings.rDbTraceActionNonSpecificFilter = "No matching trace objects have that filter applied"
s_TdbTraceActionStrings.rDbTraceActionNotAllowParallel = "Trace object not allowed with evaluation manager mode parallel"
s_TdbTraceActionStrings.rDbTraceActionQueryInfoVerbose = "^1d traces ^2s. See stdout for details."
s_TdbTraceActionStrings.rDbTraceActionTimed = "showing time"
s_TdbTraceActionStrings.rDbTraceActionUnknownFilter = "Unknown Filter"
s_TdbTraceActionStrings.rDbTraceActionUntimed = "hiding time"
//
// String set: s_TdebugVariableCmdStrings
//
s_TdebugVariableCmdStrings.rMissingVariableError = "command error: missing variable name"
s_TdebugVariableCmdStrings.rVariableNotFoundError = "debug variable not found"
//
// String set: s_TdefaultNavigationCmdStrings
//
s_TdefaultNavigationCmdStrings.rDefaultNavigationFailedDest = "defaultNavigation failed. Invalid destination node specified."
s_TdefaultNavigationCmdStrings.rDefaultNavigationFailedSource = "defaultNavigation failed. Invalid source node specified."
s_TdefaultNavigationCmdStrings.rImproperArguments = "Improper arguments for ^1c"
//
// String set: s_TdefineDataServerCmdStrings
//
s_TdefineDataServerCmdStrings.rDeviceNotDataServerError = "Device not data server: "
s_TdefineDataServerCmdStrings.rServerArgReqdError = "The -s serverName argument is required."
s_TdefineDataServerCmdStrings.rServerConnectFailedError = "Could not connect to server: "
s_TdefineDataServerCmdStrings.rServerVsUndefineError = "Only one of -server and -undefine is allowed."
//
// String set: s_TdeformerCmdStrings
//
s_TdeformerCmdStrings.rAfterQueryError = "After flag not allowed in query mode."
s_TdeformerCmdStrings.rAfterReferenceQueryError = "AfterReference flag not allowed in query mode."
s_TdeformerCmdStrings.rBeforeQueryError = "Before flag not allowed in query mode."
s_TdeformerCmdStrings.rDeformerDGError = "Problems occurred with dependency graph setup."
s_TdeformerCmdStrings.rDeformerInvalidSelectedItem = "Selected item ^1s is not deformable."
s_TdeformerCmdStrings.rDeformerNameError = "Invalid deformer name was specified."
s_TdeformerCmdStrings.rDeformerNoDefObjError = "No deformable objects selected."
s_TdeformerCmdStrings.rDeformerNodeError = "Unable to create/find dependency node."
s_TdeformerCmdStrings.rDeformerPlacementEnvUnknown = "The MAYA_PLACEMENT_DEFAULT environment variable expects the value \"before\", \"after\", \"afterReference\" or \"default\", assuming \"default\""
s_TdeformerCmdStrings.rDeformerRefFileSelectedItem = "Cannot deform ^1s from referenced file."
s_TdeformerCmdStrings.rDeformerSculptToolTypeError = "Invalid shape type specified for -sculptTool; only NURBS and implicit sphere types are supported."
s_TdeformerCmdStrings.rDeformerUndoDGError = "Problems occurred with dependency graph undo."
s_TdeformerCmdStrings.rDoubleDeformed = "^1s is in the construction history of ^2s. Double deformations may result."
s_TdeformerCmdStrings.rFrontQueryError = "Ahead flag not allowed in query mode."
s_TdeformerCmdStrings.rGeometryCreateError = "Geometry flag not allowed in creation mode."
s_TdeformerCmdStrings.rGeometryIndicesCreateError = "GeometryIndices flag not allowed in creation mode."
s_TdeformerCmdStrings.rGeometryIndicesEditError = "The geometryIndices flag is not allowed in edit mode."
s_TdeformerCmdStrings.rIgnoreQueryError = "Ignore selected flag not allowed in query mode."
s_TdeformerCmdStrings.rIgnoreSelectedEditError = "The ignoreSelected flag is not allowed in edit mode."
s_TdeformerCmdStrings.rIncludeHiddenEditError = "Include hidden on creation flag not allowed in edit mode."
s_TdeformerCmdStrings.rIncludeHiddenQueryError = "Include hidden on creation flag not allowed in query mode."
s_TdeformerCmdStrings.rNoItemsWerePruned = "No components could be pruned."
s_TdeformerCmdStrings.rNoSelectedDeformer = "Item selected is not a deformer."
s_TdeformerCmdStrings.rOrderingEditGeomAlready = "The ordering flags (-before, -front, -after, -afterReference, -split or -parallel) can only be used in -edit mode on deformers with no input geometry"
s_TdeformerCmdStrings.rOrderingError = "The after, frontOfChain, before, parallel, afterReference and split flags are mutually exclusive."
s_TdeformerCmdStrings.rParticleWithDefaultOrder = "Change the Deformation Order to 'Default' internally for particles."
s_TdeformerCmdStrings.rRemoveCreateError = "Remove flag not allowed in creation mode."
s_TdeformerCmdStrings.rRemoveFlagError = "The remove flag can only be used in combination with the geometry flag."
s_TdeformerCmdStrings.rRemoveQueryError = "Remove flag not allowed in query mode."
s_TdeformerCmdStrings.rRemoveUnusedInfluencesError = "Problems occurred while trying to remove unused influences."
s_TdeformerCmdStrings.rSelectedObjectNotDeformer = "Expected a ^1s deformer or a deformed shape. Found '^2s' instead."
s_TdeformerCmdStrings.rSingleDeformerPlease = "A single deformer should be specified in edit/query mode."
s_TdeformerCmdStrings.rSkippedSelectedItem = "Skipped one of the selected items since it was not deformable."
s_TdeformerCmdStrings.rSkippedSelectedItemByName = "Skipped ^1s since it was not deformable."
s_TdeformerCmdStrings.rSplitQueryError = "Split flag not allowed in query mode."
s_TdeformerCmdStrings.rSyntaxCreationProblem = "Unable to create syntax."
s_TdeformerCmdStrings.rTransferShadingSetsObjectCountError = "transferShadingSets requires at least two objects."
s_TdeformerCmdStrings.rTweaksAdvancedProblem = "Using the advanced deformer placement when deforming objects with tweaks may produce unexpected results."
s_TdeformerCmdStrings.rWrapAllPointsOutsideMaxDist = "No points were weighted to the wrap. Try increasing the maxDistance setting."
s_TdeformerCmdStrings.rWrapExclusiveOnlyPolys = "Exclusive bind only works on polys, ignoring option."
//
// String set: s_TdeformerEvaluatorCmdStrings
//
s_TdeformerEvaluatorCmdStrings.rDeformerEvaluatorCmdNotLoaded = "Deformer Evaluator is not loaded"
//
// String set: s_TdeformerEvaluatorStrings
//
s_TdeformerEvaluatorStrings.fDeformerEvaluatorKiloAbbreviation = "k"
s_TdeformerEvaluatorStrings.rDeformerEvaluatorDisabled = "Disabled"
s_TdeformerEvaluatorStrings.rDeformerEvaluatorEnabled = "Enabled"
s_TdeformerEvaluatorStrings.rDeformerEvaluatorFailed = "Disabled (Failed)"
s_TdeformerEvaluatorStrings.rDeformerEvaluatorObjectType = "Deformer Custom Evaluator"
//
// String set: s_TdeformerUIBasketStrings
//
s_TdeformerUIBasketStrings.rBlendShapeDeformers = "BlendShape Deformers"
s_TdeformerUIBasketStrings.rHold = "Hold"
s_TdeformerUIBasketStrings.rRigidSkins = "Rigid Skins"
s_TdeformerUIBasketStrings.rSmoothSkins = "Smooth Skins"
s_TdeformerUIBasketStrings.rWeightedDeformer = "Weighted Deformer"
//
// String set: s_TdeformerWeightsStrings
//
s_TdeformerWeightsStrings.rAllDeformShapeSkipped = "All shapes and deformers skipped. No data to import/export."
s_TdeformerWeightsStrings.rDataMeshNotGiven = "-vc/-vertexConnections only works with mesh"
s_TdeformerWeightsStrings.rDeformShapeNotGiven = "A shape or a deformer must be given."
s_TdeformerWeightsStrings.rExportedDefWtFile = "Exported deformer weights to '^1s'."
s_TdeformerWeightsStrings.rInvalidDataMesh = "Only polygon meshes are supported with the barycentric method."
s_TdeformerWeightsStrings.rInvalidFormatFlag = "Please specify either \"XML\" or \"JSON\" with the format flag."
s_TdeformerWeightsStrings.rInvalidMethodType = "The mapping method is invalid."
s_TdeformerWeightsStrings.rInvalidRemapOption = "Invalid remap option '^2s' in '^1s'."
s_TdeformerWeightsStrings.rInvalidRemapString = "Invalid remap string: '^1s'."
s_TdeformerWeightsStrings.rInvalidXml = "xml is missing connection information. Export with -vc/-vertexConnections."
s_TdeformerWeightsStrings.rMustHaveImportExportFlag = "Either the import or the export flag must be set."
s_TdeformerWeightsStrings.rNothingImported = "Nothing imported."
s_TdeformerWeightsStrings.rUnableToExportAttribute = "Unable to export attribute '^1s' for deformer '^2s'"
s_TdeformerWeightsStrings.rUnableToFindDeformer = "Unable to find valid deformer."
s_TdeformerWeightsStrings.rUnableToFindNamedDeformer = "Unable to find specified deformer: '^1s'."
s_TdeformerWeightsStrings.rUnableToFindShape = "Unable to find the specified shape: '^1s'."
s_TdeformerWeightsStrings.rUnableToImportAttribute = "Unable to import attribute '^1s' for deformer '^2s'"
s_TdeformerWeightsStrings.rUnableToImportLockedAttr = "Unable to import locked or connected attribute '^1s' for deformer '^2s'"
s_TdeformerWeightsStrings.rUnableToMatchSlice = "Unable to find the match weight set name '^1s' to given deformer."
s_TdeformerWeightsStrings.rUnableToOpenFile = "Unable to open the specified file: '^1s'."
//
// String set: s_TdeleteAttrCmdStrings
//
s_TdeleteAttrCmdStrings.rDAFoundNoValidItems = "Found no valid items to delete the attribute from."
s_TdeleteAttrCmdStrings.rDAambiguousAttrStr = "Cannot use -at and select full attribute name.  Ignoring '^1s'."
s_TdeleteAttrCmdStrings.rDAattrExpectedString = "Attribute name was expected after -at/-attribute flag."
s_TdeleteAttrCmdStrings.rDAchildAttrErrorStr = "Cannot delete child '^1s' of compound attribute '^2s'."
s_TdeleteAttrCmdStrings.rDAdynamicAttrErrorStr = "Cannot delete static attribute '^1s' from node '^2s'."
s_TdeleteAttrCmdStrings.rDAneedAttrFlagString = "Must specify attribute to be deleted."
s_TdeleteAttrCmdStrings.rDAnoAttrErrorStr = "Node '^1s' does not have attribute '^2s'."
s_TdeleteAttrCmdStrings.rDAnoNodeSelectedString = "Attribute cannot be deleted; no node(s) selected."
s_TdeleteAttrCmdStrings.rDAnodeLockedStr = "'^1s' is locked and may not have attributes deleted."
s_TdeleteAttrCmdStrings.rDAnonQueryFlagErrorStr = "Cannot use this flag for query mode."
s_TdeleteAttrCmdStrings.rDAplugLockedStr = "'^1s' is locked and may not be removed."
//
// String set: s_TdeleteAttrPatternCmdStrings
//
s_TdeleteAttrPatternCmdStrings.rDeleteAttrPatternCmdNoPatterns = "No patterns match that criteria."
s_TdeleteAttrPatternCmdStrings.rDeleteAttrPatternCmdNothingRequested = "One of these flags must be specified: '-all', '-patternType', or '-patternName'."
s_TdeleteAttrPatternCmdStrings.rDeleteAttrPatternCmdRemovalFailed = "Pattern removal failed for unknown reason."
s_TdeleteAttrPatternCmdStrings.rDeleteAttrPatternsCmdPatternNotFound = "That pattern type does not exist."
//
// String set: s_TdeleteCmdStrings
//
s_TdeleteCmdStrings.rDeleteAllError = "\"delete -all\" is not supported anymore. Use \"file -f -new;\" instead."
s_TdeleteCmdStrings.rDeleteComponentsInAssemblyError = "Cannot delete object components on assembly members."
s_TdeleteCmdStrings.rDeleteCompsOnlyWarning = "Cannot delete non-DAG dependency node '^1s' when components are being deleted."
s_TdeleteCmdStrings.rDeleteConstraintSkipDueToLockedPlugs = "Skipping deletion of '^1s' due to locked attributes."
s_TdeleteCmdStrings.rDeleteHistoryDisabledOnRef = "Skipping '^1s'. History cannot be deleted on referenced nodes."
s_TdeleteCmdStrings.rDeleteHistoryLockedPlugWarning = "Skipping '^1s'. History plug is locked."
s_TdeleteCmdStrings.rDeleteInheritMsg = "Turning on inheritTransform for '^1s'."
s_TdeleteCmdStrings.rDeleteLockedComponentsWarning = "One or more components are locked and cannot be deleted."
s_TdeleteCmdStrings.rDeleteLockedNodeError = "Cannot delete locked node '^1s'."
s_TdeleteCmdStrings.rDeleteLockedPlugMsg = "Skipping '^1s'. Connections to a locked attribute cannot be broken."
s_TdeleteCmdStrings.rDeleteNodeInAssemblyError = "Cannot delete node in an assembly: '^1s'. This is not a supported edit."
s_TdeleteCmdStrings.rDeleteNonDeletableNodeError = "Non-deletable node '^1s' cannot be deleted."
s_TdeleteCmdStrings.rDeleteParentingProblemError = "Node '^1s' is parented to an object being removed."
s_TdeleteCmdStrings.rDeletePlugsError = "Cannot delete selection Item '^1s' as attribute is selected. To delete the node, select the node."
s_TdeleteCmdStrings.rDeleteReadOnlyChildError = "Cannot delete '^1s' as it has locked or read-only children."
s_TdeleteCmdStrings.rDeleteReadOnlyConnectionsError = "Cannot break connections to read-only node '^1s'."
s_TdeleteCmdStrings.rDeleteReadOnlyNodeError = "Cannot delete read-only node '^1s'."
s_TdeleteCmdStrings.rDeleteSelectionWarning = "Nothing is selected. Select objects or components to delete."
s_TdeleteCmdStrings.rDeleteSharedNodeWithOwnersError = "Cannot delete '^1s' as it has more than one owner."
s_TdeleteCmdStrings.rDeleteWorldError = "Deletion of \"world\" is not allowed."
//
// String set: s_TdeleteExtensionCmdStrings
//
s_TdeleteExtensionCmdStrings.rDeleteExtensionCmdAttrNotFound = "No extension attribute named '^1s' exists on node type '^2s'."
s_TdeleteExtensionCmdStrings.rDeleteExtensionCmdForceDialogChooseCancel = "Cancel"
s_TdeleteExtensionCmdStrings.rDeleteExtensionCmdForceDialogChooseNuke = "Delete Anyway"
s_TdeleteExtensionCmdStrings.rDeleteExtensionCmdForceDialogMessageOne = "One node possesses a non-default values for that attribute.\\nWhat would you like to do about it?"
s_TdeleteExtensionCmdStrings.rDeleteExtensionCmdForceDialogMessageSome = "^1d nodes possess non-default values for that attribute.\\nWhat would you like to do about them?"
s_TdeleteExtensionCmdStrings.rDeleteExtensionCmdForceDialogTitle = "Choose Non-Default Value Option"
s_TdeleteExtensionCmdStrings.rDeleteExtensionCmdInvalidNodeType = "Node type name '^1s' is unknown."
s_TdeleteExtensionCmdStrings.rDeleteExtensionCmdNeedName = "Extension attribute name is required."
s_TdeleteExtensionCmdStrings.rDeleteExtensionCmdNeedNodeType = "Node type name is required."
//
// String set: s_TdeltaMushCmdStrings
//
s_TdeltaMushCmdStrings.rDeltaMushInvalidFlagParam = "Invalid parameter for '^1s' flag."
//
// String set: s_TdepGraphStrings
//
s_TdepGraphStrings.rTraversalDepth = "Traversal Depth"
s_TdepGraphStrings.rTraversalDepthUnlimited = "Unlimited"
s_TdepGraphStrings.rTraversalSeparator = ": "
//
// String set: s_TdependNodeStrings
//
s_TdependNodeStrings.a_bnm_niceName = "Bin Membership"
s_TdependNodeStrings.a_cch_niceName = "Caching"
s_TdependNodeStrings.a_fzn_niceName = "Frozen"
s_TdependNodeStrings.a_ihi_niceName = "Is Historically Interesting"
s_TdependNodeStrings.a_msg_niceName = "Message"
s_TdependNodeStrings.a_nds_enum_kdnBlocking = "Blocking"
s_TdependNodeStrings.a_nds_enum_kdnHasNoEffect = "HasNoEffect"
s_TdependNodeStrings.a_nds_enum_kdnNormal = "Normal"
s_TdependNodeStrings.a_nds_enum_kdnWaiting = "Waiting-Normal"
s_TdependNodeStrings.a_nds_enum_kdnWaitingBlocking = "Waiting-Blocking"
s_TdependNodeStrings.a_nds_enum_kdnWaitingNoEffect = "Waiting-HasNoEffect"
s_TdependNodeStrings.a_nds_niceName = "Node State"
s_TdependNodeStrings.rDGWarningCycleFound = "Cycle on '^1s' may not evaluate as expected.  (Use 'cycleCheck -e off' to disable this warning.)"
s_TdependNodeStrings.rDbgFlagAffectsAnimation = "Affects Animation"
s_TdependNodeStrings.rDbgFlagChangedSinceOpen = "Changed Since File Open"
s_TdependNodeStrings.rDbgFlagDeletable = "Deletable"
s_TdependNodeStrings.rDbgFlagDoNotWrite = "Do Not Write"
s_TdependNodeStrings.rDbgFlagEnabled = "Enabled"
s_TdependNodeStrings.rDbgFlagHasConnection = "Has Connection"
s_TdependNodeStrings.rDbgFlagHasOutputConnection = "Has Output Connection"
s_TdependNodeStrings.rDbgFlagImplicitlyCreated = "Implicitly Created"
s_TdependNodeStrings.rDbgFlagInternal = "Internal"
s_TdependNodeStrings.rDbgFlagLocked = "Locked"
s_TdependNodeStrings.rDbgFlagReadOnly = "Read Only"
s_TdependNodeStrings.rDbgTitleFlags = "Flags"
s_TdependNodeStrings.rDbgTitleFlagsSet = "Flags Currently Set"
s_TdependNodeStrings.rDependNodeFixingName = "Old name of '^1s' is now a reserved word."
s_TdependNodeStrings.rDependNodeMultibyte = "Requested name '^1s' contains invalid multibyte characters '^2s'.  Renaming to '^3s'."
s_TdependNodeStrings.rUserRequestedInterrupt = "user interrupt"
//
// String set: s_TdetachContextStrings
//
s_TdetachContextStrings.rDetachHelpSelecting = "Pick a point on a curve or a surface isoparm to detach."
s_TdetachContextStrings.rDetachHelpSelectingOrGo = "Pick another point on that object or ENTER to complete."
//
// String set: s_TdeviceCommandStrings
//
s_TdeviceCommandStrings.rAssignmentFailedError = "Attachment failed."
s_TdeviceCommandStrings.rConnectionFailedError = "Failed to connect: "
s_TdeviceCommandStrings.rDeviceArgReqdError = "The -d deviceName argument is required."
s_TdeviceCommandStrings.rDeviceAttachInvalidAttrName = "INVALID_ATTR"
s_TdeviceCommandStrings.rDeviceAttachInvalidPlugName = "INVALID_ATTACHMENT"
s_TdeviceCommandStrings.rDeviceBatchError = "The command is not available in batch mode:"
s_TdeviceCommandStrings.rDeviceDuplicateError = "The device is already defined: "
s_TdeviceCommandStrings.rDeviceSepChar = ":"
s_TdeviceCommandStrings.rFileOpenError = "Error in opening file: "
s_TdeviceCommandStrings.rInvalidAttributeError = "Failed to connect attribute, wrong data type"
s_TdeviceCommandStrings.rNoSmartAttachmentError = "Multiple axes/attribute attachment not implemented"
s_TdeviceCommandStrings.rNoSuchAttributeError1 = "No such attribute: "
s_TdeviceCommandStrings.rNoSuchAttributeError2 = " in node "
s_TdeviceCommandStrings.rNoSuchAxisError = "No such axis: "
s_TdeviceCommandStrings.rNoSuchButtonError = "No such button: "
s_TdeviceCommandStrings.rNoSuchChannelError = "No such channel: "
s_TdeviceCommandStrings.rNoSuchDeviceError = "No such device: "
s_TdeviceCommandStrings.rSyntaxError = "Syntax Error"
//
// String set: s_TdeviceEditorStrings
//
s_TdeviceEditorStrings.rDeviceEditorButtonAdd = "Add"
s_TdeviceEditorStrings.rDeviceEditorButtonApplyTake = "Apply Take"
s_TdeviceEditorStrings.rDeviceEditorButtonClear = "Clear"
s_TdeviceEditorStrings.rDeviceEditorButtonDelete = "Delete"
s_TdeviceEditorStrings.rDeviceEditorButtonMap = "Map"
s_TdeviceEditorStrings.rDeviceEditorButtonPreview = "Preview"
s_TdeviceEditorStrings.rDeviceEditorButtonReadTake = "Read Take"
s_TdeviceEditorStrings.rDeviceEditorButtonReset = "Reset"
s_TdeviceEditorStrings.rDeviceEditorButtonSave = "Save"
s_TdeviceEditorStrings.rDeviceEditorButtonSaveAttachments = "Save Attachments"
s_TdeviceEditorStrings.rDeviceEditorButtonSaveVirtualDevice = "Save Virtual Device"
s_TdeviceEditorStrings.rDeviceEditorButtonUpdate = "Update"
s_TdeviceEditorStrings.rDeviceEditorButtonWriteTake = "Write Take"
s_TdeviceEditorStrings.rDeviceEditorFrameLayoutReadTakeOptions = "Read Take Options"
s_TdeviceEditorStrings.rDeviceEditorFrameLayoutReadWriteControls = "Read/Write Take Controls"
s_TdeviceEditorStrings.rDeviceEditorFrameLayoutWriteTakeOptions = "Write Take Options"
s_TdeviceEditorStrings.rDeviceEditorNoDeviceWriteTakeErr = "No takes were written. Make sure devices have data and take names."
s_TdeviceEditorStrings.rDeviceEditorRadioButtonAbsolute = "Absolute"
s_TdeviceEditorStrings.rDeviceEditorRadioButtonObject = "Object"
s_TdeviceEditorStrings.rDeviceEditorRadioButtonRecord = "Record"
s_TdeviceEditorStrings.rDeviceEditorRadioButtonRehearse = "Rehearse"
s_TdeviceEditorStrings.rDeviceEditorRadioButtonRelative = "Relative"
s_TdeviceEditorStrings.rDeviceEditorRadioButtonReview = "Review"
s_TdeviceEditorStrings.rDeviceEditorRadioButtonSelection = "Selection"
s_TdeviceEditorStrings.rDeviceEditorRadioButtonView = "View"
s_TdeviceEditorStrings.rDeviceEditorRadioButtonWorld = "World"
s_TdeviceEditorStrings.rDeviceEditorStaticTextActiveFilters = "Active filters"
s_TdeviceEditorStrings.rDeviceEditorStaticTextActiveResamplers = "Active resamplers"
s_TdeviceEditorStrings.rDeviceEditorStaticTextAngularUnits = "Angular units:"
s_TdeviceEditorStrings.rDeviceEditorStaticTextAttribute = "Attribute:"
s_TdeviceEditorStrings.rDeviceEditorStaticTextAutoIncrement = "Auto-Increment:"
s_TdeviceEditorStrings.rDeviceEditorStaticTextAxis = "Axis:"
s_TdeviceEditorStrings.rDeviceEditorStaticTextClutch = "Clutch:"
s_TdeviceEditorStrings.rDeviceEditorStaticTextCommand = "Command"
s_TdeviceEditorStrings.rDeviceEditorStaticTextContinuous = "Continuous"
s_TdeviceEditorStrings.rDeviceEditorStaticTextDevice = "Device:"
s_TdeviceEditorStrings.rDeviceEditorStaticTextEnableApplyTake = "Enable apply take:"
s_TdeviceEditorStrings.rDeviceEditorStaticTextEnableMonitor = "Enable monitor:"
s_TdeviceEditorStrings.rDeviceEditorStaticTextEnableRecord = "Enable record:"
s_TdeviceEditorStrings.rDeviceEditorStaticTextFrequency = "Frequency:"
s_TdeviceEditorStrings.rDeviceEditorStaticTextInactiveFilters = "Inactive filters"
s_TdeviceEditorStrings.rDeviceEditorStaticTextInactiveResamplers = "Inactive resamplers"
s_TdeviceEditorStrings.rDeviceEditorStaticTextLinearUnits = "Linear units:"
s_TdeviceEditorStrings.rDeviceEditorStaticTextNode = "Node:"
s_TdeviceEditorStrings.rDeviceEditorStaticTextNumber = "Number:"
s_TdeviceEditorStrings.rDeviceEditorStaticTextNumberedTakes = "Numbered takes:"
s_TdeviceEditorStrings.rDeviceEditorStaticTextOffset = "Offset:"
s_TdeviceEditorStrings.rDeviceEditorStaticTextPlayWhileRecording = "Play while recording:"
s_TdeviceEditorStrings.rDeviceEditorStaticTextPrecision = "Precision:"
s_TdeviceEditorStrings.rDeviceEditorStaticTextRecordingDuration = "Recording duration:"
s_TdeviceEditorStrings.rDeviceEditorStaticTextScale = "Scale:"
s_TdeviceEditorStrings.rDeviceEditorStaticTextStartingTake = "Starting take:"
s_TdeviceEditorStrings.rDeviceEditorStaticTextTake = "Take:"
s_TdeviceEditorStrings.rDeviceEditorStaticTextTimeStamps = "Time stamps:"
s_TdeviceEditorStrings.rDeviceEditorStaticTextUseCurrentTime = "Use current time as apply take start time:"
s_TdeviceEditorStrings.rDeviceEditorStaticTextUseFrequency = "Use frequency:"
s_TdeviceEditorStrings.rDeviceEditorStaticTextWriteTakeOnReview = "Write take on review:"
s_TdeviceEditorStrings.rDeviceEditorTabLabelAttachment = "Attachment"
s_TdeviceEditorStrings.rDeviceEditorTabLabelControls = "Controls"
s_TdeviceEditorStrings.rDeviceEditorTabLabelFilters = "Filters"
s_TdeviceEditorStrings.rDeviceEditorTabLabelMapping = "Mapping"
s_TdeviceEditorStrings.rDeviceEditorTabLabelOptions = "Options"
s_TdeviceEditorStrings.rDeviceEditorTextNone = "None"
//
// String set: s_TdeviceManagerCmdStrings
//
s_TdeviceManagerCmdStrings.rDeviceAxisNotSpecified = "The axis is not specified. Please specify the axis via -axisIndex flag"
s_TdeviceManagerCmdStrings.rDeviceManagerCantGetAxis = "Couldn't get the axis from the device"
s_TdeviceManagerCmdStrings.rDeviceManagerCantGetDevice = "Couldn't get the device with the given index"
s_TdeviceManagerCmdStrings.rDeviceManagerCantGetDeviceManager = "Couldn't get the device manager"
s_TdeviceManagerCmdStrings.rDeviceManagerGetArgErr = "Error during parsing of deviceManager parameters"
s_TdeviceManagerCmdStrings.rDeviceManagerInvalidFlagsErr = "Invalid arguments were passed to the deviceManager"
s_TdeviceManagerCmdStrings.rDeviceNotSpecified = "The device is not specified. Please specify the device via -deviceIndex flag"
//
// String set: s_TdevicePanelStrings
//
s_TdevicePanelStrings.rDevicePanelNotSupported = "The Device Editor panel is no longer supported."
//
// String set: s_TdgBaseCmdStrings
//
s_TdgBaseCmdStrings.rdgBaseCommandBadDGFlags = "Invalid dependency graph flags."
s_TdgBaseCmdStrings.rdgBaseCommandNoName = "Unable to get name."
s_TdgBaseCmdStrings.rdgBaseCommandNoParse = "Unable to parse command argument list."
s_TdgBaseCmdStrings.rdgBaseCommandNoSave = "Unable to save world state"
//
// String set: s_TdgDebugCmdStrings
//
s_TdgDebugCmdStrings.rDgDebugCmdNodeDeprecated = "The n/node flag is being deprecated. Use the command 'dbpeek' with the 'node' operation instead."
//
// String set: s_TdgDirtyActionStrings
//
s_TdgDirtyActionStrings.rDgDirtyActionClean = "clean"
s_TdgDirtyActionStrings.rDgDirtyActionDirty = "dirty"
s_TdgDirtyActionStrings.rDgDirtyActionFlagInfoConnection = "The connection between two plugs"
s_TdgDirtyActionStrings.rDgDirtyActionFlagInfoData = "Data stored in the node's datablock"
s_TdgDirtyActionStrings.rDgDirtyActionFlagInfoPlug = "The physical plug used for connecions and flag storage"
s_TdgDirtyActionStrings.rDgDirtyActionListConnection = "Looking at connections."
s_TdgDirtyActionStrings.rDgDirtyActionListData = "Looking at node data."
s_TdgDirtyActionStrings.rDgDirtyActionListFlagRestriction = "The 'propagation' flag cannot be used when the 'list' flag is used."
s_TdgDirtyActionStrings.rDgDirtyActionListFlagRestrictionAdvancedDirty = "The 'noDirty', 'propagation', and 'parallel' flags cannot be used when the 'list' flag is used."
s_TdgDirtyActionStrings.rDgDirtyActionListPlug = "Looking at plugs."
s_TdgDirtyActionStrings.rDgDirtyActionListTypeInvalid = "List type '^1s' is not one of ['^2s/^3s', '^4s/^5s', '^6s/^7s']"
s_TdgDirtyActionStrings.rDgDirtyActionListingClean = "^1s Finding those that are clean."
s_TdgDirtyActionStrings.rDgDirtyActionListingDirty = "^1s Finding those that are dirty."
s_TdgDirtyActionStrings.rDgDirtyActionNoDirty = "Not marking connections or data dirty."
s_TdgDirtyActionStrings.rDgDirtyActionNodeDone = "Node[^1d] ^2s\n"
s_TdgDirtyActionStrings.rDgDirtyActionNodeTitle = "Processing nodes"
s_TdgDirtyActionStrings.rDgDirtyActionNothingToDo = "No plugs or nodes selected. Nothing to do."
s_TdgDirtyActionStrings.rDgDirtyActionParallel = "Sending messages in parallel."
s_TdgDirtyActionStrings.rDgDirtyActionPlugDone = "Plug[^1d] ^2s\n"
s_TdgDirtyActionStrings.rDgDirtyActionPlugTitle = "Processing plugs"
s_TdgDirtyActionStrings.rDgDirtyActionPropagation = "Skipping the propagation flags."
s_TdgDirtyActionStrings.rDgDirtyActionQueryListOnly = "Only the 'list' command supports a query."
s_TdgDirtyActionStrings.rDgDirtyActionThreadCount = "Used ^1d threads for messages."
s_TdgDirtyActionStrings.rDgDirtyActionTiming = "Messages took ^1d microseconds to process."
s_TdgDirtyActionStrings.rDgDisplayActionSendingWhat = "Sending ^1s messages out."
//
// String set: s_TdgErrorAttributeStrings
//
s_TdgErrorAttributeStrings.rDgErrorAttrNoDeleteLocked = "Cannot delete locked attribute '^1s'."
s_TdgErrorAttributeStrings.rDgErrorAttrNoModifyLocked = "Cannot modify locked attribute '^1s'."
s_TdgErrorAttributeStrings.rDgErrorAttributeBadAttr = "Bad attribute: '^1s'."
s_TdgErrorAttributeStrings.rDgErrorAttributeConnected = "Cannot delete connected attribute '^1s'."
s_TdgErrorAttributeStrings.rDgErrorAttributeDenied = "Not allowed to set attribute '^1s' to that value."
s_TdgErrorAttributeStrings.rDgErrorAttributeObsolete = "Ignoring obsolete attribute '^1s'."
s_TdgErrorAttributeStrings.rDgErrorAttributeObsoleteEnum = "Ignoring obsolete value for attribute '^1s'."
s_TdgErrorAttributeStrings.rDgErrorAttributeObsoleteValue = "Value '^1s' is no longer supported."
//
// String set: s_TdgErrorComputeStrings
//
s_TdgErrorComputeStrings.rDgErrorComputeBadAttribute = "Compute attempted on bad attribute : '^1s'."
s_TdgErrorComputeStrings.rDgErrorComputeCancelled = "Compute of '^1s' cancelled by user."
s_TdgErrorComputeStrings.rDgErrorComputeFailure = "Compute of '^1s' failed."
s_TdgErrorComputeStrings.rDgErrorComputeInputFailed = "Compute of '^1s' had failed input."
s_TdgErrorComputeStrings.rDgErrorComputeInputInvalid = "Compute of '^1s' had invalid input."
s_TdgErrorComputeStrings.rDgErrorComputeInputMissing = "Compute of '^1s' had missing input."
s_TdgErrorComputeStrings.rDgErrorComputeInternal = "Compute of '^1s' failed internally."
s_TdgErrorComputeStrings.rDgErrorComputeNoOutput = "Compute of '^1s' produced no output."
//
// String set: s_TdgErrorConnectStrings
//
s_TdgErrorConnectStrings.rDgErrorConnectCycle = "Connection forms an evaluation loop: '^1s' -> '^2s'."
s_TdgErrorConnectStrings.rDgErrorConnectNoBreak = "Connection not broken: '^1s' -> '^2s'."
s_TdgErrorConnectStrings.rDgErrorConnectNoMake = "Connection not made: '^1s' -> '^2s'."
//
// String set: s_TdgErrorNodeStrings
//
s_TdgErrorNodeStrings.rDgErrorAbstractNode = "Node type '^1s' is abstract. Cannot create."
s_TdgErrorNodeStrings.rDgErrorCapReached = "Cannot add node of type '^1s': cap reached for this product."
s_TdgErrorNodeStrings.rDgErrorEmptyName = "Not allowed to rename node '^1s' to the empty string."
s_TdgErrorNodeStrings.rDgErrorInvalidName = "New name for node '^1s' has invalid characters."
s_TdgErrorNodeStrings.rDgErrorNoCreateLicense = "Node creation license for node type '^1s' not found."
s_TdgErrorNodeStrings.rDgErrorNoEditLicense = "Cannot modify '^1s'. Node edit license not found."
s_TdgErrorNodeStrings.rDgErrorNodeLocked = "'^1s' is locked and cannot be modified."
s_TdgErrorNodeStrings.rDgErrorNodeProblem = "Error handling node '^1s'."
s_TdgErrorNodeStrings.rDgErrorNodeReference = "Cannot break connections to referenced node '^1s'."
s_TdgErrorNodeStrings.rDgErrorNonInstanceable = "'^1s' is marked as non-instanceable."
s_TdgErrorNodeStrings.rDgErrorRename = "Node name was renamed to '^1s'."
//
// String set: s_TdgErrorStrings
//
s_TdgErrorStrings.rDgErrorConnectAssemblyAttrNotAllowed = "Cannot connect attributes. For details see the Maya user guide."
s_TdgErrorStrings.rDgErrorNull = "NULL"
s_TdgErrorStrings.rDgErrorTraceFileWrite = "Could not write to trace file: ^1s."
//
// String set: s_TdgEvalActionStrings
//
s_TdgEvalActionStrings.rdgEvalActionSrcFlagObsolete = "The 'src' flag is obsolete and will have no effect."
//
// String set: s_TdgFilterActionStrings
//
s_TdgFilterActionStrings.rDgFilterActionFailedFilterCreate = "Internal Error: Filter could not be created"
s_TdgFilterActionStrings.rDgFilterActionNotFound = "Filter not found"
//
// String set: s_TdgInfoActionStrings
//
s_TdgInfoActionStrings.rDgInfoActionConInGraph = "Connections in Graph"
s_TdgInfoActionStrings.rDgInfoActionEntireBySubgraph = "Entire Graph, by subgraph"
s_TdgInfoActionStrings.rDgInfoActionIslands = "Islands"
s_TdgInfoActionStrings.rDgInfoActionNoDatablocks = "No Datablocks"
s_TdgInfoActionStrings.rDgInfoActionNoInfo = "No information was requested."
s_TdgInfoActionStrings.rDgInfoActionNoNodeType = "Node type name missing."
s_TdgInfoActionStrings.rDgInfoActionNoObjects = "No valid objects specified for information type."
s_TdgInfoActionStrings.rDgInfoActionNoOutputFile = "Output file name missing."
s_TdgInfoActionStrings.rDgInfoActionNodeCons = "Node connections"
s_TdgInfoActionStrings.rDgInfoActionNodesInGraph = "Nodes in Graph"
s_TdgInfoActionStrings.rDgInfoActionNodesSubgraphs = "Node subgraphs"
s_TdgInfoActionStrings.rDgInfoActionPlugSubgraphs = "Plug subgraphs"
s_TdgInfoActionStrings.rDgInfoActionPredecessorIslands = "Predecessor Islands"
s_TdgInfoActionStrings.rDgInfoActionSafeNodes = "Thread Safe Nodes in Island"
s_TdgInfoActionStrings.rDgInfoActionSize = "Datablock Size (excluding heavy data such as surfaces, curves, etc.)"
s_TdgInfoActionStrings.rDgInfoActionSizeTotalsBlocks = "Total Number of Datablocks     = ^1d\n"
s_TdgInfoActionStrings.rDgInfoActionSizeTotalsBytes = "Total Datablock Bytes Alocated = ^1d\n"
s_TdgInfoActionStrings.rDgInfoActionSizeTotalsNodes = "Total Number of Nodes Selected = ^1d\n"
s_TdgInfoActionStrings.rDgInfoActionSuccessorIslands = "Successor Islands"
s_TdgInfoActionStrings.rDgInfoActionUnsafeNodes = "Thread Unsafe Nodes in Island"
//
// String set: s_TdgPartParserStrings
//
s_TdgPartParserStrings.rErrorAttributeDimTooLarge = "number is too large"
s_TdgPartParserStrings.rErrorNamespace = "namespace instead of object"
s_TdgPartParserStrings.rSyntaxError3 = "Syntax error: ^1s at position ^2d while parsing:"
s_TdgPartParserStrings.rSyntaxErrorUnexpectedEnd1 = "Syntax error: unexpected end of string at position ^1d while parsing:"
s_TdgPartParserStrings.rSyntaxErrorUnexpectedEnd2 = "Syntax error: unexpected end ^1s at position ^2d while parsing:"
s_TdgPartParserStrings.rTooManyDimensions = "attribute can't have more than 4 dimensions"
//
// String set: s_TdgPerfomanceActionStrings
//
s_TdgPerfomanceActionStrings.rDgPerfomanceActionNoDirtyItem = "No plug specified for setting dirty."
s_TdgPerfomanceActionStrings.rDgPerfomanceActionNoEvalItem = "No plug specified for evaluation."
//
// String set: s_TdgTimerCmdStrings
//
s_TdgTimerCmdStrings.rDgTimerCombineSameTypeNoQuery = "The -combineSameType flag can only be used with -query"
s_TdgTimerCmdStrings.rDgTimerHideBadValue = "The -hide flag was passed an invalid argument: valid values are \"compute\", \"dag\", \"dirty\", \"draw\", \"callback\", \"compcb\" and \"compncp\""
s_TdgTimerCmdStrings.rDgTimerHideNoQuery = "The -hide flag can only be used with -query"
s_TdgTimerCmdStrings.rDgTimerMaxDisplayNoQuery = "The -maxDisplay flag can only be used with -query"
s_TdgTimerCmdStrings.rDgTimerNameNotFound = "The specified node name was not found: "
s_TdgTimerCmdStrings.rDgTimerNameTypeTogether = "Cannot use -name and -type flags together"
s_TdgTimerCmdStrings.rDgTimerNameTypeWithoutAction = "No action (-on, -off, -reset, -trace or -query) was specified"
s_TdgTimerCmdStrings.rDgTimerNoHdrNoQuery = "Can only use -noHdr with -query"
s_TdgTimerCmdStrings.rDgTimerOffDoneAll = "Node timing has been turned off for all nodes"
s_TdgTimerCmdStrings.rDgTimerOffDoneSingle = "Node timing has been turned off for node: "
s_TdgTimerCmdStrings.rDgTimerOnDoneAll = "Node timing has been turned on for all nodes"
s_TdgTimerCmdStrings.rDgTimerOnDoneSingle = "Node timing has been turned on for node: "
s_TdgTimerCmdStrings.rDgTimerOnOffTogether = "Cannot use -timerOn and -timerOff flags together"
s_TdgTimerCmdStrings.rDgTimerOutputFileOneQueryOrTrace = "The -outputFile flag can only be used with one of -query or -trace"
s_TdgTimerCmdStrings.rDgTimerOutputFileOpenError = "Could not open the output file: "
s_TdgTimerCmdStrings.rDgTimerOutputFileTraceNoMel = "The -outputFile flag only accepts the argument \"MEL\" when specified with -query"
s_TdgTimerCmdStrings.rDgTimerOutputFileWriteError = "An error occurred writing to the output file: "
s_TdgTimerCmdStrings.rDgTimerQueryNoResetOrUpdateHeatMap = "The -query flag cannot be used with -reset or -updateHeatMap"
s_TdgTimerCmdStrings.rDgTimerQueryTooMany = "Cannot specify more than one of -on, -off or -trace along with -query"
s_TdgTimerCmdStrings.rDgTimerRangeNotCompatible = "The -rangeLower and -rangeUpper flags can only be used with -query or -updateHeatMap"
s_TdgTimerCmdStrings.rDgTimerResetDoneAll = "Node timers have been reset for for all nodes"
s_TdgTimerCmdStrings.rDgTimerResetDoneSingle = "Node timers have been reset for node: "
s_TdgTimerCmdStrings.rDgTimerReturnTypeBadType = "Unexpected -returnType type. Allowed types are `total' and `all'"
s_TdgTimerCmdStrings.rDgTimerReturnTypeNoQuery = "The -returnType flag can only be used with -query"
s_TdgTimerCmdStrings.rDgTimerShowBadValue = "The -show flag was passed an invalid argument: valid values are \"all\", \"compute\", \"dag\", \"dirty\", \"draw\", \"callback\", \"compcb\" and \"compncp\""
s_TdgTimerCmdStrings.rDgTimerShowHideConflict = "The -show and -hide flags cannot be used together"
s_TdgTimerCmdStrings.rDgTimerShowNoQuery = "The -show flag can only be used with -query"
s_TdgTimerCmdStrings.rDgTimerSortMetricBadValue = "The -sortMetric flag was passed an invalid argument: valid values are \"compute\", \"dag\", \"dirty\", \"draw\", \"callback\", \"compcb\" and \"compncp\""
s_TdgTimerCmdStrings.rDgTimerSortTypeBadValue = "The -sortType flag was passed an invalid argument: valid values are \"self\", \"inclusive\" and \"count\""
s_TdgTimerCmdStrings.rDgTimerThresholdNoQuery = "The -threshold flag can only be used with -query"
s_TdgTimerCmdStrings.rDgTimerTypeNotFound = "The specified node type was not found: "
s_TdgTimerCmdStrings.rDgTimerWrongEvaluationMode = "Invalid evaluation mode. ^1s can only be used in DG evaluation mode."
//
// String set: s_TdgToolBaseCmdStrings
//
s_TdgToolBaseCmdStrings.rDGToolBaseInvalidFlagParm = "Invalid parameter for flag."
s_TdgToolBaseCmdStrings.rDGToolBaseNotADagItemError = "'^1s' not a DAG item."
s_TdgToolBaseCmdStrings.rDGToolBaseSyntaxCreationProblem = "Unable to create syntax."
s_TdgToolBaseCmdStrings.rDGToolBaseUnknownDropoffTypeError = "Unknown dropoff type."
s_TdgToolBaseCmdStrings.rDGToolBaseWrongNumberOfObjectMatches01Error = "Found 0 matches or more than 1 matches for object."
s_TdgToolBaseCmdStrings.rDGToolBaseWrongNumberOfObjectMatches0Error = "Found 0 matches for '^1s'."
s_TdgToolBaseCmdStrings.rDGToolBaseWrongNumberOfObjectMatches1Error = "Found >1 matches for '^1s'."
//
// String set: s_TdgValidateCurveActionStrings
//
s_TdgValidateCurveActionStrings.rDgValidateCurveActionCurveChangedNonStatic = "Curve '^1s' changed from static to non-static."
s_TdgValidateCurveActionStrings.rDgValidateCurveActionCurveChangedStatic = "Curve '^1s' changed from non-static to static."
s_TdgValidateCurveActionStrings.rDgValidateCurveActionNothingToDo = "No curves selected. Nothing to do."
//
// String set: s_TdialogStrings
//
s_TdialogStrings.rCancel = "Cancel"
s_TdialogStrings.rDontSave = "Don't Save"
s_TdialogStrings.rDontSaveMnemonic = "Do&n't Save"
s_TdialogStrings.rNo = "No"
s_TdialogStrings.rNoMnemonic = "&No"
s_TdialogStrings.rSave = "Save"
s_TdialogStrings.rYes = "Yes"
s_TdialogStrings.rYesMnemonic = "&Yes"
//
// String set: s_TdirectConnectPathCmdStrings
//
s_TdirectConnectPathCmdStrings.rDirectConnectPathEmpty = "directConnect path is empty"
s_TdirectConnectPathCmdStrings.rDirectConnectPathInvalid = "directConnect path is invalid"
s_TdirectConnectPathCmdStrings.rDirectConnectPathNotFound = "Unable to retrieve the directConnect path"
s_TdirectConnectPathCmdStrings.rDirectConnectPathNotSupported = "directConnectPath command not supported on this operating system"
//
// String set: s_TdirectKeyContextStrings
//
s_TdirectKeyContextStrings.rDirectKeyContextHelp = "LMB to select keys; MMB to move nearest key or tangent"
s_TdirectKeyContextStrings.rDirectKeyContextName = "Move Nearest Picked Key Tool"
//
// String set: s_TdisablingEvaluatorStrings
//
s_TdisablingEvaluatorStrings.rDisablingEvaluatorDisableReason = "The disabling evaluator must disable the evaluation manager due to the presence of animated nodes it has forbidden.\n    Disable the 'disabling' evaluator, remove the nodes, or delete their animation to resume using the evaluation manager."
//
// String set: s_TdisplacementToPolyCmdStrings
//
s_TdisplacementToPolyCmdStrings.rBoundingBoxNotComputed = "bounding box scale is not computed."
s_TdisplacementToPolyCmdStrings.rObjectNotDisplacementMapped = "^1s: selected object ^2s is not displacement-mapped; "
s_TdisplacementToPolyCmdStrings.rSurfaceShapesOnlyCommand = "^1s command only applies to surface shapes."
s_TdisplacementToPolyCmdStrings.rTesselatingShapeError = "Error in tessellating shape ^1s."
s_TdisplacementToPolyCmdStrings.rTesselationDisplacementNotProduced = "^1s is not capable of producing tessellation for displacement."
s_TdisplacementToPolyCmdStrings.rTesselationGeometryProduced = "tessellated geometry is produced."
//
// String set: s_TdisplayColorStrings
//
s_TdisplayColorStrings.rDisplayColorInvalidColorStr = "Color index value is outside valid range of [1,31]"
s_TdisplayColorStrings.rDisplayColorInvalidNameStr = "'^1s' is an unknown display color name"
s_TdisplayColorStrings.rDisplayColorMissingColorStr = "No color index specified"
s_TdisplayColorStrings.rDisplayColorMissingNameStr = "No color name specified"
//
// String set: s_TdisplayCullActionStrings
//
s_TdisplayCullActionStrings.rCantCullMultipleMsg = "Can not query culling on multiple objects!"
//
// String set: s_TdisplayLayerClientStrings
//
s_TdisplayLayerClientStrings.rDisplayLayerClientInvisibleLayer = "'^1s' was added to an invisible layer."
s_TdisplayLayerClientStrings.rDisplayLayerClientObsoletePartition = "Layer partition found in file.  These are no longer supported.  It will become a regular partition and be renamed 'obsoletePartition'."
//
// String set: s_TdisplayRGBColorStrings
//
s_TdisplayRGBColorStrings.rDisplayRGBColorInvalidColorStr = "Invalid RGB color specified"
s_TdisplayRGBColorStrings.rDisplayRGBColorInvalidNameStr = "'^1s' is an unknown RGB display color name"
s_TdisplayRGBColorStrings.rDisplayRGBColorMissingColorStr = "No RGB color specified"
s_TdisplayRGBColorStrings.rDisplayRGBColorMissingNameStr = "No color name specified"
//
// String set: s_TdisplaySmoothnessActionStrings
//
s_TdisplaySmoothnessActionStrings.rPolySizeWarning = "The selected mesh ^1s contains a large number of faces and may take a while to smooth or run out of memory.\nDo you want to continue with smooth mesh preview?"
s_TdisplaySmoothnessActionStrings.rWarnNo = "No, cancel operation"
s_TdisplaySmoothnessActionStrings.rWarnTitle = "Poly Mesh smooth level check"
s_TdisplaySmoothnessActionStrings.rWarnYes = "Yes"
s_TdisplaySmoothnessActionStrings.rWarnYesNotAgain = "Yes, don't ask again"
//
// String set: s_TdisplayStringActionStrings
//
s_TdisplayStringActionStrings.rDisplayStringActionArgumentExpectedError = "Argument expected but not found."
s_TdisplayStringActionStrings.rDisplayStringActionFlagExpectedError = "Flag expected but not found."
s_TdisplayStringActionStrings.rDisplayStringActionIdentifierDoesntExistError = "displayString identifier \"^1s\" does not exist."
s_TdisplayStringActionStrings.rDisplayStringActionIdentifierNotUniqueError = "displayString identifier \"^1s\" is not unique."
s_TdisplayStringActionStrings.rDisplayStringActionRequiresQueryError = "Flag expected in query mode."
s_TdisplayStringActionStrings.rDisplayStringActionTooManyFlagsError = "Too many arguments specified."
//
// String set: s_TdisplaySurfaceCmdStrings
//
s_TdisplaySurfaceCmdStrings.rCantQueryCullingString = "Can not query culling on multiple objects!"
s_TdisplaySurfaceCmdStrings.rDisplaySurfaceFailed = "Unable to set surface display option"
s_TdisplaySurfaceCmdStrings.rFlipNormalsArgErrorString = "Flip normals argument invalid"
s_TdisplaySurfaceCmdStrings.rLodArgErrorString = "Level of Detail argument invalid"
s_TdisplaySurfaceCmdStrings.rNoSurfacesErrorString = "No surfaces selected"
s_TdisplaySurfaceCmdStrings.rTwoSidedArgErrorString = "Two sided argument invalid"
s_TdisplaySurfaceCmdStrings.rXrayArgErrorString = "Xray argument invalid"
//
// String set: s_TdistanceDimCmdStrings
//
s_TdistanceDimCmdStrings.rAdditionalArgsError = "Only 2 arguments are to be specified."
s_TdistanceDimCmdStrings.rIncorrectArgsTypeError = "Objects specified are not of the right type. locator objects are expected to be specified."
s_TdistanceDimCmdStrings.rInsufficientArgsError = "Insufficient arguments. Expected 2."
//
// String set: s_TdistanceDimCtxStrings
//
s_TdistanceDimCtxStrings.rDistanceDimFirstPoint = "Click to pick point to measure distance from."
s_TdistanceDimCtxStrings.rDistanceDimSecondPoint = "Click to pick point to measure distance to."
//
// String set: s_TdnBooleanStrings
//
s_TdnBooleanStrings.rBooleanShellAEmpty = "Input shell A is empty."
s_TdnBooleanStrings.rBooleanShellBEmpty = "Input shell B is empty."
//
// String set: s_TdnCircularArcStrings
//
s_TdnCircularArcStrings.rArc2PtsCreationFailed = "Two point arc creation failed."
s_TdnCircularArcStrings.rArc2PtsVectorDirectionParallelWarning = "The direction vector is parallel to line joining the two points and no arc created."
s_TdnCircularArcStrings.rArc2PtsVectorDirectionZeroWarning = "The given direction vector is of zero length and no arc created."
s_TdnCircularArcStrings.rArc2PtsWarningPtsIdentical = "The two points are coincident and no arc created."
s_TdnCircularArcStrings.rArc3PtCreationFailed = "Three point arc creation failed."
s_TdnCircularArcStrings.rArc3PtsWarningPtsCollinear = "The three points are collinear and no arc created."
s_TdnCircularArcStrings.rArc3PtsWarningPtsIdentical = "Two of the three points are coincident and no arc created."
//
// String set: s_TdnClientDeviceStrings
//
s_TdnClientDeviceStrings.rAnimationStreamCantFindConnector = "Animation Stream cannot find connector"
s_TdnClientDeviceStrings.rAnimationStreamCantMakeLive = "Failed to make live connection."
s_TdnClientDeviceStrings.rAnimationStreamInternalError = "Animation Stream internal error"
s_TdnClientDeviceStrings.rAnimationStreamIsInvalid = "Animation Stream is invalid"
s_TdnClientDeviceStrings.rAnimationStreamIsLive = "Live connection established."
s_TdnClientDeviceStrings.rAnimationStreamNoLicense = "Animation Stream cannot acquire a license"
s_TdnClientDeviceStrings.rAnimationStreamServerConnectionFailed = "Animation Stream failed to connect to server"
//
// String set: s_TdnClipStrings
//
s_TdnClipStrings.rClipAllAbsolute = "All channels absolute"
s_TdnClipStrings.rClipAllRelative = "All channels relative"
s_TdnClipStrings.rClipDefaultAbsolute = "All top level channels and rotation channels set to absolute"
s_TdnClipStrings.rClipRotationAbsolute = "All channel relative but rotations absolute"
//
// String set: s_TdnColorMgtGlobalsStrings
//
s_TdnColorMgtGlobalsStrings.rCMConfigFileEnableError = "Enabling OCIO configuration failed."
s_TdnColorMgtGlobalsStrings.rCMConfigFilePathEmptyError = "Empty OCIO configuration file path."
s_TdnColorMgtGlobalsStrings.rCMConfigFilePathError = "Failed to set configuration file path ^1s."
s_TdnColorMgtGlobalsStrings.rCMConfigFileRulesEnableError = "Enabling OCIO configuration rules failed."
s_TdnColorMgtGlobalsStrings.rCMEnableFailedError = "Enabling color management failed."
s_TdnColorMgtGlobalsStrings.rColorManagePotsError = "Failed to enable color management of color pots."
s_TdnColorMgtGlobalsStrings.rFileOpenPrefsReloadedError = "Failed to apply color management settings on file open: ^1s."
s_TdnColorMgtGlobalsStrings.rFileOpenPrefsReloadedUnknownError = "Failed to apply color management settings on file open."
s_TdnColorMgtGlobalsStrings.rFloatingPointRenderTargetTurnedOffByColorManagementWarning = "Viewport 2.0 floating point render target is turned off."
s_TdnColorMgtGlobalsStrings.rFloatingPointRenderTargetTurnedOnByColorManagementWarning = "Viewport 2.0 floating point render target is turned on for color management."
s_TdnColorMgtGlobalsStrings.rIncompleteSettingsError = "Incomplete Color Management settings in defaultColorMgtGlobals."
s_TdnColorMgtGlobalsStrings.rMissingOutputTransformName = "Output transform name \"^1s\" is not defined in the transform collection. Using default value \"^2s\"."
s_TdnColorMgtGlobalsStrings.rMissingViewTransformName = "View transform name \"^1s\" is not defined in the transform collection. Using default value \"^2s\"."
s_TdnColorMgtGlobalsStrings.rMissingWorkingSpaceName = "Rendering space name \"^1s\" is not defined in the transform collection. Using default value \"^2s\"."
s_TdnColorMgtGlobalsStrings.rOutputTransformEnableFailedError = "Enabling output transform failed."
s_TdnColorMgtGlobalsStrings.rOutputTransformError = "Failed to set output transform ^1s: ^2s."
s_TdnColorMgtGlobalsStrings.rOutputTransformUnknownError = "Failed to set output transform ^1s."
s_TdnColorMgtGlobalsStrings.rOutputTransformUseColorConversionFailedError = "Enabling color space conversion for output transform failed."
s_TdnColorMgtGlobalsStrings.rOutputUseViewTransformFailedError = "Enabling output use view transform failed."
s_TdnColorMgtGlobalsStrings.rPlayblastOutputTransformEnableFailedError = "Enabling playblast output transform failed."
s_TdnColorMgtGlobalsStrings.rPlayblastOutputTransformUseColorConversionFailedError = "Enabling color space conversion for playblast output transform failed."
s_TdnColorMgtGlobalsStrings.rPlayblastOutputUseViewTransformFailedError = "Enabling playblast output use view transform failed."
s_TdnColorMgtGlobalsStrings.rPolicyFileLoadingFailureError = "Error has occurred while loading color management policy file \"^1s\" ."
s_TdnColorMgtGlobalsStrings.rPrefsViewTransformError = "Failed to set view transform ^1s: ^2s."
s_TdnColorMgtGlobalsStrings.rPrefsViewTransformUnknownError = "Failed to set view transform ^1s."
s_TdnColorMgtGlobalsStrings.rUnknownOutputTransformError = "Output transform ^1s is unknown."
s_TdnColorMgtGlobalsStrings.rUnknownPrefsViewTransformError = "View transform ^1s is unknown."
s_TdnColorMgtGlobalsStrings.rUnknownWorkingSpaceError = "Rendering space ^1s is unknown."
s_TdnColorMgtGlobalsStrings.rWorkingSpaceError = "Failed to set rendering space ^1s: ^2s."
s_TdnColorMgtGlobalsStrings.rWorkingSpaceUnknownError = "Failed to set rendering space ^1s."
//
// String set: s_TdnCurveInfoStrings
//
s_TdnCurveInfoStrings.rCurveInfoCurveIsNonRational = "Curve is non-rational.  All weights are 1."
s_TdnCurveInfoStrings.rCurveInfoKnotIndOutOfRange = "Knot index out of range"
s_TdnCurveInfoStrings.rCurveInfoNoValidNurbsCurve = "No valid NURBS curve"
s_TdnCurveInfoStrings.rCurveInfoRequestedControlVertexInd = "Requested control vertex index out of range"
s_TdnCurveInfoStrings.rCurveInfoRequestedWeightOnAControl = "Requested weight on a control vertex is out of range"
//
// String set: s_TdnDagContainerStrings
//
s_TdnDagContainerStrings.rCantUnpublishNested = "'^1s' is still published to an ancestral container, can't unpublish."
s_TdnDagContainerStrings.rChildAlreadyPublished = "'^1s' is already published as a child anchor."
s_TdnDagContainerStrings.rContainerIndexDoesNotMatterConn = "Cannot publish border connection '^1s' because it is an array attribute whose index does not matter."
s_TdnDagContainerStrings.rDagContainerInvalidMember = "Objects from different hierarchies may not be added to the container."
s_TdnDagContainerStrings.rParentAlreadyPublished = "'^1s' is already published as a parent anchor."
s_TdnDagContainerStrings.rPublishAttrAlreadyPublished = "^1s is already published."
s_TdnDagContainerStrings.rPublishAttrParentAlreadyPublished = "Parent attribute ^1s is already published."
s_TdnDagContainerStrings.rPublishAttrSkippedAlreadyPublished = "Skipping ^1s. It is already published."
s_TdnDagContainerStrings.rPublishNodeNotInContainer = "'^1s' is not a member of the container."
//
// String set: s_TdnDisplayLayerManagerStrings
//
s_TdnDisplayLayerManagerStrings.rDisplayLayerManagerStringBadCurrent = "No display layer has number '^1d'."
s_TdnDisplayLayerManagerStrings.rDisplayLayerManagerStringInUse = "The display layer number '^1d' is in use."
//
// String set: s_TdnDisplayLayerStrings
//
s_TdnDisplayLayerStrings.rDisplayLayerStringNoChangingDefault = "Not allowed to change '^1s' on default layer."
//
// String set: s_TdnEditMetadataStrings
//
s_TdnEditMetadataStrings.rEditMetadataErrorChannelNotFound = "Channel '^1s' not found."
s_TdnEditMetadataStrings.rEditMetadataErrorFailedEditMerge = "Failed to merge new values into metadata."
s_TdnEditMetadataStrings.rEditMetadataErrorFailedEditParse = "Metadata parsing failed with '^1s'."
s_TdnEditMetadataStrings.rEditMetadataErrorFailedIndexParse = "Failed to parse index (^1s)."
s_TdnEditMetadataStrings.rEditMetadataErrorFailedReindex = "Failed to replace index."
s_TdnEditMetadataStrings.rEditMetadataErrorFailedReindexParse = "Failed to parse replacement index (^1s)."
s_TdnEditMetadataStrings.rEditMetadataErrorFailedRemove = "Failed to delete index."
s_TdnEditMetadataStrings.rEditMetadataErrorIndexBadSyntax = "Bad index syntax."
s_TdnEditMetadataStrings.rEditMetadataErrorIndexCreator = "Index '^1s' has no creation method."
s_TdnEditMetadataStrings.rEditMetadataErrorIndexExcessData = "Extra data after index string."
s_TdnEditMetadataStrings.rEditMetadataErrorIndexNoCreator = "Missing creation method."
s_TdnEditMetadataStrings.rEditMetadataErrorIndexUnknown = "Unknown syntax error."
s_TdnEditMetadataStrings.rEditMetadataErrorMemberNotFound = "Member '^1s' not found."
s_TdnEditMetadataStrings.rEditMetadataErrorMissingEdit = "Edit information is missing."
s_TdnEditMetadataStrings.rEditMetadataErrorMissingIndex = "Index is missing."
s_TdnEditMetadataStrings.rEditMetadataErrorMissingMember = "Member name is missing."
s_TdnEditMetadataStrings.rEditMetadataErrorNullChannel = "Channel name was empty."
s_TdnEditMetadataStrings.rEditMetadataErrorNullStream = "Stream name was empty."
s_TdnEditMetadataStrings.rEditMetadataErrorStreamNotFound = "Stream '^1s' not found."
s_TdnEditMetadataStrings.rEditMetadataErrorUnknownOperation = "Operation '^1d' is unknown."
//
// String set: s_TdnGeometryFilterStrings
//
s_TdnGeometryFilterStrings.rBlockedNotValidOnDeformers = "Blocked is not supported on deformers. Switching to Has No Effect."
//
// String set: s_TdnGreasePencilSequenceStrings
//
s_TdnGreasePencilSequenceStrings.rGreasePencilCopyPasteCameraError = "Cannot copy and paste grease pencil frames between different cameras"
//
// String set: s_TdnHardwareRenderGlobalsStrings
//
s_TdnHardwareRenderGlobalsStrings.rHwALIAS = "Alias Pix"
s_TdnHardwareRenderGlobalsStrings.rHwAVI = "AVI"
s_TdnHardwareRenderGlobalsStrings.rHwBMP = "Windows Bitmap"
s_TdnHardwareRenderGlobalsStrings.rHwBadResolutionStr = "Corrupted resolution data. Please re-enter."
s_TdnHardwareRenderGlobalsStrings.rHwCineon = "Cineon"
s_TdnHardwareRenderGlobalsStrings.rHwDDS = "DDS"
s_TdnHardwareRenderGlobalsStrings.rHwEPS = "EPS"
s_TdnHardwareRenderGlobalsStrings.rHwGIF = "GIF"
s_TdnHardwareRenderGlobalsStrings.rHwIFF = "Maya IFF"
s_TdnHardwareRenderGlobalsStrings.rHwIFF16 = "Maya16 IFF"
s_TdnHardwareRenderGlobalsStrings.rHwIMFPlugin = "IMF plugin"
s_TdnHardwareRenderGlobalsStrings.rHwInvalidResolutionStr = "Enter resolution as: name width height aspect."
s_TdnHardwareRenderGlobalsStrings.rHwJPEG = "JPEG"
s_TdnHardwareRenderGlobalsStrings.rHwMacPaint = "MacPaint"
s_TdnHardwareRenderGlobalsStrings.rHwNoAlphaBufferStr = "This machine does not have hardware alpha buffer."
s_TdnHardwareRenderGlobalsStrings.rHwPNG = "PNG"
s_TdnHardwareRenderGlobalsStrings.rHwPhotoshop = "Photoshop"
s_TdnHardwareRenderGlobalsStrings.rHwQT = "Quicktime"
s_TdnHardwareRenderGlobalsStrings.rHwQuantel = "Quantel"
s_TdnHardwareRenderGlobalsStrings.rHwQuickDraw = "QuickDraw"
s_TdnHardwareRenderGlobalsStrings.rHwQuickTimeImage = "QuickTime Image"
s_TdnHardwareRenderGlobalsStrings.rHwRLA = "RLA"
s_TdnHardwareRenderGlobalsStrings.rHwResWidthHeightIntStr = "Resolution width and height must be integers."
s_TdnHardwareRenderGlobalsStrings.rHwResolutionAspectStr = "Resolution aspect must be a float."
s_TdnHardwareRenderGlobalsStrings.rHwSGI = "SGI"
s_TdnHardwareRenderGlobalsStrings.rHwSI = "SoftImage"
s_TdnHardwareRenderGlobalsStrings.rHwTIFF = "Tiff"
s_TdnHardwareRenderGlobalsStrings.rHwTIFF16 = "Tiff16"
s_TdnHardwareRenderGlobalsStrings.rHwTarga = "Targa"
//
// String set: s_TdnImagePlaneStrings
//
s_TdnImagePlaneStrings.rImagePlaneFileError = "Unable to load the image file, '^1s', for ^2s"
s_TdnImagePlaneStrings.rImagePlaneMovieLoadError = "Image plane is in movie mode. '^1s' is not a supported movie file type and/or codec on this platform."
//
// String set: s_TdnInstancerStrings
//
s_TdnInstancerStrings.rInstancerAutoCycleStepUnitframes = "frames"
s_TdnInstancerStrings.rInstancerAutoCycleStepUnitseconds = "seconds"
s_TdnInstancerStrings.rInstancerAutoCyclenone = "none"
s_TdnInstancerStrings.rInstancerAutoCyclesequential = "sequential"
s_TdnInstancerStrings.rInstancerInstOnlyTransformConnections = "Only the \"matrix\" attribute from transform nodes or nodes that act as transforms can be connected in the \"inputHierarchy\" attribute of an instancer node."
s_TdnInstancerStrings.rInstancerLevelOfDetailbox = "boundingBox"
s_TdnInstancerStrings.rInstancerLevelOfDetailboxes = "boundingBoxes"
s_TdnInstancerStrings.rInstancerLevelOfDetailfull = "geometry"
s_TdnInstancerStrings.rInstancerRotationAngleUnitdegrees = "degrees"
s_TdnInstancerStrings.rInstancerRotationAngleUnitradians = "radians"
//
// String set: s_TdnMultiplyDivideStrings
//
s_TdnMultiplyDivideStrings.rMultiplyDivideCmdDivideByZero = "\"^1s\": basicExpression has encountered a divide by zero. Result is unpredictable."
//
// String set: s_TdnPairBlendStrings
//
s_TdnPairBlendStrings.rSetKeyQuatInterpWarn = "Rotation may not have been keyed as expected. Set blend to 0 for predictable keyframing."
//
// String set: s_TdnPassContributionMapStrings
//
s_TdnPassContributionMapStrings.rPerLightContributionUnsupported = "Render pass '^1s' does not support per-light contribution. Per-light contributions will be ignored for this pass."
//
// String set: s_TdnPlace3dTxDagStrings
//
s_TdnPlace3dTxDagStrings.rLabelBack = "back"
s_TdnPlace3dTxDagStrings.rLabelBottom = "bottom"
s_TdnPlace3dTxDagStrings.rLabelFront = "front"
s_TdnPlace3dTxDagStrings.rLabelLeft = "left"
s_TdnPlace3dTxDagStrings.rLabelLocal = "Local"
s_TdnPlace3dTxDagStrings.rLabelRight = "right"
s_TdnPlace3dTxDagStrings.rLabelTop = "top"
//
// String set: s_TdnPolyBevelHelplineStrings
//
s_TdnPolyBevelHelplineStrings.rBevelAngleTolerance = "Set the minimum angle for edges to be merged."
s_TdnPolyBevelHelplineStrings.rBevelAutoFit = "Allow the application to automatically fit the bevel to the object."
s_TdnPolyBevelHelplineStrings.rBevelChamfer = "Bevel edges by cutting away at the geometry to make a sloping edge"
s_TdnPolyBevelHelplineStrings.rBevelDepth = "Round the bevel edges inwards ( - ) or outwards ( + )"
s_TdnPolyBevelHelplineStrings.rBevelFraction = "Set the relative width of the bevel when Offset as Fraction is on."
s_TdnPolyBevelHelplineStrings.rBevelMergeVertexTolerance = "Determine how close vertices must be before they are merged, when Merge Vertices is on."
s_TdnPolyBevelHelplineStrings.rBevelMergeVertices = "Merge vertices within the merge vertex tolerance."
s_TdnPolyBevelHelplineStrings.rBevelMiterAlong = "Set the direction corner vertices move when mitering is turned on"
s_TdnPolyBevelHelplineStrings.rBevelMitering = "Specify how intersecting beveled edges are joined when one or more intersecting non-beveled edge is involved."
s_TdnPolyBevelHelplineStrings.rBevelMiteringAngle = "Set the minimum angle for edges to be mitered; how two intersecting beveled edges are joined when an intersecting non-beveled edge is involved."
s_TdnPolyBevelHelplineStrings.rBevelOffset = "Set the absolute width of the bevel when Offset as Fraction is off."
s_TdnPolyBevelHelplineStrings.rBevelOffsetAsFraction = "Bevel width is relative and will not be larger than the shortest edge."
s_TdnPolyBevelHelplineStrings.rBevelRoundness = "Round the bevel edges inwards ( - ) or outwards ( + )."
s_TdnPolyBevelHelplineStrings.rBevelSegments = "Set the number of segments created along the edges of the beveled polygon."
s_TdnPolyBevelHelplineStrings.rBevelSmoothingAngle = "Set the minimum angle for bevel edges to appear hard."
s_TdnPolyBevelHelplineStrings.rBevelSubdivideNgons = "Subdivide beveled polygons that have more than 4 edges."
//
// String set: s_TdnPolyBridgeHelplineStrings
//
s_TdnPolyBridgeHelplineStrings.rBridgeCurveType = "Control the profile shape of the bridge."
s_TdnPolyBridgeHelplineStrings.rBridgeDivisions = "Set the number of equally spaced segments that are created between the selected components."
s_TdnPolyBridgeHelplineStrings.rBridgeOffset = "Adjust the start or end location of the bridge."
s_TdnPolyBridgeHelplineStrings.rBridgeSmoothingAngle = "Set hard or soft edges on the bridge."
s_TdnPolyBridgeHelplineStrings.rBridgeSourceDirection = "Specify the direction of the bridge source; + (along normals) or - (reverse)."
s_TdnPolyBridgeHelplineStrings.rBridgeTaper = "Control the shape of the bridge along its width."
s_TdnPolyBridgeHelplineStrings.rBridgeTargetDirection = "Specify the direction of the bridge target; + (along normals) or - (reverse)."
s_TdnPolyBridgeHelplineStrings.rBridgeTwist = "Rotate the bridge between the originally selected components."
//
// String set: s_TdnPolyExtrudeHelplineStrings
//
s_TdnPolyExtrudeHelplineStrings.rExtrudeDivisions = "Set the number of equally spaced segments that are created along the length of the extrusion."
s_TdnPolyExtrudeHelplineStrings.rExtrudeKeepFacesTogether = "Extrude the selected faces as a single group."
s_TdnPolyExtrudeHelplineStrings.rExtrudeLength = "Set the length of the extrusion."
s_TdnPolyExtrudeHelplineStrings.rExtrudeLocalCenter = "Reposition the manipulator along the selected edge."
s_TdnPolyExtrudeHelplineStrings.rExtrudeLocalDirectionX = "Set the location (+ or -) of the X point in the local axis."
s_TdnPolyExtrudeHelplineStrings.rExtrudeLocalDirectionY = "Set the location (+ or -) of the Y point in the local axis."
s_TdnPolyExtrudeHelplineStrings.rExtrudeLocalDirectionZ = "Set the location (+ or -) of the Z point in the local axis."
s_TdnPolyExtrudeHelplineStrings.rExtrudeLocalRotateX = "Rotate the extrusion locally along the X-axis."
s_TdnPolyExtrudeHelplineStrings.rExtrudeLocalRotateY = "Rotate the extrusion locally along the Y-axis."
s_TdnPolyExtrudeHelplineStrings.rExtrudeLocalRotateZ = "Rotate the extrusion locally along the Z-axis."
s_TdnPolyExtrudeHelplineStrings.rExtrudeLocalScaleX = "Scale the extrusion locally along the X-axis."
s_TdnPolyExtrudeHelplineStrings.rExtrudeLocalScaleY = "Scale the extrusion locally along the Y-axis."
s_TdnPolyExtrudeHelplineStrings.rExtrudeLocalScaleZ = "Scale the extrusion locally along the Z-axis."
s_TdnPolyExtrudeHelplineStrings.rExtrudeLocalTranslateX = "Move the extrusion locally along the X-axis."
s_TdnPolyExtrudeHelplineStrings.rExtrudeLocalTranslateY = "Move the extrusion locally along the Y-axis."
s_TdnPolyExtrudeHelplineStrings.rExtrudeLocalTranslateZ = "Move the extrusion locally along the Z-axis."
s_TdnPolyExtrudeHelplineStrings.rExtrudeOffset = "Offset the edges of the extrusion."
s_TdnPolyExtrudeHelplineStrings.rExtrudePivotX = "Adjust the X-axis of the point where the translate, rotate and scale operations are centered."
s_TdnPolyExtrudeHelplineStrings.rExtrudePivotY = "Adjust the Y-axis of the point where the translate, rotate and scale operations are centered."
s_TdnPolyExtrudeHelplineStrings.rExtrudePivotZ = "Adjust the Z-axis of the point where the translate, rotate and scale operations are centered."
s_TdnPolyExtrudeHelplineStrings.rExtrudeRandom = "Add randomness along the length of the extrusion."
s_TdnPolyExtrudeHelplineStrings.rExtrudeRotateX = "Rotate the extrusion along the X-axis."
s_TdnPolyExtrudeHelplineStrings.rExtrudeRotateY = "Rotate the extrusion along the Y-axis."
s_TdnPolyExtrudeHelplineStrings.rExtrudeRotateZ = "Rotate the extrusion along the Z-axis."
s_TdnPolyExtrudeHelplineStrings.rExtrudeScaleX = "Scale the extrusion along the X-axis."
s_TdnPolyExtrudeHelplineStrings.rExtrudeScaleY = "Scale the extrusion along the Y-axis."
s_TdnPolyExtrudeHelplineStrings.rExtrudeScaleZ = "Scale the extrusion along the Z-axis."
s_TdnPolyExtrudeHelplineStrings.rExtrudeSmoothingAngle = "Make edges on the extruded geometry appear hard or soft."
s_TdnPolyExtrudeHelplineStrings.rExtrudeTaper = "Scale the extruded polygons as they travel along a curve."
s_TdnPolyExtrudeHelplineStrings.rExtrudeThickness = "Set the depth of the selected component."
s_TdnPolyExtrudeHelplineStrings.rExtrudeTranslateX = "Move the extrusion along the X-axis."
s_TdnPolyExtrudeHelplineStrings.rExtrudeTranslateY = "Move the extrusion along the Y-axis."
s_TdnPolyExtrudeHelplineStrings.rExtrudeTranslateZ = "Move the extrusion along the Z-axis."
s_TdnPolyExtrudeHelplineStrings.rExtrudeTwist = "Rotate the extruded polygons as they travel along a curve."
s_TdnPolyExtrudeHelplineStrings.rExtrudeWidth = "Set the width of the extrusion."
//
// String set: s_TdnPolyPrimitiveMiscHelplineStrings
//
s_TdnPolyPrimitiveMiscHelplineStrings.rPrimitiveMiscCreateUVs = "Set the method used to generate UVs."
s_TdnPolyPrimitiveMiscHelplineStrings.rPrimitiveMiscRadius = "Set the radius of the soccer ball."
s_TdnPolyPrimitiveMiscHelplineStrings.rPrimitiveMiscSideLength = "Set the side length of the soccer ball."
//
// String set: s_TdnPolySmoothFacetHelplineStrings
//
s_TdnPolySmoothFacetHelplineStrings.rSmoothDivisions = "Set the number of times the Smooth operation is performed."
s_TdnPolySmoothFacetHelplineStrings.rSmoothMethod = "Set the method for adding divisions."
//
// String set: s_TdnRebuildCurveStrings
//
s_TdnRebuildCurveStrings.rRebuildCurveBezierDegree = "%d is an invalid degree. Conversion to Bezier requires curves of degree 3."
s_TdnRebuildCurveStrings.rRebuildCurveTrimConvert = "Trim Convert"
//
// String set: s_TdnRebuildSurfaceStrings
//
s_TdnRebuildSurfaceStrings.rRebuildSurfaceTrimConvert = "Trim Convert"
//
// String set: s_TdnRenderLayerManagerStrings
//
s_TdnRenderLayerManagerStrings.rRenderLayerManagerStringBadCurrent = "No render layer has number '^1d'."
s_TdnRenderLayerManagerStrings.rRenderLayerManagerStringDisconnect = "Render layer '^1s' is in use."
s_TdnRenderLayerManagerStrings.rRenderLayerManagerStringInUse = "The render layer number '^1d' is in use."
//
// String set: s_TdnRenderLayerStrings
//
s_TdnRenderLayerStrings.rRenderLayerCnxDefaultErr = "Attempting to connect to/from the default render layer node: the default render layer cannot be contained in any hierarchy"
s_TdnRenderLayerStrings.rRenderLayerCnxInstanceErr = "Render layer parent/child connection failed: a layer cannot be contained within a hierarchy more than once"
s_TdnRenderLayerStrings.rRenderLayerCnxTypeErr = "Render layer parent/child connection failed: the only valid connection is from a render layer's layerParent attribute to the layerChildren attribute on another render layer"
//
// String set: s_TdnRenderPassStrings
//
s_TdnRenderPassStrings.rRenderPassBadRename = "Could not rename render pass '^1s' to '^2s' because name is reserved."
//
// String set: s_TdnRoundConstantRadiusStrings
//
s_TdnRoundConstantRadiusStrings.rRoundFourSidedCorner = "Four Sided"
s_TdnRoundConstantRadiusStrings.rRoundNoCorner = "No Corner"
s_TdnRoundConstantRadiusStrings.rRoundThreeSidedCorner = "Three Sided"
//
// String set: s_TdnTextCurvesStrings
//
s_TdnTextCurvesStrings.rTextCurvesDefaultFont = "Times|sz:28|w:50"
s_TdnTextCurvesStrings.rTextCurvesDeprecatedFontName = "^1s is an old-style textCurves node. The geometry it generates may vary with system configuration."
s_TdnTextCurvesStrings.rTextCurvesFontNotFound = "Node ^1s: could not find font '^2s'."
s_TdnTextCurvesStrings.rTextCurvesNoFont = "Node ^1s: no font set. Using '^2s'."
//
// String set: s_TdnpolyAverageVertexHelplineStrings
//
s_TdnpolyAverageVertexHelplineStrings.rAverageVertexIterations = "Set the number of times the smoothing calculations are performed."
//
// String set: s_TdnpolyChipOffHelplineStrings
//
s_TdnpolyChipOffHelplineStrings.rChipOffDuplicate = "Duplicate extracted faces."
s_TdnpolyChipOffHelplineStrings.rChipOffKeepFacesTogether = "Operate on faces as a single group."
s_TdnpolyChipOffHelplineStrings.rChipOffLocalCenter = "Reposition the manipulator along the selected edge."
s_TdnpolyChipOffHelplineStrings.rChipOffLocalDirectionX = "Set the location (+ or -) of the X point in the local axis."
s_TdnpolyChipOffHelplineStrings.rChipOffLocalDirectionY = "Set the location (+ or -) of the Y point in the local axis."
s_TdnpolyChipOffHelplineStrings.rChipOffLocalDirectionZ = "Set the location (+ or -) of the Z point in the local axis."
s_TdnpolyChipOffHelplineStrings.rChipOffLocalRotateX = "Rotate faces locally along the X-axis."
s_TdnpolyChipOffHelplineStrings.rChipOffLocalRotateY = "Rotate faces locally along the Y-axis."
s_TdnpolyChipOffHelplineStrings.rChipOffLocalRotateZ = "Rotate faces locally along the Z-axis."
s_TdnpolyChipOffHelplineStrings.rChipOffLocalScaleX = "Scale faces locally along the X-axis."
s_TdnpolyChipOffHelplineStrings.rChipOffLocalScaleY = "Scale faces locally along the Y-axis."
s_TdnpolyChipOffHelplineStrings.rChipOffLocalScaleZ = "Scale faces locally along the Z-axis."
s_TdnpolyChipOffHelplineStrings.rChipOffLocalTranslateX = "Move faces locally along the X-axis."
s_TdnpolyChipOffHelplineStrings.rChipOffLocalTranslateY = "Move faces locally along the Y-axis."
s_TdnpolyChipOffHelplineStrings.rChipOffLocalTranslateZ = "Move faces locally along thee Z-axis."
s_TdnpolyChipOffHelplineStrings.rChipOffOffset = "Offset the edges of the selected faces."
s_TdnpolyChipOffHelplineStrings.rChipOffPivotX = "Adjust the X-axis of the point where the translate, rotate and scale operations are centered."
s_TdnpolyChipOffHelplineStrings.rChipOffPivotY = "Adjust the Y-axis of the point where the translate, rotate and scale operations are centered."
s_TdnpolyChipOffHelplineStrings.rChipOffPivotZ = "Adjust the Z-axis of the point where the translate, rotate and scale operations are centered."
s_TdnpolyChipOffHelplineStrings.rChipOffRandom = "Add randomness along the length of the faces."
s_TdnpolyChipOffHelplineStrings.rChipOffRotateX = "Rotate faces along the X-axis."
s_TdnpolyChipOffHelplineStrings.rChipOffRotateY = "Rotate faces along the Y-axis."
s_TdnpolyChipOffHelplineStrings.rChipOffRotateZ = "Rotate faces along the Z-axis."
s_TdnpolyChipOffHelplineStrings.rChipOffScaleX = "Scale faces along the X-axis."
s_TdnpolyChipOffHelplineStrings.rChipOffScaleY = "Scale faces along the Y-axis."
s_TdnpolyChipOffHelplineStrings.rChipOffScaleZ = "Scale faces along the Z-axis."
s_TdnpolyChipOffHelplineStrings.rChipOffTranslateX = "Move faces along the X-axis."
s_TdnpolyChipOffHelplineStrings.rChipOffTranslateY = "Move faces along the Y-axis."
s_TdnpolyChipOffHelplineStrings.rChipOffTranslateZ = "Move faces along the Z-axis."
//
// String set: s_TdnpolyCircularizeHelplineStrings
//
s_TdnpolyCircularizeHelplineStrings.rCircularizeAlignment = "Specify how the circularized vertices should be oriented relative to the surface"
s_TdnpolyCircularizeHelplineStrings.rCircularizeDivisions = "Add extra vertices to the circle"
s_TdnpolyCircularizeHelplineStrings.rCircularizeEvenlyDistribute = "Distribute perimeter vertices with even spacing"
s_TdnpolyCircularizeHelplineStrings.rCircularizeNormalOffset = "Set the distance the circularized components travel along the average normal"
s_TdnpolyCircularizeHelplineStrings.rCircularizeNormalOrientation = "Set the orientation of the perimeter vertices using the averaged normals of connected faces or its edge loop"
s_TdnpolyCircularizeHelplineStrings.rCircularizeRadialOffset = "Set the distance the perimeter vertices are offset along the initial radius"
s_TdnpolyCircularizeHelplineStrings.rCircularizeRelaxInterior = "Average the affected interior vertices"
s_TdnpolyCircularizeHelplineStrings.rCircularizeSmoothingAngle = "Make edges along the perimeter appear hard or soft"
s_TdnpolyCircularizeHelplineStrings.rCircularizeSupportingEdges = "Connects every additional vertex to its nearest vertex on the mesh"
s_TdnpolyCircularizeHelplineStrings.rCircularizeTwist = "Set the degree of rotation offset for the circularized vertices"
s_TdnpolyCircularizeHelplineStrings.rDivisionsLabel = "Add Divisions"
//
// String set: s_TdnpolyConeHelplineStrings
//
s_TdnpolyConeHelplineStrings.rConeCreateUVs = "Set the method used to generate UVs."
s_TdnpolyConeHelplineStrings.rConeHeight = "Set the height of the cone."
s_TdnpolyConeHelplineStrings.rConeRadius = "Set the radius of the cone."
s_TdnpolyConeHelplineStrings.rConeRoundCap = "Extend the cone's cap with a hemisphere."
s_TdnpolyConeHelplineStrings.rConeSubdivisionsAxis = "Set the number of subdivisions in the X direction for the cone."
s_TdnpolyConeHelplineStrings.rConeSubdivisionsCap = "Set the number of subdivisions for the cap of the cone."
s_TdnpolyConeHelplineStrings.rConeSubdivisionsHeight = "Set the number of subdivisions in the Y direction for the cone."
//
// String set: s_TdnpolyCubeHelplineStrings
//
s_TdnpolyCubeHelplineStrings.rCubeCreateUVs = "Set the method used to generate UVs."
s_TdnpolyCubeHelplineStrings.rCubeDepth = "Set the depth of the cube."
s_TdnpolyCubeHelplineStrings.rCubeHeight = "Set the height of the cube."
s_TdnpolyCubeHelplineStrings.rCubeSubdivisionsDepth = "Set the number of subdivisions for the depth of the cube."
s_TdnpolyCubeHelplineStrings.rCubeSubdivisionsHeight = "Set the number of subdivisions for the height of the cube."
s_TdnpolyCubeHelplineStrings.rCubeSubdivisionsWidth = "Set the number of subdivisions for the width of the cube."
s_TdnpolyCubeHelplineStrings.rCubeWidth = "Set the width of the cube."
//
// String set: s_TdnpolyCylinderHelplineStrings
//
s_TdnpolyCylinderHelplineStrings.rCylinderCreateUVs = "Set the method used to generate UVs."
s_TdnpolyCylinderHelplineStrings.rCylinderHeight = "Set the height of the cylinder."
s_TdnpolyCylinderHelplineStrings.rCylinderRadius = "Set the radius of the cylinder."
s_TdnpolyCylinderHelplineStrings.rCylinderRoundCap = "Extend the cylinder's caps with hemispheres."
s_TdnpolyCylinderHelplineStrings.rCylinderSubdivisionsAxis = "Set the number of subdivisions in the X direction for the cylinder."
s_TdnpolyCylinderHelplineStrings.rCylinderSubdivisionsCaps = "Set the number of subdivisions for the caps of the cylinder."
s_TdnpolyCylinderHelplineStrings.rCylinderSubdivisionsHeight = "Set the number of subdivisions in the Y direction for the cylinder."
//
// String set: s_TdnpolyEditEdgeFlowHelplineStrings
//
s_TdnpolyEditEdgeFlowHelplineStrings.rEdgeFlow = "Position edges to fit the curvature of the surrounding mesh."
s_TdnpolyEditEdgeFlowHelplineStrings.rEdgeFlowAdjustEdgeFlow = "Set the edge flow amount (+ or -)."
//
// String set: s_TdnpolyHelixHelplineStrings
//
s_TdnpolyHelixHelplineStrings.rHelixCoils = "Set the number of coils for the helix."
s_TdnpolyHelixHelplineStrings.rHelixCreateUVs = "Set the method used to generate UVs."
s_TdnpolyHelixHelplineStrings.rHelixHeight = "Set the height of the helix."
s_TdnpolyHelixHelplineStrings.rHelixRadius = "Set the radius of the helix."
s_TdnpolyHelixHelplineStrings.rHelixRoundCap = "Extend the helix's caps with hemispheres."
s_TdnpolyHelixHelplineStrings.rHelixSubdivisionsAxis = "Set the number of subdivisions around the axis of the helix."
s_TdnpolyHelixHelplineStrings.rHelixSubdivisionsCaps = "Set the number of subdivisions for the caps of the helix."
s_TdnpolyHelixHelplineStrings.rHelixSubdivisionsCoil = "Set the number of subdivisions along the coils of the helix."
s_TdnpolyHelixHelplineStrings.rHelixWidth = "Set the width of the helix."
//
// String set: s_TdnpolyMergeHelplineStrings
//
s_TdnpolyMergeHelplineStrings.rMergeAlwaysMergeTwoVertices = "Always merge vertices when there are only two selected."
s_TdnpolyMergeHelplineStrings.rMergeDistance = "Set the tolerance for merging vertices and edges."
s_TdnpolyMergeHelplineStrings.rMergeTexture = "Include UVs with other merged components."
s_TdnpolyMergeHelplineStrings.rMergeTolerance = "Set the tolerance for merging edges."
//
// String set: s_TdnpolyMeshHelplineStrings
//
s_TdnpolyMeshHelplineStrings.rMeshCreateUVs = "Set the method used to generate UVs."
s_TdnpolyMeshHelplineStrings.rMeshHeight = "Set the height of the plane."
s_TdnpolyMeshHelplineStrings.rMeshSubdivisionsHeight = "Set the number of subdivisions in the Z direction for the plane."
s_TdnpolyMeshHelplineStrings.rMeshSubdivisionsWidth = "Set the number of subdivisions in the X direction for the plane."
s_TdnpolyMeshHelplineStrings.rMeshWidth = "Set the width of the plane."
//
// String set: s_TdnpolyMirrorHelplineStrings
//
s_TdnpolyMirrorHelplineStrings.rAxisPositionLabel = "Axis Position"
s_TdnpolyMirrorHelplineStrings.rBorderLabel = "Border"
s_TdnpolyMirrorHelplineStrings.rCustomPositionLabel = "Offset"
s_TdnpolyMirrorHelplineStrings.rCutGeometryLabel = "Cut Geometry"
s_TdnpolyMirrorHelplineStrings.rDirectionLabel = "Direction"
s_TdnpolyMirrorHelplineStrings.rDirectionSourceLabel = "Direction (Source)"
s_TdnpolyMirrorHelplineStrings.rDirectionTargetLabel = "Direction (Target)"
s_TdnpolyMirrorHelplineStrings.rMirrorAxis = "Set the axis position of the mirror operation."
s_TdnpolyMirrorHelplineStrings.rMirrorAxisPosition = "Set the custom axis position of the mirror operation."
s_TdnpolyMirrorHelplineStrings.rMirrorCutMesh = "Set if the mesh should be cut before mirroring."
s_TdnpolyMirrorHelplineStrings.rMirrorDirection = "Set the direction of the mirror operation."
s_TdnpolyMirrorHelplineStrings.rMirrorFlipUV = "Set the mode for UV flipping."
s_TdnpolyMirrorHelplineStrings.rMirrorMergeMode = "Set the method for merging polygons."
s_TdnpolyMirrorHelplineStrings.rMirrorMergeThreshold = "Set the tolerance for merging vertices."
s_TdnpolyMirrorHelplineStrings.rMirrorMergeThresholdType = "Set the method to calculate merge tolerance."
s_TdnpolyMirrorHelplineStrings.rMirrorPivotX = "Adjust the X-axis of the mirror plane."
s_TdnpolyMirrorHelplineStrings.rMirrorPivotY = "Adjust the Y-axis of the mirror plane."
s_TdnpolyMirrorHelplineStrings.rMirrorPivotZ = "Adjust the Z-axis of the mirror plane."
s_TdnpolyMirrorHelplineStrings.rMirrorSmoothingAngle = "Set the angle value for softening adjacent edges."
s_TdnpolyMirrorHelplineStrings.rMirrorXYZ = "Set the axis of the mirror operation."
//
// String set: s_TdnpolyPipeHelplineStrings
//
s_TdnpolyPipeHelplineStrings.rPipeCreateUVs = "Set the method used to generate UVs."
s_TdnpolyPipeHelplineStrings.rPipeHeight = "Set the height of the pipe."
s_TdnpolyPipeHelplineStrings.rPipeRadius = "Set the radius of the pipe."
s_TdnpolyPipeHelplineStrings.rPipeRoundCap = "Extend the pipe's caps with hemispheres."
s_TdnpolyPipeHelplineStrings.rPipeSubdivisionsAxis = "Set the number of subdivisions in the X direction for the pipe."
s_TdnpolyPipeHelplineStrings.rPipeSubdivisionsCaps = "Set the number of subdivisions for the caps of the pipe."
s_TdnpolyPipeHelplineStrings.rPipeSubdivisionsHeight = "Set the number of subdivisions in the Y direction for the pipe."
s_TdnpolyPipeHelplineStrings.rPipeThickness = "Set the thickness of the pipe walls."
//
// String set: s_TdnpolyPlatonicSolidHelplineStrings
//
s_TdnpolyPlatonicSolidHelplineStrings.rPlatonicSolidCreateUVs = "Set the method used to generate UVs."
s_TdnpolyPlatonicSolidHelplineStrings.rPlatonicSolidRadius = "Set the radius of the platonic solid."
s_TdnpolyPlatonicSolidHelplineStrings.rPlatonicSolidSideLength = "Set the side length of the platonic solid."
s_TdnpolyPlatonicSolidHelplineStrings.rPlatonicSolidSolidType = "Set the type of platonic solid."
//
// String set: s_TdnpolyPrismHelplineStrings
//
s_TdnpolyPrismHelplineStrings.rPrismCreateUVs = "Set the method used to generate UVs."
s_TdnpolyPrismHelplineStrings.rPrismLength = "Set the length of the prism."
s_TdnpolyPrismHelplineStrings.rPrismNumberofSides = "Set the number of sides for the prism."
s_TdnpolyPrismHelplineStrings.rPrismSideLength = "Set the side length of the prism."
s_TdnpolyPrismHelplineStrings.rPrismSubdivisionsCaps = "Set the number of subdivisions for the caps of the prism."
s_TdnpolyPrismHelplineStrings.rPrismSubdivisionsHeight = "Set the number of subdivisions along the height of the prism."
//
// String set: s_TdnpolyPyramidHelplineStrings
//
s_TdnpolyPyramidHelplineStrings.rPyramidCreateUVs = "Set the method used to generate UVs."
s_TdnpolyPyramidHelplineStrings.rPyramidNumberofSides = "Set the number of sides for the pyramid."
s_TdnpolyPyramidHelplineStrings.rPyramidSideLength = "Set the side length of the pyramid."
s_TdnpolyPyramidHelplineStrings.rPyramidSubdivisionsCaps = "Set the number of subdivisions for the base of the pyramid."
s_TdnpolyPyramidHelplineStrings.rPyramidSubdivisionsHeight = "Set the number of subdivisions along the height of the pyramid."
//
// String set: s_TdnpolyReduceHelplineStrings
//
s_TdnpolyReduceHelplineStrings.rReduceKeepBorder = "Preserve the shape of polygon borders."
s_TdnpolyReduceHelplineStrings.rReduceKeepBorderWeight = "Set the weight for preserving borders."
s_TdnpolyReduceHelplineStrings.rReduceKeepColorBorder = "Preserve the shape of color borders."
s_TdnpolyReduceHelplineStrings.rReduceKeepColorBorderWeight = "Set the weight for preserving color borders."
s_TdnpolyReduceHelplineStrings.rReduceKeepCreaseEdge = "Preserve the shape of edges that have crease values."
s_TdnpolyReduceHelplineStrings.rReduceKeepCreaseEdgeWeight = "Set the weight for preserving creased edges."
s_TdnpolyReduceHelplineStrings.rReduceKeepFaceGroupBorder = "Preserve the shape of material borders."
s_TdnpolyReduceHelplineStrings.rReduceKeepFaceGroupBorderWeight = "Set the weight for preserving material borders."
s_TdnpolyReduceHelplineStrings.rReduceKeepHardEdge = "Preserve the shape of edges marked as hard."
s_TdnpolyReduceHelplineStrings.rReduceKeepHardEdgeWeight = "Set the weight for preserving hard edges."
s_TdnpolyReduceHelplineStrings.rReduceKeepMapBorder = "Preserve the shape of UV borders."
s_TdnpolyReduceHelplineStrings.rReduceKeepMapBorderWeight = "Set the weight for preserving UV borders."
s_TdnpolyReduceHelplineStrings.rReduceKeepQuadsWeight = "Set the weight for maintaining existing quad topology."
s_TdnpolyReduceHelplineStrings.rReducePercentage = "Reduce mesh to a percentage of the original mesh's polygon count."
s_TdnpolyReduceHelplineStrings.rReduceTermination = "Set the method for reducing polygons on a mesh."
s_TdnpolyReduceHelplineStrings.rReduceTriangleCount = "Reduce mesh to a set number of triangles."
s_TdnpolyReduceHelplineStrings.rReduceVertexCount = "Reduce mesh to a set number of vertices."
//
// String set: s_TdnpolySphereHelplineStrings
//
s_TdnpolySphereHelplineStrings.rSphereCreateUVs = "Set the method used to generate UVs."
s_TdnpolySphereHelplineStrings.rSphereRadius = "Set the radius of the sphere."
s_TdnpolySphereHelplineStrings.rSphereSubdivisionsAxis = "Set the number of subdivisions in the X direction for the sphere."
s_TdnpolySphereHelplineStrings.rSphereSubdivisionsHeight = "Set the number of subdivisions in the Y direction for the sphere."
//
// String set: s_TdnpolySubdHelplineStrings
//
s_TdnpolySubdHelplineStrings.rSubdEdgeDivisions = "Set the number of vertices to add to each edge."
s_TdnpolySubdHelplineStrings.rSubdEdgeSize = "Set the minimum length of each sub-edge created."
s_TdnpolySubdHelplineStrings.rSubdFacetDivisions = "Set the number of times to subdivide faces."
s_TdnpolySubdHelplineStrings.rSubdFacetDivisionsU = "Set the number of subdivisions along U."
s_TdnpolySubdHelplineStrings.rSubdFacetDivisionsV = "Set the number of subdivisions along V."
s_TdnpolySubdHelplineStrings.rSubdFacetMethod = "Set the type of subdivision to use."
s_TdnpolySubdHelplineStrings.rSubdFacetMode = "Subdivide using quads or triangles."
//
// String set: s_TdnpolyTorusHelplineStrings
//
s_TdnpolyTorusHelplineStrings.rTorusCreateUVs = "Set the method used to generate UVs."
s_TdnpolyTorusHelplineStrings.rTorusRadius = "Set the radius of the torus."
s_TdnpolyTorusHelplineStrings.rTorusSectionRadius = "Set the radius of the sections of the torus."
s_TdnpolyTorusHelplineStrings.rTorusSubdivisionsAxis = "Set the number of subdivisions in the X direction for the torus."
s_TdnpolyTorusHelplineStrings.rTorusSubdivisionsHeight = "Set the number of subdivisions in the Y direction for the torus."
s_TdnpolyTorusHelplineStrings.rTorusTwist = "Set the degree of rotation to twist the torus."
//
// String set: s_TdnpolyWedgeFaceHelplineStrings
//
s_TdnpolyWedgeFaceHelplineStrings.rWedgeAngle = "Set the rotation angle (in degrees) around the pivot edges."
s_TdnpolyWedgeFaceHelplineStrings.rWedgeDivisions = "Set the number of subdivisions around the rotation."
//
// String set: s_TdoBlurActionStr
//
s_TdoBlurActionStr.rErrorMotionVect = "Error: Processing motion vectors for 2D blur"
s_TdoBlurActionStr.rOK = "OK"
s_TdoBlurActionStr.rWarning = "Warning"
//
// String set: s_TdollyContextStrings
//
s_TdollyContextStrings.rDollyToolCoiHelp = "Use LMB marquee to snap COI to objects, or MMB to translate COI"
s_TdollyContextStrings.rDollyToolDistanceFeedback = "Distance: ^6.3f"
s_TdollyContextStrings.rDollyToolHelp = "Use mouse to dolly"
s_TdollyContextStrings.rDollyToolName = "Dolly Tool"
s_TdollyContextStrings.rDollyToolWidthFeedback = "Width: ^6.3f"
//
// String set: s_TdopeSheetEditorStrings
//
s_TdopeSheetEditorStrings.rDopesheetSummary = "Dopesheet Summary"
s_TdopeSheetEditorStrings.rSceneSummary = "Scene Summary"
//
// String set: s_TdotNetLoaderStrings
//
s_TdotNetLoaderStrings.rDotNetLoaderCLRLoadFailed = "Failed to load .NET runtime."
s_TdotNetLoaderStrings.rDotNetLoaderCLRNotFound = "No appropriate .NET CLR could be found."
s_TdotNetLoaderStrings.rDotNetLoaderCLRStartFailed = "Failed to start .NET runtime."
s_TdotNetLoaderStrings.rDotNetLoaderDeregException = "Exception raised while deregistering plug-in."
s_TdotNetLoaderStrings.rDotNetLoaderNoDeregMethod = "Invalid Maya .NET SDK: no DeregisterMayaPlugin method found."
s_TdotNetLoaderStrings.rDotNetLoaderNoRegMethod = "Could not find Maya .NET SDK: no RegisterMayaPlugin method found."
s_TdotNetLoaderStrings.rDotNetLoaderPluginAssemblyLoadFailed = "Failed to load plug-in assembly ^1s."
s_TdotNetLoaderStrings.rDotNetLoaderRegException = "Exception raised while registering plug-in."
s_TdotNetLoaderStrings.rDotNetLoaderSDKLoadFailed = "Failed to load Maya .NET SDK assembly ^1s."
s_TdotNetLoaderStrings.rMSCLRRuntimeInvokeFailed = "Invoking ExecuteInDefaultAppDomain() failed."
s_TdotNetLoaderStrings.rMonoAssemblyGetImageFailed = "Invoking mono_assembly_get_image() failed."
s_TdotNetLoaderStrings.rMonoClassFromNameFailed = "Invoking mono_class_from_name() failed."
s_TdotNetLoaderStrings.rMonoDomainAssemblyOpenFailed = "Invoking mono_domain_assembly_open() failed."
s_TdotNetLoaderStrings.rMonoFuncsRetrieveFailed = "One of the Mono function entry points can not be found."
s_TdotNetLoaderStrings.rMonoJitInitFailed = "Invoking mono_jit_init() failed."
s_TdotNetLoaderStrings.rMonoLibFileNotSet = "Environment varialbe MONO_LIB_FILE not set."
s_TdotNetLoaderStrings.rMonoLibFileOpenFailed = "Failed to open mono library file."
s_TdotNetLoaderStrings.rMonoRuntimeInvokeFailed = "Invoking mono_runtime_invoke() failed."
s_TdotNetLoaderStrings.rMonoTargetMethodNotFound = "Mono target methods not found."
//
// String set: s_TdpBirailContextStrings
//
s_TdpBirailContextStrings.rDPBirailHelp1st = "Pick two profiles followed by the two rail curves which intersect both profiles."
s_TdpBirailContextStrings.rDPBirailHelp2nd = "Pick the second profile"
s_TdpBirailContextStrings.rDPBirailHelp3rd = "Pick the two rail curves"
s_TdpBirailContextStrings.rDPBirailHelp4th = "Pick the second rail curve"
s_TdpBirailContextStrings.rDPBirailHelp5th = "Press ENTER to complete surface creation"
s_TdpBirailContextStrings.rDPBirailSrfToolName = "Birail 2 Tool"
//
// String set: s_TdragAttrContextStrings
//
s_TdragAttrContextStrings.rChannelBoxHelp = "LMB select, MMB slide"
s_TdragAttrContextStrings.rChannelBoxToolName = "Channel Box"
s_TdragAttrContextStrings.rConnectedTo = "Connected to: "
//
// String set: s_TdraggerContextCmdStrings
//
s_TdraggerContextCmdStrings.rInvalidCursorValue = "^1s is not a valid value."
//
// String set: s_TdropoffLocatorCmdStrings
//
s_TdropoffLocatorCmdStrings.rDropoffCurveNotFound = "Invalid wire curve."
s_TdropoffLocatorCmdStrings.rDropoffInvalidSelection = "No curve points selected."
s_TdropoffLocatorCmdStrings.rDropoffNeedParamValue = "Dropoff parameter value not specified."
s_TdropoffLocatorCmdStrings.rDropoffNeedPercentValue = "Dropoff percent value not specified."
s_TdropoffLocatorCmdStrings.rDropoffNeedWireCurve = "Wire curve not specified."
s_TdropoffLocatorCmdStrings.rDropoffNeedWireNode = "Wire node not specified."
s_TdropoffLocatorCmdStrings.rDropoffNodeNotFound = "Invalid wire node."
//
// String set: s_TduplicateCmdStrings
//
s_TduplicateCmdStrings.rDuplicateImplicitlyCreatedNode = "Cannot duplicate internal node - '^1s'."
s_TduplicateCmdStrings.rDuplicateNonDagSIs = "Cannot duplicate dagObjects and non-dagObjects in one command; Duplicating selected dagObject(s) only."
s_TduplicateCmdStrings.rDuplicateNonInstanceableLeafNode = "Cannot duplicate in leaf-instance mode because the selection has non-instanceable nodes"
s_TduplicateCmdStrings.rDuplicateNonMayaObjectFailed = "Duplication of '^1s' failed: ^2s."
s_TduplicateCmdStrings.rNoDuplicateObjectsMsg = "No object(s) to duplicate"
//
// String set: s_TduplicateCurveContextStrings
//
s_TduplicateCurveContextStrings.rDuplicateCurveHelpSelecting = "Select a curve or surface isoparm to duplicate."
s_TduplicateCurveContextStrings.rDuplicateCurveToolName = "Duplicate Curve"
//
// String set: s_TdynAddDynamicCmdStrings
//
s_TdynAddDynamicCmdStrings.rAddErrAlreadyOwned = "Specified field/emitter/collision is already owned.  Please break this ownership relation first."
s_TdynAddDynamicCmdStrings.rAddErrCVComponentInUnderworld = "Can't add to CV component of curve on surface"
s_TdynAddDynamicCmdStrings.rAddErrCantOwnAuxiliary = "Selected object cannot be a source. Object must be a surface, mesh, or particle object."
s_TdynAddDynamicCmdStrings.rAddErrMultipleAuxiliaries = "More than one field or emitter was specified.  This command can handle only one at a time."
s_TdynAddDynamicCmdStrings.rAddErrMultipleOwnerChildren = "Transform has more than one possible shape which could be the source. Please select the specific shape."
s_TdynAddDynamicCmdStrings.rAddErrMultipleOwners = "More than one source was specified.  This command can handle only one at a time."
s_TdynAddDynamicCmdStrings.rAddErrNoValidAuxiliary = "No field or emitter is selected or named on the command line."
s_TdynAddDynamicCmdStrings.rAddErrNoValidOwner = "No valid source found. Please make sure that a transform having shapes (not a group), geometry, or particle object is selected or named on the command line."
s_TdynAddDynamicCmdStrings.rAddErrSketchPlane = "Can't use sketch plane, please use nurbsPlane or polyPlane."
s_TdynAddDynamicCmdStrings.rAddErrTranslate = "Can't add a source to a field/emitter which has incoming connection to its translate attribute."
//
// String set: s_TdynAddPPCmdStrings
//
s_TdynAddPPCmdStrings.rAddPPErrAttrExists = "Attribute exists but is not of correct type: "
s_TdynAddPPCmdStrings.rAddPPErrNoAttribute = "No attribute specified"
s_TdynAddPPCmdStrings.rAddPPErrNoValidAuxiliary = "No valid field/emitter object for specified attribute found."
s_TdynAddPPCmdStrings.rAddPPErrRenameEmitter = "Cannot add ratePP for this emitter name on this object. Attributes already exist and appear to have valid connections. Please rename emitter."
s_TdynAddPPCmdStrings.rAddPPNotOnPositional = "PPattributes may only be added for Emit from Object emitters or fields defined by particles or geometry."
s_TdynAddPPCmdStrings.rAddPPNotSupportedAttr = " cannot have the attribute you specified."
s_TdynAddPPCmdStrings.rAddPPWarnAuxiliaryInvalid = "Specified attribute not valid for "
s_TdynAddPPCmdStrings.rAddPPWarnIndicesNotMatch = "If you have added CVs or vertices, indices in ratePP multi may not match CV/vertex indices"
s_TdynAddPPCmdStrings.rAddPPWarnTooManyEntries = "Existing ratePP attribute has more entries than there are CVs/vertices. Break unwanted connections in Hypergraph."
//
// String set: s_TdynAuxiliaryCmdStrings
//
s_TdynAuxiliaryCmdStrings.rErrCantOwnAuxiliary = "Selected object cannot own a field/emitter/collision. Object must be a surface, mesh, or (for fields or emitters) particle object."
s_TdynAuxiliaryCmdStrings.rErrMultipleOwners = "Transform has more than one possible shape which could own the field, emitter, or collision model. Please select the specific shape."
s_TdynAuxiliaryCmdStrings.rErrNoParticleComponents = "Cannot attach fields or emitters to selected components of particle objects"
s_TdynAuxiliaryCmdStrings.rErrNoPosAndObjects = "If the -pos switch is used, no objects can be specified on the command line."
s_TdynAuxiliaryCmdStrings.rErrNoShapeToEditOrQuery = "Could not find object to edit or query. Please check that a shape or transform either is selected or is correctly named on the command line."
s_TdynAuxiliaryCmdStrings.rErrNoValidOwner = "No valid owner found in list provided. Please make sure that a transform having shapes (not a group), geometry, or (for fields or emitters) particle object is selected or named on the command line."
s_TdynAuxiliaryCmdStrings.rErrOwnsMultipleAuxShapes = "Transform owns more than one field, emitter, or collision model. Please select the specific shape."
s_TdynAuxiliaryCmdStrings.rErrPositionData = "Error in parsing position data"
s_TdynAuxiliaryCmdStrings.rErrUseNurbsPlaneShape = "Please don't use sketch plane, use nurbsPlane or polyPlane"
s_TdynAuxiliaryCmdStrings.rWarningNoPresetsOnQuery = "-wind, -fan, -wake flags not valid for query"
s_TdynAuxiliaryCmdStrings.rWarningTrimmedSurfacePart1 = "The trimmed part of "
s_TdynAuxiliaryCmdStrings.rWarningTrimmedSurfacePart2 = " will be ignored in the calculations.  Try using NURBS to Polygons conversion to take into account the trims."
//
// String set: s_TdynBaseFieldManipStrings
//
s_TdynBaseFieldManipStrings.rAttenuation = "Attenuation ^1s"
s_TdynBaseFieldManipStrings.rAxis = "Axis"
s_TdynBaseFieldManipStrings.rDirection = "Direction"
s_TdynBaseFieldManipStrings.rMagnitude = "Magnitude"
s_TdynBaseFieldManipStrings.rMaxDistance = "Max Distance"
//
// String set: s_TdynCmdStrings
//
s_TdynCmdStrings.rErrEmitterSeed = ".  The emitter node has its own seed attribute"
s_TdynCmdStrings.rErrNoFxEditLicense = "No fx edit license found.  Can't create/edit object"
s_TdynCmdStrings.rErrNoObjectFound = "No object found in the selection list."
s_TdynCmdStrings.rErrObsoleteCommand = "This command is obsolete: "
s_TdynCmdStrings.rErrObsoleteFlag = "This flag is obsolete: "
s_TdynCmdStrings.rErrRememberingSelection = "Error remembering current selection."
s_TdynCmdStrings.rErrSeeParticleAttr = ".  See this attribute of particle shape: "
//
// String set: s_TdynCollisionCmdStrings
//
s_TdynCollisionCmdStrings.rErrCantBeCollider = " :this type of object cannot collide with particles. Please use a NURBS surface or polygonal object."
s_TdynCollisionCmdStrings.rErrCollisionCollGeomAndCollIndexCountDifferent = "Can not match collision geometries to their multiIndices."
s_TdynCollisionCmdStrings.rErrCollisionMultipleQueryFlags = "More than one flag was passed in query. Please query just one flag at a time."
s_TdynCollisionCmdStrings.rErrCollisionNameFlagObsolete = "The -name flag is obsolete for the collision command.  There is no longer a separate collision node. See the collision documentation.  Please remove the -name flag from your script."
s_TdynCollisionCmdStrings.rErrCollisionNoEditFlags = "No flag was passed to edit. Please specify which flag you wish to edit."
s_TdynCollisionCmdStrings.rErrCollisionNoEditObject = "Could not find unique object to edit. Please be sure a single geometry object (NURBS surface or polygonal) is selected"
s_TdynCollisionCmdStrings.rErrCollisionNoGeoForPartQuery = "There must be a collision object for the particle object chosen as well in order to query how the particle uses the geometry's resilience or friction."
s_TdynCollisionCmdStrings.rErrCollisionNoObjects = "No objects selected. Please select a NURBS surface or polygonal object and a particle object you wish it to collide with."
s_TdynCollisionCmdStrings.rErrCollisionNoQueryFlags = "No flag was passed to query and no particle object chosen. Please specify which flag you wish to query."
s_TdynCollisionCmdStrings.rErrCollisionNoQueryObject = "Could not find unique object to query. Please be sure a single geometry object (NURBS surface or polygonal) is selected"
s_TdynCollisionCmdStrings.rErrCollisionPartNotCollideWithGeo = "The geometry object must be a collision object for the particle object in order to query how the particle uses the geometry's resilience or friction."
s_TdynCollisionCmdStrings.rErrNoCollisionOnComponents = " :cannot make a selected component collide with particles. Please select the whole object."
s_TdynCollisionCmdStrings.rErrNoGeometryObjects = "Particles can collide only with a NURBS surface or polygonal surface.  Select the particles, Shift-select the surface, then select Particles > Make Collide."
//
// String set: s_TdynConnectCmdStrings
//
s_TdynConnectCmdStrings.rErrAddScriptHandlerPython = "The -addScriptHandler flag can only take python scripts"
s_TdynConnectCmdStrings.rErrAddScriptHandlerUnique = "The -addScriptHandler flag cannot be used with any other flag"
s_TdynConnectCmdStrings.rErrAlreadyConnected = ". It is already connected to "
s_TdynConnectCmdStrings.rErrBadFieldDataAttr = " 's fieldData attribute is the wrong type or has the wrong components.  Can't connect a field to this  object. Please de-select it."
s_TdynConnectCmdStrings.rErrBadInputForceAttr = " 's inputForce attribute is the wrong type. Can't connect a field to this  object. Please de-select it."
s_TdynConnectCmdStrings.rErrCouldntMakeRigid = "You've asked for a field to be connected to the following, but this isn't possible because it can't be made a rigid body; please de-select this object: "
s_TdynConnectCmdStrings.rErrNoObjFieldData = " does not appear to be a dynamic object (it has no field data attribute). Please de-select it."
s_TdynConnectCmdStrings.rErrNoObjInputForce = " does not appear to be a dynamic object (it has no input force attribute).  Please de-select it."
s_TdynConnectCmdStrings.rErrNoObjects = "No objects were selected or named to be connected"
s_TdynConnectCmdStrings.rErrNoValidAuxiliaries = "No valid fields/emitters/collisions were selected or named"
s_TdynConnectCmdStrings.rErrNoValidObjects = "Please select the particle objects to be connected for emission or collision, or the particle objects/rigid bodies to be connected to fields."
s_TdynConnectCmdStrings.rErrNotDynamic = "Your new field/emitter/collision cannot affect the following object; it is not a dynamic object.\n   If it is eligible, make it a rigid body and try again: "
s_TdynConnectCmdStrings.rErrNothingToConnect = "No fields/emitters/collisions were selected or named. Please select the fields/emitters/collisions you wish to connect"
s_TdynConnectCmdStrings.rErrOnlyParticlesCollide = " cannot collide. Only particle objects can collide with collision objects. Please de-select this object."
s_TdynConnectCmdStrings.rErrOnlyParticlesEmittedInto = " is not a particle object. Only particle objects can receive emission. Please de-select this object."
s_TdynConnectCmdStrings.rErrOwnsNoCollisions = " owns no collisions.  Please select a geometry shape which can collide with particles. Use Particles | Make Collide to make it collide."
s_TdynConnectCmdStrings.rErrOwnsNoEmitters = " owns no emitters.  Please select an emitter or an object which owns one."
s_TdynConnectCmdStrings.rErrOwnsNoFields = " owns no fields. Please select a field or an object which owns one."
s_TdynConnectCmdStrings.rErrRemoveScriptHandlerUnique = "The -removeScriptHandler flag cannot be used with any other flag"
s_TdynConnectCmdStrings.rErrScriptHandlerFailed = "A connectDynamic script handler failed to execute correctly"
s_TdynConnectCmdStrings.rSkippedConnectingObject = "Skipped "
//
// String set: s_TdynContextStrings
//
s_TdynContextStrings.rPaintEffectsDefaultLightAdded = "A default light has been added to the scene."
s_TdynContextStrings.rPaintEffectsNoLights = "There are no lights in the scene."
//
// String set: s_TdynEmitActionStrings
//
s_TdynEmitActionStrings.rCanNotAllocateMemory = "Unable to allocate memory for the emit action."
s_TdynEmitActionStrings.rCanNotGetArgListForFlag = "Can not get argument list for flag: "
s_TdynEmitActionStrings.rCanNotGetAttributeArgument = "Can not get argument for -attribute flag."
s_TdynEmitActionStrings.rCanNotGetDataBlockForParticleObject = "Can not get the dataBlock for "
s_TdynEmitActionStrings.rCanNotGetFirstPositionArgument = "Unable to get 1st argument of -position flag."
s_TdynEmitActionStrings.rCanNotGetFirstVectorValueArgument = "Unable to get 1st argument of -vectorValue flag."
s_TdynEmitActionStrings.rCanNotGetFloatValueArgument = "Can not get argument for -floatValue flag."
s_TdynEmitActionStrings.rCanNotGetSecondPositionArgument = "Unable to get 2nd argument of -position flag."
s_TdynEmitActionStrings.rCanNotGetSecondVectorValueArgument = "Unable to get 2nd argument of -vectorValue flag."
s_TdynEmitActionStrings.rCanNotGetThirdPositionArgument = "Unable to get 3rd argument of -position flag."
s_TdynEmitActionStrings.rCanNotGetThirdVectorValueArgument = "Unable to get 3rd argument of -vectorValue flag."
s_TdynEmitActionStrings.rCanNotSetAttrValuesForAttr = "Can not set attribute values for the attribute: "
s_TdynEmitActionStrings.rEmitActionObjectNotFound = ": Object not found for -object flag."
s_TdynEmitActionStrings.rMultipleParticleShapeFoundAsChild = "More than one particle shape found for -object flag under transform: "
s_TdynEmitActionStrings.rNoParticleObjectFound = "No particle objects found from -object "
s_TdynEmitActionStrings.rNotAPerParticleAttribute = " is not a vector or scalar per-particle attribute.  Skipping."
s_TdynEmitActionStrings.rObjectFlagNotPassed = "A particle object flag must be specified with the -object flag."
s_TdynEmitActionStrings.rPositionFlagNotPassed = "No particles emitted, since no -position flags were used."
//
// String set: s_TdynEmitterCmdStrings
//
s_TdynEmitterCmdStrings.rErrCantOwnCurveEmitter = "This type of object cannot own a curve emitter. Please select a NURBS curve."
s_TdynEmitterCmdStrings.rErrCantOwnSurfaceEmitter = "This type of object cannot own a surface emitter. Please select a NURBS surface or polygonal object."
s_TdynEmitterCmdStrings.rErrIllegalMaxDistance = "Maximum distance less than 0 not allowed. Please change the -mxd (Max Distance) value to 0 or greater."
s_TdynEmitterCmdStrings.rErrIllegalMinDistance = "Minimum distance less than 0 not allowed. Please change the -mnd (Min Distance) value to 0 or greater."
s_TdynEmitterCmdStrings.rErrIllegalPower = "Power less than 0 not allowed. Please change the power value to 0 or greater."
s_TdynEmitterCmdStrings.rErrIllegalRate = "Rate less than 0 not allowed.  Please change the -r (Rate) value to 0 or greater."
s_TdynEmitterCmdStrings.rErrMaxMin = "Maximum distance less than minimum distance not allowed"
s_TdynEmitterCmdStrings.rErrPositionalCurveSurf = "Positional emitter cannot be curve or surface type. In the emitter option box, please change the type to omni or directional. If you want a curve or surface emitter, please select a curve or surface/polygonal object to emit from."
s_TdynEmitterCmdStrings.rErrUnrecognizedString = "Unrecognized string for -t"
//
// String set: s_TdynEmitterManipStrings
//
s_TdynEmitterManipStrings.rDirection = "Direction"
s_TdynEmitterManipStrings.rMaxDistance = "Max Distance"
s_TdynEmitterManipStrings.rMinDistance = "Min Distance"
s_TdynEmitterManipStrings.rNormalSpeed = "Normal Speed"
s_TdynEmitterManipStrings.rRate = "Rate"
s_TdynEmitterManipStrings.rSpeed = "Speed"
s_TdynEmitterManipStrings.rSpread = "Spread ^1s"
s_TdynEmitterManipStrings.rTangentSpeed = "Tangent Speed"
//
// String set: s_TdynEventCmdStrings
//
s_TdynEventCmdStrings.rErrEventNoName = "You must identify the event by name. Use the -name flag"
s_TdynEventCmdStrings.rErrEventNoTarget = "No target shape in model for this event. It may have been deleted."
s_TdynEventCmdStrings.rErrEventNotFound = "^1s: no valid event by this name found, please check the name, check that event is valid, and check that correct particle object is selected"
s_TdynEventCmdStrings.rErrEventObsoleteFlag = "^1s flag is obsolete. Please use -name in your edit or query command line to identify the event."
s_TdynEventCmdStrings.rErrEventQuerySingleFlag = "You can query the value of only one flag at a time"
s_TdynEventCmdStrings.rErrEventShape = "You must specify a unique particle shape for the event. Please check your selection or the name you typed."
s_TdynEventCmdStrings.rErrEventTargetNotFound = "Specified target not found, please check the name: ^1s"
s_TdynEventCmdStrings.rErrEventTargetNotParticle = "Specified target not a particle shape, please check the name: ^1s"
//
// String set: s_TdynExportActionStrings
//
s_TdynExportActionStrings.rAttributeArg = "Could not get argument for -attribute flag."
s_TdynExportActionStrings.rAttributeList = "Could not get list of attributes to export."
s_TdynExportActionStrings.rAttributeNotFoundError = "No export done. Could not find this attribute, please make sure all the objects have it: "
s_TdynExportActionStrings.rAttributeNotFoundWarning = "Warning: attribute not found: "
s_TdynExportActionStrings.rAttributeTypeError = ": cannot export this attribute type"
s_TdynExportActionStrings.rErrBadExportData = "Attribute had bad data: "
s_TdynExportActionStrings.rErrorCreateDataDirectory = "Could not make particles directory. Please use Project | Edit Current | Data Transfer Locations | Particles to specify a valid particles directory. "
s_TdynExportActionStrings.rErrorCreatePath1 = "Could not find the directory "
s_TdynExportActionStrings.rErrorCreatePath2 = " of your particles directory. Please check the Directory item in the option box."
s_TdynExportActionStrings.rErrorDataDirectory = "No particles directory found. Please specify one using File | Project | Edit Current | Data Transfer Locations | Particles and be sure it is valid."
s_TdynExportActionStrings.rErrorNoObjects = "No particle objects selected or listed.  Please select objects to export, or list them on the command line, or set -allObjects true."
s_TdynExportActionStrings.rExportFileOpenError = "Could not open file for export. Please be sure that permissions are OK and that path is correct. See command documentation for -path argument."
s_TdynExportActionStrings.rExportFileType1 = "Export file type not recognized: "
s_TdynExportActionStrings.rExportFileType2 = ". Valid types are ascii, binary, cache."
s_TdynExportActionStrings.rExportInterrupted = "Export was interrupted, not all files written"
s_TdynExportActionStrings.rExportParseError = "dynExport failed because of parse error. Please check that all flags have correct arguments"
s_TdynExportActionStrings.rFileWriteError = "Could not create or write to file. Please be sure that permissions are OK and that path is correct. Path is relative to workspace (see command documentation)."
s_TdynExportActionStrings.rMakingDefaultParticleArea = "Your workspace does not have a particles directory. Maya will make a default one for you, called particles."
s_TdynExportActionStrings.rMinMax = "Minimum frame is greater than maximum frame."
s_TdynExportActionStrings.rNoObjects = "No particle objects selected or listed.  Please select objects to export, or list them on the command line."
s_TdynExportActionStrings.rPathArg = "Could not get argument for -path flag."
s_TdynExportActionStrings.rWarningNoCacheFile = ": No cache file found for this object, runup may be needed. Check your workspace particles directory."
s_TdynExportActionStrings.rWarningNoObjects = "No particle objects in scene: no files written."
s_TdynExportActionStrings.rWarningRewindAndPlay = "You will need to rewind and play to see your particles. We recommend you then save the file with a startup cache."
//
// String set: s_TdynExpressionCmdStrings
//
s_TdynExpressionCmdStrings.rDynExprCmdAlreadyConnected = "Attribute already controlled by an expression, keyframe, or other connection"
s_TdynExpressionCmdStrings.rDynExprCmdBadAttribute = "Invalid attribute name for operation."
s_TdynExpressionCmdStrings.rDynExprCmdBadEdit = "Expression invalid after edit."
s_TdynExpressionCmdStrings.rDynExprCmdBadQueryAttribute = "Could not get attribute name for query."
s_TdynExpressionCmdStrings.rDynExprCmdBadString = "Invalid parameter for -string flag."
s_TdynExpressionCmdStrings.rDynExprCmdBadTime = "Bad time attribute."
s_TdynExpressionCmdStrings.rDynExprCmdCanNotCreatePlug = "Could not create plug for "
s_TdynExpressionCmdStrings.rDynExprCmdCanNotGetPlug = ": cannot get plug for this token."
s_TdynExpressionCmdStrings.rDynExprCmdCanNotUseIForOutput = " can not be used for assignment.  Use .O for attribute that are both input and output."
s_TdynExpressionCmdStrings.rDynExprCmdConnectionFailed = "Connection failed from "
s_TdynExpressionCmdStrings.rDynExprCmdCountAsOutput = "A particle shape's 'count' attribute is read-only."
s_TdynExpressionCmdStrings.rDynExprCmdDGSetupErr = "Problem(s) occurred with dependency graph setup."
s_TdynExpressionCmdStrings.rDynExprCmdDGUndoErr = "Problem(s) occurred with dependency graph undo."
s_TdynExpressionCmdStrings.rDynExprCmdIllegalLval = "Not allowed to have input on LHS"
s_TdynExpressionCmdStrings.rDynExprCmdIllegalObject = "Illegal attribute in expression"
s_TdynExpressionCmdStrings.rDynExprCmdIllegalRval = "Not allowed to have output on RHS"
s_TdynExpressionCmdStrings.rDynExprCmdKeywordAsOutput = "Cannot set 'time' or 'frame'."
s_TdynExpressionCmdStrings.rDynExprCmdListConnMustBeQuery = "-li/listConnections flag is only valid when querying."
s_TdynExpressionCmdStrings.rDynExprCmdMultiExpression = "Only one particleShape allowed for edit/query."
s_TdynExpressionCmdStrings.rDynExprCmdMultiObjects = "More than one attribute name matches.  Must use unique path name"
s_TdynExpressionCmdStrings.rDynExprCmdMultiTime = "Multiple nodes named time1."
s_TdynExpressionCmdStrings.rDynExprCmdMultipleQuery = "Can only query one aspect of the dynExpression at a time."
s_TdynExpressionCmdStrings.rDynExprCmdNoAttribute = "There must be an attribute that the expression belongs to."
s_TdynExpressionCmdStrings.rDynExprCmdNoDefaults = "Must have both a default object AND attribute if there is no equal sign."
s_TdynExpressionCmdStrings.rDynExprCmdNoExpression = "There must be a string passed for the expression."
s_TdynExpressionCmdStrings.rDynExprCmdNoLval = "At least one attribute must be set in the expression."
s_TdynExpressionCmdStrings.rDynExprCmdNoNodeRedo = "No node specified in edit redo."
s_TdynExpressionCmdStrings.rDynExprCmdNoNodeUndo = "No node specified in edit undo."
s_TdynExpressionCmdStrings.rDynExprCmdNoObjects = "Attribute not found or variable missing '$'"
s_TdynExpressionCmdStrings.rDynExprCmdNoSyntax = "Unable to create syntax object."
s_TdynExpressionCmdStrings.rDynExprCmdNoTime = "Cannot find the node time1."
s_TdynExpressionCmdStrings.rDynExprCmdNoTimeConnect = "Cannot connect to time."
s_TdynExpressionCmdStrings.rDynExprCmdNodeAsOutput = "Cannot set 'node' as output."
s_TdynExpressionCmdStrings.rDynExprCmdNonNumAttr = "Attributes must be of float, integer, or boolean types"
s_TdynExpressionCmdStrings.rDynExprCmdNotExpression = "Item selected is not a particle shape."
s_TdynExpressionCmdStrings.rDynExprCmdOldOption = "-r/runtime should be replaced with -rbd/runtimeBeforeDynamics or -rad/runtimeAfterDynamics."
s_TdynExpressionCmdStrings.rDynExprCmdQueryAndShowOrder = "Can not query values and use showAttributeOrder at the same time."
//
// String set: s_TdynGetAttrActionStrings
//
s_TdynGetAttrActionStrings.rDynGetAttrAttributeErr = "Could not find an attribute of this name in this object. Please check the attribute name and object."
s_TdynGetAttrActionStrings.rDynGetAttrNoAttrErr = "Sorry, but you must specify some attribute to query, using the -at flag."
s_TdynGetAttrActionStrings.rDynGetAttrObjectErr = "Object not found. Please specify the object or components you want values for."
s_TdynGetAttrActionStrings.rDynGetAttrObjectFlagWarning = "The -object flag is obsolete. Please list the object or component on the command line. See the new command examples."
s_TdynGetAttrActionStrings.rDynGetAttrTwoObjErr = "You appear to have queried two different objects. Only one object at a time can be queried. Please check your command line."
//
// String set: s_TdynGlobalsCmdStrings
//
s_TdynGlobalsCmdStrings.rDynGlobalsCmdCanNotCreateGlobals = "Unable to locate or create a dynGlobals node."
s_TdynGlobalsCmdStrings.rDynGlobalsCmdCanNotEditInQueryMode = "Can not use the command to edit while in query mode."
s_TdynGlobalsCmdStrings.rDynGlobalsCmdCanNotQueryInEditMode = "Can not use the command to query while in edit mode."
s_TdynGlobalsCmdStrings.rDynGlobalsCmdMultiQueryError = "Can only pass one flag to be queried on a command line."
s_TdynGlobalsCmdStrings.rDynGlobalsCmdUnableToPerformInternal = "Unable to perform internal task.  \"dynGlobals\" command can not complete."
//
// String set: s_TdynGlobalsStrings
//
s_TdynGlobalsStrings.rDynGlobalsAlreadyExistsError = "\"^1s\" already exists as a dynamics globals node.  All other dynGlobals nodes will be ignored."
s_TdynGlobalsStrings.rDynGlobalsNewActiveGlobals = "\"^1s\" is now the active dynamics globals node."
//
// String set: s_TdynGoalCmdStrings
//
s_TdynGoalCmdStrings.rDynGoalCmdErrorCouldntFindObject = " : could not find this object in model.  Please select a particle or soft body object and desired goal object."
s_TdynGoalCmdStrings.rDynGoalCmdErrorMultipleQueryFlags = "More than one flag was passed in query. Please query just one flag at a time."
s_TdynGoalCmdStrings.rDynGoalCmdErrorNoUniqueQueryObject = "Could not find unique object to query. Please be sure a single particle or soft body object which has goals is selected"
s_TdynGoalCmdStrings.rDynGoalCmdErrorNoValidGoalObject = "No valid goal objects selected.  Please select a particle or soft body object and the desired goal object. "
s_TdynGoalCmdStrings.rDynGoalCmdErrorNoValidParticleObject = "No valid particle or soft body objects selected to act on.  Please select a particle or soft body object and the desired goal object. Please make sure you did not try to make a soft object a goal for itself; this is not valid.  Use soft -g."
s_TdynGoalCmdStrings.rDynGoalCmdErrorQueryFlag = " : can't query this flag. Please use -g or -i."
s_TdynGoalCmdStrings.rDynGoalCmdErrorShapeInUnderWorldPart1 = "Underworld object "
s_TdynGoalCmdStrings.rDynGoalCmdErrorShapeInUnderWorldPart2 = " cannot be used as a goal object. Please de-select it."
s_TdynGoalCmdStrings.rDynGoalCmdWarnWeightSetToOne = "Weight must be from 0 to 1.  Setting to 1."
s_TdynGoalCmdStrings.rDynGoalCmdWarnWeightSetToZero = "Weight must be from 0 to 1.  Setting to 0."
s_TdynGoalCmdStrings.rDynGoalCmdWarningNotParticleObject = " is not a particle or soft body object.  Only particle or soft body objects can be attracted to goals. Skipping this object."
s_TdynGoalCmdStrings.rWarningGoalShapeIsTrimmedPart1 = "Goals will ignore the trimmed part of "
s_TdynGoalCmdStrings.rWarningGoalShapeIsTrimmedPart2 = " in their calculations. Try using NURBS to Polygons conversion to take into account the trims."
//
// String set: s_TdynObjectCmdStrings
//
s_TdynObjectCmdStrings.rErrEmptyList = "Must have one object in object list for edit or query."
//
// String set: s_TdynPaintContextStrings
//
s_TdynPaintContextStrings.rDynPaintGrabString = "Click and drag to grab the icon"
s_TdynPaintContextStrings.rDynPaintHelpString = "Click and drag to paint."
s_TdynPaintContextStrings.rDynPaintToolName = "Paint Effects"
//
// String set: s_TdynPaintEditorStrings
//
s_TdynPaintEditorStrings.rNoButtonName = "No"
s_TdynPaintEditorStrings.rPaintEffectsDisplay = "Invalid display appearance "
s_TdynPaintEditorStrings.rPaintEffectsImageNotSaved = "There is still a Paint Effects image that has not been saved; do you want to save it?"
s_TdynPaintEditorStrings.rPaintEffectsLightingArg = "Invalid lighting argument "
s_TdynPaintEditorStrings.rYesButtonName = "Yes"
//
// String set: s_TdynParticleCmdStrings
//
s_TdynParticleCmdStrings.rConserveRangeError = "Conservation of momentum must be between 0 and 1"
s_TdynParticleCmdStrings.rErrAttrNotFound = "Requested attribute not found"
s_TdynParticleCmdStrings.rErrAttrNotPerParticle = "Specified attribute, \"^1s\", isn't a per-particle attribute. Can't query it with -id -attr"
s_TdynParticleCmdStrings.rErrAttributeNotFound = "Particle shape did not have attribute: "
s_TdynParticleCmdStrings.rErrAttributeNotFound2 = "  Please check the spelling of the attribute name and use listAttr to be sure the shape has that attribute."
s_TdynParticleCmdStrings.rErrAttributeNotFound3 = "Could not get attribute data. "
s_TdynParticleCmdStrings.rErrFloatAndVector = "Cannot use -floatValue and -vectorValue flags at the same time. Please set either -floatVlaue or -vectorValue for the edit"
s_TdynParticleCmdStrings.rErrIdAndOrder = "Cannot use both id and order flags at the same time. Please remove either -id or -order from the query or edit"
s_TdynParticleCmdStrings.rErrIdNotFound = "Could not find particle with id specified. Please check id value in the query command"
s_TdynParticleCmdStrings.rErrIncorrectMassType = "Mass was added as vector, it should be float"
s_TdynParticleCmdStrings.rErrIndexOutOfRange = "Could not find specified particle. Please check the value passed to -id or -order."
s_TdynParticleCmdStrings.rErrInvalidFlagAttribute = "-atr flag is obsolete"
s_TdynParticleCmdStrings.rErrInvalidFlagEdit = "Flag not valid in edit: "
s_TdynParticleCmdStrings.rErrInvalidFlagFloat = "-floatValue flag valid only in edit"
s_TdynParticleCmdStrings.rErrInvalidFlagId = "-id flag valid only in query or edit"
s_TdynParticleCmdStrings.rErrInvalidFlagOrder = "-order flag valid only in query or edit"
s_TdynParticleCmdStrings.rErrInvalidFlagVector = "-vectorValue flag valid only in edit"
s_TdynParticleCmdStrings.rErrInvalidShape = "Shape is not a particle shape."
s_TdynParticleCmdStrings.rErrNoAttribute = "No name for the attribute to be queried or edited was supplied. Please use the -attribute flag."
s_TdynParticleCmdStrings.rErrNoCreate = "Could not create a new particle object."
s_TdynParticleCmdStrings.rErrNoEditShape = "Cannot find shape for Edit/Query"
s_TdynParticleCmdStrings.rErrNoFloatOrVector = "No float or vector was supplied to edit. Please use either the -floatValue or -vectorValue flag to specify the new value you want for the edit."
s_TdynParticleCmdStrings.rErrNoIdOrOrder = "No particle Id or order supplied. Please use either the -id or -order flag to specify which particle you want to query or edit."
s_TdynParticleCmdStrings.rErrOwnsMultipleShapes = "Transform owns more than one possible shape"
s_TdynParticleCmdStrings.rErrPPNaming = "In order for this attribute to be per-particle, its name must end in PP: "
s_TdynParticleCmdStrings.rErrParentNotTransform = "Parent of shape is not a transform."
s_TdynParticleCmdStrings.rErrQuerySingleFlag = "Query requires a single flag"
s_TdynParticleCmdStrings.rInheritRangeError = "Velocity inheritance must be between 0 and 1"
s_TdynParticleCmdStrings.rInvalidAttNameStr = "Invalid attribute name"
s_TdynParticleCmdStrings.rWarnUseObject = "Multiple valid objects in the list, using "
s_TdynParticleCmdStrings.rWarnZeroGridSpacing = "Grid spacing of 0.0 is invalid.  Using 0.5 instead."
//
// String set: s_TdynParticleInstancerStrings
//
s_TdynParticleInstancerStrings.rInvalidParticleAttrError = "Invalid particle attribute name: ^1s."
s_TdynParticleInstancerStrings.rNoInstancerNameError = "An instancer node name must be specified."
s_TdynParticleInstancerStrings.rNoParticleShapeError = "A particle shape must be selected or specified on the command line in query or edit mode."
//
// String set: s_TdynParticleMapUtilsStrings
//
s_TdynParticleMapUtilsStrings.rMass = "Mass"
s_TdynParticleMapUtilsStrings.rPositionX = "Position X"
s_TdynParticleMapUtilsStrings.rPositionY = "Position Y"
s_TdynParticleMapUtilsStrings.rPositionZ = "Position Z"
s_TdynParticleMapUtilsStrings.rVelocityX = "Velocity X"
s_TdynParticleMapUtilsStrings.rVelocityY = "Velocity Y"
s_TdynParticleMapUtilsStrings.rVelocityZ = "Velocity Z"
//
// String set: s_TdynParticleRenderCmdStrings
//
s_TdynParticleRenderCmdStrings.rPlugInCountErrorStr = "flag \"-pc/pluginCount\" is a query only flag"
s_TdynParticleRenderCmdStrings.rPlugInNameErrorStr = "flag \"-pn/pluginNames\" is a query only flag"
//
// String set: s_TdynRadialCmdStrings
//
s_TdynRadialCmdStrings.rErrTypeValue = "Type value must be between 0 and 1"
//
// String set: s_TdynRenderNumericStrings
//
s_TdynRenderNumericStrings.rInvalidAttNameStr = "Invalid attribute name"
//
// String set: s_TdynRenderSpriteStrings
//
s_TdynRenderSpriteStrings.rNoColorDefinedStr = "^1s doesn't have its color defined in a file texture"
s_TdynRenderSpriteStrings.rNoValidShaderStr = "^1s doesn't have valid shader assigned"
s_TdynRenderSpriteStrings.rSpriteDoesntExistStr = "The Sprite Image Name for ^1s doesn't exist"
s_TdynRenderSpriteStrings.rSpriteNotFoundInPathsStr = "The Sprite Image Name for ^1s : ^2s ^3d  could not be found in any of the following paths: "
//
// String set: s_TdynRigidCmdStrings
//
s_TdynRigidCmdStrings.rErrorCannotCreateRigidBody = "Cannot create rigid body."
s_TdynRigidCmdStrings.rErrorEditQueryNoRigidBody = "No rigid body selected for Edit/Query."
s_TdynRigidCmdStrings.rErrorNoSolverFound = "Rigid Solver '^1s' not found."
s_TdynRigidCmdStrings.rErrorSelectOneInstance = " Please select just one instance."
s_TdynRigidCmdStrings.rWarnNoSubdiv = " Skipping ^1s: Can't make a subdivision surface a rigid body."
s_TdynRigidCmdStrings.rWarnReadOnlyAttr = "Cannot edit a read only attribute (-force/-velocity/-angularVelocity/-contact/-contactPosition/-contactName)."
s_TdynRigidCmdStrings.rWarningTessellationMin = "Minimum tessellation factor exceeded.  Setting to the minimum value of 10."
//
// String set: s_TdynRigidCommonStrings
//
s_TdynRigidCommonStrings.rActive = "active"
s_TdynRigidCommonStrings.rErrHierarchy = "There are one or more rigid bodies low in the hierarchy of '^1s'; choose the rigid body you want or its direct parent."
s_TdynRigidCommonStrings.rErrorAlreadyRigidBody = "Attempting to create a rigid body from the shape or hierarchy '^1s' which already contains a rigid body."
s_TdynRigidCommonStrings.rErrorDegeneratePolygon = "The rigid body cannot be created because the selected shape contains polygons which do not have unique vertices.  Use the polygon tools to determine bad polygons."
s_TdynRigidCommonStrings.rErrorInterpenetrationSelect = "Must select two rigid bodies to set interpenetration."
s_TdynRigidCommonStrings.rErrorInvalidShape = "A NURBS or polygonal surface must be selected to create a rigid body."
s_TdynRigidCommonStrings.rErrorNoValidRigidBody = "Shape is not a valid rigid body."
s_TdynRigidCommonStrings.rErrorNoValidShape = "No valid shape found to create rigid body."
s_TdynRigidCommonStrings.rErrorQueryFlag = "Query requires a single flag."
s_TdynRigidCommonStrings.rErrorRBCannotBeSoftBody = "Rigid body cannot be made from a Soft body or particle shape."
s_TdynRigidCommonStrings.rErrorUnableToCreateRigidBody = "Unable to create a rigid body."
s_TdynRigidCommonStrings.rPassive = "passive"
s_TdynRigidCommonStrings.rWarningCenterOfMassLocked = "The center of mass is locked.  To edit the center of mass, set the 'lock center of mass' attribute to false."
s_TdynRigidCommonStrings.rWarningDefaultSolver = "No default rigid solver found.  Adding rigid body to '^1s'."
s_TdynRigidCommonStrings.rWarningDisconnection = "Cannot disconnect: '^1s.^2s' from '^3s.^4s'. To force the disconnection, set the 'Allow Disconnection' attribute in the attribute editor."
s_TdynRigidCommonStrings.rWarningHiddenRigidBody = "Rigid body created using original (hidden) shape."
s_TdynRigidCommonStrings.rWarningRBCacheAttributeChange = "The rigid body is currently cached. Changing an attribute will have no affect."
s_TdynRigidCommonStrings.rWarningRBCacheConnectionChange = "The rigid body is currently cached. Connecting/disconnecting to a field or attribute will have no affect "
s_TdynRigidCommonStrings.rWarningRBCacheDelete = "until the cache is manually deleted via the Solvers->Memory Caching->Delete menu."
s_TdynRigidCommonStrings.rWarningRBRecreate = "Rigid body '^1s' may have to be recreated from the new hierarchy."
s_TdynRigidCommonStrings.rWarningRBTopologyChange = "Changes to the topology below '^1s' may not be reflected in the surface of the rigid body."
s_TdynRigidCommonStrings.rWarningReverseSurface = "The surface of rigid body '^1s' may be reversed.  Reversing the surface may avoid interpenetration errors."
s_TdynRigidCommonStrings.rWarningRigidBodyDeform = "Cannot make a rigid body from shape with deformations."
s_TdynRigidCommonStrings.rWarningTesselationMinExceeded = "Minimum tessellation factor is 10."
s_TdynRigidCommonStrings.rWarningUnableToTesselate = "Unable to tesselate surface '^1s'."
s_TdynRigidCommonStrings.rWarningValidSolver = "A valid solver not found for rigid body."
//
// String set: s_TdynRigidConstraintCmdStrings
//
s_TdynRigidConstraintCmdStrings.rBarrierConstraintName = "rigidBarrierConstraint#"
s_TdynRigidConstraintCmdStrings.rErrFailedToMakeRigidBody = "Failed to make rigid body for '^1s'."
s_TdynRigidConstraintCmdStrings.rErrInvalidObject = "'^1s' is not a polygonal or NURBS surface, so cannot be made a rigid body."
s_TdynRigidConstraintCmdStrings.rErrorCannotCreateRigidConstraint = "Cannot create constraint.  No valid rigid bodies selected."
s_TdynRigidConstraintCmdStrings.rErrorConstraintSolver = "Rigid bodies must be in the same solver to be constraint together."
s_TdynRigidConstraintCmdStrings.rErrorConstraintTypeNotSet = "Constraint type not set."
s_TdynRigidConstraintCmdStrings.rErrorDualConstraintPassiveRB = "Cannot constraint two passive rigid bodies."
s_TdynRigidConstraintCmdStrings.rErrorNoConstraintForEditQuery = "Cannot find a rigid constraint for Edit/Query."
s_TdynRigidConstraintCmdStrings.rErrorPinConstraintSelect = "Pin constraint needs two rigid bodies."
s_TdynRigidConstraintCmdStrings.rErrorUniConstraintPassiveRB = "Cannot constrain a passive rigid body with a uni-constraint."
s_TdynRigidConstraintCmdStrings.rErrorWrongNumHingeSpringObjects = "The hinge and spring constraints must be made for either one or two objects only."
s_TdynRigidConstraintCmdStrings.rErrorWrongNumPinObjects = "The pin constraint must be made between two and only two objects."
s_TdynRigidConstraintCmdStrings.rHingeConstraintName = "rigidHingeConstraint#"
s_TdynRigidConstraintCmdStrings.rNailConstraintName = "rigidNailConstraint#"
s_TdynRigidConstraintCmdStrings.rPinConstraintName = "rigidPinConstraint#"
s_TdynRigidConstraintCmdStrings.rSpringConstraintName = "rigidSpringConstraint#"
s_TdynRigidConstraintCmdStrings.rWarningCreateTooManyObjects = "There is more than one object designated; a constraint will be created only on '^1s'."
s_TdynRigidConstraintCmdStrings.rWarningInvalidBarrierNormal = "Invalid barrier normal. Setting to previous value."
s_TdynRigidConstraintCmdStrings.rWarningInvalidHingeAxis = "Invalid hinge axis. Setting to previous value."
s_TdynRigidConstraintCmdStrings.rWarningMultipleValidObjects = "There is more then one valid object in the selection list;  Editing only '^1s'."
s_TdynRigidConstraintCmdStrings.rWarningSpringAttributeOnly = "Attribute can only be edited if constraint is a spring."
s_TdynRigidConstraintCmdStrings.rWarningSpringDampingRange = "Spring damping value out of range.  Setting to range limit (+/-100)."
//
// String set: s_TdynRigidSolverCmdStrings
//
s_TdynRigidSolverCmdStrings.rErrorInterpenetration = "Rigid Body interpenetration occurred between '^1s' and '^2s'."
s_TdynRigidSolverCmdStrings.rErrorNoSolverSelected = "No rigid solver selected."
s_TdynRigidSolverCmdStrings.rErrorSolverCreateFlag = "The rigid solver create flag cannot be use in edit mode."
s_TdynRigidSolverCmdStrings.rErrorSolverEditMode = "You must be in edit mode (-edit) to change a rigid solver attribute."
s_TdynRigidSolverCmdStrings.rWarningBarrierConstraint = "Rigid body positioned on wrong side of barrier constraint."
s_TdynRigidSolverCmdStrings.rWarningCollisionToleranceRange = "Rigid solver collision tolerance out of range: ^1f - ^2f."
s_TdynRigidSolverCmdStrings.rWarningCoriolisBadInertiaTensor = "<warning> RigidBody::compute_inertials: BAD INERTIA TENSOR"
s_TdynRigidSolverCmdStrings.rWarningCoriolisBarrier = "<warning> Obstacle::found_clash: Starting configuration has interpenetration"
s_TdynRigidSolverCmdStrings.rWarningCoriolisConstraint = "<warning> conflicting constraints"
s_TdynRigidSolverCmdStrings.rWarningCoriolisScaleConstraint = "<warning> Econstraint::self_scale: scale factor"
s_TdynRigidSolverCmdStrings.rWarningIllegalConstraint = "An error has been detected in the way the rigid body constraints have been configured.  Re-positioning the constraint may solver the problem."
s_TdynRigidSolverCmdStrings.rWarningMaxCollisionTolerance = "Rigid solver collision tolerance set to maximum value: ^1f."
s_TdynRigidSolverCmdStrings.rWarningMaxStepSize = "Rigid solver step size set to maximum value: ^1f."
s_TdynRigidSolverCmdStrings.rWarningMinCollisionTolerance = "Rigid solver collision tolerance set to minimum value: ^1f."
s_TdynRigidSolverCmdStrings.rWarningMinStepSize = "Rigid solver step size set to minimum value: ^1f."
s_TdynRigidSolverCmdStrings.rWarningSolverComputation = "Error detected in rigid solver computation.  Solution may be invalid."
s_TdynRigidSolverCmdStrings.rWarningSolverDeletion = "The rigid solver cannot be deleted if it contains rigid bodies."
s_TdynRigidSolverCmdStrings.rWarningStatisticsFlag = "The -statistics flag is obsolete, use -contactData instead."
s_TdynRigidSolverCmdStrings.rWarningStepSizeRange = "Rigid solver step size out of range: ^1f - ^2f."
//
// String set: s_TdynSelectContextStrings
//
s_TdynSelectContextStrings.rDynSelectHelpString = "Click and drag to select."
s_TdynSelectContextStrings.rDynSelectToolName = "Dyn Select"
//
// String set: s_TdynSetAttrActionStrings
//
s_TdynSetAttrActionStrings.rAttrWrongType = "Attribute is not a vector or scalar per-particle attribute."
s_TdynSetAttrActionStrings.rAttrsNotAllSameType = "Attribute is not the same type for all particle objects."
s_TdynSetAttrActionStrings.rBadOrMissingObjOrAttr = "Bad or missing object or attribute."
s_TdynSetAttrActionStrings.rMultipleObjectsFound = "More than one object found for -object flag: ^1s"
s_TdynSetAttrActionStrings.rNoAttrChosen = "No attribute chosen with the -at/attribute flag."
s_TdynSetAttrActionStrings.rNoParticleObjectsSelected = "No particle objects selected."
s_TdynSetAttrActionStrings.rNoSelectionWithAttr = "None of the selected objects have the specified attribute."
s_TdynSetAttrActionStrings.rNotLicensed = "You are not licensed to use the \"setParticleAttr\" command."
s_TdynSetAttrActionStrings.rObjectNotFound = "^1s: Object not found for -object flag."
//
// String set: s_TdynSoftCmdStrings
//
s_TdynSoftCmdStrings.rSoftErrorBothDuplicateFlags = "Cannot combine -d and -dh. Please use just one or the other."
s_TdynSoftCmdStrings.rSoftErrorNoObjects = "No objects which could be made soft were selected.  Please select a NURBS, polygonal, or lattice object which isn't already a rigid or soft body."
s_TdynSoftCmdStrings.rSoftErrorTargetGeom = " cannot be made soft. Please choose a different object."
s_TdynSoftCmdStrings.rSoftWarningHideAndConvertFlags = "Cannot combine hide and make soft in place options.  Please disable hide or use a different creation option. Hide option ignored."
s_TdynSoftCmdStrings.rSoftWarningName = "-name option is obsolete. Please use Outliner or rename command."
s_TdynSoftCmdStrings.rTroubleExecutingDupCommand = "Could not duplicate the geometry for the soft object. Please make sure the selection is correct."
s_TdynSoftCmdStrings.rWarningAlreadySoft = "This shape is already soft, skipping: "
s_TdynSoftCmdStrings.rWarningAutoConvertOff = "Convert is automatically turned off for instanced shapes"
s_TdynSoftCmdStrings.rWarningHideInstanced = "Command will hide all instances of selected instanced shape"
s_TdynSoftCmdStrings.rWarningLocator = "Cannot make a locator soft. Please de-select the locator "
s_TdynSoftCmdStrings.rWarningRigidBodyGeometry = " belongs to a rigid node. It cannot be converted into a soft body. Please select the original geometry shape and use the duplicate option."
s_TdynSoftCmdStrings.rWarningRigidNode = " is a rigid node or its parent and cannot be made soft. Please select the original geometry and use duplicate."
s_TdynSoftCmdStrings.rWarningShapeInUnderWorldPart1 = "Underworld object "
s_TdynSoftCmdStrings.rWarningShapeInUnderWorldPart2 = " cannot be made a soft body, skipping"
s_TdynSoftCmdStrings.rWarningWeightSetToOne = "Weight must be from 0 to 1.  Setting to 1."
s_TdynSoftCmdStrings.rWarningWeightSetToZero = "Weight must be from 0 to 1.  Setting to 0."
//
// String set: s_TdynSpringCmdStrings
//
s_TdynSpringCmdStrings.rErrCantAddSpring = " can't have springs attached.  Skipping this object."
s_TdynSpringCmdStrings.rErrDamping = "You have set the value of the damping attribute, but useDampingPS is set to true; so the dampingPS attribute will now override damping."
s_TdynSpringCmdStrings.rErrDampingPS = "You have set the dampingPS attribute, but useDampingPS is set to false; so dampingPS will not be used."
s_TdynSpringCmdStrings.rErrEditPointComponent = "Springs cannot be attached to edit points. Please select CVs instead, or place particles on the surface (parented to the object) and attach the springs to them (with end weight values 0 on those particles)."
s_TdynSpringCmdStrings.rErrExceptionThrown = "Could not finish adding springs. Probably you tried to add too many springs for available memory. Please adjust selection and/or creation options to make fewer springs."
s_TdynSpringCmdStrings.rErrExclusiveOneObj = "At least two objects must be selected with the exclusive flag. Please select a second particle or geometry object and de-select any objects which aren't particles or geometry."
s_TdynSpringCmdStrings.rErrInvalidWireObj = " cannot have wireframe springs.    Wireframe springs can only be created on polygons, NURBS curves and NURBS surfaces which have been converted to soft bodies."
s_TdynSpringCmdStrings.rErrMultipleSpringObjects = "More than one spring object was selected or named. Query, edit, and add work on only one spring object at a time. Please de-select all but one of the spring objects."
s_TdynSpringCmdStrings.rErrNameFlag = "The -name flag cannot be used in editing.    To rename the spring object, use the rename command."
s_TdynSpringCmdStrings.rErrNeedTwoPoints = "At least two component points must be selected to make an edge to put springs on."
s_TdynSpringCmdStrings.rErrNoCompEdges = "No edges exist between the component points you selected, and selected points are not within walkLength.    No springs have been created."
s_TdynSpringCmdStrings.rErrNoMinMaxSprings = "No springs were created.    Either not enough points were selected or min and/or max need to be adjusted."
s_TdynSpringCmdStrings.rErrNoObjectsSelected = "No objects have been selected or named. Please select the particle and/or geometry shapes to which you wish to attach springs."
s_TdynSpringCmdStrings.rErrNoParticlesSelected1 = "Springs must be attached to at least one particle or soft body. Please identify at least one particle or soft body object."
s_TdynSpringCmdStrings.rErrNoParticlesSelected2 = " If typing names to the command line, please type all particle/geometry names and (for add) the name of the spring object to add to."
s_TdynSpringCmdStrings.rErrNoSpringObjects = "No spring objects have been selected or named for this edit."
s_TdynSpringCmdStrings.rErrNoSpringObjectsForAddQuery1 = "You have attempted to query or add springs to a spring object, but not specified which existing spring object you want to query or add springs to. Please select or name a single spring object.  If typing names to the command line, please type all"
s_TdynSpringCmdStrings.rErrNoSpringObjectsForAddQuery2 = " particle/geometry names and (for add) the name of the spring object to add to. To place new springs in a new spring object, disable Add in the option box."
s_TdynSpringCmdStrings.rErrNoSpringObjectsForEdit = "No spring objects have been selected or named for this edit. Please select the spring object whose parameters you wish to edit."
s_TdynSpringCmdStrings.rErrNoValidSprungObjects = "No objects have been selected or named that can have springs attached. Please select the particle and/or geometry shapes to which you wish to attach springs."
s_TdynSpringCmdStrings.rErrNotASpring = " is not a spring. The spring command will not edit it. Please de-select it."
s_TdynSpringCmdStrings.rErrNotEditFlag = " This flag value cannot be edited.  To change where springs have been created, please do one of the following: 1. Use the spring option box with Add to add more springs to the object; 2. Select unwanted springs in component mode and delete them."
s_TdynSpringCmdStrings.rErrNotQueryFlag = " flag cannot be used to query. "
s_TdynSpringCmdStrings.rErrNotSoftBody = " is not a soft body.  Wireframe springs can only be created on soft bodies."
s_TdynSpringCmdStrings.rErrOnlyOneWire = "Only one soft body can be selected to add wireframe springs to.    If you want one wireframe spring object for more than one soft body, use the add command."
s_TdynSpringCmdStrings.rErrRestLength = "You have set the value of the restLength attribute, but useRestLengthPS is set to true; so the restLengthPS attribute will now override restLength."
s_TdynSpringCmdStrings.rErrRestLengthPS = "You have set the restLengthPS attribute, but useRestLengthPS is set to false; so restLengthPS will not be used."
s_TdynSpringCmdStrings.rErrShapeNotFound = "shape not found"
s_TdynSpringCmdStrings.rErrStiffness = "You have set the value of the stiffness attribute, but useStiffnessPS is set to true; so the stiffnessPS attribute will now override stiffness."
s_TdynSpringCmdStrings.rErrStiffnessPS = "You have set the stiffnessPS attribute, but useStiffnessPS is set to false; so stiffnessPS will not be used."
s_TdynSpringCmdStrings.rErrUnableToCreateSprings = "It was not possible to create springs."
s_TdynSpringCmdStrings.rErrUnableToEditSprings = "It was not possible to edit the springs."
s_TdynSpringCmdStrings.rErrUseComponentEditor = "PerSpring attributes can only be queried from the Component Editor."
s_TdynSpringCmdStrings.rErrWalkLength = "The walk length for wireframe springs must be greater than 0.  No springs were created.    Please set a valid walkLength and issue the command again."
s_TdynSpringCmdStrings.rMsgInterrupt = "Spring creation interrupted at "
s_TdynSpringCmdStrings.rMsgPercent = "% completion"
s_TdynSpringCmdStrings.rWarnAllMinMax = "The All option is not compatible with the Min and Max options. Min and Max will be ignored"
s_TdynSpringCmdStrings.rWarnAllWireframe = "The All option is not compatible with the Wireframe option. Wireframe will be used"
s_TdynSpringCmdStrings.rWarnOutdatedFlag = " is old syntax (but supported for version 2). In future please use "
//
// String set: s_TdynSpringMapUtilsStrings
//
s_TdynSpringMapUtilsStrings.rDampingPS = "dampingPS"
s_TdynSpringMapUtilsStrings.rRestLengthPS = "restLengthPS"
s_TdynSpringMapUtilsStrings.rStiffnessPS = "stiffnessPS"
//
// String set: s_TdynStandardFieldCmdStrings
//
s_TdynStandardFieldCmdStrings.rErrAttenutation = "Attenuation value must be nonnegative"
s_TdynStandardFieldCmdStrings.rErrConserve = "Conserve value must be between 0 and 1"
s_TdynStandardFieldCmdStrings.rErrMaxDistance = "Max distance value must be nonnegative or "
//
// String set: s_TdynTurbulenceCmdStrings
//
s_TdynTurbulenceCmdStrings.rErrAmplitude = "Amplitude value must be nonnegative"
//
// String set: s_TdynUniformCmdStrings
//
s_TdynUniformCmdStrings.rErrInherit = "inherit factor must be between 0 and 1"
//
// String set: s_TdynWireContextStrings
//
s_TdynWireContextStrings.rDynWireHelpString = "Click and drag to paint."
s_TdynWireContextStrings.rDynWireToolName = "Paint Effects Tool"
//
// String set: s_TdynamicLoadActionStrings
//
s_TdynamicLoadActionStrings.rDynamicLoadFailedStr = "Dynamic load failed : "
//
// String set: s_TdynamicLoadStrings
//
s_TdynamicLoadStrings.rDynamicLoadCloseFailed = "dlclose failed : "
s_TdynamicLoadStrings.rDynamicLoadIncompatible = "The plug-in is not compatible with this application"
s_TdynamicLoadStrings.rDynamicLoadUnableToLoad = "Unable to dynamically load : "
s_TdynamicLoadStrings.rDynamicLoadUnknownErr = "Unknown error"
s_TdynamicLoadStrings.rDynamicLoadWrongArchitecture = "does not match the current architecture"
//
// String set: s_TdynamicsBasketStrings
//
s_TdynamicsBasketStrings.rDynBasketFluidSimWarn = "Fluid or Hair System has no cache and cannot be simulated: no simulation license found."
s_TdynamicsBasketStrings.rDynBasketFluidsNotCachedError = "This file contains an uncached fluid; rewind and playback to see correct current state."
s_TdynamicsBasketStrings.rDynBasketHCEnableError = "Hair Playback cache file disabled for node '^1s'"
s_TdynamicsBasketStrings.rDynBasketHCError = "Hair cache file '^1s' not found"
s_TdynamicsBasketStrings.rDynBasketHairsNotCachedError = "This file contains an uncached hair system; rewind and playback to see correct current state."
s_TdynamicsBasketStrings.rDynBasketICEnableError = "Fluid initial state cache file disabled for node '^1s'"
s_TdynamicsBasketStrings.rDynBasketICError = "Fluid initial state cache file '^1s' not found"
s_TdynamicsBasketStrings.rDynBasketPBEnableError = "Fluid Playback cache file disabled for node '^1s'"
s_TdynamicsBasketStrings.rDynBasketPBError = "Fluid cache file '^1s' not found"
s_TdynamicsBasketStrings.rDynBasketnClothNotCachedError = "This file contains an uncached nCloth; rewind and playback to see correct current state."
//
// String set: s_TdynamicsEvaluatorStrings
//
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorAction = "Action"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorAllDynamicsNode = "All dynamics nodes"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorConfigureActionEvaluateInfo = "Nodes handled by the dynamics evaluator will be evaluated"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorConfigureActionFreezeInfo = "Nodes handled by the dynamics evaluator will be frozen"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorConfigureActionNoActionInfo = "No action will be performed by the dynamics evaluator on handled nodes (default)"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorConfigureClusterIgnore = "Cluster options are ignored by the dynamics evaluator"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorConfigureDisablingNodesAllDynamicsNodesInfo = "All dynamics nodes will cause the dynamics evaluator to disable the evaluation manager"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorConfigureDisablingNodesLegacy2016UnsupportedNodesInfo = "Only nodes that were unsupported in Maya 2016 will cause the dynamics evaluator to disable the evaluation manager (default)"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorConfigureDisablingNodesNoNodeInfo = "No node will cause the dynamics evaluator to disable the evaluation manager"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorConfigureDisablingNodesUnsupportedNodesInfo = "Only unsupported nodes will cause the dynamics evaluator to disable the evaluation manager"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorConfigureHandledNodesAllDynamicsNodesInfo = "All dynamics nodes will be handled by the dynamics evaluator"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorConfigureHandledNodesLegacy2016UnsupportedNodesInfo = "Only nodes that were unsupported in Maya 2016 will be handled by the dynamics evaluator"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorConfigureHandledNodesNoNodeInfo = "No node will be handled by the dynamics evaluator (default)"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorConfigureHandledNodesUnsupportedNodesInfo = "Only unsupported nodes will be handled by the dynamics evaluator"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorConfigureIgnoreEvaluatorDisableInfo = "The evaluator will disable the evaluation manager if a node that it is supposed to handle is owned by another custom evaluator (default)"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorConfigureIgnoreEvaluatorEnableInfo = "The evaluator will try to work even if a node that it is supposed to handle is owned by another custom evaluator"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorDisableMitigation = "\n    Disable the 'dynamics' evaluator, or remove the nodes, to resume using the evaluation manager."
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorDisableNotIgnoring = "The dynamics evaluator found partially supported node '^1c' and is not configured to ignore it."
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorDisableUnsupported = "The dynamics evaluator must disable the evaluation manager due to these unsupported nodes:"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorDisablingNodes = "Disabling nodes"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorEvaluate = "Evaluate"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorFalse = "False"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorFreeze = "Freeze"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorHandledNodes = "Handled nodes"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorHasSpecialNodes = "Has special nodes"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorIgnoreEvaluator = "IgnoreEvaluator"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorLegacy2016UnsupportedNodes = "Maya 2016 unsupported nodes"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorMarkedSupportedNodes = "Marked supported nodes"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorNoAction = "None"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorNoNode = "None"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorNoNodesSupported = "No nodes supported"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorNoNodesUnsupported = "No nodes unsupported"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorTitle = "Dynamics Custom Evaluator"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorTrue = "True"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorUnknown = "Unknown"
s_TdynamicsEvaluatorStrings.rDynamicsEvaluatorUnsupportedNodes = "Unsupported nodes"
//
// String set: s_TdynamicsUIBasketStrings
//
s_TdynamicsUIBasketStrings.rParticles = "Particles"
s_TdynamicsUIBasketStrings.rSprings = "Springs"
//
// String set: s_TeditDisplayLayerGlobalsCmdStrings
//
s_TeditDisplayLayerGlobalsCmdStrings.rEditDisplayLayerGlobalsCmdBadMerge = "The display layers could not be merged."
s_TeditDisplayLayerGlobalsCmdStrings.rEditDisplayLayerGlobalsCmdCannotSetCurrent = "Current display layer could not be changed."
s_TeditDisplayLayerGlobalsCmdStrings.rEditDisplayLayerGlobalsCmdNoManager = "Could not find display layer manager node."
s_TeditDisplayLayerGlobalsCmdStrings.rEditDisplayLayerGlobalsCmdNoReferenceAllowed = "'^1s' is a layer from a referenced scene and is not allowed to be the current layer."
s_TeditDisplayLayerGlobalsCmdStrings.rEditDisplayLayerGlobalsCmdNotDisplayLayer = "'^1s' is not a display layer."
//
// String set: s_TeditDisplayLayerMembersCmdStrings
//
s_TeditDisplayLayerMembersCmdStrings.rEditDisplayLayerMembersCmdNoDisplayLayer = "First argument must be a display layer."
s_TeditDisplayLayerMembersCmdStrings.rEditDisplayLayerMembersCmdNotDisplayLayer = "'^1s' is not a display layer."
s_TeditDisplayLayerMembersCmdStrings.rEditDisplayLayerMembersCmdNotLegalMember = "Only DAG objects can be in a display layer.  '^1s' ignored."
//
// String set: s_TeditMetadataCmdStrings
//
s_TeditMetadataCmdStrings.rEditMetadataCmdCannotRemoveMember = "The 'memberName' flag cannot be used in remove mode. All members of the Structure must be removed as a group."
s_TeditMetadataCmdStrings.rEditMetadataCmdDuplicateMembers = "More than one selected Stream has a Member with the name '^1s'. Use the 'streamName' and/or 'channelName' flags to disambiguate."
s_TeditMetadataCmdStrings.rEditMetadataCmdFailedNodeCreation = "editMetadata node could not be created and populated."
s_TeditMetadataCmdStrings.rEditMetadataCmdFailedSettingChannel = "Failed to set Channel edit value on node."
s_TeditMetadataCmdStrings.rEditMetadataCmdFailedSettingEdit = "Failed to add edit data to node."
s_TeditMetadataCmdStrings.rEditMetadataCmdFailedSettingStream = "Failed to set Stream edit value on node."
s_TeditMetadataCmdStrings.rEditMetadataCmdFailedToRemoveMetadata = "The metadata value at index ^1d could not be removed."
s_TeditMetadataCmdStrings.rEditMetadataCmdFailedToSetDefault = "The new metadata value could not be set into the default Structure values."
s_TeditMetadataCmdStrings.rEditMetadataCmdFailedToSetStream = "The new metadata Stream could not be set onto the object."
s_TeditMetadataCmdStrings.rEditMetadataCmdFailedToSetValue = "The new metadata value could not be set into the Stream."
s_TeditMetadataCmdStrings.rEditMetadataCmdMemberNameIgnored = "The 'memberName' flag is ignored when removing elements. All Structure members are removed at once."
s_TeditMetadataCmdStrings.rEditMetadataCmdMismatchedTypeLength = "The number of values provided (^1d) doesn't match what the member needs (^2d)."
s_TeditMetadataCmdStrings.rEditMetadataCmdMismatchedTypes = "The data type provided (^1s) doesn't match what the member needs (^2s)."
s_TeditMetadataCmdStrings.rEditMetadataCmdMissingInData = "Metadata not found in construction history. Add it to the source node before editing."
s_TeditMetadataCmdStrings.rEditMetadataCmdMultipleMembers = "More than one Member found in selected Streams. Use the 'memberName' flag to disambiguate."
s_TeditMetadataCmdStrings.rEditMetadataCmdMultipleMembership = "More than one Member found in Stream '^1s'. Use the 'memberName' flag to disambiguate."
s_TeditMetadataCmdStrings.rEditMetadataCmdNeedsObjects = "Command requires at least one object or component be selected or listed on the command line."
s_TeditMetadataCmdStrings.rEditMetadataCmdNeedsValueOrRemove = "Command must specify exactly one of the 'value', 'stringValue', 'showStream' or 'remove' flags."
s_TeditMetadataCmdStrings.rEditMetadataCmdNoDataToRemove = "Index element ^1d had no metadata to remove."
s_TeditMetadataCmdStrings.rEditMetadataCmdNoMetadataExists = "The object has no metadata defined.  Use the addMetadata command to initialize it."
s_TeditMetadataCmdStrings.rEditMetadataCmdSceneNeedsIndex = "Scene metadata requires the 'index' flag to specify the values to be edited."
s_TeditMetadataCmdStrings.rEditMetadataCmdStreamMemberAmbiguous = "The 'memberName' flag is required since the named Stream has more than one Member."
s_TeditMetadataCmdStrings.rEditMetadataCmdStreamMemberMissing = "The selected Stream does not contain a Member at index ^1s."
s_TeditMetadataCmdStrings.rEditMetadataCmdStreamMemberNameMissing = "The selected Stream does not contain a Member named '^1s'."
s_TeditMetadataCmdStrings.rEditMetadataCmdStreamNoMember = "No Members found in matching Streams."
s_TeditMetadataCmdStrings.rEditMetadataCmdStreamsAmbiguous = "Too many Streams found in selected Channels. Only one is allowed."
s_TeditMetadataCmdStrings.rEditMetadataCmdTypeNumeric = "Numeric"
s_TeditMetadataCmdStrings.rEditMetadataCmdTypeString = "String"
//
// String set: s_TeditRenderLayerAdjustmentCmdStrings
//
s_TeditRenderLayerAdjustmentCmdStrings.rEditRenderLayerAdjustmentCmdFailed = "Unable to perform override."
s_TeditRenderLayerAdjustmentCmdStrings.rEditRenderLayerAdjustmentCmdNoRenderLayer = "Invalid render layer specified."
s_TeditRenderLayerAdjustmentCmdStrings.rEditRenderLayerAdjustmentCmdNotDefaultLayer = "Unable to modify overrides to the default layer."
s_TeditRenderLayerAdjustmentCmdStrings.rEditRenderLayerAdjustmentCmdNotRenderLayer = "'^1s' is not a render layer."
//
// String set: s_TeditRenderLayerGlobalsCmdStrings
//
s_TeditRenderLayerGlobalsCmdStrings.rEditRenderLayerGlobalsCmdConflict = "plug `^1s' has a conflicting adjustment in layers `^2s' and `^3s': using a default value instead."
s_TeditRenderLayerGlobalsCmdStrings.rEditRenderLayerGlobalsCmdHasOutAdjustmentToMissingNodeInRef = "Cannot switch from '^1s' to '^2s' because of an override to a missing node within a referenced scene. Reload the referenced scene if it's unloaded, clean up the referenced scene or remove corresponding reference edits if the node has been deleted in the referenced scene."
s_TeditRenderLayerGlobalsCmdStrings.rEditRenderLayerGlobalsCmdNoManager = "Could not find render layer manager node."
s_TeditRenderLayerGlobalsCmdStrings.rEditRenderLayerGlobalsCmdNoReferenceAllowed = "'^1s' is a layer from a referenced scene and is not allowed to be the current layer."
s_TeditRenderLayerGlobalsCmdStrings.rEditRenderLayerGlobalsCmdNotRenderLayer = "'^1s' is not a render layer."
//
// String set: s_TeditRenderLayerMembersCmdStrings
//
s_TeditRenderLayerMembersCmdStrings.rEditRenderLayerMembersCmdDefaultLayer = "Unable to change membership of default layer '^1s'."
s_TeditRenderLayerMembersCmdStrings.rEditRenderLayerMembersCmdNoRenderLayer = "First argument must be a render layer."
s_TeditRenderLayerMembersCmdStrings.rEditRenderLayerMembersCmdNotRenderLayer = "'^1s' is not a render layer."
//
// String set: s_TeditsOwnerStrings
//
s_TeditsOwnerStrings.rTargetNotFound = "Edit target ^1s not found."
//
// String set: s_TelfColumnLayoutCmdStrings
//
s_TelfColumnLayoutCmdStrings.rELFcolumnLayoutCmdFitToColumn = "toColumn"
s_TelfColumnLayoutCmdStrings.rELFcolumnLayoutCmdFitToLayout = "toLayout"
//
// String set: s_TelfConfirmDialogCmdStrings
//
s_TelfConfirmDialogCmdStrings.rELFconfirmDialogCmdDefaultButtonString = "Confirm"
s_TelfConfirmDialogCmdStrings.rELFconfirmDialogCmdDefaultDismissedString = "dismiss"
s_TelfConfirmDialogCmdStrings.rELFconfirmDialogCmdMultipleConfirmDialogs = "Only one confirmDialog may exist at a time."
//
// String set: s_TelfFontAttributesCmdStrings
//
s_TelfFontAttributesCmdStrings.rELFfontAttributesFontNameMissing = "Must specify font name"
s_TelfFontAttributesCmdStrings.rELFfontAttributesInvalidFontName = "Invalid font name argument"
s_TelfFontAttributesCmdStrings.rELFfontAttributesInvalidFontPitch = "Invalid font pitch argument"
s_TelfFontAttributesCmdStrings.rELFfontAttributesInvalidFontSize = "Invalid font size argument"
s_TelfFontAttributesCmdStrings.rELFfontAttributesInvalidFontStyle = "Invalid font style argument"
s_TelfFontAttributesCmdStrings.rELFfontAttributesInvalidFontWeight = "Invalid font weight argument"
//
// String set: s_TelfFormLayoutCmdStrings
//
s_TelfFormLayoutCmdStrings.rELFformCmdAttachControlToSelf = "Cannot attach control to itself:"
s_TelfFormLayoutCmdStrings.rELFformCmdBottomEdgeString = "bottom"
s_TelfFormLayoutCmdStrings.rELFformCmdInvalidControl = "is not a child of this layout."
s_TelfFormLayoutCmdStrings.rELFformCmdInvalidEdge = "is not a valid edge."
s_TelfFormLayoutCmdStrings.rELFformCmdInvalidNumPositions = "Number of divisions must be greater than 0."
s_TelfFormLayoutCmdStrings.rELFformCmdLeftEdgeString = "left"
s_TelfFormLayoutCmdStrings.rELFformCmdPositionOutOfBounds = "is out of bounds, valid range is 0 to"
s_TelfFormLayoutCmdStrings.rELFformCmdRightEdgeString = "right"
s_TelfFormLayoutCmdStrings.rELFformCmdTopEdgeString = "top"
//
// String set: s_TelfFrameLayoutCmdStrings
//
s_TelfFrameLayoutCmdStrings.rELFframeLayoutCmdInvalidBorderStyle = "is not a valid border style."
s_TelfFrameLayoutCmdStrings.rELFframeLayoutCmdInvalidTitleAlignment = "is not a valid title alignment."
//
// String set: s_TelfGetPanelCmdStrings
//
s_TelfGetPanelCmdStrings.rELFgetPanelNotEnoughArgsParamsError = "Not enough flags and/or arguments."
//
// String set: s_TelfIconTextButtonCmdStrings
//
s_TelfIconTextButtonCmdStrings.rHandleCantBeEmptyMsg = "The handleDropCallback can not be an empty string."
s_TelfIconTextButtonCmdStrings.rLabelCantBeEmptyMsg = "The labelEditingCallback can not be an empty string."
//
// String set: s_TelfPaneLayoutCmdStrings
//
s_TelfPaneLayoutCmdStrings.rELFpaneLayoutCmdAftFlagObsoleteWarning = "The -aft/activeFrameThickness flag is obsolete and should not be used."
s_TelfPaneLayoutCmdStrings.rELFpaneLayoutCmdChildNotInAPane = "is not in a pane."
s_TelfPaneLayoutCmdStrings.rELFpaneLayoutCmdInvalidConfiguration = "is not a valid configuration."
//
// String set: s_TelfPopupMenuCmdStrings
//
s_TelfPopupMenuCmdStrings.rELFpopupMenuCmdInvalidMouseButton = "Invalid mouse button"
//
// String set: s_TelfProgressWindowCmdStrings
//
s_TelfProgressWindowCmdStrings.rELFprogressWindowCannotEditError = "The -ic/isCancelled flag can only be queried."
s_TelfProgressWindowCmdStrings.rELFprogressWindowCmdDefaultEscString = "Press ESC to cancel"
s_TelfProgressWindowCmdStrings.rELFprogressWindowCmdDefaultStatusString = "Processing ..."
s_TelfProgressWindowCmdStrings.rELFprogressWindowCmdDefaultTitleString = "Progress Window"
s_TelfProgressWindowCmdStrings.rELFprogressWindowCmdDuplicateError = "Only one progress Window can be created at a time."
s_TelfProgressWindowCmdStrings.rELFprogressWindowEndProgressWarning = "The -ep/endProgress flag should be used alone. All other flags ignored."
s_TelfProgressWindowCmdStrings.rELFprogressWindowStepProgressError = "The -s/step flag cannot be used with the -pr/progress flag."
//
// String set: s_TelfPromptDialogCmdStrings
//
s_TelfPromptDialogCmdStrings.rELFpromptDialogCmdDefaultButtonString = "Confirm"
s_TelfPromptDialogCmdStrings.rELFpromptDialogCmdDefaultDismissedString = "dismiss"
s_TelfPromptDialogCmdStrings.rELFpromptDialogCmdMultiplePromptDialogs = "Only one promptDialog may exist at a time."
//
// String set: s_TelfRenderLayerButtonCmdStrings
//
s_TelfRenderLayerButtonCmdStrings.rHandleDropCallbackEmptyError = "The handleDropCallback can not be an empty string."
//
// String set: s_TelfRowColumnLayoutCmdStrings
//
s_TelfRowColumnLayoutCmdStrings.rELFrowColumnLayoutCmdConflictingNumRowsColumns = "Must only specify either number of rows or number of columns."
s_TelfRowColumnLayoutCmdStrings.rELFrowColumnLayoutCmdInvalidColumn = "Invalid column."
s_TelfRowColumnLayoutCmdStrings.rELFrowColumnLayoutCmdInvalidColumnAlignment = "Column alignment must be either 0, 1, or 2."
s_TelfRowColumnLayoutCmdStrings.rELFrowColumnLayoutCmdInvalidColumnWidth = "Column width must be greater than 0."
s_TelfRowColumnLayoutCmdStrings.rELFrowColumnLayoutCmdInvalidNumColumns = "Number of columns must be greater than 0."
s_TelfRowColumnLayoutCmdStrings.rELFrowColumnLayoutCmdInvalidNumRows = "Number of rows must be greater than 0."
s_TelfRowColumnLayoutCmdStrings.rELFrowColumnLayoutCmdInvalidOffset = "Invalid offset.  Must be greater than zero."
s_TelfRowColumnLayoutCmdStrings.rELFrowColumnLayoutCmdInvalidRow = "Invalid row."
s_TelfRowColumnLayoutCmdStrings.rELFrowColumnLayoutCmdInvalidRowAlignment = "Row alignment must be either 0, 1, or 2."
s_TelfRowColumnLayoutCmdStrings.rELFrowColumnLayoutCmdInvalidRowHeight = "Row height must be greater than 0."
s_TelfRowColumnLayoutCmdStrings.rELFrowColumnLayoutCmdInvalidSpacing = "Invalid spacing.  Must be greater than zero."
s_TelfRowColumnLayoutCmdStrings.rELFrowColumnLayoutCmdMeaninglessColumnAlignment = "Column alignment meaningless for horizontally oriented layout."
s_TelfRowColumnLayoutCmdStrings.rELFrowColumnLayoutCmdMeaninglessColumnOffset = "Column offset meaningless for horizontally oriented layout."
s_TelfRowColumnLayoutCmdStrings.rELFrowColumnLayoutCmdMeaninglessColumnSpacing = "Column spacing meaningless for horizontally oriented layout."
s_TelfRowColumnLayoutCmdStrings.rELFrowColumnLayoutCmdMeaninglessColumnWidth = "Column width meaningless for horizontally oriented layout."
s_TelfRowColumnLayoutCmdStrings.rELFrowColumnLayoutCmdMeaninglessRowAlignment = "Row alignment meaningless for vertically oriented layout."
s_TelfRowColumnLayoutCmdStrings.rELFrowColumnLayoutCmdMeaninglessRowHeight = "Row height meaningless for vertically oriented layout."
s_TelfRowColumnLayoutCmdStrings.rELFrowColumnLayoutCmdMeaninglessRowOffset = "Row offset meaningless for vertically oriented layout."
s_TelfRowColumnLayoutCmdStrings.rELFrowColumnLayoutCmdMeaninglessRowSpacing = "Row spacing meaningless for vertically oriented layout."
//
// String set: s_TelfTreeViewCmdStrings
//
s_TelfTreeViewCmdStrings.rELFTreeViewButtonIndexOutOfRangeError = "Button index passed to treeView is out of range"
s_TelfTreeViewCmdStrings.rELFTreeViewButtonsWithoutAddOrInsert = "'-hideButtons' must be specified with the '-addItem' or '-insertItem' flags"
s_TelfTreeViewCmdStrings.rELFTreeViewInvalidStateError = "'^1s' is not a valid style"
s_TelfTreeViewCmdStrings.rELFTreeViewInvalidStyleError = "'^1s' is not a valid style"
s_TelfTreeViewCmdStrings.rELFTreeViewItemAlreadyExistsError = "Item '^1s' already exists in the treeview"
s_TelfTreeViewCmdStrings.rELFTreeViewItemFlagNeededError = "In query mode, the '-item' flag must be used to specify the queried item"
s_TelfTreeViewCmdStrings.rELFTreeViewItemNotFoundError = "Item '^1s' was not found in the treeview"
//
// String set: s_TelfWebBrowserCmdStrings
//
s_TelfWebBrowserCmdStrings.rELFwebBrowserCmdButtonAction = "showHelp -docs (\"General/Maya_Web_browser_plugin.html\")"
s_TelfWebBrowserCmdStrings.rELFwebBrowserCmdButtonTitle = "Browser plug-in help"
s_TelfWebBrowserCmdStrings.rELFwebBrowserCmdObsolete = " command is obsolete and will be removed in next version of Maya.\nThe internal web browser of Maya has been replaced by a plug-in which allows your own browser to connect with Maya.\nPlease refer help for information on how to setup communication of Maya with external web browser application."
s_TelfWebBrowserCmdStrings.rELFwebBrowserCmdObsoleteStr = " The internal web browser of Maya has been replaced by a plug-in which allows your own browser to connect with Maya.You must install a browser plug-in to access this."
s_TelfWebBrowserCmdStrings.rELFwebBrowserCmdTextMessage = "The internal web browser of Maya has been replaced by a plug-in which allows your own browser to connect with Maya. You must install a browser plug-in to access this feature."
//
// String set: s_TelfWorkspaceControlCmdStrings
//
s_TelfWorkspaceControlCmdStrings.rELFworkspaceControlCmdControlNotInPanelError = "Workspace control is not in a docking panel."
s_TelfWorkspaceControlCmdStrings.rELFworkspaceControlCmdDuplicatableError = "Cannot set unique panel as duplicatable."
s_TelfWorkspaceControlCmdStrings.rELFworkspaceControlCmdNameError = "Workspace control must have a unique, non-default name in order to be properly saved and restored."
s_TelfWorkspaceControlCmdStrings.rELFworkspaceControlCmdReqControlError = "Required workspace control '^1s' not found."
//
// String set: s_TemitterShapeStrings
//
s_TemitterShapeStrings.rEmitterDirectionalFluidErr = "Emitter type '^1s' not supported for fluid emitters."
s_TemitterShapeStrings.rWarningSurfaceInheritance1 = " does not have the following attribute: "
s_TemitterShapeStrings.rWarningSurfaceInheritance2 = ". Please add this attribute in order for inheritance to work."
s_TemitterShapeStrings.rWarningSurfaceInheritance3 = " has an incoming connection. This may override inheritance from the emitter."
//
// String set: s_TenableDeviceActionStrings
//
s_TenableDeviceActionStrings.rApplyQueryFirstWarn = "Only first channel is queried."
s_TenableDeviceActionStrings.rApplySkippedWarn = " (skipped) "
s_TenableDeviceActionStrings.rApplyToPC = " apply to parameter curves"
s_TenableDeviceActionStrings.rChanAllowedError = "Channel names only allowed for -apply."
s_TenableDeviceActionStrings.rChanRequiredError = "Channel name(s) are required for -apply."
s_TenableDeviceActionStrings.rEnableStateOff = " is disabled."
s_TenableDeviceActionStrings.rEnableStateOn = " is enabled."
s_TenableDeviceActionStrings.rFlagArgsAllowedError = "Only one of -query, -enable is allowed."
s_TenableDeviceActionStrings.rFlagArgsRequiredError = "One of -query, -enable is required."
s_TenableDeviceActionStrings.rMonitoring = " monitoring"
s_TenableDeviceActionStrings.rOpArgsAllowedError = "Only one of -monitor, -record, or -apply is allowed."
s_TenableDeviceActionStrings.rRecording = " recording"
//
// String set: s_TerrorActionStrings
//
s_TerrorActionStrings.rObsoleteSLNFlag = "The 'showLineNumbers' flag is obsolete and will be removed in the next version of Maya. Use the Script Editor checkbox to turn on line number display instead."
//
// String set: s_TerrorReporterStrings
//
s_TerrorReporterStrings.rError = "Error: "
//
// String set: s_TevalDeferredActionStrings
//
s_TevalDeferredActionStrings.rNoCommandWithListFlag = "Cannot specify a command with the -list option"
//
// String set: s_TevaluationManagerCmdStrings
//
s_TevaluationManagerCmdStrings.rEvaluationManagerCmdDataTypeAlreadySet = "Data sharing state was already set.  Nothing was done."
s_TevaluationManagerCmdStrings.rEvaluationManagerCmdDataTypeNotFound = "Could not set data sharing state on unknown data type '^1s'."
s_TevaluationManagerCmdStrings.rEvaluationManagerCmdDataTypeNotSet = "Could not set data sharing state on data type '^1s'."
s_TevaluationManagerCmdStrings.rEvaluationManagerCmdDownstreamNodeRequired = "Query of the 'downstreamFrom' flag requires a node name."
s_TevaluationManagerCmdStrings.rEvaluationManagerCmdGraphIsReady = "Evaluation graph is ready."
s_TevaluationManagerCmdStrings.rEvaluationManagerCmdIdleBuildObsolete = "The -idleBuild (-ib) flag is obsolete. Please use -idleAction with a value of 1 instead."
s_TevaluationManagerCmdStrings.rEvaluationManagerCmdInvalidIdleAction = "Invalid -idleAction value specified (^1d)."
s_TevaluationManagerCmdStrings.rEvaluationManagerCmdNoAction = "Use the 'mode' flag to change modes or the 'query' flag to check the current mode."
s_TevaluationManagerCmdStrings.rEvaluationManagerCmdNoDataType = "A data type name is required for the 'dataTypeShare' flag, for example, 'mesh'."
s_TevaluationManagerCmdStrings.rEvaluationManagerCmdNoNodeType = "A node type name is required for the '^1s' flag, for example, 'transform'."
s_TevaluationManagerCmdStrings.rEvaluationManagerCmdNodeTypeCouldNotBeSet = "Could not set mode '^1s' on node type '^2s'."
s_TevaluationManagerCmdStrings.rEvaluationManagerCmdNodeTypeNotFound = "'^1s' is not a valid node type for the '^2s' flag."
s_TevaluationManagerCmdStrings.rEvaluationManagerCmdOnlyOneSchedulingType = "Only one of the 'nodeTypeXXX' scheduling type flags may be used at a time."
s_TevaluationManagerCmdStrings.rEvaluationManagerCmdUnsupportedMode = "'^1s' mode is not a supported evaluation manager mode.  Evaluation manager is not active."
s_TevaluationManagerCmdStrings.rEvaluationManagerCmdUpstreamNodeRequired = "Query of the 'upstreamFrom' flag requires a node name."
//
// String set: s_TevaluatorCmdStrings
//
s_TevaluatorCmdStrings.rEvaluatorCmdConfigurationInfo = "Key=^1s, Value=^2s: ^3s"
s_TevaluatorCmdStrings.rEvaluatorCmdEnableIgnore = "Ignoring 'enable' flag set to false used with 'nodeType' flag."
s_TevaluatorCmdStrings.rEvaluatorCmdEvaluatorNotFound = "The evaluator '^1s' has not been registered."
s_TevaluatorCmdStrings.rEvaluatorCmdEvaluatorNotSpecified = "The evaluator has not been specified.  Use the 'name' flag."
s_TevaluatorCmdStrings.rEvaluatorCmdEvaluatorQueryOrEnableOnly = "The 'name' flag can only be queried or used in combination with the 'enable' flag."
s_TevaluatorCmdStrings.rEvaluatorCmdInvalidKey = "The specified evaluator does not support the '^1s' key."
s_TevaluatorCmdStrings.rEvaluatorCmdNoAction = "Command flags do not specify an action.  See documentation for available flags."
s_TevaluatorCmdStrings.rEvaluatorCmdNodeTypeNotFound = "Node type '^1s' does not match any known types."
s_TevaluatorCmdStrings.rEvaluatorCmdNodeTypeRequiresEnable = "The 'nodeType' flag requires the 'enable' flag."
s_TevaluatorCmdStrings.rEvaluatorCmdShowingAll = "Returning the list of all available evaluators."
//
// String set: s_TeventHandlerStrings
//
s_TeventHandlerStrings.rEndOfGraceCritical = "^1s is about to exit.\nSave your work before you close?\nAny unsaved work will be lost."
s_TeventHandlerStrings.rEndOfRecoveryWarning = "2 hours have passed since the connection to the license server was lost.\n^1s will exit in 10 minutes.\nPlease save your work."
s_TeventHandlerStrings.rLicenseLost = "The license used was lost.\n^1s will exit in ^2(.1)f minutes.\nPlease save your work."
s_TeventHandlerStrings.rQuitWithoutSaving = "Quit Without Saving"
s_TeventHandlerStrings.rRestrictiveMode = "Restrictive Mode"
s_TeventHandlerStrings.rSaveAs = "Save As..."
//
// String set: s_TexpandedSelectionActionStrings
//
s_TexpandedSelectionActionStrings.rExpandedSelectionErrorNoEG = "The evaluation graph was not available for expansion. Rebuild first."
s_TexpandedSelectionActionStrings.rExpandedSelectionErrorNoSG = "The scheduling graph was not available for expansion. Run evaluation first."
s_TexpandedSelectionActionStrings.rExpandedSelectionNoClusters = "There are no clusters for the 'respectClusters' flag in the DG."
s_TexpandedSelectionActionStrings.rExpandedSelectionUnknownType = "'^1c' is not a recognized expansion type. Only \"^2c\", \"^3c\", and \"^4c\" are allowed"
//
// String set: s_TexportEditsActionStrings
//
s_TexportEditsActionStrings.rCannotExportRefEditsInAssembly = "Reference edits cannot be exported for file references when used within assembly representations."
s_TexportEditsActionStrings.rEmptyTargetList = "No nodes in export target list, export not performed."
s_TexportEditsActionStrings.rFileExistsUseForce = "File exists, use force to overwrite: ^1s"
s_TexportEditsActionStrings.rIncludeExcludeNotFound = "Node `^1s' specified to the -includeNode or -excludeNode flag was not found"
s_TexportEditsActionStrings.rInvalidFileType = "Invalid file type specified: ^1s."
s_TexportEditsActionStrings.rInvalidOnReferenceNode = "'-orn/-onReferenceNode' requires a valid reference node."
s_TexportEditsActionStrings.rInvalidReferenceNode = "Reference node '^1s' is not associated with a reference file."
s_TexportEditsActionStrings.rInvalidReferenceTarget = "Please specify a reference node, referenced file, or node from a referenced file."
s_TexportEditsActionStrings.rMissingFileName = "Export file is not specified."
s_TexportEditsActionStrings.rNoTargetOptions = "A target node option was not specified."
s_TexportEditsActionStrings.rNodeNotReferenced = "Node '^1s' is not from a referenced file."
s_TexportEditsActionStrings.rNotValidReferenceNode = "A valid reference node was not specified"
s_TexportEditsActionStrings.rNothingSelected = "Nothing is currently selected, not performed."
s_TexportEditsActionStrings.rTooManyArgs = "Too many arguments specified (single filename expected)."
s_TexportEditsActionStrings.rTooManyTargetOptions = "Only one target node option may be specified."
s_TexportEditsActionStrings.rUnloadedReference = "Cannot export edits from an unloaded reference."
//
// String set: s_TexpressionCmdStrings
//
s_TexpressionCmdStrings.rExprCmdAlreadyConnected = "Attribute already controlled by an expression, keyframe, or other connection"
s_TexpressionCmdStrings.rExprCmdBadAttribute = "Invalid parameter for -attribute flag."
s_TexpressionCmdStrings.rExprCmdBadEdit = "Expression invalid after edit."
s_TexpressionCmdStrings.rExprCmdBadObject = "Invalid parameter for -object flag."
s_TexpressionCmdStrings.rExprCmdBadString = "Invalid parameter for -string flag."
s_TexpressionCmdStrings.rExprCmdBadTime = "Bad time attribute."
s_TexpressionCmdStrings.rExprCmdDGSetupErr = "Problem(s) occurred with dependency graph setup."
s_TexpressionCmdStrings.rExprCmdDGUndoErr = "Problem(s) occurred with dependency graph undo."
s_TexpressionCmdStrings.rExprCmdIllegalLval = "Not allowed to have input on LHS"
s_TexpressionCmdStrings.rExprCmdIllegalObject = "Illegal attribute in expression"
s_TexpressionCmdStrings.rExprCmdIllegalRval = "Not allowed to have output on RHS"
s_TexpressionCmdStrings.rExprCmdMultiExpression = "Only one expression allowed for edit/query."
s_TexpressionCmdStrings.rExprCmdMultiObjects = "More than one attribute name matches.  Must use unique path name"
s_TexpressionCmdStrings.rExprCmdMultiTime = "Multiple nodes named time1."
s_TexpressionCmdStrings.rExprCmdNoConnect = "Could not connect to required attribute(s)."
s_TexpressionCmdStrings.rExprCmdNoDefaults = "Must have both a default object AND attribute if there is no equal sign."
s_TexpressionCmdStrings.rExprCmdNoLval = "At least one attribute must be set in the expression."
s_TexpressionCmdStrings.rExprCmdNoNodeRedo = "No node specified in edit redo."
s_TexpressionCmdStrings.rExprCmdNoNodeUndo = "No node specified in edit undo."
s_TexpressionCmdStrings.rExprCmdNoObjects = "Attribute not found or variable missing '$'"
s_TexpressionCmdStrings.rExprCmdNoSyntax = "Unable to create syntax object."
s_TexpressionCmdStrings.rExprCmdNoTime = "Cannot find the node time1."
s_TexpressionCmdStrings.rExprCmdNoTimeConnect = "Cannot connect to time."
s_TexpressionCmdStrings.rExprCmdNodeAsOutput = "Cannot set 'node' as output."
s_TexpressionCmdStrings.rExprCmdNonNumAttr = "Attributes must be of float, integer, or boolean types"
s_TexpressionCmdStrings.rExprCmdNotExpression = "Item selected is not an expression."
s_TexpressionCmdStrings.rExprCmdPartAttr = "Attribute of a particle object can only be used with dynExpression command"
s_TexpressionCmdStrings.rExprCmdTimeAsOutput = "Cannot set 'time' or 'frame'."
//
// String set: s_TexpressionEditorStrings
//
s_TexpressionEditorStrings.rErrFileAccess = "ExpressionEditor: cannot access file ^1s"
s_TexpressionEditorStrings.rErrToUpdate = " to update editor."
//
// String set: s_TextendContextStrings
//
s_TextendContextStrings.rExtendHelpSelecting = "Pick the curve to extend."
s_TextendContextStrings.rExtendToolName = "Extend"
//
// String set: s_TextrudeContextStrings
//
s_TextrudeContextStrings.rExtrudeHelpCompleting = "Press ENTER to extrude."
s_TextrudeContextStrings.rExtrudeHelpPathSelecting = "Pick the path curve to extrude."
s_TextrudeContextStrings.rExtrudeHelpPathSelectingAuto = "Pick the path curve. Shift-Click MMB to unpick. Press ENTER to extrude."
s_TextrudeContextStrings.rExtrudeHelpProfileSelecting = "Pick the profile curves. Shift-Click MMB to unpick. Press ENTER to complete profile selection."
s_TextrudeContextStrings.rExtrudeHelpProfileSelectingDistance = "Pick the profile curves."
s_TextrudeContextStrings.rExtrudeToolMsg = "Height:^6.3f"
s_TextrudeContextStrings.rExtrudeToolName = "Extrude"
//
// String set: s_TfcheckActionStrings
//
s_TfcheckActionStrings.rFcheckActioncannotInvokeFcheck = "Cannot invoke fcheck."
//
// String set: s_TffdCmdStrings
//
s_TffdCmdStrings.rBaseLatticeHadNoTransformAbove = "Could not reset. Unable to find transform above base lattice shape."
s_TffdCmdStrings.rCommonParentOnlyInCreateMode = "Common parent flag is valid only in create mode"
s_TffdCmdStrings.rLatticeDivisionsLocked = "The lattice's ^1s divisions are locked and cannot be modified."
s_TffdCmdStrings.rLatticeDualBaseOnlyInCreateMode = "The db/dualBase flag is only valid in create mode."
s_TffdCmdStrings.rLatticeInvalidDivFlagUse = "The -d flag should be of form -d <x> <y> <z>."
s_TffdCmdStrings.rLatticeInvalidDualBaseFlagUse = "Invalid use of the db/dualBase flag."
s_TffdCmdStrings.rLatticeInvalidObjCenterFlagUse = "Invalid use of objectCenter flag."
s_TffdCmdStrings.rLatticeInvalidOutsideFalloffDistanceFlagCombo = "The ofd/outsideFalloffDistance flag requires that the ot/oPointsTransform flag be specified with a value of 2."
s_TffdCmdStrings.rLatticeInvalidOutsideFalloffDistanceFlagUse = "The ofd/outsideFalloffDistance flag requires a positive numeric argument."
s_TffdCmdStrings.rLatticeInvalidOutsideLatticeFlagUse = "The ol/outsideLattice flag requires an integer argument between 0 and 2."
s_TffdCmdStrings.rLatticeNoEditObjCenterFlag = "The oc/objectCenter flag is not valid in edit mode."
s_TffdCmdStrings.rLatticePointsLockedNoRemTweaks = "The lattice has locked control points so their tweaks may not be removed."
s_TffdCmdStrings.rLatticePointsLockedNoReset = "The lattice has locked control points and cannot be reset."
s_TffdCmdStrings.rLatticeRemoveTweaksEditFlag = "The rt/removeTweaks flag is valid only in edit mode."
s_TffdCmdStrings.rLatticeTooFewDivisions = "Number of divisions cannot be less than 2."
s_TffdCmdStrings.rLatticeTooManyDivisions = "Invalid number of divisions."
s_TffdCmdStrings.rLatticeUnableToFind = "Unable to find lattice for the ffd node."
s_TffdCmdStrings.rNoBaseLattice = "Could not reset. Unable to find base lattice shape."
s_TffdCmdStrings.rNoLatticeShape = "Could not find a lattice shape for that deformer."
s_TffdCmdStrings.rObjectCenterOnlyInCreateMode = "Object Centered flag is valid only in create mode"
s_TffdCmdStrings.rOutsideLatticeOnlyInCreateMode = "The ol/outsideLattice flag can only be specified in create mode."
s_TffdCmdStrings.rRemoveTweaksDivConflict = "The rt/removeTweaks and dv/divisions flag cannot be used simultaneously"
s_TffdCmdStrings.rRemoveTweaksNoLattice = "No lattice was found."
s_TffdCmdStrings.rRemoveTweaksResetConflict = "The rt/removeTweaks and lr/latticeReset flag cannot be used simultaneously"
s_TffdCmdStrings.rResetOnlyInEditMode = "Reset flag only valid in edit mode."
//
// String set: s_TffsFilletContextStrings
//
s_TffsFilletContextStrings.rFFSFilletHelp1st = "Pick two curves on surface to fillet between."
s_TffsFilletContextStrings.rFFSFilletHelp2nd = "Pick the second curve on surface."
s_TffsFilletContextStrings.rFFSFilletHelp3rd = "Press ENTER to complete fillet"
s_TffsFilletContextStrings.rFFSFilletHelp4th = "Edit the curve on surface ranges Or select two curves on surface to commence a new fillet."
s_TffsFilletContextStrings.rFreeFormSurfaceFilletToolName = "Freeform Surface Fillet"
//
// String set: s_TfileBrowserDialogStrings
//
s_TfileBrowserDialogStrings.rAutoSaveFolder = "AutoSave Folder"
s_TfileBrowserDialogStrings.rBack = "Back"
s_TfileBrowserDialogStrings.rCancel = "Cancel"
s_TfileBrowserDialogStrings.rCreateNewFolder = "Create New Folder"
s_TfileBrowserDialogStrings.rCurrentProject = "Current Project"
s_TfileBrowserDialogStrings.rCurrentScenes = "Current scenes"
s_TfileBrowserDialogStrings.rCustomUrlsLabel = "Folder Bookmarks:"
s_TfileBrowserDialogStrings.rDefault = "Default"
s_TfileBrowserDialogStrings.rDefaultFilter = "All Files"
s_TfileBrowserDialogStrings.rDeprecatedCommand = "Command ^1s has been deprecated.  Use ^2s instead."
s_TfileBrowserDialogStrings.rDetailView = "Detail View"
s_TfileBrowserDialogStrings.rDirectoryLabel = "Directory:"
s_TfileBrowserDialogStrings.rDirectoryNotFoundError = "^1s\nDirectory not found.\nPlease verify the correct directory name was given."
s_TfileBrowserDialogStrings.rFileName = "File &name:"
s_TfileBrowserDialogStrings.rFileNameLabel = "File name:"
s_TfileBrowserDialogStrings.rFileNameTooLongError = "Unable to save file.  File name too long."
s_TfileBrowserDialogStrings.rFilesOfType = "Files of type:"
s_TfileBrowserDialogStrings.rForward = "Forward"
s_TfileBrowserDialogStrings.rHome = "Home"
s_TfileBrowserDialogStrings.rListView = "List View"
s_TfileBrowserDialogStrings.rLookIn = "Look in:"
s_TfileBrowserDialogStrings.rObsoleteFlag = "Flag ^1s is obsolete."
s_TfileBrowserDialogStrings.rOpen = "Open"
s_TfileBrowserDialogStrings.rOptions = "Options..."
s_TfileBrowserDialogStrings.rParentDir = "Parent Directory"
s_TfileBrowserDialogStrings.rProjectFoldersLabel = "Current Project:"
s_TfileBrowserDialogStrings.rProjects = "Projects"
s_TfileBrowserDialogStrings.rReplaceFileConfirm = "^1s already exists.\nDo you want to replace it?"
s_TfileBrowserDialogStrings.rSave = "Save"
s_TfileBrowserDialogStrings.rSetProject = "Set Project..."
s_TfileBrowserDialogStrings.rTakeFile = "Take File"
s_TfileBrowserDialogStrings.rWorkspaceRoot = "Workspace Root"
//
// String set: s_TfileDialogCmdStrings
//
s_TfileDialogCmdStrings.rDefaultFileSelectionDialogTitle0 = "File Dialog"
s_TfileDialogCmdStrings.rFilteredFiles = "Filtered Files"
//
// String set: s_TfileExceptionStrings
//
s_TfileExceptionStrings.rFileExceptionBrokenPipe = "Broken pipe"
s_TfileExceptionStrings.rFileExceptionFileExists = "File exists"
s_TfileExceptionStrings.rFileExceptionInvalidPath = "Path is not valid"
s_TfileExceptionStrings.rFileExceptionNoSpaceOnDevice = "No space left on device"
s_TfileExceptionStrings.rFileExceptionNotADirectory = "Path is not a directory"
s_TfileExceptionStrings.rFileExceptionOperationInterupted = "An interrupt was received while processing file directive"
s_TfileExceptionStrings.rFileExceptionPermissionDenied = "User does not have permission to access that file or directory"
s_TfileExceptionStrings.rFileExceptionRemoteTimeOut = "Access to remote file timed out"
s_TfileExceptionStrings.rFileExceptionTooManySymLinks = "Too many symbolic links traversed to get to file"
s_TfileExceptionStrings.rFileExceptionUnexpectedError = "File error encountered"
//
// String set: s_TfileIOStrings
//
s_TfileIOStrings.rCannotAssignOfflineFileToRefInAssembly = "Offline edits files cannot be assign to file references when used within assembly representations."
s_TfileIOStrings.rCannotImportReferenceInAssembly = "Objects in file references cannot be imported when used within assembly representations."
s_TfileIOStrings.rCannotRemoveReferenceInAssembly = "File references cannot be removed when used within assembly representations."
s_TfileIOStrings.rCannotReplaceReferenceInAssembly = "File references cannot be replaced when used within assembly representations."
s_TfileIOStrings.rCannotSaveReferenceEditsInAssembly = "Reference edits cannot be saved for file references when used within assembly representations."
s_TfileIOStrings.rCantConnectSharedReferenceNode = "Could not make a connection to shared reference node."
s_TfileIOStrings.rCantConnectUnknownReferenceNode = "Could not make a connection to unknown reference node."
s_TfileIOStrings.rCantOpenFile = "Could not open file."
s_TfileIOStrings.rCantReadBoltFilesInMaya = "Files created by ^1s cannot be opened by ^2s."
s_TfileIOStrings.rCantReadPLEFilesInMaya = "Files created by Maya Personal Learning Edition cannot be opened by Maya."
s_TfileIOStrings.rCantRemoveNetworksWithoutImport = "The -removeDuplicateNetworks flag must be used with the -import flag."
s_TfileIOStrings.rCantSaveMayaFilesInBolt = "Maya LT is unable to save Maya Ascii and Maya Binary files.\nHowever, Maya LT may save ^1s as an .mlt file instead.\n\nSave changes to ^2s?"
s_TfileIOStrings.rConflictingEdits = "\n// ^1s: ^2s"
s_TfileIOStrings.rDefaultFileName = "untitled"
s_TfileIOStrings.rErrorReadingFile = "Error reading file."
s_TfileIOStrings.rFileAddGroup = "Could not add file group."
s_TfileIOStrings.rFileAllOrNoFlag = "The -loadAllDeferred/-loadAllReferences flags and the -loadNoReferences flag are mutually exclusive."
s_TfileIOStrings.rFileAttachFile = "Cannot swap in file."
s_TfileIOStrings.rFileBLSNotFoundWrn = "No build load settings were found; using default load settings."
s_TfileIOStrings.rFileBadRenamePrefix = "The node '^1s' still clashed with a node in the main scene.  Renaming to '^2s'."
s_TfileIOStrings.rFileBadSwapArgument = "Invalid swap argument."
s_TfileIOStrings.rFileCanOnlySaveRootFile = "Saves can only be performed on the root file."
s_TfileIOStrings.rFileCannotExportReferenceNode = "Nodes from a reference cannot be exported as a reference."
s_TfileIOStrings.rFileCannotLocateGzip = "Cannot locate gzip.exe.  File saved uncompressed."
s_TfileIOStrings.rFileCannotOpenFileType = "A file of this type cannot be opened. Try Import."
s_TfileIOStrings.rFileCannotReadGzippedFile = "Cannot read gzipped files. The file must be gunzipped first."
s_TfileIOStrings.rFileCannotReferenceOurself = "You cannot form a reference to the root scene file."
s_TfileIOStrings.rFileCannotRemoveRootMsg = "Cannot remove top-level scene file."
s_TfileIOStrings.rFileCannotSaveUntitledMsg = "A file must be given a name before saving. Use file -rename first, then try saving again."
s_TfileIOStrings.rFileCannotUnloadRootMsg = "Please specify a reference node or referenced file to unload."
s_TfileIOStrings.rFileCantEditNoRefNamespace = "Cannot edit the namespace because the reference namespace '^1s' does not exist."
s_TfileIOStrings.rFileCantEditNonAncestral = "Cannot edit the namespace because the reference is not a top-level reference."
s_TfileIOStrings.rFileCantEditPrefixes = "Cannot edit the namespace because the reference was not created using namespaces."
s_TfileIOStrings.rFileCantEditUnloaded = "Cannot edit the namespace because the reference is unloaded."
s_TfileIOStrings.rFileCantImportReference = "The specified reference file cannot be imported."
s_TfileIOStrings.rFileCantImportReferenceParent = "The specified reference file cannot be imported because its parent file is not the top-level scene file."
s_TfileIOStrings.rFileCantImportReferenceUnloaded = "The specified reference file cannot be imported because it is unloaded."
s_TfileIOStrings.rFileCantLoadPreviewNode = "Cannot load a nested reference that is in a preview state."
s_TfileIOStrings.rFileCantMoveReferenceObject = "Cannot move the reference object '^1s' from namespace '^2s' to '^3s'."
s_TfileIOStrings.rFileCantRemoveReference = "This reference cannot be removed. Possibly items from another file are parented to items from this file."
s_TfileIOStrings.rFileCantRemoveReferenceTooDeep = "This reference cannot be removed since its parent is a reference."
s_TfileIOStrings.rFileCantRemoveRootNamespaceReference = "Cannot remove a reference that resides in the root namespace using force, mergeNamespaceWithRoot or mergeNamespaceWithParent flag."
s_TfileIOStrings.rFileCantReplaceReferenceParent = "Replacing a nested reference file (i.e. a reference which is not a\n// child of the main scene) is a temporary action. The reference to the new\n// file will not be saved with the main scene. To make this action permanent,\n// open the parent file of the reference and replace it there."
s_TfileIOStrings.rFileCantSaveConflictEditsPt = "Cannot save reference due to conflicting edits. Please open the Script Editor for details.\n// Error: The following is a listing of top-level that have conflicting mid-level edits from the noted reference nodes: ^1s."
s_TfileIOStrings.rFileCantSaveConflictEditsPt2 = "Cannot save reference due to conflicting edits. Please open the Command History for details.\n// Error: The following is a listing of top-level that have conflicting mid-level edits from the noted reference nodes: ^1s."
s_TfileIOStrings.rFileCantSaveLockedReference = "Cannot save locked reference."
s_TfileIOStrings.rFileCantSaveNestedRefPath = "Cannot save a nested reference whose parents do not have namespaces enabled."
s_TfileIOStrings.rFileCantSaveNestedReference = "Cannot save a nested reference that does not have namespaces enabled."
s_TfileIOStrings.rFileCantSaveRefEditsToParent = "Cannot save reference edits to root scene file: ^1s."
s_TfileIOStrings.rFileCantSaveSharedFiles = "Cannot save edits to references that are shared reference files or that have ancestors that are shared reference files."
s_TfileIOStrings.rFileCantSaveSharedNodes = "Cannot save edits to references created with any of the Shared Node Options enabled."
s_TfileIOStrings.rFileCantSaveUnloadedReference = "Cannot save a reference that is unloaded or has unloaded parents."
s_TfileIOStrings.rFileCantUnloadMultiParent = "Cannot unload: '^1s' to '^2s', since it is a connection between multi parents."
s_TfileIOStrings.rFileCantUnloadReference = "This reference cannot be unloaded. Possibly items from another file are parented to items from this file."
s_TfileIOStrings.rFileCantUnloadReferenceTooDeep = "This reference cannot be unloaded since its parent is a reference."
s_TfileIOStrings.rFileCmdFlagError = "The -command flag must be used by itself."
s_TfileIOStrings.rFileContainsUnknownNodes = "File contains unknown nodes or data.  To preserve this information, the current file type cannot be changed."
s_TfileIOStrings.rFileCouldNotCreateRefNode = "A reference node was not created."
s_TfileIOStrings.rFileCouldNotLoadDeferredRef = "Could not load the deferred reference, ^1s."
s_TfileIOStrings.rFileCouldNotSaveArg = "Could not save file \"^1s\"."
s_TfileIOStrings.rFileCreateRulesDir = "Could not create rules directory."
s_TfileIOStrings.rFileDefaultNamespaceError = "The -defaultNamespace flag and -namespaceName flag are mutually exclusive."
s_TfileIOStrings.rFileDeferWithoutOtherFlag = "The -defer flag must be used with either the -reference or -referenceDepthInfo flag."
s_TfileIOStrings.rFileDetachFile = "Cannot swap out file."
s_TfileIOStrings.rFileDetachRoot = "Cannot swap out root file."
s_TfileIOStrings.rFileExistsOverwrite = "File exists. Overwrite?"
s_TfileIOStrings.rFileExistsUseForce = "File exists. Use -f to overwrite."
s_TfileIOStrings.rFileExportSnapshotMutualExclusion = "The -esc/exportSnapshotCallback cannot be used with: -pr/preserveReferences and -rns/relativeNamespace"
s_TfileIOStrings.rFileExportSnapshotNamespaceExists = "The specified -esc/exportSnapshotCallback namespace \"^1s\" already exists. Please specify a unique namespace name."
s_TfileIOStrings.rFileExportSnapshotNoExportFlag = "The -esc/exportSnapshotCallback can only be used with: -ea/exportAll, -es/exportSelected and -ess/exportSelectedStrict."
s_TfileIOStrings.rFileExportUnloadedFlagInvalid = "The -exportUnloadedReferences flag must be used with -preserveReferences and either -exportAll or -exportSelected."
s_TfileIOStrings.rFileFAMHasErrors = "Errors have been encountered using the File Alteration Monitor (FAM).  Please contact your system administrator."
s_TfileIOStrings.rFileFlagIsNotSupported = "Flag '^1s' is not supported and has no effect."
s_TfileIOStrings.rFileFlagIsObsolete = "Flag '^1s' is obsolete and no longer has any affect."
s_TfileIOStrings.rFileHiliteItemsNotExported = "Highlighted items will not be exported if they are not also selected."
s_TfileIOStrings.rFileIFRWithoutImportFlag = "The -importFrameRate flag must be used with the -import flag."
s_TfileIOStrings.rFileITRWithoutImportFlag = "The -importTimeRange flag must be used with the -import flag."
s_TfileIOStrings.rFileImportInvalidAnimRangeBehavior = "The -itr/importTimeRange flag must specify \"keep\", \"override\", or \"combine\"."
s_TfileIOStrings.rFileImportMemoryException = "Insufficient memory to import file."
s_TfileIOStrings.rFileInMemory = "File is already in memory."
s_TfileIOStrings.rFileInvalidPath = "An invalid path was specified."
s_TfileIOStrings.rFileInvalidPreview = "The preview flag must be used in conjunction with one of the export flags."
s_TfileIOStrings.rFileInvalidProxyManager = "The proxyManager '^1s' does not exist."
s_TfileIOStrings.rFileInvalidProxyManagerType = "'^1s' is not a proxyManager."
s_TfileIOStrings.rFileInvalidReference = "Could not find the reference node ^1s."
s_TfileIOStrings.rFileInvalidType = "Invalid file type specified: "
s_TfileIOStrings.rFileIsQueryFlag = "Query only flag used. Use -q before flag."
s_TfileIOStrings.rFileLADWithoutOpenFlag = "The -loadAllDeferred flag must be used with the -open flag."
s_TfileIOStrings.rFileLARWithoutOpenFlag = "The -loadAllReferences flag must be used with the -open flag."
s_TfileIOStrings.rFileLNRWithoutOpenFlag = "The -loadNoReferences flag must be used with the -open, -import, -reference or -loadReference flags."
s_TfileIOStrings.rFileLRDInvalidArg = "Valid string arguments for the -loadReferenceDepth flag are 'all', 'none' and 'topOnly'."
s_TfileIOStrings.rFileLRDWithoutOpenFlag = "The -loadReferenceDepth flag must be used with the -open, -import, -reference or -loadReference flags."
s_TfileIOStrings.rFileLSWithoutOpenFlag = "The -loadSettings flag must be used with the -open flag."
s_TfileIOStrings.rFileLoadSettingsFlagWrn = "The -loadSettings flags must be used with the empty string or with '^1s': using the empty string."
s_TfileIOStrings.rFileMainFlags = "Only one main flag can be used at a time."
s_TfileIOStrings.rFileMergeNamespaceOnClashBad = "The -mergeNamespacesOnClash/mnc flag can only be used with the -import/-i or -reference/-r or -exportAsReference/-er flag"
s_TfileIOStrings.rFileMissingLoadReferenceFile = "Could not find a file to load."
s_TfileIOStrings.rFileMissingRemoveReferenceFile = "Could not find a reference file to remove."
s_TfileIOStrings.rFileMissingRequiresCmd = "MayaASCII file was missing a 'requires' statement, and may not have loaded as expected."
s_TfileIOStrings.rFileMissingUnloadReferenceFile = "Could not find a file to unload."
s_TfileIOStrings.rFileMustRenameToSave = "This file is set to only be saved with saveAs."
s_TfileIOStrings.rFileNamespaceEditError = "The namespace name cannot be changed from '^1s' to '^2s'."
s_TfileIOStrings.rFileNamespaceFileError = "The filename '^1s' contains no legal characters.  Use the -ns flag to specify a valid namespace name."
s_TfileIOStrings.rFileNamespaceFileWarn = "The filename '^1s' contains illegal characters.  Using '^2s' as a namespace name."
s_TfileIOStrings.rFileNamespaceFlagError = "The -namespace flag may only be used with -import, -reference or -segment."
s_TfileIOStrings.rFileNamespaceSyntaxError = "The namespace name '^1s' contains no legal characters."
s_TfileIOStrings.rFileNamespaceSyntaxWarn = "The namespace name '^1s' contains illegal characters.  Truncating to '^2s'."
s_TfileIOStrings.rFileNewNodeListRequires = "The -returnNewNodes flag can only be used with -open, -import, -reference, or -loadReference options."
s_TfileIOStrings.rFileNoAssociatedRefNode = "Reference file ^1s has no associated reference node."
s_TfileIOStrings.rFileNoGroup = "Could not create new file group."
s_TfileIOStrings.rFileNoProxyManager = "No proxyManager was specified."
s_TfileIOStrings.rFileNoProxyManagerFlag = "The -proxyTag and -activeProxy flags must be used with the -proxyManager flag."
s_TfileIOStrings.rFileNoWriteSupport = "The requested file type does not have write support."
s_TfileIOStrings.rFileNoneGiven = "No file name given."
s_TfileIOStrings.rFileNotFound = "File not found."
s_TfileIOStrings.rFileNotFoundImportReference = "The file is not a loaded reference."
s_TfileIOStrings.rFileNotFoundWithName = "File not found: \"^1s\""
s_TfileIOStrings.rFileNotInMemory = "Resident file not found."
s_TfileIOStrings.rFileNotLoaded = "File '^1s' is not loaded."
s_TfileIOStrings.rFileNotQueryFlag = "Flag cannot be queried."
s_TfileIOStrings.rFileNotSupportedBinaryFile = "The Maya Binary file '^1s' was written by a newer version of Maya which supports 64 bit addressing and is incompatible with this version which does not. Please use a newer version of Maya to open this file."
s_TfileIOStrings.rFileNotSwapped = "File must be swapped out to make connection."
s_TfileIOStrings.rFileNothingIsSelected = "Nothing is currently selected."
s_TfileIOStrings.rFileOpCancelledByUser = "File operation cancelled by user supplied callback."
s_TfileIOStrings.rFileOpenPreferencesOutOfSync = "Invalid file referencing load preference: reference may have been modified since load preference were last updated."
s_TfileIOStrings.rFilePlaceHolderNSIsNone = "(None)"
s_TfileIOStrings.rFilePlaceHolderNSReplaceFlagsInvalid = "The -applyTo/-at, -mapPlaceHolderNamespace/-mns and -replaceName/-rep flags must be used with either -import/-i or -reference/-r."
s_TfileIOStrings.rFilePrefCorruptedWrn = "The file reference load preferences were (at least partially) corrupted; some preferences may not be respected."
s_TfileIOStrings.rFileReadMemoryException = "Insufficient memory to read file. Quitting Maya."
s_TfileIOStrings.rFileRefMissing = "Cannot find the reference file."
s_TfileIOStrings.rFileRefNodeOrFileNotFound = "The specified reference file or reference node is not found in the current scene."
s_TfileIOStrings.rFileReferenceMemoryException = "Insufficient memory to reference file."
s_TfileIOStrings.rFileReferenceNodeWithoutRefFlag = "The -referenceNode flag must be used with the -reference flag."
s_TfileIOStrings.rFileReferenceNotFound = "Reference file not found."
s_TfileIOStrings.rFileReferencePathRemapped = "Reference file path remapped from '^1s' to '^2s'."
s_TfileIOStrings.rFileRelativeNamespaceCannotUseWithPreserveReferencesFlag = "The relativeNamespace flag cannot be used with flag preserveReferences."
s_TfileIOStrings.rFileRelativeNamespaceNotAbsolute = "The relativeNamespace value must be an absolute namespace name."
s_TfileIOStrings.rFileRelativeNamespaceNsNotFound = "The relativeNamespace value \"^1s\" does not refer to an existing namespace."
s_TfileIOStrings.rFileRelativeNamespaceWithoutOtherFlag = "The relativeNamespace flag must be used with either the exportSelected or exportAll flag."
s_TfileIOStrings.rFileRemoveReferenceConflict = "The force, mergeNamespaceWithRoot and mergeNamespaceWithParent flags are mutually exclusive."
s_TfileIOStrings.rFileRenameAllFlagError = "The -renameAll flag may only be used with -import."
s_TfileIOStrings.rFileRenameFlagError = "The -rename flag must be used by itself."
s_TfileIOStrings.rFileRenameOrNamespaceFlagError = "The -renamingPrefix flag and -namespaceName flag are mutually exclusive."
s_TfileIOStrings.rFileRenamePrefixUsed = "The specified renaming prefix has already been used in this scene: "
s_TfileIOStrings.rFileRenamingPrefixFileError = "The filename '^1s' contains no legal characters.  Use the -rpr flag to specify a valid prefix."
s_TfileIOStrings.rFileRenamingPrefixFileWarn = "The filename '^1s' contains illegal characters.  Using '^2s' as a renaming prefix."
s_TfileIOStrings.rFileRenamingPrefixFlagError = "The -renamingPrefix flag may only be used with -import, -reference or -segment."
s_TfileIOStrings.rFileRenamingPrefixMultibyte = "The renaming prefix '^1s' contains illegal characters: '^2s'"
s_TfileIOStrings.rFileRenamingPrefixSyntaxError = "The renaming prefix '^1s' contains no legal characters."
s_TfileIOStrings.rFileRenamingPrefixSyntaxWarn = "The renaming prefix '^1s' contains illegal characters.  Truncating to '^2s'."
s_TfileIOStrings.rFileSaveArg = "A file name cannot be specified with the -save flag. To do a SAVE AS use the -rename flag before the save."
s_TfileIOStrings.rFileSaveRefEditsToProxy = "Edits will only be saved to the active reference proxy."
s_TfileIOStrings.rFileSavedMsg = "Saved: "
s_TfileIOStrings.rFileSceneMissing = "Cannot find the scene file."
s_TfileIOStrings.rFileSceneProjectConfigError = "Mismatch in Scene/Project configuration.  Try using Export All, then import into a new scene."
s_TfileIOStrings.rFileSelectNewName = "Please enter a new name for this file."
s_TfileIOStrings.rFileSharedNodesFileConflict = "The -sharedNodes flag and -sharedReferenceFile flags are mutually exclusive."
s_TfileIOStrings.rFileSharedNodesInvalidType = "'^1s' is not a shareable node type. Please use 'displayLayers', 'shadingNetworks', 'renderLayersByName', or 'renderLayersById'."
s_TfileIOStrings.rFileSharedNodesPrefix = "The -sharedNodes flag can not be used with the '-renamingPrefix' or '-defaultNamespace' flags. Please use '-namespace'."
s_TfileIOStrings.rFileSharedNodesTypeConflict = "'renderLayersByName' and 'renderLayersById' cannot both be used with -sharedNodes."
s_TfileIOStrings.rFileStrictFlagInvalid = "The -strict flag must be used with the -open, -import, -importReference or -reference flags."
s_TfileIOStrings.rFileSwapFromNamespaceError = "The -swapNamespace flag could not find the specified namespace to swap from: "
s_TfileIOStrings.rFileSwapNamespaceCycleError = "The -swapNamespace flag does not permit swapping to the namespace being modified."
s_TfileIOStrings.rFileSwapNamespaceFlagError = "The -swapNamespace flag may only be used with -reference."
s_TfileIOStrings.rFileSwapNamespaceRootError = "The -swapNamespace flag does not permit swapping to the root namespace."
s_TfileIOStrings.rFileSwapNamespaceSwapError = "The -swapNamespace flag could not swap the specified namespaces: "
s_TfileIOStrings.rFileSwapToNamespaceError = "The -swapNamespace flag could not find the specified namespace to swap to: "
s_TfileIOStrings.rFileTildaNotSupported = "The ~ character is not supported in file paths."
s_TfileIOStrings.rFileTooManyOpenDescriptors = "Too many files are currently open. There are no available file descriptors. Try turning off the cache for some of your texture files."
s_TfileIOStrings.rFileUnknownErrorDuringExport = "Export failed."
s_TfileIOStrings.rFileUnknownSegmentType = "Unknown segment type: "
s_TfileIOStrings.rFileUnknownType = "unknown"
s_TfileIOStrings.rFileUnloadingParentIn = "Main scene objects are parented to objects in the reference file. Reparenting to a \"foster parent\" transform."
s_TfileIOStrings.rFileUnresolvedConnection = "Possible data loss: The connection from '^1s' to '2s' was not saved."
s_TfileIOStrings.rFileUnresolvedReparent = "Possible data loss: The re-parenting of '^1s' under '2s' was not saved."
s_TfileIOStrings.rFileUnresolvedSetAttr = "Possible data loss: setAttr statements for the node '^1s' was not saved."
s_TfileIOStrings.rFileUnsavedChanges = "Unsaved changes."
s_TfileIOStrings.rFileUnsupportedEditFlag = "The -edit flag is not supported in conjunction with the supplied flag."
s_TfileIOStrings.rFileUsingMsg = "Using: "
s_TfileIOStrings.rFileWriteErrors = "Errors have occurred while writing this scene that may result in data loss.\nPlease check the Script Editor for details."
s_TfileIOStrings.rFileWriteErrors2 = "Errors have occurred while writing this scene that may result in data loss.\nPlease check the Command History for details."
s_TfileIOStrings.rNoSavePermission = "Cannot save changes to read only file: ^1s"
s_TfileIOStrings.rOKbuttonNameStr = "OK"
s_TfileIOStrings.rSaveRefRejectChild = "Not saving history nodes for '^1s' since objects from outside the reference file are parented to it."
s_TfileIOStrings.rSaveRefRejectInput = "Not saving history nodes for '^1s' since it contains nodes from another referenced file."
s_TfileIOStrings.rSaveRefRejectOutputs = "Not saving history nodes for '^1s' since they drive nodes from outside the reference file."
s_TfileIOStrings.rSaveRefRejectParent = "Not saving history nodes for '^1s' since it is parented to objects from outside the reference file."
s_TfileIOStrings.rTopLevelEdit = "\n//\n// ------------------------------\n// Top-level edit: \n// ^1s: ^2s\n//\n// Conflicting Mid-level edits:"
s_TfileIOStrings.rUnloadString = "Unload"
s_TfileIOStrings.rUnloadingLockedReference = "Reference node '^1s' is locked. Edits will be lost if this reference is unloaded."
s_TfileIOStrings.rUnrecognizedFile = "Unrecognized file."
//
// String set: s_TfileInfoCmdStrings
//
s_TfileInfoCmdStrings.rFileInfoCmdExpectingKeyAndValue = "fileInfo expects 2 strings: a keyword and a value"
s_TfileInfoCmdStrings.rFileInfoCmdInvalidReferenceNode = "Could not locate reference node: ^1s"
s_TfileInfoCmdStrings.rFileInfoCmdNotSceneFile = "fileInfo can only operate when a scene file is active"
s_TfileInfoCmdStrings.rFileInfoCmdQueryOnlyKey = "In query mode, fileInfo expects only a keyword"
s_TfileInfoCmdStrings.rFileInfoCmdReferenceNodeQueryOnly = "The -referenceNode flag is only valid in query mode."
s_TfileInfoCmdStrings.rFileInfoCmdRemoveOnlyKey = "In -remove mode, fileInfo expects only a keyword"
//
// String set: s_TfileNodeTypeStrings
//
s_TfileNodeTypeStrings.rTypeAudio = "Audio"
s_TfileNodeTypeStrings.rTypeImagePlane = "Image Plane"
s_TfileNodeTypeStrings.rTypeReference = "Reference"
s_TfileNodeTypeStrings.rTypeTexture = "Texture"
//
// String set: s_TfilePathEditorCmdStrings
//
s_TfilePathEditorCmdStrings.rFilePathEditorCopyFailedWarning = "Fail to copy file '^1s' to path '^2s'"
s_TfilePathEditorCmdStrings.rFilePathEditorDependentNodeError = "Operating on reference node '^1s'and its content node '^2s' cannot be done at the same time."
s_TfilePathEditorCmdStrings.rFilePathEditorDeregisterPrefsWarning = "Attribute '^1s' is not on the preference list."
s_TfilePathEditorCmdStrings.rFilePathEditorDeregisterWarning = "Cannot deregister attribute '^1s'. It is not registered."
s_TfilePathEditorCmdStrings.rFilePathEditorIllegalAttributeMsg = "Attribute '^1s' is invalid or is not designated 'usedAsFilename'."
s_TfilePathEditorCmdStrings.rFilePathEditorIllegalBasePathError = "Base path '^1s' is illegal or nonexistent."
s_TfilePathEditorCmdStrings.rFilePathEditorIllegalDstPathError = "Destination path '^1s' is illegal or nonexistent."
s_TfilePathEditorCmdStrings.rFilePathEditorIllegalPathError = "File path '^1s' is illegal or nonexistent."
s_TfilePathEditorCmdStrings.rFilePathEditorIllegalPlugError = "Plug '^1s' is illegal or nonexistent."
s_TfilePathEditorCmdStrings.rFilePathEditorLockedPlugWarning = "The attribute '^1s' is locked or connected and cannot be modified."
s_TfilePathEditorCmdStrings.rFilePathEditorNestedRefWarning = "File path of nested reference cannot be changed. Skip node '^1s'."
s_TfilePathEditorCmdStrings.rFilePathEditorNodeDependDialogTitle = "Node dependence exists"
s_TfilePathEditorCmdStrings.rFilePathEditorObjError = "Maya object required, but not provided."
s_TfilePathEditorCmdStrings.rFilePathEditorRegisterDuplicatedTypeWarning = "Attribute '^1s' and label '^2s' have been registered already."
s_TfilePathEditorCmdStrings.rFilePathEditorReplaceStrError = "Replace string '^1s' is not a valid value"
s_TfilePathEditorCmdStrings.rFilePathEditorSaveDuplicatedTypeWarning = "Attribute '^1s' and label '^2s' have been saved already."
s_TfilePathEditorCmdStrings.rFilePathEditorTypeLabelOccupiedMsg = "Cannot register label '^1s'. The label has been used by another type."
s_TfilePathEditorCmdStrings.rFilePathEditorTypeLabelPrefsOccupiedMsg = "Cannot save label '^1s' to preference file. It has been saved but with another type."
s_TfilePathEditorCmdStrings.rFilePathEditorTypeOccupiedMsg = "Cannot register attribute '^1s'. The type has been registered and it is using another label."
s_TfilePathEditorCmdStrings.rFilePathEditorTypePrefsOccupiedMsg = "Cannot save type '^1s' to preference file. It has been saved but with another label."
s_TfilePathEditorCmdStrings.rFilePathEditorWritePrefsFileMsg = "Cannot write file '^1s'. Please check the file."
//
// String set: s_TfileSystemEntityStrings
//
s_TfileSystemEntityStrings.rAccessError = "The file system entity could not be accessed."
s_TfileSystemEntityStrings.rCancelText = "Cancel"
s_TfileSystemEntityStrings.rCloseError = "A error occurred when closing the file."
s_TfileSystemEntityStrings.rContinueText = "Continue"
s_TfileSystemEntityStrings.rDefaultError = "Unix File system error."
s_TfileSystemEntityStrings.rDirEntityErrorText = "A file system error occurred while accessing the directory \"^1s\". ^2s"
s_TfileSystemEntityStrings.rDirNotEmptyError = "Directory is not empty."
s_TfileSystemEntityStrings.rDirNotExistError = "The named directory does not exist."
s_TfileSystemEntityStrings.rDirRemoveError = "Directory could not be removed."
s_TfileSystemEntityStrings.rDirSetNameErrorText = "A file system error occurred while renaming the directory \"^1s\" to \"^2s\". The error was:^3s"
s_TfileSystemEntityStrings.rEntityErrorText = "A file system error occurred.\n\nThe error was:\n^1s"
s_TfileSystemEntityStrings.rEofError = "Logical end-of-file reached."
s_TfileSystemEntityStrings.rFailedFileOperationError = "Failed file operation."
s_TfileSystemEntityStrings.rFileEntityErrorText = "A file system error occurred while accessing the file \"^1s\". ^2s"
s_TfileSystemEntityStrings.rFileNotExistError = "The named file does not exist."
s_TfileSystemEntityStrings.rFileRemoveError = "File could not be removed."
s_TfileSystemEntityStrings.rFileSetNameErrorText = "A file system error occurred while renaming the file \"^1s\" to \"^2s\". The error was:^3s"
s_TfileSystemEntityStrings.rFindFileFormatText = "Unable to find the file \"^1s\"."
s_TfileSystemEntityStrings.rFindText = "Find"
s_TfileSystemEntityStrings.rIOError = "I/O Error."
s_TfileSystemEntityStrings.rInvalidFileOperationError = "Invalid file operation."
s_TfileSystemEntityStrings.rMemFullErr = "Insufficient memory available."
s_TfileSystemEntityStrings.rMoveError = "File could not be moved."
s_TfileSystemEntityStrings.rOpenError = "File could not be opened."
s_TfileSystemEntityStrings.rPermissionError = "Permission is denied for a component of the path prefix."
s_TfileSystemEntityStrings.rReadError = "A read error occurred."
s_TfileSystemEntityStrings.rRenameError = "Problem during rename."
s_TfileSystemEntityStrings.rSeekError = "A error occurred when setting the file position."
s_TfileSystemEntityStrings.rUntitledDefWord = "Untitled"
s_TfileSystemEntityStrings.rUntitledFormat = "^1s_^2d"
s_TfileSystemEntityStrings.rWriteError = "A write error occurred."
s_TfileSystemEntityStrings.rWritePermissionError = "Read/write permission doesn't allow writing."
//
// String set: s_TfileTextureEntityStrings
//
s_TfileTextureEntityStrings.rTxFileDontUseString = "Don't Use"
s_TfileTextureEntityStrings.rTxFileFindString = "OK"
s_TfileTextureEntityStrings.rTxFileLostFileString = "Unable to locate material image file \"^1s\". Do you want to find it?"
s_TfileTextureEntityStrings.rTxFileNoNameString = "Unable to find the material image file. Do you want to find it?"
s_TfileTextureEntityStrings.rTxFileWrongFileType = "The file you selected is not an image file.  This texture will not be used."
//
// String set: s_TfileTextureStrings
//
s_TfileTextureStrings.rBOTreadError = "Error: Seek error in block ordered texture file ^1s: ^2s\n"
s_TfileTextureStrings.rBOTseekError = "Error: Read error in block ordered texture file ^1s: ^2s\n"
s_TfileTextureStrings.rCannoSave3dPaintTexture = "Failed to save \"^1s\" texture file."
s_TfileTextureStrings.rCannotCreate3dPaintDir = "Failed to create \"^1s\" directory."
s_TfileTextureStrings.rCannotReadCompositeImage = "Could not read the composite image in the file ^1s."
s_TfileTextureStrings.rCannotReadLayerSetInFile = "Could not read ^1s layer set in the file ^2s"
s_TfileTextureStrings.rFileTextureCannotWriteSwatchWarning = "A swatch for \"^1s\" could not be written. This may affect performance. Further warnings will be suppressed."
s_TfileTextureStrings.rMipmapWithNoise = "File texture \"^1s\" with non-zero noiseUV will be filtered with mipmap only."
//
// String set: s_TfilterCmdStrings
//
s_TfilterCmdStrings.rNoValidFilterError = "Filter node argument required."
s_TfilterCmdStrings.rTypeNotFilterNodeError = "Specified filter type is not valid."
s_TfilterCmdStrings.rValuesEditedStr = "Values edited."
//
// String set: s_TfilterCurveCmdStrings
//
s_TfilterCurveCmdStrings.rBadFilterFmt = "Bad filter type: ^1s"
s_TfilterCurveCmdStrings.rSkipCurveFmt = "Skip curve ^1s because the command doesn't work for quaternion interpolation."
//
// String set: s_TfilterStrings
//
s_TfilterStrings.rPluginNodeMsg1 = "The plug-in node for multi-pixel filtering needs to have two input attributes x and y."
s_TfilterStrings.rPluginNodeMsg2 = "A plug-in filter node needs to connect to plugInFilterWeight attribute on renderQuality node."
//
// String set: s_TfindMatchesStrings
//
s_TfindMatchesStrings.rCurvePointFeedback = "Curve Parameter: ^5.3g"
s_TfindMatchesStrings.rCurveRangeFeedback = "Curve Range: ^5.3g ^5.3g"
s_TfindMatchesStrings.rInvalidAttribute = "Invalid attribute"
s_TfindMatchesStrings.rInvalidIndexRange = "Invalid index range"
s_TfindMatchesStrings.rIsoparmFeedbackU = "U Isoparm: ^5.3g"
s_TfindMatchesStrings.rIsoparmFeedbackV = "V Isoparm: ^5.3g"
s_TfindMatchesStrings.rIsoparmRangeFeedbackU = "U Isoparm: ^5.3g; V Range: ^5.3g ^5.3g"
s_TfindMatchesStrings.rIsoparmRangeFeedbackV = "V Isoparm: ^5.3g; U Range: ^5.3g ^5.3g"
s_TfindMatchesStrings.rNoObjectMatch = "No object matches name"
s_TfindMatchesStrings.rSurfacePointFeedback = "Surface Point: ^5.3g ^5.3g"
s_TfindMatchesStrings.rTooMany = "More than one object matches name"
//
// String set: s_TfindTypeActionStrings
//
s_TfindTypeActionStrings.rFindTypeActionNoType = "findType must specify a node type for which to search"
//
// String set: s_TflexorCmdStrings
//
s_TflexorCmdStrings.rBadDriverNumber = "Invalid driver number specified for removal."
s_TflexorCmdStrings.rDriverMustBeNumericData = "Flexor drivers must be numeric."
s_TflexorCmdStrings.rFlexorInvalidCommandString = "Command flag string must start with: '^1s'"
s_TflexorCmdStrings.rFlexorInvalidTypeFlag = "Invalid flexor type specified."
s_TflexorCmdStrings.rFlexorTooManyCurrentDrivers = "More than one attribute matches the specified current driver."
s_TflexorCmdStrings.rFlexorTypeFlagNotFound = "The flexor type flag was not found."
s_TflexorCmdStrings.rInvalidCurrentDriver = "No match was found to the specified current driver."
s_TflexorCmdStrings.rInvalidDriver = "was not found. Continuing."
s_TflexorCmdStrings.rJtLatticeFlexorOnTopJoint = "Cannot add joint lattice flexor at '^1s' as it is the top joint in the hierarchy."
s_TflexorCmdStrings.rMustBindSkinToJoint = "Cannot add flexor unless skin is bound to joint ^1s."
s_TflexorCmdStrings.rMustSelectJoint = "Joint must be selected when atJoints or atBones flag is used."
s_TflexorCmdStrings.rNoCurrentDriver = "A current driver is not connected."
s_TflexorCmdStrings.rNoValidDriversSpecified = "No valid drivers were specified in the add list."
s_TflexorCmdStrings.rRequiresJoint = "^1s flexor requires a joint to be selected."
s_TflexorCmdStrings.rSingleFlexorPlease = "Must specify exactly one flexor to edit/query."
s_TflexorCmdStrings.rTroubleExecutingDefCommand = "Could not execute command string: '^1s'"
//
// String set: s_TfloatSlider2CmdStrings
//
s_TfloatSlider2CmdStrings.rFloatSlider2SetPolarityError = "Error setting floatSlider2 -polarity: value must be 0 or 1"
s_TfloatSlider2CmdStrings.rFloatSlider2SetValueError = "Error setting floatSlider2 handle value: value for handle 1 must be <= value for handle 2"
//
// String set: s_TflowCmdStrings
//
s_TflowCmdStrings.rFlowCanNotDoErr = "Failed to create the flow object deformation"
s_TflowCmdStrings.rFlowConnectedToErr = " node connected to "
s_TflowCmdStrings.rFlowCreateLatticeErr = "Failed in creating the lattice"
s_TflowCmdStrings.rFlowExistedErr = "Flow for the selected object has already existed"
s_TflowCmdStrings.rFlowFollowIsNotOnErr = " does not have the follow option activated"
s_TflowCmdStrings.rFlowFollowNotSetErr = "Selected object does not have motion path with follow ON"
s_TflowCmdStrings.rFlowInvalidDagPathErr = " has invalid DAG path"
s_TflowCmdStrings.rFlowInvalidSelectionItemErr = " cannot be flowed"
s_TflowCmdStrings.rFlowIsLockedErr = "is locked"
s_TflowCmdStrings.rFlowLockedAttributeErr = " has locked attribute: "
s_TflowCmdStrings.rFlowNoDagObjectInThePathErr = "No DAG object in "
s_TflowCmdStrings.rFlowNoMotionPathErr = "No motionPath node connected to the selected object"
s_TflowCmdStrings.rFlowNoObjectSelectedErr = "No active or selected object"
s_TflowCmdStrings.rFlowNoValidObjectErr = "No valid object is selected"
s_TflowCmdStrings.rFlowNotExistedErr = "There is no flow for the selected objects"
s_TflowCmdStrings.rFlowObjectHasFlowErr = " has already had flow deformation"
s_TflowCmdStrings.rFlowObjectHasNoMotionPathErr = " has no motion path animation"
s_TflowCmdStrings.rFlowObjectIsFlowErr = " is a Flow node"
s_TflowCmdStrings.rFlowParsingErr = "Failed in parsing the arguments"
//
// String set: s_TfluidCacheInfoStrings
//
s_TfluidCacheInfoStrings.rFluidCacheInfoAttributeFlagErr = "Flag -attribute only valid with -hasData."
s_TfluidCacheInfoStrings.rFluidCacheInfoAttributeStrErr = "Valid attributes are 'density', 'velocity', 'temperature', 'fuel', 'color', and 'coordinates'."
s_TfluidCacheInfoStrings.rFluidCacheInfoEndFrameICErr = "Flag -endFrame not valid with -initialConditions."
s_TfluidCacheInfoStrings.rFluidCacheInfoNoICErr = "Fluid '^1s' has no initial conditions cache."
s_TfluidCacheInfoStrings.rFluidCacheInfoNoPBErr = "Fluid '^1s' has no playback cache."
s_TfluidCacheInfoStrings.rFluidCacheInfoNotAbleErr = "Not able to access cache information for fluid '^1s'."
s_TfluidCacheInfoStrings.rFluidCacheInfoTimeFlagErr = "Flag -cacheTime only valid with -hasData."
s_TfluidCacheInfoStrings.rFluidCacheInfoWhichOneErr = "Need to specify either -initialConditions or -playback."
//
// String set: s_TfluidCacheStrings
//
s_TfluidCacheStrings.rDiskCacheReadError = "Error reading disk cache for fluid"
s_TfluidCacheStrings.rDiskCacheTruncateError = "Error truncating disk cache for fluid"
s_TfluidCacheStrings.rDiskCacheWriteError = "Error writing to disk cache for fluid"
s_TfluidCacheStrings.rFluidCacheDescFileNotRead = "`^1s` is not a valid cache description file."
s_TfluidCacheStrings.rFluidCacheInvalidDir = "Specified directory does not exist."
s_TfluidCacheStrings.rFluidClosedBoundaryWarning = "ResizeClosedBoundaries is off but all boundaries are closed so auto resize will have no effect"
s_TfluidCacheStrings.rFluidICCacheResChange = "Changing the resolution invalidated the initial conditions cache."
s_TfluidCacheStrings.rFluidPBCacheResChange = "Changing the resolution invalidated the playback cache."
s_TfluidCacheStrings.rFluidPBCacheResMismatch = "Fluid resolution does not match the playback cache - see Cache Description"
s_TfluidCacheStrings.rFluidPBICCacheResChange = "Changing the resolution invalidated the playback and initial conditions caches."
//
// String set: s_TfluidIndexMixinStrings
//
s_TfluidIndexMixinStrings.rFluidXindexOutOfRange = "X index out of range."
s_TfluidIndexMixinStrings.rFluidYindexOutOfRange = "Y index out of range."
s_TfluidIndexMixinStrings.rFluidZindexOutOfRange = "Z index out of range."
//
// String set: s_TfluidSliceManipStrings
//
s_TfluidSliceManipStrings.rFluidPaintManipSurfaceRenderMode = "Cannot display sub-volumes when fluid is in 'Surface Render' mode."
//
// String set: s_TfluidVoxelInfoStrings
//
s_TfluidVoxelInfoStrings.rFluidVoxelInfoIllegalIndexErr = "Cannot combine -voxel with -xIndex, -yIndex, or -zIndex."
s_TfluidVoxelInfoStrings.rFluidVoxelInfoIndexErr = "Index outside of fluid's voxel grid bounds."
s_TfluidVoxelInfoStrings.rFluidVoxelInfoMissingIndexErr = "Missing -xIndex, -yIndex, or -zIndex flag."
s_TfluidVoxelInfoStrings.rFluidVoxelInfoPositionErr = "The specified position does not fall within the fluid's voxel grid."
s_TfluidVoxelInfoStrings.rFluidVoxelInfoRadiusErr = "The -radius flag can only be used with the -voxel flag."
s_TfluidVoxelInfoStrings.rFluidVoxelInfoRequiredFlagErr = "Must specify one of the following flags: -voxelCenter, -voxel, -inBounds."
s_TfluidVoxelInfoStrings.rFluidVoxelInfoSpaceErr = "The -objectSpace flag can only be used with the -voxel or -voxelCenter flag."
//
// String set: s_TforceUpdateManipStrings
//
s_TforceUpdateManipStrings.rForceUpdateManipUpdate = "Update"
//
// String set: s_TformatActionStrings
//
s_TformatActionStrings.rMaxNumberOfArgsErr = "The maximum number of arguments this command can handle is ^1d."
s_TformatActionStrings.rMissingArgPlaceHolderErr = "The format string is missing the argument place holder number ^1d."
s_TformatActionStrings.rMoreArgsThanPlaceHoldersWarning = "There are more argument strings than there are argument place holders in the format."
s_TformatActionStrings.rNotEnoughArgumentStringsErr = "The format has more argument holders than the number of argumentStrings."
//
// String set: s_TframeBufferNameCmdStrings
//
s_TframeBufferNameCmdStrings.rNoCamera = "No camera specified"
s_TframeBufferNameCmdStrings.rNoRenderLayer = "No render layer specified"
s_TframeBufferNameCmdStrings.rNoRenderPass = "No render pass specified"
//
// String set: s_TfreezeCmdStrings
//
s_TfreezeCmdStrings.rFreezeCmdNoEvaluationGraphDownstream = "No evaluation graph available, freezing cannot propagate downstream.\nTry changing time or using the evaluationManager command to invalidate the graph."
s_TfreezeCmdStrings.rFreezeCmdNoEvaluationGraphUpstream = "No evaluation graph available, freezing cannot propagate upstream.\nTry changing time or using the evaluationManager command to invalidate the graph."
s_TfreezeCmdStrings.rFreezeCmdNoFrozenAffected = "Command cannot run without the frozenAffected attribute. Most likely causes of failure are the existence of locked nodesor existing attributes with the same name (frozenAffected/fza). Fix the problems then unload and reload the plug-in to try again."
s_TfreezeCmdStrings.rFreezeCmdNoNodes = "No nodes eligible for freezing."
s_TfreezeCmdStrings.rFreezeCmdNoNodesQuery = "No nodes selected for querying."
s_TfreezeCmdStrings.rFreezeCmdNoSelection = "No nodes selected for freezing."
s_TfreezeCmdStrings.rFreezeCmdUpstream = "Upstream direction not implemented yet."
//
// String set: s_TfreezeOptionsCmdStrings
//
s_TfreezeOptionsCmdStrings.rFreezeOptionsCmdDownstreamUnknown = "Downstream option not recognized. Legal values ( ^1s)."
s_TfreezeOptionsCmdStrings.rFreezeOptionsCmdNoOptionsToQuery = "You must specify at least one option to query."
s_TfreezeOptionsCmdStrings.rFreezeOptionsCmdNoPreferences = "Internal error. Could not find freeze options preferences."
s_TfreezeOptionsCmdStrings.rFreezeOptionsCmdTooManyOptionsToQuery = "Only one option can be queried at a time."
s_TfreezeOptionsCmdStrings.rFreezeOptionsCmdUpstreamUnknown = "Upstream option not recognized. Legal values ( ^1s)."
//
// String set: s_TfuncDeformerCmdStrings
//
s_TfuncDeformerCmdStrings.rAutoAndCommonParentError = "The autoParent and commonParent flags cannot be used together."
s_TfuncDeformerCmdStrings.rCreateDeformerTypeError = "Could not create the specified deformer type."
s_TfuncDeformerCmdStrings.rDeformerTypeExpectedError = "A deformer type was expected."
s_TfuncDeformerCmdStrings.rDeformerTypeRequiredError = "A deformer type is required."
s_TfuncDeformerCmdStrings.rRequiresSingleParentError = "The autoParent and commonParent flags require a single object to be selected."
s_TfuncDeformerCmdStrings.rSelectObjectError = "No objects were selected"
//
// String set: s_TgeoManagerStrings
//
s_TgeoManagerStrings.rBadBoundingBoxWarnStr = "^1s has an invalid bounding box and will not be rendered."
s_TgeoManagerStrings.rIprParticleWarnStr = "Particles will not be included in rendered IPR file"
s_TgeoManagerStrings.rPerPatchAssignWarnStr = "^1s: rendering of per-patch shader assignments not supported for NURBS."
//
// String set: s_TgeomBindCmdStrings
//
s_TgeomBindCmdStrings.rGBCFailedComputingWeights = "Failed computing weights."
s_TgeomBindCmdStrings.rGBCGeomBindNodeCreationFailed = "Failed creating a geomBind node."
s_TgeomBindCmdStrings.rGBCInvalidArgs = "Invalid arguments."
s_TgeomBindCmdStrings.rGBCInvalidBindMethod = "Invalid bind method specified."
s_TgeomBindCmdStrings.rGBCInvalidVoxelResolution = "Invalid voxel resolution specified. Value needs to be a power of two."
s_TgeomBindCmdStrings.rGBCNoCommonBindPoseFound = "No common bind pose found for selected skin clusters."
s_TgeomBindCmdStrings.rGBCNoGeomBindNodesSelected = "No geomBind nodes selected."
s_TgeomBindCmdStrings.rGBCNoSkinClustersSelected = "No skinCluster nodes selected."
s_TgeomBindCmdStrings.rGBCSkinClusterHasAnotherGBNode = "Skin cluster '^1s' is already connected to another geomBind node."
//
// String set: s_TgeomBindUtilsStrings
//
s_TgeomBindUtilsStrings.rGBUEmptyHierarchy = "Unable to perform binding operation. No valid influences selected."
s_TgeomBindUtilsStrings.rGBUEmptyMesh = "Unable to perform binding operation. Geometry `^1s` does not contain any polygons."
s_TgeomBindUtilsStrings.rGBUGeodesicVoxelProblems = "Unable to perform geodesic voxel bind operation. Validate that hierarchy is inside mesh volume."
s_TgeomBindUtilsStrings.rGBUInvalidGeomBindContext = "Unable to create an offscreen OpenGL buffer."
s_TgeomBindUtilsStrings.rGBUInvalidOGLContext = "Unable to create an OpenGL 2.1 context."
s_TgeomBindUtilsStrings.rGBUMeshIrregularities = "Unable to perform binding operation. Geometry `^1s` contains too many irregularities such as non-manifold vertices and edges."
s_TgeomBindUtilsStrings.rGBUMsgBoxContinue = "Ok"
s_TgeomBindUtilsStrings.rGBUMsgBoxHeatmapProblems = "Unable to perform heatmap bind operation. Validate that hierarchy is inside mesh volume and that geometry \"^1s\" does not contain non-manifold vertices or edges. Use Mesh > Cleanup to locate and remove irregularities."
s_TgeomBindUtilsStrings.rGBUNonPolyObject = "Current bind method does not work on non-poly objects. Please choose another method."
s_TgeomBindUtilsStrings.rGBUSmoothSkinFailed = "Smooth skin failed. Unable to access the input shape or the skin is operating on a non-poly object.  Smooth skin is currently supported for poly objects only."
//
// String set: s_TgeomToBBoxCmdStrings
//
s_TgeomToBBoxCmdStrings.rBBoxCmdBakeAnimationRequiredError = "The ba/bakeAnimation flag is required when using the following flags : st/startTime , et/endTime , sb/sampleBy."
s_TgeomToBBoxCmdStrings.rBBoxCmdBakeUsedMeshUsedMutExclusiveError = "The ba/bakeAnimation and cm/combineMesh flags are mutually exclusive."
s_TgeomToBBoxCmdStrings.rBBoxCmdCantCombineWarning = "Cannot combine resulting bounding boxes. ^1s contains only one polygonal object."
s_TgeomToBBoxCmdStrings.rBBoxCmdCantConvertWarning = "^1s is not a supported type and will not be converted to a bounding box"
s_TgeomToBBoxCmdStrings.rBBoxCmdCombineMeshError = "The s/single and -m/combineMesh flags are mutually exclusive and cannot be used together."
s_TgeomToBBoxCmdStrings.rBBoxCmdGetArgError = "Unable to parse the argument list."
s_TgeomToBBoxCmdStrings.rBBoxCmdNoSelectionError = "Select geometry to convert to a bounding box."
s_TgeomToBBoxCmdStrings.rBBoxCmdRGBValueError = "Shader Color: RGB value should be between 0 to 1.0"
s_TgeomToBBoxCmdStrings.rBBoxCmdSampleByValueError = "The sb/sampleBy value should be greater than 0.0"
s_TgeomToBBoxCmdStrings.rBBoxCmdStartEndTimeRequiredError = "The st/startTime and et/endTime flags should always be specified together."
s_TgeomToBBoxCmdStrings.rBBoxCmdStartEndTimeValueError = "The st/startTime value cannot be greater than the et/endTime value."
//
// String set: s_TgeometizeStrings
//
s_TgeometizeStrings.rBadImageFile = "Specified file, ^1s, is not a valid image file."
s_TgeometizeStrings.rBadUVSet = "The specified UVset, ^1s, cannot be found. Using default UVs."
s_TgeometizeStrings.rGeometizeFeatureFail = "Feature detection failed."
s_TgeometizeStrings.rInputMeshHasNoUVSet = "Input mesh does not have useable UVset. Cannot fit to surface."
s_TgeometizeStrings.rInputMeshHasNoUVs = "Current/specified UV set does not have any UVs. Cannot fit to surface."
s_TgeometizeStrings.rUserInterrupt = "User interrupted the computation."
//
// String set: s_TgetAttrActionStrings
//
s_TgetAttrActionStrings.rGetAttrErrCantDisplay = "The data is not a numeric or string value, and cannot be displayed."
s_TgetAttrActionStrings.rGetAttrErrCantDisplayCompound = "The attribute is compound with mixed type elements."
s_TgetAttrActionStrings.rGetAttrErrCantGet = "The value for the attribute could not be retrieved."
s_TgetAttrActionStrings.rGetAttrErrCantGetTime = "The specified time value was invalid."
s_TgetAttrActionStrings.rGetAttrErrMessageAttr = "Message attributes have no data values."
s_TgetAttrActionStrings.rGetAttrErrNoData = "The attribute contains no data."
s_TgetAttrActionStrings.rGetAttrErrNoPlug = "No attribute was specified."
s_TgetAttrActionStrings.rGetAttrErrToManyPlugs = "Cannot evaluate more than one attribute."
s_TgetAttrActionStrings.rGetAttrInvalidEnumValue = "The enum is set to a value with no associated string."
//
// String set: s_TgetFluidAttrStrings
//
s_TgetFluidAttrStrings.rFluidInvalidAttrName = "invalid fluid attribute name"
s_TgetFluidAttrStrings.rFluidNoAttrName = "no fluid attribute name specified"
s_TgetFluidAttrStrings.rFluidVectorWithScalar = "vector value used with scalar attribute"
//
// String set: s_TgetMetadataCmdStrings
//
s_TgetMetadataCmdStrings.rGetMetadataChannelRelativeFlagsError = "The flags 'listChannelNames' and 'channelName' cannot be used together."
s_TgetMetadataCmdStrings.rGetMetadataCmdMissingMetadata = "Metadata not found at index '^1s'.  Use the hasMetadata command to find valid metadata locations."
s_TgetMetadataCmdStrings.rGetMetadataCmdNeedsIndices = "Command requires exactly one object and at least one Index or mesh component selection."
s_TgetMetadataCmdStrings.rGetMetadataCmdNo64BitSupport = "64 bit metadata is not directly supported by the command engine. Values may be truncated."
s_TgetMetadataCmdStrings.rGetMetadataCmdNoMetadataExists = "No metadata defined on '^1s'.  Use the addMetadata command to initialize it."
s_TgetMetadataCmdStrings.rGetMetadataCmdNoStreamMember = "No matching Stream contains a Member named '^1s'."
s_TgetMetadataCmdStrings.rGetMetadataCmdTooManyMembers = "Stream '^1s' has more than one member. Use the 'memberName' flag to disambiguate the member you want."
s_TgetMetadataCmdStrings.rGetMetadataCmdTooManyStreams = "Too many matching members - Channel '^1s' Stream 2s', Channel '^3s' Stream '^4s'. Use 'streamName', 'channelName', or 'memberName' flags to disambiguate which one you want."
s_TgetMetadataCmdStrings.rGetMetadataDataTypeFlagError = "The flag 'dataType' must be used with 'listMemberNames' and 'memberName'."
s_TgetMetadataCmdStrings.rGetMetadataMemberRelativeFlagsError = "The flags 'listMemberNames' and 'memberName' cannot be used together."
s_TgetMetadataCmdStrings.rGetMetadataStreamRelativeFlagsError = "The flags 'listStreamNames' and 'streamName' cannot be used together."
//
// String set: s_TgetModulePathCmdStrings
//
s_TgetModulePathCmdStrings.rNoModuleName = "No module name specified"
s_TgetModulePathCmdStrings.rNoModulePathFound = "No module path found"
//
// String set: s_TgetProcArgumentsCmdStrings
//
s_TgetProcArgumentsCmdStrings.rNameIsNotAMelProcedure = "Name is not a MEL procedure"
//
// String set: s_TgetRenderDependenciesCmdStrings
//
s_TgetRenderDependenciesCmdStrings.rImageSourceNotFound = "Image source not found."
//
// String set: s_TgetRenderTasksCmdStrings
//
s_TgetRenderTasksCmdStrings.rCameraNotFound = "Camera not found."
s_TgetRenderTasksCmdStrings.rImageSourceNotFound = "Image source not found."
s_TgetRenderTasksCmdStrings.rRenderLayerNotFound = "Render layer not found."
//
// String set: s_TglRenderCmdStrings
//
s_TglRenderCmdStrings.rAbufCountStr = "A-buffer count:"
s_TglRenderCmdStrings.rAbufOffStr = "A-buffer disabled"
s_TglRenderCmdStrings.rAbufOnStr = "A-buffer enabled"
s_TglRenderCmdStrings.rAlphaSourceStr = "alpha source:"
s_TglRenderCmdStrings.rClearColorStr = "clear color:"
s_TglRenderCmdStrings.rConvolveOffStr = "convolution filtering disabled"
s_TglRenderCmdStrings.rConvolveOnStr = "convolution filtering enabled"
s_TglRenderCmdStrings.rEdgeSmoothFactorStr = "edge smooth factor:"
s_TglRenderCmdStrings.rFrameEndStr = "end frame:"
s_TglRenderCmdStrings.rFrameIncStr = "frame increment:"
s_TglRenderCmdStrings.rFrameStartStr = "start frame: ^1d"
s_TglRenderCmdStrings.rFullResOffStr = "full image resolution rendering disabled"
s_TglRenderCmdStrings.rFullResOnStr = "full image resolution rendering enabled"
s_TglRenderCmdStrings.rGlMissingArgumentStr = "missing argument"
s_TglRenderCmdStrings.rGlQueryOnlyStr = "Not an editable flag: query only."
s_TglRenderCmdStrings.rImageDirStr = "image directory:"
s_TglRenderCmdStrings.rImageNameStr = "image name:"
s_TglRenderCmdStrings.rImageSizeStr = "image output size:"
s_TglRenderCmdStrings.rLineSmoothOffStr = "line smoothing disabled"
s_TglRenderCmdStrings.rLineSmoothOnStr = "line smoothing enabled"
s_TglRenderCmdStrings.rMustUseFlagStr = "must use -e or -q"
s_TglRenderCmdStrings.rMustUseQflagStr = "must use -q"
s_TglRenderCmdStrings.rNumberPadOffStr = "4 digit numbering disabled"
s_TglRenderCmdStrings.rNumberPadOnStr = "4 digit numbering enabled"
s_TglRenderCmdStrings.rOffscreenBufferErr = "Unable to allocate offscreen buffer for hardware render."
s_TglRenderCmdStrings.rOffscreenNotSupportedErr = "Offscreen hardware render not supported on this hardware."
s_TglRenderCmdStrings.rRenderCamerasOffStr = "render cameras disabled"
s_TglRenderCmdStrings.rRenderCamerasOnStr = "render cameras enabled"
s_TglRenderCmdStrings.rRenderCollisionOffStr = "render collision models disabled"
s_TglRenderCmdStrings.rRenderCollisionOnStr = "render collision models enabled"
s_TglRenderCmdStrings.rRenderEmittersOffStr = "render emitters disabled"
s_TglRenderCmdStrings.rRenderEmittersOnStr = "render emitters enabled"
s_TglRenderCmdStrings.rRenderFieldOffStr = "render fields disabled"
s_TglRenderCmdStrings.rRenderFieldOnStr = "render fields enabled"
s_TglRenderCmdStrings.rRenderGridOffStr = "render grid plane disabled"
s_TglRenderCmdStrings.rRenderGridOnStr = "render grid plane enabled"
s_TglRenderCmdStrings.rRenderLightsOffStr = "render lights disabled"
s_TglRenderCmdStrings.rRenderLightsOnStr = "render lights enabled"
s_TglRenderCmdStrings.rRenderTransformsOffStr = "render transforms disabled"
s_TglRenderCmdStrings.rRenderTransformsOnStr = "render transforms enabled"
s_TglRenderCmdStrings.rSharpnessStr = "sharpness:"
s_TglRenderCmdStrings.rShutterAngleStr = "shutter angle:"
s_TglRenderCmdStrings.rSuccessStr = "success"
s_TglRenderCmdStrings.rTextureOffStr = "texture display disabled"
s_TglRenderCmdStrings.rTextureOnStr = "texture display enabled"
s_TglRenderCmdStrings.rUnknownArgumentStr = "unknown argument"
s_TglRenderCmdStrings.rViewportStr = "viewport size:"
s_TglRenderCmdStrings.rZdepthWriteOffStr = "zdepth writing disabled"
s_TglRenderCmdStrings.rZdepthWriteOnStr = "zdepth writing enabled"
//
// String set: s_TglRenderStrings
//
s_TglRenderStrings.rGLRcreateFileErrorStr = "ERROR - unable to create file"
s_TglRenderStrings.rGLRnoAllocateErrorStr = "Could not allocated offscreen buffer"
s_TglRenderStrings.rGLRrenderAbortedStr = "Hardware rendering aborted."
s_TglRenderStrings.rOffscreenWithAccumErr = "Offscreen rendering disabled. Offscreen rendering cannot be used with A-buffer."
//
// String set: s_TglobalTranslatorStrings
//
s_TglobalTranslatorStrings.kErrorCallback = "Exception occurred during the execution of default callback '^1s'. Default callback mode: ^2d."
s_TglobalTranslatorStrings.kErrorNodeCallback = "Exception occurred during the execution of node callback '^1s'. Node callback mode: ^2d."
s_TglobalTranslatorStrings.rGTAutoSegmentsExist = "This scene contains auto-segments that are no longer supported.\n Refer to the Release Notes for information on converting this scene to remove the auto-segments."
s_TglobalTranslatorStrings.rGTBoltAnimLayers = "* Animation Layers have been merged"
s_TglobalTranslatorStrings.rGTBoltReferences = "* References have been imported"
s_TglobalTranslatorStrings.rGTBoltRenderLayers = "* Render Layers have been removed"
s_TglobalTranslatorStrings.rGTBoltUnknownNodes = "* Unknown nodes have been removed"
s_TglobalTranslatorStrings.rGTBoltWarning = "The Maya scene that you are Opening or Importing has unsupported nodes."
s_TglobalTranslatorStrings.rGTNoReadTranslator = "No translator could be found to read the file '^1s'."
s_TglobalTranslatorStrings.rGTNoWriteTranslator = "No translator could be found to write the file '^1s'."
s_TglobalTranslatorStrings.rGTNotAllowedForIOMode = "Translator could not be used in this file access mode."
s_TglobalTranslatorStrings.rGTReadEncodingMessage = "This file contains data that cannot be converted to the encoding of the current locale.  If file is saved data loss will occur."
s_TglobalTranslatorStrings.rGTReadError = "Errors have occurred while reading this scene that may result in data loss."
s_TglobalTranslatorStrings.rGTReadOldFileWarn = "This file is from an older version of Maya.  If saved, it will not be readable by previous versions."
s_TglobalTranslatorStrings.rGTSeeForDetails = "Please check the Script Editor for details."
s_TglobalTranslatorStrings.rGTSeeHistoryForDetails = "Please check the Command History for details."
s_TglobalTranslatorStrings.rGTWarningImportAnimUnaligned = "<hl>Frame rate mismatch:  The imported scene frame rate '^2s' differs from the existing frame rate '^1s'.</hl>\nImported animation keys may not match scene frames and become fractional."
s_TglobalTranslatorStrings.rGTWarningOriginalAnimUnaligned = "<hl>Frame rate mismatch:  The existing frame rate '^1s' differs from the imported frame rate '^2s'.</hl>\nPre-existing animation keys may not match the timeline frame units and become fractional."
s_TglobalTranslatorStrings.rGTwriteMemoryError = "Insufficient memory to write file '^1s'."
s_TglobalTranslatorStrings.rNoReferenceOfThatFileType = "Files of type '^1s' cannot be referenced."
//
// String set: s_TgraphDollyContextStrings
//
s_TgraphDollyContextStrings.rGraphDollyContextHelp = "LMB to dolly view"
s_TgraphDollyContextStrings.rGraphDollyContextName = "DollyView"
//
// String set: s_TgraphSelectContextStrings
//
s_TgraphSelectContextStrings.rHypergraphHelpMove = "Select or move a node."
s_TgraphSelectContextStrings.rHypergraphHelpSelect = "Select a node."
s_TgraphSelectContextStrings.rHypergraphToolName = "Hypergraph"
//
// String set: s_TgraphTrackContextStrings
//
s_TgraphTrackContextStrings.rGraphTrackContextHelp = "LMB to track view"
s_TgraphTrackContextStrings.rGraphTrackContextName = "TrackView"
//
// String set: s_TgreasePencilContextStrings
//
s_TgreasePencilContextStrings.rGreasePencilColorLayeredShader = "Grease Pencil does not support layered shaders."
s_TgreasePencilContextStrings.rGreasePencilContextHelp = "Add a frame or start drawing."
s_TgreasePencilContextStrings.rGreasePencilCreateFrame = "Add a frame to start drawing."
s_TgreasePencilContextStrings.rGreasePencilDefaultShaderChanged = "Cannot paint, the default shader has been modified."
s_TgreasePencilContextStrings.rGreasePencilExportArchive = "Exported grease pencil archive: '^1s'"
s_TgreasePencilContextStrings.rGreasePencilFailedToModify = "Failed to modify grease pencil context"
s_TgreasePencilContextStrings.rGreasePencilImportArchive = "Imported grease pencil archive: '^1s'"
s_TgreasePencilContextStrings.rGreasePencilInconsistentState = "The Grease Pencil is in an inconsistent state."
s_TgreasePencilContextStrings.rGreasePencilMultipleSGFound = "Cannot paint, shaders having only one shader group are supported."
s_TgreasePencilContextStrings.rGreasePencilNewFrameRequired = "View changed. Add a frame to start drawing."
s_TgreasePencilContextStrings.rGreasePencilNoFrameToRemove = "There is no grease frame to remove"
s_TgreasePencilContextStrings.rGreasePencilNoShaderGroups = "Some surfaces have no shader group, assign them and try again."
s_TgreasePencilContextStrings.rGreasePencilNoTextureDir = "Grease Pencil directory does not exist in the current project and cannot be created. Saving of textures may result in errors."
s_TgreasePencilContextStrings.rGreasePencilNoTextures = "Some surfaces have no file texture assigned to the current attribute."
s_TgreasePencilContextStrings.rGreasePencilNoTexturesFirstFrame = "Some surfaces have no file texture assigned to the current attribute. Ok on first frame creation"
s_TgreasePencilContextStrings.rGreasePencilNoTexturesFrameDelete = "Some surfaces have no file texture assigned to the current attribute. Ok on frame deletion"
s_TgreasePencilContextStrings.rGreasePencilNoUVSets = "Some surfaces have no UVs and therefore cannot be painted. Please create UVs and try again."
s_TgreasePencilContextStrings.rGreasePencilRampShader = "Grease Pencil does not support ramp shaders."
s_TgreasePencilContextStrings.rGreasePencilRemovingNetwork = "Removing grease pencil node network"
s_TgreasePencilContextStrings.rGreasePencilSaveText = "Do you want to save the texture?"
s_TgreasePencilContextStrings.rGreasePencilToolName = "Grease Pencil"
//
// String set: s_TgridCmdStrings
//
s_TgridCmdStrings.rGridLabelPositionError = "Invalid label position value: ^1s."
s_TgridCmdStrings.rGridSizeClampedWarning = "Grid size was clamped to limit the number of grid lines drawn"
s_TgridCmdStrings.rGridSizeError = "Minimum grid size is 1.0"
s_TgridCmdStrings.rGridSpacingError = "Grid spacing value must be greater than zero"
s_TgridCmdStrings.rGridStyleFlagObsoleteWarning = "The -st/style flag is obsolete and should not be used."
s_TgridCmdStrings.rGridSubdivisionsClampedWarning = "The grid subdivisions value was clamped to its maximum"
//
// String set: s_TgroupCmdStrings
//
s_TgroupCmdStrings.rEmptyGroupName = "null#"
s_TgroupCmdStrings.rGroupBadParentMsg = "Transform node required for -parent flag"
s_TgroupCmdStrings.rGroupFailed = "Unable to group objects"
s_TgroupCmdStrings.rGroupHasParentOrChildMsg = "The node specified for useAsGroup may not have existing parents or children."
s_TgroupCmdStrings.rGroupInheritMsg = "Turning off inheritTransform for history objects(s): "
s_TgroupCmdStrings.rGroupInvalidParentMsg = "Invalid object specified for -parent flag"
s_TgroupCmdStrings.rGroupLockedNodeMsg = "Node '^1s' is locked and cannot be grouped."
s_TgroupCmdStrings.rGroupName = "group#"
s_TgroupCmdStrings.rGroupNotTransformMsg = "Node '^1s' is not derived from transform."
s_TgroupCmdStrings.rGroupParentChildMsg = "Parent must not be a child of grouped object(s)"
s_TgroupCmdStrings.rGroupReadOnlyObjectMsg = "Objects with Read Only parents may not be grouped"
s_TgroupCmdStrings.rGroupReadOnlyParentMsg = "Invalid Read Only object specified for -parent flag"
s_TgroupCmdStrings.rGroupUnderSelfErrorMsg = "Can't group object under itself"
s_TgroupCmdStrings.rUnderWorldGroupMsg = "Grouping of underworld objects not supported"
//
// String set: s_TgroupPartsCmdStrings
//
s_TgroupPartsCmdStrings.rTopologyModifyingError = "Cannot edit set membership since history node '^1s' modifies geometry topology. Change the Node State of the node to \"HasNoEffect\" to edit set membership."
//
// String set: s_ThairSystemCacheStrings
//
s_ThairSystemCacheStrings.rDiskCacheReadError = "Error reading disk cache for hair system"
s_ThairSystemCacheStrings.rDiskCacheTruncateError = "Error truncating disk cache for hair"
//
// String set: s_ThardenPointCurveCmdStrings
//
s_ThardenPointCurveCmdStrings.rOnlyCurveCVsCanBeHardened = "Only curve CVs can be hardened."
//
// String set: s_ThasMetadataCmdStrings
//
s_ThasMetadataCmdStrings.rHasMetadataCmdNeedsObjects = "Command requires at least one object or component be selected or listed on the command line."
//
// String set: s_TheadsUpDisplayCmdStrings
//
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdAttributeChange = "attributeChange"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdBatchModeErr = "The headsUpDisplay Command cannot be run in batch mode."
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdBlockOccupiedErr = "The target block is already occupied by another HUD."
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdCameraNames = "cameraNames"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdCenter = "center"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdCmdTrigWarn = "Only one of the command/trigger pair has been specified. Until its counterpart is specified, it will be inactive."
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdConnectionChange = "connectionChange"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdCreateFlagsErr = "The following flags cannot be called on creation:"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdCreationErr = "Missing mandatory creation parameters. (-s/section, -b/block)"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdCurrentFrame = "currentFrame"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdDistanceFromCamera = "distanceFromCamera"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdEditFlagsErr = "The following flags cannot be called on edit:"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdFrameRate = "frameRate"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdGetArgErr = "Unable to parse the argument list."
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdInstanceChange = "instanceChange"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdInvalidBlock = "The given block number is invalid. Valid values are greater or equal to 0."
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdInvalidBlockAlignErr = "An invalid block alignment has been specified. Available alignments are: \"center\", \"left\" and \"right\"."
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdInvalidBlockSizeErr = "An invalid block size has been specified. Available block sizes are: \"small\", \"medium\" and \"large\"."
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdInvalidColorErr = "The following flag(s) have specified invalid color indices:"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdInvalidDataAlignErr = "An invalid data alignment has been specified. Available alignments are: \"left\" and \"right\"."
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdInvalidFlagsErr = "The given combination of flags is invalid. (see command documentation for details)"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdInvalidFontSizeErr = "An invalid font size has been specified (available sizes are: \"small\" and \"large\") for the following flag:"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdInvalidIDErr = "The given ID number is invalid:"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdInvalidNodeChangeErr = "The specified node change does not exist."
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdInvalidOptionErr = "Invalid option name"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdInvalidPrecisionErr = "The specified decimal precision value is out of the permitted range (1-8)."
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdInvalidPresetErr = "The following preset name does not exist:"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdInvalidSection = "The given section number is invalid.  Valid values are 0-^1d"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdInvalidSmpPolyCountWarn = "Invalid value for option smpPolyCount. Must be 'cage' or 'smp'."
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdInvalidTrigWarn = "The specified trigger could not be found."
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdLeft = "left"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdMaterialLoadingCount = "materialLoadingCount"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdNameViolationErr = "Another Heads Up Display object with the given object name already exists."
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdNoData = "noData"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdNoObjectErr = "No object was specified for the command to operate on."
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdNoPreset = "noPreset"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdNoSuchObjErr = "The following Heads Up Display object does not exist:"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdNodeChangeNoEffectWarn = "A selection trigger is required for the specified node change to take effect."
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdPolyEdges = "polyEdges"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdPolyFaces = "polyFaces"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdPolyTriangles = "polyTriangles"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdPolyUVs = "polyUVs"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdPolyVerts = "polyVerts"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdQueryFlagsErr = "The following flags cannot be called on query:"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdQueryTooManyErr = "Only one flag can be queried at a time."
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdRight = "right"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdSceneTimecode = "sceneTimecode"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdTextureLoadingCount = "textureLoadingCount"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdTooSmall = "Panel size cannot accommodate all requested Heads Up Display elements."
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdViewAxis = "viewAxis"
s_TheadsUpDisplayCmdStrings.rHeadsUpDisplayCmdViewportRenderer = "viewportRenderer"
s_TheadsUpDisplayCmdStrings.rHudButtonCmdInvalidHudType = "The specified HUD is not a button."
s_TheadsUpDisplayCmdStrings.rHudButtonCmdInvalidShapeErr = "The specified button shape is not a valid shape: "
s_TheadsUpDisplayCmdStrings.rHudSliderButtonCmdInvalidHudType = "The specified HUD is not a slider button."
s_TheadsUpDisplayCmdStrings.rHudSliderCmdInvalidHudType = "The specified HUD is not a slider."
s_TheadsUpDisplayCmdStrings.rHudSliderCmdInvalidValueType = "The specified slider value type is invalid."
//
// String set: s_TheadsUpDisplayStrings
//
s_TheadsUpDisplayStrings.kHudCapsLockOff = ""
s_TheadsUpDisplayStrings.kHudCapsLockOn = "CAPS LOCK ON"
s_TheadsUpDisplayStrings.rFocalLengthLabel = "Focal Length:"
s_TheadsUpDisplayStrings.rHighQuality = "High Quality"
s_TheadsUpDisplayStrings.rHudCacheAsynchronous = "On (async)"
s_TheadsUpDisplayStrings.rHudCacheDisabled = "Disabled"
s_TheadsUpDisplayStrings.rHudCacheNA = "N/A"
s_TheadsUpDisplayStrings.rHudCacheNotLoaded = "Not Loaded"
s_TheadsUpDisplayStrings.rHudCacheResourceLimitNear = "Memory low"
s_TheadsUpDisplayStrings.rHudCacheResourceLimitOk = "OK"
s_TheadsUpDisplayStrings.rHudCacheResourceLimitOut = "Out of memory"
s_TheadsUpDisplayStrings.rHudCacheSafeMode = "On (Safe mode)"
s_TheadsUpDisplayStrings.rHudCacheSyncAsync = "On (sync+async)"
s_TheadsUpDisplayStrings.rHudCacheSynchronous = "On (sync)"
s_TheadsUpDisplayStrings.rHudCacheUnknown = "On (Unknown mode)"
s_TheadsUpDisplayStrings.rHudEMStateDG = "DG"
s_TheadsUpDisplayStrings.rHudEMStateDisabled = "Disabled"
s_TheadsUpDisplayStrings.rHudEMStateParallel = "Parallel"
s_TheadsUpDisplayStrings.rHudEMStateSerial = "Serial"
s_TheadsUpDisplayStrings.rHudEMStateSerialNoCached = "Serial (not cached)"
s_TheadsUpDisplayStrings.rHudEvaluationOff = "Off"
s_TheadsUpDisplayStrings.rHudEvaluationReady = "Ready"
s_TheadsUpDisplayStrings.rHudEvaluationRebuild = "Rebuild Required"
s_TheadsUpDisplayStrings.rHudFramesPerSecond = " fps"
s_TheadsUpDisplayStrings.rHudNotApplicable = "N/A"
s_TheadsUpDisplayStrings.rHudObjectXLabel = "Object X"
s_TheadsUpDisplayStrings.rHudObjectYLabel = "Object Y"
s_TheadsUpDisplayStrings.rHudObjectZLabel = "Object Z"
s_TheadsUpDisplayStrings.rHudOpenCLOverrideInactive = "Disabled"
s_TheadsUpDisplayStrings.rHudOpenCLOverrideNA = "N/A"
s_TheadsUpDisplayStrings.rHudOpenCLOverrideNotLoaded = "Not Loaded"
s_TheadsUpDisplayStrings.rHudSymPrefix = "Symmetry: "
s_TheadsUpDisplayStrings.rHudWorldXLabel = "World X"
s_TheadsUpDisplayStrings.rHudWorldYLabel = "World Y"
s_TheadsUpDisplayStrings.rHudWorldZLabel = "World Z"
s_TheadsUpDisplayStrings.rOGSRenderer = "Viewport 2.0"
s_TheadsUpDisplayStrings.rOff = "Off"
s_TheadsUpDisplayStrings.rOn = "On"
s_TheadsUpDisplayStrings.rSceneTimecodeNoData = "No Time Code Data"
s_TheadsUpDisplayStrings.rSoftSelectLabel = "Soft Select:"
s_TheadsUpDisplayStrings.rSymmetryLabel = "Symmetry:"
s_TheadsUpDisplayStrings.rXLowerCaseLabel = "x"
s_TheadsUpDisplayStrings.rYLowerCaseLabel = "y"
s_TheadsUpDisplayStrings.rZLowerCaseLabel = "z"
//
// String set: s_ThelpActionStrings
//
s_ThelpActionStrings.rHelpBadDisplayTime = "Display time must be greater than zero."
s_ThelpActionStrings.rHelpDefault1 = "\n\nHow to use the \"help\" command:\n\n"
s_ThelpActionStrings.rHelpDefault10 = "    help -doc\n\n"
s_ThelpActionStrings.rHelpDefault2 = "To get quick help for a particular command, type:\n\n    help <commandName>\n\n"
s_ThelpActionStrings.rHelpDefault3 = "To get in-depth documentation for a particular command, type:\n\n"
s_ThelpActionStrings.rHelpDefault4 = "    help -doc <commandName>\n\n"
s_ThelpActionStrings.rHelpDefault5 = "To get a list of all available commands whose names match a pattern, type:\n\n"
s_ThelpActionStrings.rHelpDefault6 = "    help -list <regular expression>\n\n"
s_ThelpActionStrings.rHelpDefault7 = "For example, to show all commands starting with the letter \"b\", type:\n\n"
s_ThelpActionStrings.rHelpDefault8 = "    help -list \"b*\"\n\n"
s_ThelpActionStrings.rHelpDefault9 = "To go to the general on-line documentation, use the Help Menu, or type:\n\n"
s_ThelpActionStrings.rHelpGeneralInfo = "Type \"help\" for general information about the help command."
s_ThelpActionStrings.rHelpGlobalProc = "\"^1s\" is a MEL procedure that is defined in the file ^2s"
s_ThelpActionStrings.rHelpGlobalVar = "\"^1s\" is a global MEL variable of type ^2s"
s_ThelpActionStrings.rHelpInvalidExpression = "Invalid regular expression."
s_ThelpActionStrings.rHelpKeyword = "\"^1s\" is a keyword in the MEL language.  \nPlease see the manual \"Using Maya: MEL\" for more information"
s_ThelpActionStrings.rHelpNoFlagInfo = "Quick help is not available for ^1s.  \nPlease use help -doc to see online usage documentation."
s_ThelpActionStrings.rHelpNoSuchCommand = "There is no command named \"^1s\"."
s_ThelpActionStrings.rHelpNotYetAvailable = "Quick help is not yet available for this command."
s_ThelpActionStrings.rHelpSynopsis = "\n\nSynopsis: "
//
// String set: s_ThfrEngineStrings
//
s_ThfrEngineStrings.rNoPolygonAssignmentStr = "IPR will only correctly update the polygonal component level shader assignments that existed at IPR file creation time.\nPlease IPR Render again to see current polygonal component level shader assignments."
s_ThfrEngineStrings.rNoPolygonDropStr = "IPR does not support shader assignment of this type.\nIPR can only correctly update the polygonal component level shader assignments that existed at IPR file creation time."
s_ThfrEngineStrings.rNoRaytracingStr = "IPR does not support raytracing.  Turn off raytracing in Render Settings and select a new region."
s_ThfrEngineStrings.rSampleDataMismatchStr = "The IPR file does not support the changes you have made.\nPlease IPR Render again to form a new IPR file."
//
// String set: s_ThideCmdStrings
//
s_ThideCmdStrings.rHideAllFacesError = "Error: Cannot hide all faces of an object. Hide the object instead."
//
// String set: s_ThikHandleStrings
//
s_ThikHandleStrings.rFKLabel = "FK"
s_ThikHandleStrings.rHikRemovedEffWarning = "HumanIK has been de-activated due to removal of one of the required effectors."
s_ThikHandleStrings.rHikRemovedFkWarning = "HumanIK has been de-activated due to removal of one of the required FK joints."
s_ThikHandleStrings.rHikRemovedJtWarning = "HumanIK has been de-activated due to removal of one of the required joints."
s_ThikHandleStrings.rHikSegmentScaleCompensateTurnedOffWarning = "Segment scale compensate was turned on for the joints that this rig controls.  We have turned it off so the rig will behave correctly under scaling."
s_ThikHandleStrings.rHikSegmentScaleCompensateWarning = "Segment scale compensate is turned on for the joints that this rig controls.  We were not able to turn it off because one or more joints have scale applied.  This rig may not read back/behave correctly under scaling.  Please turn off segment scale compensate and re-characterize."
s_ThikHandleStrings.rIKLabel = "IK"
//
// String set: s_ThitTestActionStrings
//
s_ThitTestActionStrings.rHitTestActionNoControl = "No control specified."
s_ThitTestActionStrings.rHitTestActionNotControl = "'^1s' is not a control."
s_ThitTestActionStrings.rHitTestActionNotSupported = "'^1s' does not support hit-testing."
s_ThitTestActionStrings.rHitTestActionNotVisible = "'^1s' is not visible."
//
// String set: s_ThotBoxActionStrings
//
s_ThotBoxActionStrings.rHotBoxFlagARequiresB = "The ^1s flag is only valid when used in conjunction with ^2s."
s_ThotBoxActionStrings.rHotBoxNoVisibleSet = "Cannot find set with name ^1s to make visible."
s_ThotBoxActionStrings.rHotboxControls = "Hotbox Controls"
s_ThotBoxActionStrings.rRecentCommands = "Recent Commands"
//
// String set: s_ThotkeyActionStrings
//
s_ThotkeyActionStrings.rHotkeyAutoSaveOnlyStr = "The auto save flag must be used alone"
s_ThotkeyActionStrings.rHotkeyExtraArgStr = "Invalid argument given"
s_ThotkeyActionStrings.rHotkeyFileVersion = "Maya 2.0"
s_ThotkeyActionStrings.rHotkeyInvalidFlagStr = "Invalid flag for query"
s_ThotkeyActionStrings.rHotkeyInvalidKeyStr = "Invalid key"
s_ThotkeyActionStrings.rHotkeyInvalidQueryStr = "This flag cannot be queried"
s_ThotkeyActionStrings.rHotkeyMissingArgStr = "Please specify a key"
s_ThotkeyActionStrings.rHotkeyModifierErrorStr = "Alt/Ctrl flags are invalid with function keys"
s_ThotkeyActionStrings.rHotkeyResetOnlyStr = "The reset flag must be used alone"
s_ThotkeyActionStrings.rHotkeySaveOnlyStr = "The save flag must be used alone"
s_ThotkeyActionStrings.rHotkeySourceOnlyStr = "The source user file flag must be used alone"
s_ThotkeyActionStrings.rHotkeyWrongVersionStr = "Wrong user hotkey file version number.  File not loaded"
//
// String set: s_ThotkeyCheckActionStrings
//
s_ThotkeyCheckActionStrings.rKeyReq = "The key must be specified."
//
// String set: s_ThotkeyCtxActionStrings
//
s_ThotkeyCtxActionStrings.rCtxTypeNameConflict = "A hotkey context with the given name '^1s' already exists."
s_ThotkeyCtxActionStrings.rIllegalWrite = "Not allowed to modify the default hotkey set '^1s'."
s_ThotkeyCtxActionStrings.rNoCtxClientSpecified = "No hotkey context client specified."
s_ThotkeyCtxActionStrings.rNoCtxTypeExists = "The given context type '^1s' doesn't exist."
s_ThotkeyCtxActionStrings.rNoCtxTypeSpecified = "No hotkey context type specified."
//
// String set: s_ThotkeyManagerStrings
//
s_ThotkeyManagerStrings.rMigrateOldHotkeys = "Your old hotkeys are migrated into \"^1s\" hotkey set. The old preference file has been renamed to userHotkeys_old.mel."
//
// String set: s_ThotkeyMapSetCmdStrings
//
s_ThotkeyMapSetCmdStrings.rHotkeyInvalidImportFileName = "The hotkey set cannot be imported because the import file name contains invalid characters."
s_ThotkeyMapSetCmdStrings.rHotkeyMapSetAutoRenamed = "The hotkey set you are importing '^1s' is not unique. The imported set will be renamed to '^2s'."
s_ThotkeyMapSetCmdStrings.rHotkeyMapSetCreateFail = "Hotkey set create failed"
s_ThotkeyMapSetCmdStrings.rHotkeyMapSetDoesNotExist = "The hotkey set does not exist"
s_ThotkeyMapSetCmdStrings.rHotkeyMapSetEmptyName = "Hotkey set name cannot be empty"
s_ThotkeyMapSetCmdStrings.rHotkeyMapSetInvalidDelete = "Invalid delete flag"
s_ThotkeyMapSetCmdStrings.rHotkeyMapSetInvalidName = "Hotkey set name contains invalid characters"
s_ThotkeyMapSetCmdStrings.rHotkeyMapSetInvalidSource = "Invalid source flag"
s_ThotkeyMapSetCmdStrings.rHotkeyMapSetNonUniqueName = "Hotkey set name is not unique"
s_ThotkeyMapSetCmdStrings.rHotkeyMapSetSourceNotSpecified = "Source hotkey set is not specified"
//
// String set: s_ThwRenderStrings
//
s_ThwRenderStrings.rBakingWaitMsg = "Baked textures are being re-evaluated. Please wait."
s_ThwRenderStrings.rCameraNotFoundMsg = "Camera \"^1s\" not found."
s_ThwRenderStrings.rCameraNotFoundWarning = "No renderable cameras found."
s_ThwRenderStrings.rCameraNotRenderableMsg = "Camera \"^1s\" not found or not renderable. Setting the camera name to be the empty string."
s_ThwRenderStrings.rFloatBufferWarning = "Video card does not support floating point frame buffer. Using RGBA Fixed8 instead."
s_ThwRenderStrings.rHWFileOpenWarning = "Cannot open file \"^1s\"."
s_ThwRenderStrings.rHWFileWriteWarning = "Cannot write to file \"^1s\"."
s_ThwRenderStrings.rIncompatibleFlag1Msg = "-f and -cf are incompatible parameters."
s_ThwRenderStrings.rIncompatibleFlag2Msg = "-cam and -cv are incompatible parameters."
s_ThwRenderStrings.rInsufficientCapsWarning = "Graphics card capabilities are insufficient for rendering. Render aborted."
s_ThwRenderStrings.rInvalidLayerWarning = "No renderable layer."
s_ThwRenderStrings.rInvalidQuryMsg = "Invalid flag to query for hwRender command."
s_ThwRenderStrings.rIsRenderingWarning = "The hardware renderer cannot be called when rendering."
s_ThwRenderStrings.rLayerNotFoundMsg = "Cannot find specified layer."
s_ThwRenderStrings.rMaterialTranWarning = "Unsuccesful material translation."
s_ThwRenderStrings.rMaxFrameHeapMsg = "Maximum Frame Heap Size:       ^2(.2)f Mb"
s_ThwRenderStrings.rMaxResidentMsg = "Maximum Resident Size:         ^2(.2)f Mb"
s_ThwRenderStrings.rNoCameraFoundMsg = "No renderable cameras found. Setting the camera name to be the empty string."
s_ThwRenderStrings.rNoLayerFoundMsg = "No renderable layer. Setting the renderable layer name to the empty string."
s_ThwRenderStrings.rNonPowerTwoWarning = "Video card does not support NonPowerOfTwo textures."
s_ThwRenderStrings.rNurbSupportWarning = "Nurbs surfaces with more than one material are not supported."
s_ThwRenderStrings.rPostRenderWarning = "Post-Render MEL script failed..."
s_ThwRenderStrings.rPreRenderWarning = "Pre-Render MEL script failed..."
s_ThwRenderStrings.rRenderFrameMsg = "Rendering frame ^1f : ^2s"
s_ThwRenderStrings.rResExceededMsg = "Resolution exceeds Graphic Card limit and has been clamped to ^1dx^2d"
s_ThwRenderStrings.rTotalTimeMsg = "Total Time For Render (hh:mm:ss): ^1s"
s_ThwRenderStrings.rUserInterrupt = "User interrupt detected..."
//
// String set: s_ThyperGraphCmdStrings
//
s_ThyperGraphCmdStrings.rLayoutSubtreeDeprecated = "The layoutSubtree flag is deprecated and will be removed in the next version of Maya, use layoutSelected instead."
//
// String set: s_ThyperGraphEditorStrings
//
s_ThyperGraphEditorStrings.rEnterNewName = "Enter new name:"
s_ThyperGraphEditorStrings.rGraphDoesNotBelongToACollapsedFolderNodeError = "This graph does not belong to a folder node. It cannot be collapsed."
s_ThyperGraphEditorStrings.rGraphingConnectionLimit = "Hypergraph graphing connection limit (^1d) reached.  Partial graph will be displayed.  You can modify optionVar 'editorConnectionScanLimit' to increase limit."
s_ThyperGraphEditorStrings.rGroupSelectedCanNotFindParentCollapsedFolderWarning = "The group selected operation failed. Problem finding the selected nodes' parent collapsed folder."
s_ThyperGraphEditorStrings.rGroupSelectedFailedWarning = "The group selected operation failed. No new folder node is generated."
s_ThyperGraphEditorStrings.rNodesToBeGroupedNotSameParentFolderError = "Not all selected nodes belong to the same parent folder.  Cannot group them."
s_ThyperGraphEditorStrings.rRenameNode = "Rename node"
//
// String set: s_ThyperShadeCmdStrings
//
s_ThyperShadeCmdStrings.rCreateFailed = "createNode failed"
s_ThyperShadeCmdStrings.rLayoutNotFound = "Node not found: ^1s"
s_ThyperShadeCmdStrings.rNoAssign = "No shader is selected to be assigned"
s_ThyperShadeCmdStrings.rNoBatch = "hyperShade command not supported in batch mode"
s_ThyperShadeCmdStrings.rNoNodeGraph = "No node to graph"
s_ThyperShadeCmdStrings.rNoRenderable = "No renderable object is selected for assignment"
s_ThyperShadeCmdStrings.rNoShader = "No shader was selected as the input"
s_ThyperShadeCmdStrings.rNodeNotFound = "Node not found for shader network: ^1s"
s_ThyperShadeCmdStrings.rNotHypershade = "Not a hypershade editor: ^1s"
s_ThyperShadeCmdStrings.rShaderNotFound = "Shader ^1s not found"
s_ThyperShadeCmdStrings.rShadingGroup = "Material had no shading group. A shading group was created."
//
// String set: s_TiceMenuItemCmdStrings
//
s_TiceMenuItemCmdStrings.rAltModifierFlagRemoved = "The -altModifier/-alt flag has been removed. Keys can be set using the Hotkey Editor."
s_TiceMenuItemCmdStrings.rCntlModifierFlagRemoved = "The -ctrlModifier/-ctl flag has been removed. Keys can be set using the Hotkey Editor."
s_TiceMenuItemCmdStrings.rCommandModifierFlagRemoved = "The -commandModifier/-cmd flag has been removed. Keys can be set using the Hotkey Editor."
s_TiceMenuItemCmdStrings.rKeyEquivalentFlagRemoved = "The -keyEquivalent/-ke flag has been removed. Keys can be set using the Hotkey Editor."
s_TiceMenuItemCmdStrings.rOptionModifierFlagRemoved = "The -optionModifier/-opt flag has been removed. Keys can be set using the Hotkey Editor."
s_TiceMenuItemCmdStrings.rShiftModifierFlagRemoved = "The -shiftModifier/-sh flag has been removed. Keys can be set using the Hotkey Editor."
//
// String set: s_TiconTextControlDisplayStrings
//
s_TiconTextControlDisplayStrings.rIconTextPixmapNotFoundWarning = "File not found: "
//
// String set: s_TidleBatchStrings
//
s_TidleBatchStrings.rConsoleRenderDoneMsg = "Rendering Completed. See Console for more information."
s_TidleBatchStrings.rLogRenderDoneMsg = "Rendering Completed. See mayaRenderLog.txt for information."
//
// String set: s_TidlePrepareManipStrings
//
s_TidlePrepareManipStrings.rIdlePrepareManipDisabled = "Idle action 'Prepare for Manip' has been disabled because it failed twice."
//
// String set: s_TidleRefreshCmdStrings
//
s_TidleRefreshCmdStrings.rHQRenderingUnsupported = "High Quality Rendering mode is not supported by the graphics card. Switching to default rendering mode"
s_TidleRefreshCmdStrings.rMultithreadedException = "Exception thrown in multithreaded draw."
s_TidleRefreshCmdStrings.rOGSRenderFailed = "The VP 2.0 renderer failed to render. Switching to default rendering mode"
s_TidleRefreshCmdStrings.rOGSRenderingUnsupported = "Viewport 2.0 is not supported by your current graphics configuration or graphics driver version. \n The application is reverting to the legacy default viewport, please correct your graphics configuration or set the \"Default viewport\" preference to \"Legacy Default Viewport\" to prevent this error from recurring."
s_TidleRefreshCmdStrings.rOGSViewUnsupported = "The VP 2.0 renderer only supports the default view type. Switching to default rendering mode"
//
// String set: s_TiiViewStrings
//
s_TiiViewStrings.rBadLutFile = "Could not open file ^1s: unrecognized LUT file format."
s_TiiViewStrings.rFailedToApplyCPUColorTransformStr = "Could not perform CPU render of color transform."
s_TiiViewStrings.rFailedToLoadColorTransformStr = "Could not load color transform ^1s."
s_TiiViewStrings.rHdrImageAllocFailed = "Image buffer allocation failed.\nMaya is out of memory and may become unstable.\nTry using smaller image resolutions, or turn off high dynamic range imaging."
s_TiiViewStrings.rImageAllocFailed = "Image buffer allocation failed.\nMaya is out of memory and may become unstable.\nTry using smaller image resolutions."
s_TiiViewStrings.rLutFileOpenError = "Unable to open LUT file ^1s."
s_TiiViewStrings.rSizeElseStr = "size: %d x %d zoom: %.3f"
//
// String set: s_TiiWindowEditorStrings
//
s_TiiWindowEditorStrings.rCancelButtonStr = "Cancel"
s_TiiWindowEditorStrings.rOKButtonStr = "OK"
s_TiiWindowEditorStrings.rPSDFileLayersWarnStr = "File may contain layers/layer sets. Saving this file may result in data loss."
//
// String set: s_TikHandleCtxStrings
//
s_TikHandleCtxStrings.rHandleHelpSelecting1st = "LMB to pick start joint for handle"
s_TikHandleCtxStrings.rHandleHelpSelecting2nd = "LMB to pick end joint or end effector"
s_TikHandleCtxStrings.rHandleHelpSelectingCurve = "LMB to pick curve for handle"
s_TikHandleCtxStrings.rHandleToolName = "IK Handle Tool"
s_TikHandleCtxStrings.rIkhandleCtxCmdHandleExists = "^1s has a handle attached. Selection ignored."
s_TikHandleCtxStrings.rIkhandleCtxCmdNoSelection = "No valid items were selected. Must be joints, effectors, or nurbs curves."
s_TikHandleCtxStrings.rIkhandleCtxCmdNoSolver = "No solver was specified."
s_TikHandleCtxStrings.rIkhandleCtxCmdNoSystem = "ikSystem does not exist."
s_TikHandleCtxStrings.rIkhandleCtxCmdTooManyNeedThree = "Too many objects specified, only need three."
s_TikHandleCtxStrings.rIkhandleCtxCmdTooManyNeedTwo = "Too many objects specified, only need two."
s_TikHandleCtxStrings.rikHandleCtxCmdBadSolver = "Not a valid solver name: "
s_TikHandleCtxStrings.rikHandleCtxCmdBadSticky = "Not a valid sticky value: "
s_TikHandleCtxStrings.rikHandleCtxCmdBadTwist = "Not a valid twist type: "
//
// String set: s_TikHandleDisplayActionStrings
//
s_TikHandleDisplayActionStrings.rIkHandleDisplayScaleRequired = "Missing scale argument."
s_TikHandleDisplayActionStrings.rIkHandleDisplayValMustBePos = "Value must be positive."
//
// String set: s_TikHandleUIStrings
//
s_TikHandleUIStrings.rFKLabel = "FK"
s_TikHandleUIStrings.rIKLabel = "IK"
//
// String set: s_TikSolverCmdStrings
//
s_TikSolverCmdStrings.rInvalidSolverType = "The solver type is not valid."
s_TikSolverCmdStrings.rNoRenameDefault = "The default solver cannot be renamed."
s_TikSolverCmdStrings.rNoSolverSpecified = "No solver specified."
s_TikSolverCmdStrings.rNoSolverTypeSpecified = "No solver type specified."
s_TikSolverCmdStrings.rSolverTypeNotChangable = "The solver type cannot be changed."
//
// String set: s_TikSplineHandleCtxStrings
//
s_TikSplineHandleCtxStrings.rSplineHandleHelpSelecting1st = "LMB to pick start joint for spline handle"
s_TikSplineHandleCtxStrings.rSplineHandleHelpSelecting2nd = "LMB to pick end joint or end effector"
s_TikSplineHandleCtxStrings.rSplineHandleToolName = "IK Spline Handle Tool"
//
// String set: s_TikSystemEvaluatorStrings
//
s_TikSystemEvaluatorStrings.rikSystemEvaluatorDisableUnsupportedHandle = "The ikSystem evaluator must disable the evaluation manager due to the unsupported handle '^1c'.\n    Disable the 'ikSystem' evaluator, remove the handle, or delete its animation, to resume using the evaluation manager."
//
// String set: s_TimageFileIOStrings
//
s_TimageFileIOStrings.rIFIOquantelResStr = "Cannot render this resolution for Quantel, defaulting to IFF."
//
// String set: s_TimageFileStrings
//
s_TimageFileStrings.rImageFileCommandError = "Failed attempt to issue command to imageServer"
s_TimageFileStrings.rImageFileCommunicationError = "Communication with imageServer failed"
s_TimageFileStrings.rImageFileCorruptError = "File resolution not supported, file may be corrupt : "
s_TimageFileStrings.rImageFileENV = "MAYA_LOCATION is not set"
s_TimageFileStrings.rImageFileExecution = "Failed to execute imageServer.  This file must be executable : "
s_TimageFileStrings.rImageFileIdentifyError = "Image identify failed"
s_TimageFileStrings.rImageFileImageConversion = "Image conversion (to IFF) failed"
s_TimageFileStrings.rImageFileLoadError1 = "Unable to read ^1s, it is not a RGB[A] image."
s_TimageFileStrings.rImageFileLoadError2 = "Unable to read ^1s, it is not an 8-bit image."
s_TimageFileStrings.rImageFileLoadError3 = "Unable to read ^1s, ^2s"
s_TimageFileStrings.rImageFileOpenError = "Ignoring attempt to open a new IFF file before previous one was closed"
s_TimageFileStrings.rImageFileOpenFailed = "Failed to open IFF file for reading : "
s_TimageFileStrings.rImageFilePathError = "Unable to find path to imageServer"
s_TimageFileStrings.rImageFilePluginPath = "IMF plug-in path invalid : "
s_TimageFileStrings.rImageFileReadFailFmt = "Image file read failed: ^1s"
s_TimageFileStrings.rImageFileResolutionError = "Resolution failure message from image server."
s_TimageFileStrings.rImageFileWriteFailed = "Failed to open IFF file for writing : "
s_TimageFileStrings.rImageTgaFileReadFail = "Failed to read content of TGA file ^1s. It may be bad formed."
s_TimageFileStrings.rSGIFileLoadError = "^1s, failed to read SGI image"
//
// String set: s_TimageNameStrings
//
s_TimageNameStrings.rImageNameFilePatternToNameWarning = "TimageName: ^1s => ^2s\n"
s_TimageNameStrings.rImageNameFixedPatternWarning = "Fixed pattern: ^1s => ^2s"
//
// String set: s_TimagePlaneCmdStrings
//
s_TimagePlaneCmdStrings.rImagePlaneAttachToCameraFailed = "Attach image plane to camera '^1s' failed."
s_TimagePlaneCmdStrings.rImagePlaneCantFindLookThroughCamera = "Can't find the specified look through camera '^1s'."
s_TimagePlaneCmdStrings.rImagePlaneCantUseCameraAndDetachAtSameTime = "Can't use -camera and -detach flags at same time."
s_TimagePlaneCmdStrings.rImagePlaneCantUseFileNameAndWidthHeightAtSameTime = "Can't use -fileName and -width/-height flags at same time."
s_TimagePlaneCmdStrings.rImagePlaneCreateFailed = "Unable to create a image plane."
s_TimagePlaneCmdStrings.rImagePlaneEditFailed = "Unable to edit the image plane."
s_TimagePlaneCmdStrings.rImagePlaneInvalidCameraSpecified = "Camera '^1s' is not a valid camera."
s_TimagePlaneCmdStrings.rImagePlaneQueryNotSupportedOnThisPlatform = "That imagePlane query is not supported on this platform."
s_TimagePlaneCmdStrings.rImagePlaneUndoCreateFailed = "Unable to undo creating the image plane."
s_TimagePlaneCmdStrings.rImagePlaneUndoEditFailed = "Unable to undo editing the image plane."
s_TimagePlaneCmdStrings.rImagePlaneUpdateCameraRelatedAttributesFailed = "Update image plane attributes related to camera '^1s' failed."
s_TimagePlaneCmdStrings.rImagePlaneUpdateHeightWidthWithMRFailed = "Unable to edit -height -width at the same time when MaintainRatio is on."
//
// String set: s_TimfPluginsStrings
//
s_TimfPluginsStrings.rImfPluginsImfPluginInfoNotFound = "Cannot find ^1s corresponding to the plugin name "
s_TimfPluginsStrings.rImfPluginsImfPluginNameNotFound = "Cannot find imf plugin corresponding to the keyword ^1s"
s_TimfPluginsStrings.rImfPluginsMoreThanOneAttr = "Cannot query more than one attribute"
//
// String set: s_TinfinityCmdStrings
//
s_TinfinityCmdStrings.rConstant = "constant"
s_TinfinityCmdStrings.rCycle = "cycle"
s_TinfinityCmdStrings.rCycleRelative = "cycleRelative"
s_TinfinityCmdStrings.rLinearInfinity = "linear"
s_TinfinityCmdStrings.rOscillate = "oscillate"
//
// String set: s_TinsertContextStrings
//
s_TinsertContextStrings.rInsertKnotHelpSelecting = "Pick a point on a curve or surface to insert a knot."
//
// String set: s_TinsertKeyContextStrings
//
s_TinsertKeyContextStrings.rInsertKeyContextHelp = "LMB to select curves; MMB to insert keys"
s_TinsertKeyContextStrings.rInsertKeyContextMsg = "Time: ^6.3f"
s_TinsertKeyContextStrings.rInsertKeyContextName = "Insert Keys Tool"
//
// String set: s_TinstanceCmdStrings
//
s_TinstanceCmdStrings.rInstanceAssemblyNodes = "Assembly nodes cannot be instanced."
s_TinstanceCmdStrings.rInstanceLockedChildren = "'^1s' has locked children and cannot be instanced."
s_TinstanceCmdStrings.rInstanceLockedLeafNodes = "'^1s' has locked leaf nodes beneath it and cannot be instanced."
s_TinstanceCmdStrings.rInstanceLockedNode = "'^1s' is locked and cannot be instanced."
s_TinstanceCmdStrings.rInstanceNoninstanceableChildren = "'^1s' has non-instanceable children thus it cannot be instanced."
s_TinstanceCmdStrings.rInstanceNoninstanceableLeafNodes = "'^1s' has non-instanceable leaf nodes beneath it thus it cannot be instanced."
s_TinstanceCmdStrings.rInstanceNoninstanceableNode = "'^1s' cannot be instanced because it has a non-instanceable setting."
s_TinstanceCmdStrings.rInstanceUnderWorld = "Cannot instance underworld objects"
s_TinstanceCmdStrings.rNoInstanceObjectsMsg = "No object(s) to instance"
//
// String set: s_TinstanceableCmdStrings
//
s_TinstanceableCmdStrings.rInstanceableCmdAlreadyInstanced = "Cannot mark nodes non-instancable if the node or any of its children are already instanced (node `^1s' or one of its children was found to be instanced)."
s_TinstanceableCmdStrings.rInstanceableCmdLocked = "Cannot mark nodes non-instancable (node `^1s' is locked)."
s_TinstanceableCmdStrings.rInstanceableCmdNoNodesError = "No DAG nodes are currently selected (or specified on the command line)."
s_TinstanceableCmdStrings.rInstanceableCmdNotAllow = "The instanceable command expects the -allow flag when in -create mode"
//
// String set: s_TinstancerCmdStrings
//
s_TinstancerCmdStrings.rInstancerCmdAddRemoveError = "The '-add' and '-remove' flag cannot be used in the same command."
s_TinstancerCmdStrings.rInstancerCmdAgeName = "age"
s_TinstancerCmdStrings.rInstancerCmdAimAxisName = "aimAxis"
s_TinstancerCmdStrings.rInstancerCmdAimDirectionName = "aimDirection"
s_TinstancerCmdStrings.rInstancerCmdAimPositionName = "aimPosition"
s_TinstancerCmdStrings.rInstancerCmdAimUpAxisName = "aimUpAxis"
s_TinstancerCmdStrings.rInstancerCmdAimWorldUpName = "aimWorldUp"
s_TinstancerCmdStrings.rInstancerCmdAutoCycleNone = "None"
s_TinstancerCmdStrings.rInstancerCmdAutoCycleSequential = "Sequential"
s_TinstancerCmdStrings.rInstancerCmdAutoCycleStartName = "cycleStartObject"
s_TinstancerCmdStrings.rInstancerCmdAutoCycleStepUnitFrames = "Frames"
s_TinstancerCmdStrings.rInstancerCmdAutoCycleStepUnitSeconds = "Seconds"
s_TinstancerCmdStrings.rInstancerCmdAutoCycleStepUnitframes = "frames"
s_TinstancerCmdStrings.rInstancerCmdAutoCycleStepUnitseconds = "seconds"
s_TinstancerCmdStrings.rInstancerCmdAutoCyclenone = "none"
s_TinstancerCmdStrings.rInstancerCmdAutoCyclesequential = "sequential"
s_TinstancerCmdStrings.rInstancerCmdCycleName = "objectIndex"
s_TinstancerCmdStrings.rInstancerCmdIdName = "id"
s_TinstancerCmdStrings.rInstancerCmdInstOnlyTransformConnections = "Only the \"matrix\" attribute from transform nodes or nodes that act as transforms can be connected in the \"inputHierarchy\" attribute of an instancer node."
s_TinstancerCmdStrings.rInstancerCmdInvalidAutoCycle = "Invalid cycle type (-cycle) specified.  Valid values are 'none' or 'sequential'."
s_TinstancerCmdStrings.rInstancerCmdInvalidAutoCycleStepUnits = "Invalid cycle step units (-cycleStepUnits) specified.  Valid values are 'frames' or 'seconds'."
s_TinstancerCmdStrings.rInstancerCmdInvalidLevelOfDetail = "Invalid level of detail (-levelOfDetail) specified.  Valid values are 'geometry' or 'boundingBox'."
s_TinstancerCmdStrings.rInstancerCmdInvalidObjectError = "Invalid object name ^1s specified in create mode."
s_TinstancerCmdStrings.rInstancerCmdInvalidObjectIndex = "Object index ^1d is out of range."
s_TinstancerCmdStrings.rInstancerCmdInvalidRotationOrder = "Invalid rotation order (-rotationOrder) specified.  Valid values are 'XYZ', 'XZY', 'YXZ', 'YZX', 'ZXY' or 'ZYX'."
s_TinstancerCmdStrings.rInstancerCmdInvalidRotationUnits = "Invalid rotation units (-rotationUnits) specified.  Valid values are 'degrees' or  'radians'."
s_TinstancerCmdStrings.rInstancerCmdLevelOfDetailBox = "BoundingBox"
s_TinstancerCmdStrings.rInstancerCmdLevelOfDetailBoxes = "BoundingBoxes"
s_TinstancerCmdStrings.rInstancerCmdLevelOfDetailFull = "Geometry"
s_TinstancerCmdStrings.rInstancerCmdLevelOfDetailbox = "boundingBox"
s_TinstancerCmdStrings.rInstancerCmdLevelOfDetailboxes = "boundingBoxes"
s_TinstancerCmdStrings.rInstancerCmdLevelOfDetailfull = "geometry"
s_TinstancerCmdStrings.rInstancerCmdMultipleObjectFoundError = "Object '^1s' specified with the -obj flag does not have a unique name.."
s_TinstancerCmdStrings.rInstancerCmdNoInstancerNodeError = "No instancer node selected or specified on the command line."
s_TinstancerCmdStrings.rInstancerCmdNoObjectFoundError = "Object '^1s' specified with the -obj flag was not found or was not a valid object. The object must be a shape or transform."
s_TinstancerCmdStrings.rInstancerCmdNoObjectTransformError = "Object ^1s must be a transform node."
s_TinstancerCmdStrings.rInstancerCmdNoObjectWithAddError = "The '-add' flag cannot be used without the '-object' flag."
s_TinstancerCmdStrings.rInstancerCmdNoObjectWithRemoveError = "The '-remove' flag cannot be used without the '-object' flag."
s_TinstancerCmdStrings.rInstancerCmdObjectAlreadyInstancedWarning = "Object '^1s' is already connected to the instancer node and cannot be instanced again."
s_TinstancerCmdStrings.rInstancerCmdPositionName = "position"
s_TinstancerCmdStrings.rInstancerCmdRotationAngleUnitDegrees = "Degrees"
s_TinstancerCmdStrings.rInstancerCmdRotationAngleUnitRadians = "Radians"
s_TinstancerCmdStrings.rInstancerCmdRotationAngleUnitdegrees = "degrees"
s_TinstancerCmdStrings.rInstancerCmdRotationAngleUnitradians = "radians"
s_TinstancerCmdStrings.rInstancerCmdRotationName = "rotation"
s_TinstancerCmdStrings.rInstancerCmdRotationOrderXYZ = "XYZ"
s_TinstancerCmdStrings.rInstancerCmdRotationOrderXZY = "XZY"
s_TinstancerCmdStrings.rInstancerCmdRotationOrderYXZ = "YXZ"
s_TinstancerCmdStrings.rInstancerCmdRotationOrderYZX = "YZX"
s_TinstancerCmdStrings.rInstancerCmdRotationOrderZXY = "ZXY"
s_TinstancerCmdStrings.rInstancerCmdRotationOrderZYX = "ZYX"
s_TinstancerCmdStrings.rInstancerCmdRotationTypeName = "rotationType"
s_TinstancerCmdStrings.rInstancerCmdScaleName = "scale"
s_TinstancerCmdStrings.rInstancerCmdShearName = "shear"
s_TinstancerCmdStrings.rInstancerCmdVisibilityName = "visibility"
//
// String set: s_TinstancerStrings
//
s_TinstancerStrings.rAddRemoveError = "The '-add' and '-remove' flag cannot be used in the same command."
s_TinstancerStrings.rAgeName = "age"
s_TinstancerStrings.rAimAxisName = "aimAxis"
s_TinstancerStrings.rAimDirectionName = "aimDirection"
s_TinstancerStrings.rAimPositionName = "aimPosition"
s_TinstancerStrings.rAimUpAxisName = "aimUpAxis"
s_TinstancerStrings.rAimWorldUpName = "aimWorldUp"
s_TinstancerStrings.rAutoCycleNone = "None"
s_TinstancerStrings.rAutoCycleSequential = "Sequential"
s_TinstancerStrings.rAutoCycleStartName = "autoCycleStart"
s_TinstancerStrings.rAutoCycleStepUnitFrames = "Frames"
s_TinstancerStrings.rAutoCycleStepUnitSeconds = "Seconds"
s_TinstancerStrings.rCycleName = "cycle"
s_TinstancerStrings.rIdName = "id"
s_TinstancerStrings.rInstOnlyTransformConnections = "Only the \"matrix\" attribute from transform nodes or nodes that act as transforms can be connected in the \"inputHierarchy\" attribute of an instancer node."
s_TinstancerStrings.rInvalidAutoCycle = "Invalid auto cycles (-autoCycle) specified.  Valid values are 'none' or 'sequential'."
s_TinstancerStrings.rInvalidAutoCycleStepUnits = "Invalid auto cycles step units (-autoCycleStepUnits) specified.  Valid values are 'frames' or 'seconds'."
s_TinstancerStrings.rInvalidLevelOfDetail = "Invalid level of detail (-levelOfDetail) specified.  Valid values are 'geometry' or 'boundingBox'."
s_TinstancerStrings.rInvalidObjectError = "Invalid object name ^1s specified in create mode."
s_TinstancerStrings.rInvalidObjectIndex = "Object index ^1d is out of range."
s_TinstancerStrings.rInvalidRotationOrder = "Invalid rotation order (-rotationOrder) specified.  Valid values are 'XYZ', 'XZY', 'YXZ', 'YZX', 'ZXY' or 'ZYX'."
s_TinstancerStrings.rInvalidRotationUnits = "Invalid rotation units (-rotationUnits) specified.  Valid values are 'degrees' or  'radians'."
s_TinstancerStrings.rLevelOfDetailBox = "Bounding Box"
s_TinstancerStrings.rLevelOfDetailBoxes = "Bounding Boxes"
s_TinstancerStrings.rLevelOfDetailFull = "Geometry"
s_TinstancerStrings.rMultipleObjectFoundError = "Object '^1s' specified with the -obj flag does not have a unique name.."
s_TinstancerStrings.rNoInstancerNodeError = "No instancer node selected or specified on the command line."
s_TinstancerStrings.rNoObjectFoundError = "Object '^1s' specified with the -obj flag was not found or was not a valid object. The object must be a shape or transform."
s_TinstancerStrings.rNoObjectTransformError = "Object ^1s must be a transform node."
s_TinstancerStrings.rNoObjectWithAddError = "The '-add' flag cannot be used without the '-object' flag."
s_TinstancerStrings.rNoObjectWithRemoveError = "The '-remove' flag cannot be used without the '-object' flag."
s_TinstancerStrings.rObjectAlreadyInstancedWarning = "Object '^1s' is already connected to the instancer node and cannot be instanced again."
s_TinstancerStrings.rPositionName = "position"
s_TinstancerStrings.rRotationAngleUnitDegrees = "Degrees"
s_TinstancerStrings.rRotationAngleUnitRadians = "Radians"
s_TinstancerStrings.rRotationName = "rotation"
s_TinstancerStrings.rRotationOrderXYZ = "XYZ"
s_TinstancerStrings.rRotationOrderXZY = "XZY"
s_TinstancerStrings.rRotationOrderYXZ = "YXZ"
s_TinstancerStrings.rRotationOrderYZX = "YZX"
s_TinstancerStrings.rRotationOrderZXY = "ZXY"
s_TinstancerStrings.rRotationOrderZYX = "ZYX"
s_TinstancerStrings.rRotationTypeName = "rotationType"
s_TinstancerStrings.rScaleName = "scale"
s_TinstancerStrings.rShearName = "shear"
s_TinstancerStrings.rVisibilityName = "visibility"
//
// String set: s_TinteractionStyleCmdStrings
//
s_TinteractionStyleCmdStrings.rInteractionStyleCmdStyleBad = "The -style flag only accepts \"maya\" or \"control\" as possible values"
//
// String set: s_TinternalVarActionStrings
//
s_TinternalVarActionStrings.rELFNoAppDir = "Can't find the user application directory"
s_TinternalVarActionStrings.rELFNoBitmapsDir = "Can't find the user bitmaps directory"
s_TinternalVarActionStrings.rELFNoHotkeyDir = "Can't find the user hotkey directory"
s_TinternalVarActionStrings.rELFNoMarkingMenuDir = "Can't find the user marking menu directory"
s_TinternalVarActionStrings.rELFNoPrefDir = "Can't find the user preferences directory"
s_TinternalVarActionStrings.rELFNoPresetsDir = "Can't find the user preset directory"
s_TinternalVarActionStrings.rELFNoScriptsDir = "Can't find the user scripts directory"
s_TinternalVarActionStrings.rELFNoShelfDir = "Can't find the user shelf directory"
s_TinternalVarActionStrings.rELFNoTempDir = "Can't find the user temporary directory"
s_TinternalVarActionStrings.rELFNoWorkspaceDir = "Can't find the user workspace directory"
//
// String set: s_TisolateSelectCmdStrings
//
s_TisolateSelectCmdStrings.rBasePanelEditorCmdSTSNoQuery = "The -stateString flag can only be used with -query"
s_TisolateSelectCmdStrings.rIsolateSelectCmdModelPanelNotFoundErr = "model panel '^1s' does not exist"
s_TisolateSelectCmdStrings.rIsolateSelectCmdNoModelPanelSpecified = "No model panel specified"
s_TisolateSelectCmdStrings.rIsolateSelectCmdSelectionConnectionNotFoundErr = "selection connection '^1s' does not exist"
//
// String set: s_TitemFilterActionStrings
//
s_TitemFilterActionStrings.rItemFilterActionParentWarning = "-parent is not implemented"
s_TitemFilterActionStrings.rItemFilterOtherDeprecated = "The \"other\" classification has been deprecated. Use \"user\" instead."
//
// String set: s_TjointClusterCmdStrings
//
s_TjointClusterCmdStrings.rJCAboveBoundNoBoneAbove = "Above bound flag was used but there is no bone above joint"
s_TjointClusterCmdStrings.rJCAboveDropoffNoBoneAbove = "Above dropoff flag was used but there is no bone above joint"
s_TjointClusterCmdStrings.rJCAboveValueNoBoneAbove = "Above value flag was used but there is no bone above joint"
s_TjointClusterCmdStrings.rJCAlreadyClusterFlexor = "Joint '^1s' already uses a cluster flexor."
s_TjointClusterCmdStrings.rJCClusterFlagInQueryOnly = "The aboveCluster and belowCluster flags are only valid in query mode."
s_TjointClusterCmdStrings.rJCClusterHasNoHandle = "jointCluster has no handle"
s_TjointClusterCmdStrings.rJCInvalidDropoffType = "Invalid dropoff type specified."
s_TjointClusterCmdStrings.rJCInvalidDropoffTypeFound = "Invalid dropoff type found."
s_TjointClusterCmdStrings.rJCInvalidJointFlag = "A single joint must be specified with the joint flag."
s_TjointClusterCmdStrings.rJCInvalidManipArg = "Invalid argument was provided to the manipulator flag."
s_TjointClusterCmdStrings.rJCMustSpecifyJoint = "The joint flag must be used in create mode."
s_TjointClusterCmdStrings.rJCNoClusterUnderJoint = "No jointCluster on joint ^1s. Has skin been bound?"
s_TjointClusterCmdStrings.rJCRemoveFlagEditOnly = "Remove flag is only valid in edit mode."
s_TjointClusterCmdStrings.rJCSingleJCPlease = "A single joint cluster node must be specified."
s_TjointClusterCmdStrings.rJCToolFlagInQueryOnly = "The deformerTools flag is only valid in query mode."
s_TjointClusterCmdStrings.rJCUnableToQuery = "Unable to query."
//
// String set: s_TjointCmdStrings
//
s_TjointCmdStrings.rAssumeFlagErr = "Flag assumePreferred cannot be used with any set joint flags; the flag is ignored."
s_TjointCmdStrings.rAutoLimitsFlagErr = "Flag autoLimits doesn't combine with any joint limit flags or the dof flag."
s_TjointCmdStrings.rDisableImplicitControlNotPossible = "Could not disable implicit control on ^1s. IkBlend is locked."
s_TjointCmdStrings.rEffHasHandleAttached = "^1s has ^2s attached."
s_TjointCmdStrings.rEffMustBeTransform = "Specified end-effector must be a transform."
s_TjointCmdStrings.rEndEffInstanced = "End effector cannot be instanced."
s_TjointCmdStrings.rEndEffParentError = "Parent of end effector must be a joint."
s_TjointCmdStrings.rEndJntMustBeJoint = "End joint must be a joint."
s_TjointCmdStrings.rEndJntMustHaveParent = "End joint must have a parent."
s_TjointCmdStrings.rFreezeJntsCurveReq = "The -freezeJoints option can only be used with -curve."
s_TjointCmdStrings.rIkHandleFailed = "Creation of the new ikHandle failed."
s_TjointCmdStrings.rIkHandleFlagProblem = "The options -createCurve and -curve are exclusive, ignoring  -createCurve."
s_TjointCmdStrings.rIkHandleMultiErr = "Operation not valid on multiple ikHandles."
s_TjointCmdStrings.rIkHandleNoMatch = "No match for name ^1s."
s_TjointCmdStrings.rIkHandleNotSameChain = "The selected items must be from the same skeletal chain."
s_TjointCmdStrings.rIkHandleNothingSelected = "Two joints or effectors must be selected."
s_TjointCmdStrings.rIkHandleTooMany = "More than one object matches string: ^1s."
s_TjointCmdStrings.rIkHandleTooMuchSelected = "More than two joints or effectors were selected."
s_TjointCmdStrings.rIkSolverDoesNotExist = "The ikSolver does not exist."
s_TjointCmdStrings.rIkSystemNoHandle = "The ikSystem doesn't have any ikHandle."
s_TjointCmdStrings.rIkSystemNotInitialized = "The ikSystem was not initialized."
s_TjointCmdStrings.rIkSystemOutsideRange = "Solver positions outside of range."
s_TjointCmdStrings.rInvalidSecondaryAxis = "Invalid secondary axis. Valid arguments are: x, y, or z."
s_TjointCmdStrings.rInvalidStickyVal = "The sticky value supplied was invalid."
s_TjointCmdStrings.rJntAtLeastOneJoint = "Specify or select at least one joint."
s_TjointCmdStrings.rJntCannotActOnUnderworldCurve = "Cannot snap or parent curve in underworld."
s_TjointCmdStrings.rJntCantConnect = "Cannot connect to joint ^1s with more parent joints."
s_TjointCmdStrings.rJntCantConnectOnSameSkel = "Cannot connect joints that are on the same skeleton."
s_TjointCmdStrings.rJntCantConnectSiblings = "Cannot connect sibling joints."
s_TjointCmdStrings.rJntChildFlagIgnored = "The -children flag was ignored. It cannot be used in the creation mode."
s_TjointCmdStrings.rJntChildMustBeRoot = "The child joint must be a root joint."
s_TjointCmdStrings.rJntCreation = "Only one transform or joint can be selected for creation"
s_TjointCmdStrings.rJntDisconnectEnd = "Cannot disconnect the end joint."
s_TjointCmdStrings.rJntDisconnectMoreParent = "Cannot disconnect a joint with more than one parent."
s_TjointCmdStrings.rJntDisconnectRoot = "Cannot disconnect the root joint."
s_TjointCmdStrings.rJntHasBoundSkinDisconnect = "^1s is bound to a skin. Detach before disconnecting. Detach with the keep history option can be used to retain weights."
s_TjointCmdStrings.rJntHasBoundSkinReroot = "^1s is bound to a skin. Detach before rerooting. Detach with the keep history option can be used to retain weights."
s_TjointCmdStrings.rJntInstanced = "^1s is instanced and cannot be rerooted."
s_TjointCmdStrings.rJntInvalidCurve = "Specified curve is not a valid curve."
s_TjointCmdStrings.rJntIsRootJoint = "^1s is a root joint. No rerooting was performed."
s_TjointCmdStrings.rJntMirrorParentErr = "Cannot mirror a joint with multiple parents."
s_TjointCmdStrings.rJntNoChildJoint = "The joint to be the child was not selected."
s_TjointCmdStrings.rJntNoModel = "No model is open."
s_TjointCmdStrings.rJntNoMultiSelQuery = "No multiple selection for query."
s_TjointCmdStrings.rJntNoParentJoint = "The joint to be the parent was not selected."
s_TjointCmdStrings.rJntNotAJoint = "^1s is not a transform."
s_TjointCmdStrings.rJntNotATransform = "^1s is not a transform."
s_TjointCmdStrings.rJntOneJointOnly = "Specify or select one joint only."
s_TjointCmdStrings.rJntOneJointReq = "A joint must be selected."
s_TjointCmdStrings.rJntOverlappingSpline = "Cannot create overlapping IK spline handles."
s_TjointCmdStrings.rJntParentChildSame = "Child and parent joint are the same."
s_TjointCmdStrings.rJntRootAxisInst = "Cannot create root axis above instanced joint."
s_TjointCmdStrings.rJntSkippingJoint = "Skipping ^1s: It has non-zero rotations."
s_TjointCmdStrings.rJointScalePositive = "The joint scale must be positive."
s_TjointCmdStrings.rJointScaleRequired = "The joint scale must be specified."
s_TjointCmdStrings.rMirrorFailed = "Unable to duplicate the original joint."
s_TjointCmdStrings.rNoAutoLimits = "Flag autoLimits ignored when not in edit mode."
s_TjointCmdStrings.rNoCurveForSpline = "^1s does not have a curve for the ikSplineSolver."
s_TjointCmdStrings.rNoEffectorConnFail = "No effector object. Connection failed."
s_TjointCmdStrings.rNoEndEffectorSelected = "No end effector selected."
s_TjointCmdStrings.rNoHandleConnFail = "No handle object. Connection failed."
s_TjointCmdStrings.rNoHandleSelected = "No handle selected."
s_TjointCmdStrings.rNoIkSolverConnFail = "No valid ikSolver selected. Connection failed."
s_TjointCmdStrings.rNoPrefAngle = "Flag setPreferredAngles/assumePreferredAngles ignored when not in edit mode."
s_TjointCmdStrings.rNoRemoveRootJoint = "Cannot remove a root joint."
s_TjointCmdStrings.rNoStartJoint = "No start joint given."
s_TjointCmdStrings.rNoStartJointConnFail = "No startJoint object. Connection failed."
s_TjointCmdStrings.rNotAncestorJoint = "^1s is not an ancestor of ^2s."
s_TjointCmdStrings.rOrientFlagMisuse = "Cannot use orientJoint flag if jointOrient or scaleOrient flag is present; the flag is ignored."
s_TjointCmdStrings.rOrientJointMustBeString = "Flag orientJoint should take a string argument."
s_TjointCmdStrings.rOrientJointTransformNonZero = "Cannot perform joint orientation. Transform ^1s has non-zero rotations."
s_TjointCmdStrings.rOrientJointWrongString = "The argument of orientJoint flag should be a string of combination of x, y, and z."
s_TjointCmdStrings.rPrefAngleFlagErr = "Flags setPreferred and assumePreferred are mutually exclusive; the flags are ignored."
s_TjointCmdStrings.rSecAxisEditOnly = "Flag orientJoint must be the in edit mode; the flag is ignored."
s_TjointCmdStrings.rSecAxisFlagErr = "Flag secondaryAxisOrient can only be used in conjunction with the orientJoint flag."
s_TjointCmdStrings.rSecAxisNoRef = "The second axis world orientation cannot be adjusted on referenced joints."
s_TjointCmdStrings.rStartJntMustBeJoint = "Specified start joint must be a joint."
s_TjointCmdStrings.rTransformCompHierarchyDifferent = "Hierarchy different"
s_TjointCmdStrings.rTransformCompJntTransformDifferent = "Hierarchy joint/transform different"
s_TjointCmdStrings.rTransformCompNonTransform = "The transformCompare command can only compare transforms."
s_TjointCmdStrings.rTransformCompRequiresTwo = "The transformCompare command requires exactly 2 transforms."
s_TjointCmdStrings.rZeroSegOrientFlagErr = "Cannot use zeroSegOrient flag if scaleOrient flag is present; the flag is ignored."
//
// String set: s_TjointContextStrings
//
s_TjointContextStrings.rJointClickHelp = "Click to place joint. Click on existing joint to add to skeleton. Click-Drag to position joint. Confirm to complete skeleton."
s_TjointContextStrings.rJointCtxAutoLimitsAndJointCenterWarning = "Auto Limits and Joint Centering cannot be used together.  Please disable one of the features and try performing the operation again."
s_TjointContextStrings.rJointCtxCmdBadAJO = "Not a valid autoJointOrient value: "
s_TjointContextStrings.rJointCtxCmdBadDof = "Not a valid degrees of freedom value: "
s_TjointContextStrings.rJointCtxCmdBadSA = "Not a valid secondaryAxisOrient value: "
s_TjointContextStrings.rJointCtxCmdBadSolver = "Not a valid solver name: "
s_TjointContextStrings.rJointCtxCmdBadSticky = "Not a valid sticky value: "
s_TjointContextStrings.rJointCtxCmdBadSymAxis = "Not a valid symmetry axis, use one or more of xyz e.g. x, xy, yz, xyz ... instead of: "
s_TjointContextStrings.rJointCtxCreateFailed = "Could not create joint."
s_TjointContextStrings.rJointCtxInvalidEnd = "Could not find the end joint."
s_TjointContextStrings.rJointCtxInvalidSolver = "Could not find the specified solver."
s_TjointContextStrings.rJointCtxInvalidStart = "Could not find the start joint."
s_TjointContextStrings.rJointCtxInvalidSystem = "Could not find the ik system."
s_TjointContextStrings.rJointCtxJointNotFound = "Joint not found."
s_TjointContextStrings.rJointCtxStartEndSame = "Start and end joints cannot be the same joint."
s_TjointContextStrings.rJointDragHelp = "Drag to position joint."
s_TjointContextStrings.rJointEditHelp = "Click to select joint to edit. Drag to position joint."
s_TjointContextStrings.rJointToolMsg1 = "Position(^1s):"
s_TjointContextStrings.rJointToolMsg2 = " ^6.3f ^6.3f ^6.3f"
s_TjointContextStrings.rJointToolName = "Joint Tool"
//
// String set: s_TjointInsertContextStrings
//
s_TjointInsertContextStrings.rJointInsertClickHelp = "Click-drag to insert joint."
s_TjointInsertContextStrings.rJointInsertEditHelp = "Edit inserted joint."
s_TjointInsertContextStrings.rJointInsertToolMsg = "Position:^6.3f ^6.3f ^6.3f"
s_TjointInsertContextStrings.rJointInsertToolName = "Insert Joint Tool"
//
// String set: s_TjointStrings
//
s_TjointStrings.rWarningWaitingNotSupported = "Waiting not supported on joints."
//
// String set: s_TjointUIStrings
//
s_TjointUIStrings.rLeftLabel = "(L)"
s_TjointUIStrings.rMiscLabel = "(^1s)"
s_TjointUIStrings.rPartAndSideLabel = "^1s ^2s"
s_TjointUIStrings.rRightLabel = "(R)"
//
// String set: s_TkeyframeCmdStrings
//
s_TkeyframeCmdStrings.rKeyframeCantMoveErr = "Cannot move keys"
//
// String set: s_TkeyframeOutlinerStrings
//
s_TkeyframeOutlinerStrings.rInTanAngle = "InTan Angle"
s_TkeyframeOutlinerStrings.rInTanType = "InTan Type"
s_TkeyframeOutlinerStrings.rInTanWeight = "InTan Weight"
s_TkeyframeOutlinerStrings.rOutTanAngle = "OutTan Angle"
s_TkeyframeOutlinerStrings.rOutTanType = "OutTan Type"
s_TkeyframeOutlinerStrings.rOutTanWeight = "OutTan Weight"
s_TkeyframeOutlinerStrings.rTime = "Time"
s_TkeyframeOutlinerStrings.rValue = "Value"
//
// String set: s_TkeyframeRegionCurrentTimeContextStrings
//
s_TkeyframeRegionCurrentTimeContextStrings.rKeyframeRegionCurrentTimeContextHelp = "LMB to change current time"
s_TkeyframeRegionCurrentTimeContextStrings.rKeyframeRegionCurrentTimeContextName = "Change current time"
//
// String set: s_TkeyframeRegionDirectKeyContextStrings
//
s_TkeyframeRegionDirectKeyContextStrings.rKeyframeRegionDirectKeyContextHelp = "LMB to select keys; MMB to move keys"
s_TkeyframeRegionDirectKeyContextStrings.rKeyframeRegionDirectKeyContextName = "Move keys"
//
// String set: s_TkeyframeRegionDollyContextStrings
//
s_TkeyframeRegionDollyContextStrings.rKeyframeRegionDollyContextHelp = "LMB to dolly view"
s_TkeyframeRegionDollyContextStrings.rKeyframeRegionDollyContextName = "DollyView"
//
// String set: s_TkeyframeRegionInsertKeyContextStrings
//
s_TkeyframeRegionInsertKeyContextStrings.rKeyframeRegionInsertKeyContextHelp = "LMB to select keys; MMB to insert keys"
s_TkeyframeRegionInsertKeyContextStrings.rKeyframeRegionInsertKeyContextMsg = "Time: [^6.3f]"
s_TkeyframeRegionInsertKeyContextStrings.rKeyframeRegionInsertKeyContextName = "Insert keys"
//
// String set: s_TkeyframeRegionMoveKeyContextStrings
//
s_TkeyframeRegionMoveKeyContextStrings.rKeyframeRegionMoveKeyContextHelp = "LMB to select keys; MMB to move keys"
s_TkeyframeRegionMoveKeyContextStrings.rKeyframeRegionMoveKeyContextMsg = "Time offset: ^6.3f"
s_TkeyframeRegionMoveKeyContextStrings.rKeyframeRegionMoveKeyContextName = "Move keys"
//
// String set: s_TkeyframeRegionScaleKeyContextStrings
//
s_TkeyframeRegionScaleKeyContextStrings.rKeyframeRegionScaleKeyContextGestureMsg = "Time pivot: ^6.3f  Time scale: ^6.3f"
s_TkeyframeRegionScaleKeyContextStrings.rKeyframeRegionScaleKeyContextHelp = "LMB to select keys; MMB to scale keys"
s_TkeyframeRegionScaleKeyContextStrings.rKeyframeRegionScaleKeyContextManipMsg = "Start time: [^6.3f]  End time: [^6.3f]   New start time: ^6.3f  New end time: ^6.3f"
s_TkeyframeRegionScaleKeyContextStrings.rKeyframeRegionScaleKeyContextName = "Scale keys"
//
// String set: s_TkeyframeRegionSelectKeyContextStrings
//
s_TkeyframeRegionSelectKeyContextStrings.rKeyframeRegionSelectKeyContextHelp = "Click-drag to select keys"
s_TkeyframeRegionSelectKeyContextStrings.rKeyframeRegionSelectKeyContextMsg = "Specify startTime [endTime]"
s_TkeyframeRegionSelectKeyContextStrings.rKeyframeRegionSelectKeyContextName = "Select keys"
//
// String set: s_TkeyframeRegionSetKeyContextStrings
//
s_TkeyframeRegionSetKeyContextStrings.rKeyframeRegionSetKeyContextHelp = "LMB to select keys; MMB to add keys"
s_TkeyframeRegionSetKeyContextStrings.rKeyframeRegionSetKeyContextMsg = "Time: [^6.3f]"
s_TkeyframeRegionSetKeyContextStrings.rKeyframeRegionSetKeyContextName = "Add keys"
//
// String set: s_TkeyframeRegionTrackContextStrings
//
s_TkeyframeRegionTrackContextStrings.rKeyframeRegionTrackContextHelp = "LMB to track view"
s_TkeyframeRegionTrackContextStrings.rKeyframeRegionTrackContextName = "TrackView"
//
// String set: s_TkeyframeStatsStrings
//
s_TkeyframeStatsStrings.rTextFieldLabelFrame = "Frame"
s_TkeyframeStatsStrings.rTextFieldLabelStats = "Stats"
s_TkeyframeStatsStrings.rTextFieldLabelValue = "Value"
//
// String set: s_TkeyingGroupCmdStrings
//
s_TkeyingGroupCmdStrings.rKeyingGroupBadMemberErr = "Attribute is not a member of the keyingGroup."
s_TkeyingGroupCmdStrings.rKeyingGroupCannotBeInKeyingGroup = "Cannot add keyingGroup attributes to a keyingGroup."
s_TkeyingGroupCmdStrings.rKeyingGroupConnectedAttribute = "Skipped ^1s because it already had connections."
s_TkeyingGroupCmdStrings.rKeyingGroupMustSpecifyAKeyingGroup = "Must specify a keyingGroup to query."
s_TkeyingGroupCmdStrings.rKeyingGroupNoCreate = "The ^1s flag must be used with the -edit/-e or the -query/-q flag."
s_TkeyingGroupCmdStrings.rKeyingGroupNoCreateNoQuery = "The ^1s flag must be used with the -edit/-e flag."
//
// String set: s_TlassoContextStrings
//
s_TlassoContextStrings.rSelectComponents = "select components by encircling in lasso"
s_TlassoContextStrings.rSelectObjects = "select objects by encircling in lasso"
s_TlassoContextStrings.rSelectObjectsAndComponents = "select objects and components by encircling in lasso"
//
// String set: s_TlatticeDeformKeysContextStrings
//
s_TlatticeDeformKeysContextStrings.rLatticeDeformKeysContextHelp = "LMB to select keys"
s_TlatticeDeformKeysContextStrings.rLatticeDeformKeysContextMsg = "Lattice Manip Time: ^6.3f   Lattice Manip Value : ^6.3f"
s_TlatticeDeformKeysContextStrings.rLatticeDeformKeysContextName = "Lattice Deform Keys"
s_TlatticeDeformKeysContextStrings.rLatticeDeformKeysDoPressHelp = "Select lattice points or cells to manipulate the curve"
//
// String set: s_TlatticeShapeStrings
//
s_TlatticeShapeStrings.rCannotResizeLatticeWithHistory = "Cannot resize lattice with history."
s_TlatticeShapeStrings.rLatticeNoDelPoints = "Lattice points cannot be deleted."
s_TlatticeShapeStrings.rRemoveTweaksBeforeResizing = "Must remove tweaks before resizing."
s_TlatticeShapeStrings.rTooManyLatticePoints = "A lattice may not contain more than ^1d points."
//
// String set: s_TlaunchCmdStrings
//
s_TlaunchCmdStrings.rLaunchCmdInvalidDirectory = "'^1s' is an invalid directory."
s_TlaunchCmdStrings.rLaunchCmdInvalidMovie = "'^1s' is an invalid movie file."
s_TlaunchCmdStrings.rLaunchCmdInvalidPdfFile = "'^1s' is an invalid PDF document."
s_TlaunchCmdStrings.rLaunchCmdInvalidWebPage = "'^1s' is an invalid web page."
s_TlaunchCmdStrings.rLaunchCmdOpenDocumentError = "Unable to open document '^1s'."
//
// String set: s_TlaunchImageEditorActionStrings
//
s_TlaunchImageEditorActionStrings.rLaunchImageEditorCmdOpenDocumentError = "Unable to open document '^1s'."
s_TlaunchImageEditorActionStrings.rLaunchImageEditorCmdOpenDocumentFileFormat1 = "open ^1s"
s_TlaunchImageEditorActionStrings.rLaunchImageEditorCmdOpenDocumentFileFormat2 = "open -a ^1s"
//
// String set: s_TlayeredShaderStrings
//
s_TlayeredShaderStrings.rAddBlend = "Add"
s_TlayeredShaderStrings.rDarkenBlend = "Darken"
s_TlayeredShaderStrings.rDefaultBlend = "Default"
s_TlayeredShaderStrings.rLightenBlend = "Lighten"
s_TlayeredShaderStrings.rSubtractBlend = "Subtract"
//
// String set: s_TlayoutDialogActionStrings
//
s_TlayoutDialogActionStrings.rLayoutDialogActionDefaultDismissedString = "dismiss"
s_TlayoutDialogActionStrings.rLayoutDialogActionMultipleLayoutDialogs = "Only one layoutDialog may exist at a time."
s_TlayoutDialogActionStrings.rLayoutDialogActionNoUIScript = "The '-ui/-uiScript' flag must be specified when creating a layoutDialog."
//
// String set: s_TlibraryControlStrings
//
s_TlibraryControlStrings.rAddButton = "Add Base As Target"
s_TlibraryControlStrings.rAddButtonAnnot = "Bake the selected base shape and add it as a target"
s_TlibraryControlStrings.rAddTargetButton = "Add Target"
s_TlibraryControlStrings.rAddTargetButtonAnnot = "Add a new target to the blend shape"
s_TlibraryControlStrings.rAddTargetTangentButton = "Add Target (Tangent)"
s_TlibraryControlStrings.rAddTargetTangentButtonAnnot = "Add a new tangent space target to the blend shape"
s_TlibraryControlStrings.rAddTargetTransformBTAnnot = "Add a new target to the blend shape using the current selection as the transform space"
s_TlibraryControlStrings.rAddTargetTransformButton = "Add Target (Transform)"
s_TlibraryControlStrings.rBadAttrAlias = "Bad Attribute Alias"
s_TlibraryControlStrings.rDeleteButton = "Delete"
s_TlibraryControlStrings.rDeleteButtonAnnot = "Delete the selected blend shape"
s_TlibraryControlStrings.rDeleteTargetButtonAnnot = "Remove blend shape target"
s_TlibraryControlStrings.rEditButton = "Edit"
s_TlibraryControlStrings.rEditButtonAnnot = "Allow blend shape target to receive transform and sculpting edits. Target weight must be above 0.000"
s_TlibraryControlStrings.rKeyAllButton = "Key All"
s_TlibraryControlStrings.rKeyAllButtonAnnot = "Key all weights at their current values"
s_TlibraryControlStrings.rKeyButton = "Key"
s_TlibraryControlStrings.rKeyButtonAnnot = "Key current value or drag and drop on timeline to set an exclusive key"
s_TlibraryControlStrings.rRegenTargetButtonAnnot = "Rebuild blend shape target"
s_TlibraryControlStrings.rResetAllButton = "Reset All"
s_TlibraryControlStrings.rResetAllButtonAnnot = "Set all weight values to 0"
s_TlibraryControlStrings.rSelectButton = "Select"
s_TlibraryControlStrings.rSelectButtonAnnot = "Select the blend shape node"
s_TlibraryControlStrings.rTargetTypeLegacyLabelAnnot = "Normal target"
s_TlibraryControlStrings.rTargetTypeTangentLabelAnnot = "Tangent Space target"
s_TlibraryControlStrings.rTargetTypeTransformLBAnnot = "Transform Space Target"
//
// String set: s_TlicenseActionStrings
//
s_TlicenseActionStrings.rLicenseBoxFmt = "Autodesk ID: ^1s\nLicense type: ^2s\nProduct key: ^3s\nProduct version: ^4s\n"
s_TlicenseActionStrings.rLicenseBoxTitle = "Product Information"
s_TlicenseActionStrings.rTrial = "Trial"
//
// String set: s_TlicenseCheckActionStrings
//
s_TlicenseCheckActionStrings.rErrorWithLicenseFlag = "licenseCheck: Error parsing the -typ/-type flag."
s_TlicenseCheckActionStrings.rErrorWithModeFlag = "licenseCheck: Error parsing the -m/-mode flag."
s_TlicenseCheckActionStrings.rInvalidLicenseMode = "licenseCheck: Invalid mode specified, please specify edit or view mode."
s_TlicenseCheckActionStrings.rInvalidLicenseType = "licenseCheck: Invalid type, \"^1s\", specified."
s_TlicenseCheckActionStrings.rMustSpecifyLicense = "licenseCheck: Must specify the license to check using the -typ/-type flag."
//
// String set: s_TlightListCtxStrings
//
s_TlightListCtxStrings.rLLExclusive = "Exclusive lights are shown in red.  Click on a light to toggle it's exclusive status."
s_TlightListCtxStrings.rLLShowIllObjectPicked = "Click light to toggle it from object's list.  TAB toggles if the object uses the default light list."
s_TlightListCtxStrings.rLLShowIlluminationList = "Click on an object to see who illuminates it (shown in red)."
s_TlightListCtxStrings.rLightListToolName = "Light List"
s_TlightListCtxStrings.rShadingGeomRelToolGeomCentric = "Geometry-centric mode"
s_TlightListCtxStrings.rShadingGeometryRelToolName = "Shading Group Tool"
s_TlightListCtxStrings.rShadingGroupListToolName = "Shading Group List"
s_TlightListCtxStrings.rShadingLightRelToolLightCentric = "Light-centric mode"
s_TlightListCtxStrings.rShadingLightRelToolName = "Light Linking Tool"
s_TlightListCtxStrings.rShadingRelToolShadingCentric = "Shading-centric mode"
//
// String set: s_TlightlinkCmdStrings
//
s_TlightlinkCmdStrings.rFlagsAreOnlyUsedWithQuery = "The ^1c/^2c, ^3c/^4c, ^5c/^6c and ^7c/^8c flags are only to be used with ^9c/^10c."
s_TlightlinkCmdStrings.rMoreThanOneFlagsUsed = "More than one of the ^1c, ^2c or ^3c flags was used in a single invocation of ^4c."
s_TlightlinkCmdStrings.rMoreThanOneLightObject = "More than one light or object was specified as an argument for a query."
s_TlightlinkCmdStrings.rNoObjectSpecified = "No objects were specified in invocation of ^1c and there is nothing currently selected."
//
// String set: s_TlistActionStrings
//
s_TlistActionStrings.rListActionArgError = "Error parsing arguments"
s_TlistActionStrings.rListActionBadType = "Unknown object type: "
s_TlistActionStrings.rListActionConflictingShowFlags = "The -st/showType and -sns/showNamespace flags are mutually exclusive and cannot be used together."
s_TlistActionStrings.rListActionConflictingTypeFlags = "The -typ/type, -et/exactType, -ct/-containerType and -ext/-excludeType flags are mutually exclusive and cannot be used together."
s_TlistActionStrings.rListActionFlagNotSupported = "Flag '^1s' is not supported in this version and has no effect."
s_TlistActionStrings.rListTooManyLists = "Only one of -sl/-hl/-lv flags may be specified"
s_TlistActionStrings.rNoFullPathsOfUUIDs = "Using the -long flag with -uuid has no effect."
//
// String set: s_TlistAttrPatternsActionStrings
//
s_TlistAttrPatternsActionStrings.rListAttrPatternsActionNoFactories = "There are no available pattern types."
s_TlistAttrPatternsActionStrings.rListAttrPatternsActionNoPatterns = "No pattern instances have been created. Use the 'patternType' flag to see available pattern types."
s_TlistAttrPatternsActionStrings.rListAttrPatternsActionSummary = "^1s patterns with ^2d total instantiations"
//
// String set: s_TlistConnectionsActionStrings
//
s_TlistConnectionsActionStrings.rListConnectionsActionNoOutput = "No objects specified that can have connections."
//
// String set: s_TlistHistoryActionStrings
//
s_TlistHistoryActionStrings.rErrorWithLeafFlag = "Error parsing the leaf flag."
s_TlistHistoryActionStrings.rErrorWithLevelsFlag = "Error parsing the levels flag."
s_TlistHistoryActionStrings.rFoundNoItemsToListHistory = "Found no items to list the history for."
s_TlistHistoryActionStrings.rListHistoryObsoleteAllGraphsFlag = "Warning: the 'allGraphs' flag has no effect."
//
// String set: s_TlistNodesWithIncorrectNamesCmdStrings
//
s_TlistNodesWithIncorrectNamesCmdStrings.rIncorrectNameNodeListTitle = "======== Nodes with incorrect names ========"
//
// String set: s_TlistRelativesActionStrings
//
s_TlistRelativesActionStrings.rlistRelActArgErr = "Could not retrieve argument from argument list: "
s_TlistRelativesActionStrings.rlistRelActTypeErrMsg1 = "Unknown object type: "
s_TlistRelativesActionStrings.rlistRelActTypeErrMsg2 = " (Example object types: joint, transform, etc.)"
//
// String set: s_TlistSetsActionStrings
//
s_TlistSetsActionStrings.rListSetsInvalidNumObjects = "The object flag requires 1 object."
s_TlistSetsActionStrings.rListSetsInvalidType = "Not a valid value for the type flag."
//
// String set: s_TlistUIActionStrings
//
s_TlistUIActionStrings.rListUIActionBadType = "Unknown object type: "
//
// String set: s_TlisterCmdStrings
//
s_TlisterCmdStrings.rListerCmdBadPrimStr = "Valid choices are: sphere/ball, cone, cube/box, cylinder/tube "
s_TlisterCmdStrings.rListerCmdConeStr = "cone"
s_TlisterCmdStrings.rListerCmdCube1Str = "cube"
s_TlisterCmdStrings.rListerCmdCube2Str = "box"
s_TlisterCmdStrings.rListerCmdCylinder1Str = "cylinder"
s_TlisterCmdStrings.rListerCmdCylinder2Str = "tube"
s_TlisterCmdStrings.rListerCmdNoPrimStr = "String read failure in lister. Toolbar not read for some reason; try a different string"
s_TlisterCmdStrings.rListerCmdNotQueryableStr = "cannot be queried."
s_TlisterCmdStrings.rListerCmdPlaneStr = "plane"
s_TlisterCmdStrings.rListerCmdSphere1Str = "sphere"
s_TlisterCmdStrings.rListerCmdSphere2Str = "ball"
//
// String set: s_TloadFluidStrings
//
s_TloadFluidStrings.rFluidNoAttrName = "no fluid attribute name specified"
s_TloadFluidStrings.rFluidSpecifyWhatToLoad = "need to specify what to load"
s_TloadFluidStrings.rFluidVectorWithScalar = "vector value used with scalar attribute"
//
// String set: s_TloadModuleCmdStrings
//
s_TloadModuleCmdStrings.rFailToLoadModule = "Failed to load module"
s_TloadModuleCmdStrings.rNoModuleName = "No module name specified"
//
// String set: s_TloadUICmdStrings
//
s_TloadUICmdStrings.rLoadUICmdCantFindFile = "Can't find file '^1s'."
s_TloadUICmdStrings.rLoadUICmdCantOpenFile = "Can't open file '^1s'."
s_TloadUICmdStrings.rLoadUICmdCouldNotCreateSomething = "Could not create something named \"^1s\"."
s_TloadUICmdStrings.rLoadUICmdCreatingWidget = "Creating a ^1s named \"^2s\"."
s_TloadUICmdStrings.rLoadUICmdDirectoryDoesntExist = "Can't find directory '^1s'."
s_TloadUICmdStrings.rLoadUICmdExecuting = "Executing: ^1s"
s_TloadUICmdStrings.rLoadUICmdInvalidFile = "'^1s' is an invalid ui file."
s_TloadUICmdStrings.rLoadUICmdInvalidUIString = "The specified ui string is invalid."
s_TloadUICmdStrings.rLoadUICmdNoMayaCommand = "There is no Maya command for objects of type ^1s."
//
// String set: s_TlockNodeCmdStrings
//
s_TlockNodeCmdStrings.rLockCmdNodeInReferencedContainer = "Skipping '^1s'. Node is part of a referenced container."
s_TlockNodeCmdStrings.rLockNodeCmdComponentsError = "You cannot lock components."
s_TlockNodeCmdStrings.rLockNodeCmdHasLockedChild = "Cannot unlock. Child container '^1s' is locked and from a referenced file."
s_TlockNodeCmdStrings.rLockNodeCmdHasUnlockedChild = "Cannot lock. Child container '^1s' is unlocked and from a referenced file."
s_TlockNodeCmdStrings.rLockNodeCmdInLockedContainer = "Skipping '^1s'. Its container is locked."
s_TlockNodeCmdStrings.rLockNodeCmdNoNodesError = "You must either select the affected nodes or specify them on the command line."
s_TlockNodeCmdStrings.rLockNodeCmdReferencedContainer = "Skipping '^1s'. Container is referenced."
//
// String set: s_TlsqConstraintCmdStrings
//
s_TlsqConstraintCmdStrings.rLsqHistoryTurnedOnWarning = "Resetting -ch to true since the input NURBS curve has history and replace original is true."
s_TlsqConstraintCmdStrings.rLsqSelectError = "Select a NURBS curve parameter or edit point."
s_TlsqConstraintCmdStrings.rLsqSelectError1 = "NURBS curve cannot be a curve on surface."
s_TlsqConstraintCmdStrings.rLsqSetUpError1 = "Node creation failed."
s_TlsqConstraintCmdStrings.rLsqSetUpError2 = "Graph set up failed."
s_TlsqConstraintCmdStrings.rLsqSetUpError3 = "Locator shape handle creation to manipulate NURBS curve failed."
//
// String set: s_TmakeIdentityCmdStrings
//
s_TmakeIdentityCmdStrings.rInstancedChild = "Cannot freeze below transform ^1s due to multiply-instanced child ^2s"
s_TmakeIdentityCmdStrings.rMakeIdentityChangeOppositeWarning = "Freeze transform with negative scale will set the 'opposite' attribute for these nodes: ^1s"
s_TmakeIdentityCmdStrings.rNodeHasLimits = "Freeze Transform or Reset Transform was not applied because node ^1s has limits which do not encompass the identity transformation values."
s_TmakeIdentityCmdStrings.rNodeIsInstanced = "Freeze Transform was not applied because you have instanced nodes in the selected path."
s_TmakeIdentityCmdStrings.rNodeIsJointWithSkin = "Freeze Transform or Reset Transform was not applied because node ^1s is a joint and has skin attached."
s_TmakeIdentityCmdStrings.rNodeIsReadOnly = "Freeze Transform or Reset Transform was not applied because node ^1s is read only."
s_TmakeIdentityCmdStrings.rShapeHasAbsoluteTweaks = "Shape '^1s' has absolute tweaks which may produce incorrect results."
s_TmakeIdentityCmdStrings.rTransformHasConnectedPlug = "Freeze Transform was not applied because ^1s has incoming connection."
s_TmakeIdentityCmdStrings.rTransformHasLockedAttribute = "Freeze Transform was not applied because ^1s is locked."
//
// String set: s_TmakeLiveCmdStrings
//
s_TmakeLiveCmdStrings.rMakeLiveInvalidObjectErrorStr = "Invalid argument. Only NURBS surfaces, meshes, and construction planes can be made live."
s_TmakeLiveCmdStrings.rMakeLiveTooManyObjectsErrorStr = "Too many arguments. Only one NURBS surface, mesh, or construction plane can be made live."
//
// String set: s_TmakebotActionStrings
//
s_TmakebotActionStrings.rMakebotAlreadyBOTFile = "makebot(file ^1s): input file is already a BOT file - no new file generated."
s_TmakebotActionStrings.rMakebotBOTFileNewer = "makebot(file ^1s): existing BOT file ^2s is newer than input file - BOT file not regenerated."
s_TmakebotActionStrings.rMakebotFileInvalid = "makebot(file ^1s): input file invalid - no BOT file generated."
s_TmakebotActionStrings.rMakebotImgResTooSmall = "makebot(file ^1s): input file resolution ^2d is lower than threshold ^3d - no BOT file generated."
s_TmakebotActionStrings.rMakebotInputFileNotFound = "makebot(file ^1s): input file not found - no BOT file generated."
s_TmakebotActionStrings.rMakebotOutfileExists = "makebot(file ^1s): output file ^2s already exists - no BOT file generated."
//
// String set: s_TmallocAllocatorStrings
//
s_TmallocAllocatorStrings.rCauseOfException = "Cause of memory exception\n"
s_TmallocAllocatorStrings.rCurrent = "%8.3f Mb\tCurrent\n"
s_TmallocAllocatorStrings.rFreeMemFmt = "%8.3f Mb\tFree Memory\n"
s_TmallocAllocatorStrings.rFreeSwapFmt = "%8.3f Mb\tFree Swap\n"
s_TmallocAllocatorStrings.rHeap = "%8.3f Mb\tHeap\n"
s_TmallocAllocatorStrings.rLowThresholdFmt = "%8.3f Mb\tLow Memory Threshold\n"
s_TmallocAllocatorStrings.rMaxResidentSize = "%8.3f Mb\tMax resident size\n"
s_TmallocAllocatorStrings.rMegabytes = "%8.3f Mb\t%s\n"
s_TmallocAllocatorStrings.rMemoryUseWhenThrown = "Memory use when exception was thrown\n"
s_TmallocAllocatorStrings.rNoFreeMemoryMsg = "Free memory is low. Memory exception thrown"
s_TmallocAllocatorStrings.rPageFaults = "%8d\tPage faults\n"
s_TmallocAllocatorStrings.rPeakArenaSize = "%8.3f Mb\tPeak arena size\n"
s_TmallocAllocatorStrings.rPeakEstimated = "%8.3f Mb\tPeak total size(Estimated)\n"
s_TmallocAllocatorStrings.rSizeOfAllocFmt = "%8.3f Mb\tSize of alloc\n"
//
// String set: s_TmanipMoveLimitsCtxStrings
//
s_TmanipMoveLimitsCtxStrings.rMoveLimitsHelp = "Locks enable/disable; handles change limits; center translates"
//
// String set: s_TmanipRotateLimitsCtxStrings
//
s_TmanipRotateLimitsCtxStrings.rRotateLimitsHelp = "Locks enable/disable; handles change limits; arcs rotate"
//
// String set: s_TmanipScaleLimitsCtxStrings
//
s_TmanipScaleLimitsCtxStrings.rScaleLimitsHelp = "Locks enable/disable; handles change limits; center modifies scale pivot"
//
// String set: s_TmanipStrings
//
s_TmanipStrings.rAxisManipStr = "AxisManip"
s_TmanipStrings.rCurveInManipValStr = "InputCurve"
s_TmanipStrings.rParameterCurveManipValStr = "ParameterCurve"
s_TmanipStrings.rParameterManipStr = "ParameterManip"
s_TmanipStrings.rParameterManipValStr = "Parameter"
s_TmanipStrings.rPositionManipStr = "PositionManip"
s_TmanipStrings.rPositionManipValStr = "Position"
s_TmanipStrings.rResultCVManipValStr1 = "ResultCV1"
s_TmanipStrings.rResultCVManipValStr2 = "ResultCV2"
s_TmanipStrings.rResultCVManipValStr3 = "ResultCV3"
s_TmanipStrings.rResultCVManipValStr4 = "ResultCV4"
s_TmanipStrings.rResultCurveManipValStr = "ResultCurve"
s_TmanipStrings.rRotation = "Rotation"
s_TmanipStrings.rScaling = "Scaling"
s_TmanipStrings.rTanDirectionManipStr = "TanDirectionManip"
s_TmanipStrings.rTanDirectionManipValStr = "TanDirection"
s_TmanipStrings.rTanScaleCurrPtManipValStr = "TanScaleCurrPt"
s_TmanipStrings.rTanScaleDirManipValStr = "TanScaleDir"
s_TmanipStrings.rTanScaleManipStr = "TanScaleManip"
s_TmanipStrings.rTanScaleStartPtManipValStr = "TanScaleStartPt"
s_TmanipStrings.rTranslateXYZ = "TranslateXYZ"
s_TmanipStrings.rTranslation = "Translation"
//
// String set: s_TmarkerCmdStrings
//
s_TmarkerCmdStrings.rMarkerInvalidTimeErr = "Invalid time."
s_TmarkerCmdStrings.rMarkerKeyframeAlreadyExistErr = "A marker already existed at the requested time."
s_TmarkerCmdStrings.rMarkerNoFollowErr = "Follow option for the motion path node is not on."
s_TmarkerCmdStrings.rMarkerNoMarkerSelectedErr = "No active or selected marker."
s_TmarkerCmdStrings.rMarkerNoMotionPathErr = "No motionPath node connected to the selected object."
s_TmarkerCmdStrings.rMarkerNoObjectSelectedErr = "No active or selected object."
s_TmarkerCmdStrings.rMarkerNoParentGeometryErr = "No valid parent geometry for the selected marker."
s_TmarkerCmdStrings.rMarkerNoUParamCurveErr = "Cannot find the U parameter curve node."
s_TmarkerCmdStrings.rMarkerNotPathGeometryErr = "Selected object is not a path geometry."
s_TmarkerCmdStrings.rMarkerNotValidParentGeometryErr = "Not valid parent geometry."
s_TmarkerCmdStrings.rMarkerNotWorldSpaceErr = "Selected marker is not in the world space."
s_TmarkerCmdStrings.rMarkerParsingErr = "Failed in parsing the arguments."
//
// String set: s_TmatchTransformCmdStrings
//
s_TmatchTransformCmdStrings.rMatchTransformsNotEnoughObjects = "At least one source and one target object is needed to match transforms. Found ^2d."
//
// String set: s_TmateContextStrings
//
s_TmateContextStrings.rMateToolName = "Snap Together Tool"
s_TmateContextStrings.rMateToolSetComplete = "Drag the arrows or press Enter to move the surface(s)."
s_TmateContextStrings.rMateToolSetFirst = "Click on the surface to be moved."
s_TmateContextStrings.rMateToolSetSecond = "Click on the destination surface."
//
// String set: s_TmayaAccessorStrings
//
s_TmayaAccessorStrings.rFileOpenFailed = "Opening of file \"^1s\" failed."
s_TmayaAccessorStrings.rFileReadFailed = "Reading of file \"^1s\" failed."
s_TmayaAccessorStrings.rMayaCheckMessage = "Checking "
s_TmayaAccessorStrings.rMayaReadMessage = "Reading "
s_TmayaAccessorStrings.rMayaWriteMessage = "Writing "
s_TmayaAccessorStrings.rMultiFilesReadElapsedTime = "Read ^1d files in ^2(.1)f seconds."
s_TmayaAccessorStrings.rOnlyGzippedAsciiFiles = "Gzipped files must be Maya ASCII files."
s_TmayaAccessorStrings.rSingleFileReadElapsedTime = "File read in ^1(.1)f seconds."
//
// String set: s_TmayaAppStrings
//
s_TmayaAppStrings.rAlphaEvalWarning = "This software is enabled for a restricted period.  It is to\nbe used for the purposes of product evaluation only."
s_TmayaAppStrings.rAlphaTitle = "ALPHA DISCLAIMER"
s_TmayaAppStrings.rAlphaWarning2 = "agreement with Alias relating to alpha/early access software, unless same is superseded\n"
s_TmayaAppStrings.rArchiveFile = "          displays a list of files required to archive the specified scene"
s_TmayaAppStrings.rArchiveFlag = "No file name supplied for \"^1s\" flag."
s_TmayaAppStrings.rBatch = "                   for batch mode"
s_TmayaAppStrings.rBetaAcceptButton = "Accept"
s_TmayaAppStrings.rBetaDoNotAcceptButton = "Do Not Accept"
s_TmayaAppStrings.rBetaTitle = "BETA DISCLAIMER"
s_TmayaAppStrings.rBetaWarning1 = "This software version is provided subject to the terms and conditions of an existing\n"
s_TmayaAppStrings.rBetaWarning2 = "agreement with Alias relating to beta/early access software, unless same is superseded\n"
s_TmayaAppStrings.rBetaWarning3 = "by an Alias Pre-Release Software License Agreement, (\"Agreement\"), you (as licensee)\n"
s_TmayaAppStrings.rBetaWarning4 = "have accepted or you accept by downloading, and/or installing and/or using this\n"
s_TmayaAppStrings.rBetaWarning5 = "Software, in which case this software version is provided subject to the terms and\nconditions of the Agreement.\n"
s_TmayaAppStrings.rBotFileLoc = "   directory in which BOT files reside (default\n  						is in the same directory as the original file)."
s_TmayaAppStrings.rBotFileRes = "    minimum file texture resolution that will cause\n	                    BOT files to be produced.  For example, specifying\n	                    \"-botRes 256\" means that all file textures bigger\n	                    than 256x256 will be converted to BOT format."
s_TmayaAppStrings.rCommandFlag = "No command string supplied for \"^1s\" flag."
s_TmayaAppStrings.rCompleteFileName = "                             (use complete file name)"
s_TmayaAppStrings.rDialogQuitString = "Quit"
s_TmayaAppStrings.rEduTitle = "EDUCATIONAL LICENSE NOTICE"
s_TmayaAppStrings.rEduWarning = "This is an educational license of Alias software.\nPlease contact your Alias Educational Representative at least 30\ndays before the software expires for information and assistance with your\nrenewal."
s_TmayaAppStrings.rEvalTitle = "EVALUATION DISCLAIMER"
s_TmayaAppStrings.rEvalWarning = "This software is enabled for a restricted period.  It is to\nbe used for the purposes of product evaluation and demonstration only."
s_TmayaAppStrings.rFile = "             opens the specified file"
s_TmayaAppStrings.rFileFlag = "No file name supplied for \"^1s\" flag."
s_TmayaAppStrings.rFlag = "Flags:"
s_TmayaAppStrings.rFlagUsedNotSupported = "Flag \"^1s\" is not supported in this version."
s_TmayaAppStrings.rHideConsole = "              hide Console Window"
s_TmayaAppStrings.rIncorrectArgument = "Incorrect arguments specified for \"^1s\" flag."
s_TmayaAppStrings.rIntegerArgument = "No integer argument supplied for \"^1s\" flag."
s_TmayaAppStrings.rInvalidMayaResFileExitButton = "Exit"
s_TmayaAppStrings.rInvalidMayaResFileMessagePart1 = "The Maya application resource file located at\n"
s_TmayaAppStrings.rInvalidMayaResFileMessagePart2 = " is invalid."
s_TmayaAppStrings.rInvalidMayaResFileTitle = "Error"
s_TmayaAppStrings.rJournalFile = "Cannot recover from journal file ^1s"
s_TmayaAppStrings.rLogFile = "              copies stdout and stderr messages to the specified file"
s_TmayaAppStrings.rLogFlag = "No file name supplied for \"^1s\" flag."
s_TmayaAppStrings.rMayaAppUsage = "Usage: maya -optimizeRender <options> mayaFile optimizedMayaFile"
s_TmayaAppStrings.rMayaBatchError = "Error"
s_TmayaAppStrings.rMayaBatchHelp = "                    prints this message"
s_TmayaAppStrings.rMayaFuturePrefsDetected = "   Preferences version is newer than application.\n"
s_TmayaAppStrings.rMayaLTStartupMsgGreeting = "Maya LT loading."
s_TmayaAppStrings.rMayaLostLicenseServerConnectionExitMsg = "WARNING: The connection to the license server was lost.  Your work has been saved to the file named: ^2s"
s_TmayaAppStrings.rMayaNoPrefConverter = "\t\tNo suitable converters found.\n"
s_TmayaAppStrings.rMayaOldPrefsDetected = "   Old preferences version detected.\n"
s_TmayaAppStrings.rMayaSkippingStr = "\t\tSkipping "
s_TmayaAppStrings.rMayaStartupMsgGreeting = "Maya loading."
s_TmayaAppStrings.rMayaStartupMsgInitializingUI = "Initializing UI."
s_TmayaAppStrings.rMayaUserPrefsFailed = "Execution of userPrefs.mel failed.\n"
s_TmayaAppStrings.rMelCommand = "   runs the specified command on startup"
s_TmayaAppStrings.rMissingInputFileName = "Missing input file for optimizeRender option."
s_TmayaAppStrings.rMissingOutputFileName = "Missing output file for optimizeRender option."
s_TmayaAppStrings.rNoAutoloadPlugins = "       do not auto-load any plug-ins."
s_TmayaAppStrings.rNoBot = "              avoid BOT creations."
s_TmayaAppStrings.rNoCharacterString = "No character string argument supplied for \"^1s\" flag."
s_TmayaAppStrings.rNoCleanup = "          avoid cleaning up useless data."
s_TmayaAppStrings.rNoMayaDefaultDirs = "Maya could not create the necessary startup directories.\nPlease check for sufficient disk space and necessary write permissions."
s_TmayaAppStrings.rNoMayaResFileExitButton = "Exit"
s_TmayaAppStrings.rNoMayaResFileMessage = "The 'Maya' application resource file cannot be found.\nMaya cannot proceed without it."
s_TmayaAppStrings.rNoMayaResFileTitle = "Error"
s_TmayaAppStrings.rNoPortID = "No portID supplied for \"^1s\" flag.\n"
s_TmayaAppStrings.rNoSupportOnLinux = "Interactive Maya is not supported on Linux"
s_TmayaAppStrings.rOptimizeRenFile = "                         optimize maya file efficient for rendering\n                             purposes, and put result in outfile\n                             (use 'maya -optimizeRender -help' for more options)"
s_TmayaAppStrings.rOutOfMemoryStrId = "Maya application out of memory"
s_TmayaAppStrings.rOutputFileName = "No output file name supplied for optimizeRender option."
s_TmayaAppStrings.rPrefCantParseHeader = "Unable to parse header for userPrefs.mel\n"
s_TmayaAppStrings.rPrefConv090to091Failed = "Execution of convert_prefs_90_to_91.mel FAILED.\n"
s_TmayaAppStrings.rPrefConv091to092Failed = "Execution of convert_prefs_91_to_92.mel FAILED.\n"
s_TmayaAppStrings.rPrefConv191to192Failed = "Execution of convert_prefs_191_to_192.mel FAILED.\n"
s_TmayaAppStrings.rPrefConv192to193Failed = "Execution of convert_prefs_192_to_193.mel FAILED.\n"
s_TmayaAppStrings.rPrefConv194to195Failed = "Execution of convert_prefs_194_to_195.mel FAILED.\n"
s_TmayaAppStrings.rPrefConv280to281Failed = "Execution of convert_prefs_280_to_281.mel FAILED.\n"
s_TmayaAppStrings.rPrefConv281to282Failed = "Execution of convert_prefs_281_to_282.mel FAILED.\n"
s_TmayaAppStrings.rPrefConv282to283Failed = "Execution of convert_prefs_282_to_283.mel FAILED.\n"
s_TmayaAppStrings.rPrefConv283to380Failed = "Execution of convert_prefs_283_to_380.mel FAILED.\n"
s_TmayaAppStrings.rPrefConv30011to30012Failed = "Execution of sfConvert_prefs_30011_to_30012.mel FAILED.\n"
s_TmayaAppStrings.rPrefConv30012to30013Failed = "Execution of sfConvert_prefs_30012_to_30013.mel FAILED.\n"
s_TmayaAppStrings.rPrefConv30013to30014Failed = "Execution of sfConvert_prefs_30013_to_30014.mel FAILED.\n"
s_TmayaAppStrings.rPrefConv3001to30011Failed = "Execution of sfConvert_prefs_3001_to_30011.mel FAILED.\n"
s_TmayaAppStrings.rPrefConv30to3001Failed = "Execution of sfConvert_prefs_30_to_3001.mel FAILED.\n"
s_TmayaAppStrings.rPrefConv380to381Failed = "Execution of convert_prefs_380_to_381.mel FAILED.\n"
s_TmayaAppStrings.rPrefConv381to382Failed = "Execution of convert_prefs_381_to_382.mel FAILED.\n"
s_TmayaAppStrings.rPrefConversionFailed = "Execution of ^1s FAILED.\n"
s_TmayaAppStrings.rProjDir = "              look for files in the specified project dir"
s_TmayaAppStrings.rPrompt = "                  for interactive non-gui mode"
s_TmayaAppStrings.rPython3kMode = "                       enable Python 3000 compatibility warnings"
s_TmayaAppStrings.rQuitBatchMustSaveOrForce = "Scene modified.  Use file -s to save or quit -f to quit without saving."
s_TmayaAppStrings.rQuitGUIAppBusy = "Cannot quit when application is busy."
s_TmayaAppStrings.rQuitGUIRequestPending = "Confirm Quit or File Save dialog box is hidden."
s_TmayaAppStrings.rRecover = "                 recover the last journal file"
s_TmayaAppStrings.rRenderHelp = "                             (use 'Render -help' for more options)"
s_TmayaAppStrings.rRenderSliceMissing = "Rendering DSO is not loaded. Cannot render"
s_TmayaAppStrings.rRunupTessellationCmd = "runupTessellation -allCameras ^2f ^3f ^4f `ls -type nurbsSurface`"
s_TmayaAppStrings.rSavePrefCopyStr = "\t\tSaved a copy of the preferences file to userPrefs.mel"
s_TmayaAppStrings.rScriptFile = "           sources the specified file on startup"
s_TmayaAppStrings.rScriptFlag = "No script name supplied for \"^1s\" flag."
s_TmayaAppStrings.rStartupWindowVersionString = "Autodesk Maya ^1s"
s_TmayaAppStrings.rStringArgument = "No string argument supplied for \"^1s\" flag."
s_TmayaAppStrings.rTessFreeze = " <start frame> <end frame> <by frame>\n						calculate NURB tessellation which gives the best\n						image quality based on the camera projection."
s_TmayaAppStrings.rTimeBombExpired = "Thank you for using the Maya Personal Learning Edition.\n\nThis copy has expired. Please re-register at\nwww.autodesk.com/maya-trial, to check out what is new\nor to find out more about Autodesk\nsoftware and services."
s_TmayaAppStrings.rTimeBombExpired64 = "Thank you for using the Maya 64bit Edition.\nThis copy has expired."
s_TmayaAppStrings.rTimeBombExpiredLT = "Thank you for using Maya LT.\n\nThis copy has expired."
s_TmayaAppStrings.rTimeBombExpiredTitle = "Maya Personal Learning Edition has expired"
s_TmayaAppStrings.rTimeBombExpiredTitle64 = "Maya 64bit Edition has expired"
s_TmayaAppStrings.rTimeBombExpiredTitleLT = "Maya LT has expired"
s_TmayaAppStrings.rTimeBombInitialWarning1 = "Thank you for using Maya.\n\nPlease note, you will need to re-register for a new copy by\nMay 10th, 2012. "
s_TmayaAppStrings.rTimeBombInitialWarning2 = "Please visit www.autodesk.com/maya-trial,\nto check out what is new or to find out more about\nAutodesk software and services."
s_TmayaAppStrings.rTimeBombWarning1 = "Reminder: You will need to re-register for a new copy of\nMaya Personal Learning Edition by May 10th, 2012. Please\n"
s_TmayaAppStrings.rTimeBombWarning2 = "visit www.autodesk.com/maya-trial, to check out what is new\nor to find out more about Autodesk software\nand services."
s_TmayaAppStrings.rTimeBombWarning64 = "Please check for newer release"
s_TmayaAppStrings.rTimeBombWarningTitle = "Maya will expire in ^1d day^2c"
s_TmayaAppStrings.rTimeBombWarningTitle64 = "Maya 64bit Edition will expire in ^1d day^2c"
s_TmayaAppStrings.rTrialExpired = "Continue your creative journey by purchasing a commercial license of Autodesk Maya 2009 software today.\nhttp://www.autodesk.com/maya-howtobuy\n[^1d]"
s_TmayaAppStrings.rTrialExpiredTitle = "The Autodesk Maya Unlimited 2009 30-day trial software license has now expired"
s_TmayaAppStrings.rUnableToSavePrefCopyStr = "	Unable to save a copy of preferences file."
s_TmayaAppStrings.rUnknownOptimRender = "Unknown optimizeRender flag '^1s'\n"
s_TmayaAppStrings.rUnlicensedRender = "You are not licensed to use the Maya batch renderer."
s_TmayaAppStrings.rUnsupportedOS = "Unsupported OS"
s_TmayaAppStrings.rVersion = "                       prints the product version and cut number"
//
// String set: s_TmayaBinaryAccessorStrings
//
s_TmayaBinaryAccessorStrings.kBinaryFileTooOld = "Maya \"^1s\" binary files are no longer supported."
s_TmayaBinaryAccessorStrings.kBinaryFileUnknownVersion = "Unknown Maya file version: ^1s."
s_TmayaBinaryAccessorStrings.kBinaryReadFailed = "Reading of binary file \"^1s\" failed."
s_TmayaBinaryAccessorStrings.kFileNotWritable = "Can't write to \"^1s\""
s_TmayaBinaryAccessorStrings.kIFFError = "IFF error with ^1s in \"^2s\", line ^3d"
s_TmayaBinaryAccessorStrings.rBinaryErrAlreadyConnected = "'^1s' already has an incoming connection from '^2s'."
s_TmayaBinaryAccessorStrings.rBinaryErrAlreadyConnectedInRef = "'^1s' already has an incoming connection from '^2s' in a referenced file."
s_TmayaBinaryAccessorStrings.rBinaryErrAlreadyConnectedTo = "'^1s' is already connected to '^2s'."
s_TmayaBinaryAccessorStrings.rBinaryErrAlreadyConnectedToInRef = "'^1s' was already connected to '^2s' in a referenced file."
s_TmayaBinaryAccessorStrings.rBinaryErrCannotParentFmtStr = "Cannot parent \"^1s\" to child \"^2s\"."
s_TmayaBinaryAccessorStrings.rBinaryErrCannotReadInclude = "Unable to read include file, file is corrupt."
s_TmayaBinaryAccessorStrings.rBinaryErrCannotReadLock = "Unable to read lock segement, file is corrupt."
s_TmayaBinaryAccessorStrings.rBinaryErrCannotReadRDI = "Unable to read reference depth info, load setting preference is corrupt."
s_TmayaBinaryAccessorStrings.rBinaryErrCannotReadSegment = "Unable to read segment file, file is corrupt."
s_TmayaBinaryAccessorStrings.rBinaryErrDestinationLength = "Could not make connection: destination '^1s' not found"
s_TmayaBinaryAccessorStrings.rBinaryErrDestinationNull = "Could not make connection; destPlugItem is NULL"
s_TmayaBinaryAccessorStrings.rBinaryErrNoDestMatch = "Could not make connection; could not find destination plug '^1s'"
s_TmayaBinaryAccessorStrings.rBinaryErrNoDestination = "connect attribute not allowed; no destination address specified, but destination thinks indexMatters"
s_TmayaBinaryAccessorStrings.rBinaryErrNoSourceMatch = "Could not make connection; could not find source plug '^1s'"
s_TmayaBinaryAccessorStrings.rBinaryErrNoSuchAttribute = "Could not set attribute; \"^2s\" is not found."
s_TmayaBinaryAccessorStrings.rBinaryErrNoSuchAttributeOnNode = "Node \"^1s\" has no attribute \"^2s\"."
s_TmayaBinaryAccessorStrings.rBinaryErrNotMulti = "connect attribute not allowed; destination is not multi, but nextAvailable connection requested"
s_TmayaBinaryAccessorStrings.rBinaryErrSourceLength = "Could not make connection; source '^1s' not found"
s_TmayaBinaryAccessorStrings.rBinaryErrSourceNull = "Could not make connection; srcPlugItem is NULL"
s_TmayaBinaryAccessorStrings.rBinaryErrUnknownNodeType = "Unrecognized node type for node '^1s'; preserving node information during this session."
s_TmayaBinaryAccessorStrings.rBinaryErrWontSkipCompat = "Ignoring MAYA_NO_ATTR_COMPAT variable; this file is not the latest version."
s_TmayaBinaryAccessorStrings.rDataTypeUnknownString = "Type specified for new attribute's data type is unknown."
s_TmayaBinaryAccessorStrings.rDynamicChildClashesWithParent = "Cannot add attribute \"^3s\" to compound attribute \"^2s\" of node \"^1s\"."
//
// String set: s_TmayaDpiSettingActionStrings
//
s_TmayaDpiSettingActionStrings.rCustomScalingModeRequiresScaleValue = "You must provide the scale value with flag \"-scaleValue\" if scaling mode is 1."
s_TmayaDpiSettingActionStrings.rInvalidScalingModeValue = "The given scaling mode number is invalid. Valid values are 0-2."
s_TmayaDpiSettingActionStrings.rInvalidScalingValue = "The given scaling value number is invalid. Valid values are [1.0, 1.25, 1.5, 2.0]."
s_TmayaDpiSettingActionStrings.rNonCustomScalingModeRequiresNoScaleValue = "You must not provide the scaling value when setting the scaling mode to 0 or 2."
s_TmayaDpiSettingActionStrings.rQueryModeOnlyForThisFlag = "Flag '^1s' only works in query mode."
s_TmayaDpiSettingActionStrings.rRebootMayaRequiredWarning = "The changed interface scaling method will only take effect after relaunching Maya."
s_TmayaDpiSettingActionStrings.rScaleValueOnlyWorksWithCustomScalingMode = "You can only set the scale value when setting the scaling mode to 1."
//
// String set: s_TmayaModuleSupportBaseStrings
//
s_TmayaModuleSupportBaseStrings.rInvalidModuleEnvironmentVariableName = "Skipping environment variable '^1s' defined by module '^2s' (spaces are not supported for environment variable names)."
//
// String set: s_TmayaNodeGrapherNodeItemStrings
//
s_TmayaNodeGrapherNodeItemStrings.rToggleExpandedSwatchLabel = "Expanded Swatch"
//
// String set: s_TmayaPrefStrings
//
s_TmayaPrefStrings.rPrefsBatchWarning = "Preferences are not written in batch mode"
s_TmayaPrefStrings.rPrefsOkayMsg = "Preferences saved. See Script Editor for details."
s_TmayaPrefStrings.rPrefsOkayMsg2 = "Preferences saved. See Command History for details."
s_TmayaPrefStrings.rPrefsSaveColors = "Saving display colors to : "
s_TmayaPrefStrings.rPrefsSaveCurveRGBColors = "Saving curve RGB colors to : "
s_TmayaPrefStrings.rPrefsSaveGeneral = "Saving preferences to : "
s_TmayaPrefStrings.rPrefsSaveHotkeys = "Saving hotkeys to : "
s_TmayaPrefStrings.rPrefsSaveIndex = "Saving color indices to : "
s_TmayaPrefStrings.rPrefsSaveNamedCmds = "Saving named commands to : "
s_TmayaPrefStrings.rPrefsSavePlugins = "Saving plug-in preferences to: "
s_TmayaPrefStrings.rPrefsSaveRGBColors = "Saving display RGB colors to : "
s_TmayaPrefStrings.rPrefsSaveRuntime = "Saving runtime commands to : "
s_TmayaPrefStrings.rPrefsSaveWarning = "Save of \"^1s\" failed"
s_TmayaPrefStrings.rPrefsSaveWindow = "Saving window positions to : "
s_TmayaPrefStrings.rPrefsWarningMsg = "Not all preferences were saved. See Script Editor for details."
s_TmayaPrefStrings.rPrefsWarningMsg2 = "Not all preferences were saved. See Command History for details."
//
// String set: s_TmemoryActionStrings
//
s_TmemoryActionStrings.rMemoryActionMultipleSizeFlags = "Conflicting memory unit flags found."
s_TmemoryActionStrings.rMemoryActionResultTooBig = "Result too big: truncated to 2,147,483,647. Retry using larger memory units (e.g. gigabytes)."
//
// String set: s_TmemoryReporterStrings
//
s_TmemoryReporterStrings.rMemAlrtMsg = "Maya application out of memory"
s_TmemoryReporterStrings.rMemAlrtOkStr = "OK"
s_TmemoryReporterStrings.rMemAlrtTitle = "Memory Alert"
//
// String set: s_TmenuEditorStrings
//
s_TmenuEditorStrings.rMenuEditorEast = "East"
s_TmenuEditorStrings.rMenuEditorLinearItemFmt = "Linear Item ^1d"
s_TmenuEditorStrings.rMenuEditorNorth = "North"
s_TmenuEditorStrings.rMenuEditorNorthEast = "North East"
s_TmenuEditorStrings.rMenuEditorNorthWest = "North West"
s_TmenuEditorStrings.rMenuEditorSouth = "South"
s_TmenuEditorStrings.rMenuEditorSouthEast = "South East"
s_TmenuEditorStrings.rMenuEditorSouthWest = "South West"
s_TmenuEditorStrings.rMenuEditorWest = "West"
s_TmenuEditorStrings.rMenuItem = "item"
s_TmenuEditorStrings.rNoLabel = "(no label)"
s_TmenuEditorStrings.rPythonNotSupported = "Python scripts not supported in marking menus."
s_TmenuEditorStrings.rSeparator = "separator"
s_TmenuEditorStrings.rSubMenu = "submenu"
s_TmenuEditorStrings.rVacantCell = "vacant"
//
// String set: s_TmenuSetCmdStrings
//
s_TmenuSetCmdStrings.rMenuSetBothCMSandMSFlagsGiven = "You have specified both the -cms flag and the object name.  In this case, the object name (^1s) will be used over -cms (^2s) to maintain the structure of the current menuSet."
s_TmenuSetCmdStrings.rMenuSetCannotRemovePermanentSetError = "Can not remove permanent menu set with name (^1s)."
s_TmenuSetCmdStrings.rMenuSetLabelsAreNotUnique = "The label (^1s) is not unique.  Please note that menuSet labels are case insensitive."
s_TmenuSetCmdStrings.rMenuSetNoMenuSetsToEdit = "There are no menuSets to edit."
s_TmenuSetCmdStrings.rMenuSetNoMenuSetsToQuery = "There are no menuSets to query."
s_TmenuSetCmdStrings.rMenuSetNoSuchMenuSetExistsToMove = "Could not locate an existing menuSet with name (^1s) to move."
s_TmenuSetCmdStrings.rMenuSetNoSuchMenuSetExistsToRemoveError = "Could not locate an existing menuSet with name (^1s) to remove."
s_TmenuSetCmdStrings.rMenuSetNoSuchMenuSetExistsToSetCurrentError = "Could not locate an existing menuSet with name (^1s) to set as the current menu set."
//
// String set: s_TmenuSetPreferenceCmdStrings
//
s_TmenuSetPreferenceCmdStrings.rMayaMenuSetFuturePrefsDetected = "Menu Set preferences version is newer than application.\n"
s_TmenuSetPreferenceCmdStrings.rMayaMenuSetNewPrefsDetected = "Existing menu set preferences are newer than this version of Maya supports.\nA backup of your menu set preferences has been created in your Maya preferences folder.\nReverting to default menu sets."
s_TmenuSetPreferenceCmdStrings.rMayaMenuSetNoPrefConverters = "\t\tNo suitable converters found.\n"
s_TmenuSetPreferenceCmdStrings.rMayaMenuSetOldPrefsDetected = "New menu sets are available. Your menu set preferences must be updated to accept them.\nCustom menu sets will not be affected.\n"
s_TmenuSetPreferenceCmdStrings.rMayaMenuSetPrefCantParseHeader = "Unable to parse header for (^1s)"
s_TmenuSetPreferenceCmdStrings.rMayaMenuSetPrefsFailed = "Execution of (^1s) failed."
s_TmenuSetPreferenceCmdStrings.rMayaMenuSetSkippingStrs = "\t\tSkipping "
//
// String set: s_TmeshShapeStrings
//
s_TmeshShapeStrings.rAcceptButtonText = "Yes"
s_TmeshShapeStrings.rAcceptDontAskButtonText = "Yes, don't ask again"
s_TmeshShapeStrings.rBoolOpSplit = "score"
s_TmeshShapeStrings.rBoolOpTrim = "trim"
s_TmeshShapeStrings.rOpenSubdivNonManifold = "The OpenSubdiv Catmull-Clark subdivision method cannot be applied to non-manifold geometry. ^1s will use \"Maya Catmull-Clark\" subdivision method for Smooth Mesh Preview."
s_TmeshShapeStrings.rPolyCannotPerformOnSelection = "Can't perform ^1s on selection"
s_TmeshShapeStrings.rPolyDeleteEdge = "Border edges cannot be deleted"
s_TmeshShapeStrings.rPolyDeleteEdgeLockedVert = "One or more edges could not be deleted due to locked vertices."
s_TmeshShapeStrings.rPolyDeleteFacet = "All faces are deleted : object is deleted"
s_TmeshShapeStrings.rPolyDeleteFacetLockedVert = "One or more faces could not be deleted due to locked vertices."
s_TmeshShapeStrings.rPolyDeleteVertex = "Some selected vertices have complex edge attachment; Delete Edge/Vertex removes selected vertices and related edges"
s_TmeshShapeStrings.rPolyDeleteVertexLocked = "One or more vertices were locked and could not be deleted."
s_TmeshShapeStrings.rPolyMergeVertexNoMerge = "No vertices were merged. Open Script Editor for details."
s_TmeshShapeStrings.rPolyMergeVertexNoMerge2 = "No vertices were merged. Open Command History for details."
s_TmeshShapeStrings.rPolyMergeVertexTolerance = "No vertices were merged. Tolerance too large - no geometry left after merge"
s_TmeshShapeStrings.rPolySewEdgeFailure1 = "No edges were merged, for one of the following reasons:"
s_TmeshShapeStrings.rPolySewEdgeFailure2 = "   - the threshold is too small,"
s_TmeshShapeStrings.rPolySewEdgeFailure3 = "   - face normals of faces adjacent to edges being merged point in opposite directions,"
s_TmeshShapeStrings.rPolySewEdgeFailure4 = "   - the edges and/or contained vertices are nonmanifold."
s_TmeshShapeStrings.rPolySewEdgeFailure5 = "   - the edges belong to different polygon objects."
s_TmeshShapeStrings.rPolySewEdgeNoMerge = "No edges were merged. Open Script Editor for details."
s_TmeshShapeStrings.rPolySewEdgeNoMerge2 = "No edges were merged. Open Command History for details."
s_TmeshShapeStrings.rPolySewEdgeRemedy1 = " You can solve this problem in one of these ways:"
s_TmeshShapeStrings.rPolySewEdgeRemedy2 = "   1) Edit the Threshold,"
s_TmeshShapeStrings.rPolySewEdgeRemedy3 = "   2) Fix up the face normals using Normals,"
s_TmeshShapeStrings.rPolySewEdgeRemedy4 = "   3) Remove nonmanifold edges or vertices using Cleanup,"
s_TmeshShapeStrings.rPolySewEdgeRemedy5 = "   4) Use Merge as an alternative."
s_TmeshShapeStrings.rPolySewEdgeRemedy6 = "   5) Use Combine first to create a single object."
s_TmeshShapeStrings.rPolySmoothDoNotAcceptButtonText = "No, use default level (1)"
s_TmeshShapeStrings.rPolySmoothInvalidFaces = "This mesh contains faces with more than 4 sides. This may result in popping when using the linear smoothing method. You may use Polygon Cleanup, with the operation set to Select and Cleanup to triangulate the faces with more than 4 sides."
s_TmeshShapeStrings.rPolySmoothLevel = "Division level ^1d is high.\nMay take a while to generate, depending on the system.\nDo you want to continue with these values?"
s_TmeshShapeStrings.rPolySmoothLevelTitle = "Level Warning"
s_TmeshShapeStrings.rPolySmoothMeshPreviewLevel = "Division level ^1d is high.\nMay take a while to generate, depending on the system.\nDo you want to continue with these values?"
s_TmeshShapeStrings.rPolySmoothMeshPreviewLevelTitle = "Division Level Warning"
s_TmeshShapeStrings.rPolySmoothNonManifold = "This object has a nonmanifold geometry. Faces with nonmanifold vertices or edges may have to be triangulated during smoothing."
s_TmeshShapeStrings.rPolyWedgeCenterNoAxis = "The -center and -axis flags must be specified together."
s_TmeshShapeStrings.rPolyWedgeInvalidEdges = "Some edges are not from selected faces. Select faces and one or more edges from the selected faces to wedge about."
s_TmeshShapeStrings.rPolyWedgeNoEdges = "No edges selected to wedge about. Select faces and one or more edges from the selected faces to wedge about."
s_TmeshShapeStrings.rPolyWedgeNoFaces = "No faces selected to wedge. Select faces and one or more edges from the selected faces to wedge about."
//
// String set: s_TmetadataCmdUtilsStrings
//
s_TmetadataCmdUtilsStrings.rMetadataCmdUtilsSceneName = "SCENE-GLOBAL"
s_TmetadataCmdUtilsStrings.rMetadataCmdUtilsTheScene = "the scene"
s_TmetadataCmdUtilsStrings.rMetadataCmdUtilsUnknownTypeName = "***Unknown Metadata Owner Type***"
//
// String set: s_TminCommandArgListStrings
//
s_TminCommandArgListStrings.rBadArgument = "bad argument"
//
// String set: s_TmodelCurrentTimeContextStrings
//
s_TmodelCurrentTimeContextStrings.rModelCurrentTimeContextHelp = "LMB to change current time"
s_TmodelCurrentTimeContextStrings.rModelCurrentTimeContextName = "Change current time"
//
// String set: s_TmodelEditorCmdStrings
//
s_TmodelEditorCmdStrings.rBoundingBoxInOGSMsg = "Bounding box mode is not compatible with Consolidate World in Viewport 2.0. Please make sure to disable Consolidate World."
s_TmodelEditorCmdStrings.rColorMgtEnableDisableFailedMsg = "Enable or disable of color management failed."
s_TmodelEditorCmdStrings.rColorMgtSetViewTransformNameFailedMsg = "Color management view transform could not be set."
s_TmodelEditorCmdStrings.rFeaNotSupportedMsg = "Feature not supported on this platform."
s_TmodelEditorCmdStrings.rInvalidDegParamMsg = "Invalid degradation parameter"
s_TmodelEditorCmdStrings.rInvalidFogParamMsg = "Invalid fog parameter."
s_TmodelEditorCmdStrings.rNotAModelPanel = "Panel '^1s' is not a model panel."
s_TmodelEditorCmdStrings.rNotSupportedFlagInOGSMsg = "Flag '^1s' is not supported in Viewport 2.0 for modelEditor command."
s_TmodelEditorCmdStrings.rNotSupportedFlagMsg = "Flag '^1s' is obsolete for modelEditor command."
s_TmodelEditorCmdStrings.rOGSNotSupportedMac32Msg = "On the Mac, the Viewport 2.0 renderer is only available in the 64-bit version of Maya."
s_TmodelEditorCmdStrings.rOGSViewUnsupported = "The VP 2.0 renderer does not support the '^1s' view type. Renderer will not be set."
s_TmodelEditorCmdStrings.rObjFilterCannotBeRegisteredMsg = "The object filter('^1s') cannot be registered. Object filter will not be set."
s_TmodelEditorCmdStrings.rObjFilterNotRegisteredMsg = "The object filter('^1s') is not a registered filter. Object filter will not be set."
s_TmodelEditorCmdStrings.rRendererNotRegisteredMsg = "The renderer ('^1s') is not a registered renderer. Renderer will not be set."
s_TmodelEditorCmdStrings.rRendererOverrideNotRegisteredMsg = "The renderer override ('^1s') is not registered. The override will not be set."
s_TmodelEditorCmdStrings.rViewportRendererUnavailableMsg = "The renderer ('^1s') is not currently available. Viewport 2.0 will be used instead."
//
// String set: s_TmodelPaneStrings
//
s_TmodelPaneStrings.rDragAndDropDisplayMessage = "Dropped ^1s onto^2s"
//
// String set: s_TmodellingCtxStrings
//
s_TmodellingCtxStrings.rNoNodeToEditError = "No node to edit"
//
// String set: s_TmodifierOverrideActionStrings
//
s_TmodifierOverrideActionStrings.rNoSuchModifierErrorString = "No such modifier: "
//
// String set: s_TmoduleInfoCmdStrings
//
s_TmoduleInfoCmdStrings.rNoModuleDefPathFound = "No module definition file found"
s_TmoduleInfoCmdStrings.rNoModuleName = "No module name specified"
s_TmoduleInfoCmdStrings.rNoModulePathFound = "No module path found"
s_TmoduleInfoCmdStrings.rNoModuleVersionFound = "No module version found"
//
// String set: s_TmovInCmdStrings
//
s_TmovInCmdStrings.rMovInBadAnimConnError = "Could not connect the animation curves on ^1s."
s_TmovInCmdStrings.rMovInBadAnimCurveError = "Could not create the animation curves."
s_TmovInCmdStrings.rMovInBadFileError = "Could not read the file, ^1s."
s_TmovInCmdStrings.rMovInInvalidFileError = "Could not open the file, ^1s."
s_TmovInCmdStrings.rMovInInvalidRotationInterp = "Cannot create curves because rotation interpolation type of target curves is not \"Independent Euler\""
s_TmovInCmdStrings.rMovInMissingFileNameError = "A valid filename must be specified."
//
// String set: s_TmovOutActionStrings
//
s_TmovOutActionStrings.rMovOutBadFileError = "Could not read the file, ^1s."
s_TmovOutActionStrings.rMovOutBadStartEndTimeError = "Could not get the start/end times."
s_TmovOutActionStrings.rMovOutInvalidFileError = "Could not open the file, ^1s."
s_TmovOutActionStrings.rMovOutMissingFileNameError = "A valid filename must be specified."
s_TmovOutActionStrings.rMovOutNoUsableAttrsError = "No usable attributes were found."
s_TmovOutActionStrings.rMovOutNotNumericAttrError = "^1s is not a numeric attribute."
s_TmovOutActionStrings.rMovOutNotWritableAttrError = "^1s is not a writable attribute."
s_TmovOutActionStrings.rMovOutNullAttrError = "Unable to read the ^1s attribute."
s_TmovOutActionStrings.rMovOutPrecisionError = "Unable to read the precision value."
s_TmovOutActionStrings.rMovOutReadAttrError = "Could not read the ^1s attribute."
s_TmovOutActionStrings.rMovOutUnsupportedAttrError = "^1 is an unsupported attribute type."
//
// String set: s_TmoveKeyContextStrings
//
s_TmoveKeyContextStrings.rMoveKeyContextHelp = "LMB to select keys; MMB to move keys"
s_TmoveKeyContextStrings.rMoveKeyContextMsg = "Time offset: ^6.3f  Value offset: ^6.3f"
s_TmoveKeyContextStrings.rMoveKeyContextName = "Move Keys Tool"
s_TmoveKeyContextStrings.rMoveKeyContextNoSelectHelp = "LMB to move keys; MMB to move in time; RMB to move in value"
//
// String set: s_TmoveVertexAlongDirectionCmdStrings
//
s_TmoveVertexAlongDirectionCmdStrings.rMoveVertexCmdFailed = "Move vertex along direction command failed."
s_TmoveVertexAlongDirectionCmdStrings.rMoveVertexCmdOnItemFailed = "moveVertexAlongDirection command failed on "
s_TmoveVertexAlongDirectionCmdStrings.rMoveVertexDirectionError = "Number of direction flags do not match number of selected vertices."
s_TmoveVertexAlongDirectionCmdStrings.rMoveVertexDirectionMagError = "The number of -m flags do not match the number of -d flags."
s_TmoveVertexAlongDirectionCmdStrings.rMoveVertexIgnoreFlag = "Only one of -n or -u or -v or -d flags may be specified for all vertices."
s_TmoveVertexAlongDirectionCmdStrings.rMoveVertexInvalidDirectionFlag = "The direction vector is of zero length."
s_TmoveVertexAlongDirectionCmdStrings.rMoveVertexNoComponent = "No mesh vertex or NURBS control vertex selected."
//
// String set: s_TmovieInfoActionStrings
//
s_TmovieInfoActionStrings.rMovieCouldNotOpen = "Could not open file."
s_TmovieInfoActionStrings.rMovieFileNotFound = "File not found."
s_TmovieInfoActionStrings.rMovieInfoQueryNotSupportedOnThisPlatform = "Query not supported on this platform."
s_TmovieInfoActionStrings.rMovieTextureNotFound = "Movie texture not found."
//
// String set: s_TmovieStrings
//
s_TmovieStrings.rMovieEmptyMovie = "There is no data in the video stream."
s_TmovieStrings.rMovieInvalidPath = "Invalid path."
s_TmovieStrings.rMovieNoVideoStream = "No or invalid video stream."
s_TmovieStrings.rMovieUnableToCreateMovie = "Unable to create movie file."
s_TmovieStrings.rMovieUnableToGetCodecInformation = "Unable to get codec information."
s_TmovieStrings.rMovieUnableToLoadCodec = "Unable to load the codec driver '^1s'."
s_TmovieStrings.rMovieUnableToOpenMovie = "Unable to open the movie."
s_TmovieStrings.rMovieUnsupportedFormat = "Unsupport format."
s_TmovieStrings.rUnableToCreateAudioStream = "Unable to create Audio stream."
s_TmovieStrings.rUnableToCreateStream = "Unable to create Video stream, check the codec."
s_TmovieStrings.rUnableToInitQuickTime = "Unable to initialize Quicktime. Make sure there is a current version installed."
//
// String set: s_TmpBirailContextStrings
//
s_TmpBirailContextStrings.rMPBirailHelp1st = "Pick at least three profiles and press ENTER to complete selection of profiles"
s_TmpBirailContextStrings.rMPBirailHelp2nd = "Pick two rail curves intersecting the selected profiles"
s_TmpBirailContextStrings.rMPBirailHelp3rd = "Pick second rail curve"
s_TmpBirailContextStrings.rMPBirailHelp4th = "Press ENTER to complete surface creation"
s_TmpBirailContextStrings.rMPBirailHelp5th = "Select one more profile before pressing ENTER"
s_TmpBirailContextStrings.rMPBirailSrfToolName = "Birail 3+ Tool"
//
// String set: s_TmtBarrierStrings
//
s_TmtBarrierStrings.rErrorCodeMessage = "error code ^1d"
s_TmtBarrierStrings.rFatalTerminateMessage = "A fatal error has occured with barrier, '^1c', aborting process"
//
// String set: s_TmtThreadPoolStrings
//
s_TmtThreadPoolStrings.rChildTerminatedErrorStr = "A fatal error has occurred in a child process, terminating the main process."
//
// String set: s_TmuteCmdStrings
//
s_TmuteCmdStrings.rNoConnectedChannelsToMute = "No channels had connections to be muted."
s_TmuteCmdStrings.rObjectsToMuteMustBeSelected = "Objects to mute must be selected or specified."
s_TmuteCmdStrings.rSkippedChannel = "Skipping non-animated channel '^1s'."
s_TmuteCmdStrings.rTooManyQueryChannels = "Only one channel can be queried at a time."
//
// String set: s_TnBaseCmdStrings
//
s_TnBaseCmdStrings.rNBaseBadAttr = "The specified attribute is not a map attribute."
s_TnBaseCmdStrings.rNBaseBadFlagCombo = "Cannot use both -stuffStart and -clearStart."
s_TnBaseCmdStrings.rNBaseBadSelection = "Must select at least one nCloth or nRigid object."
s_TnBaseCmdStrings.rNBaseEditOnly = "nBase only supported with the -edit/-e flag."
s_TnBaseCmdStrings.rNBaseNoEditFlags = "No flags found to edit."
s_TnBaseCmdStrings.rNBaseNoQuery = "Query not supported on the nBase command."
s_TnBaseCmdStrings.rNBaseNoTexture = "No mapped texture was found to convert."
//
// String set: s_TnClothStrings
//
s_TnClothStrings.rNClothCacheFileName = "Using data from cache file ^1s"
s_TnClothStrings.rNClothSimNoCache = "nCloth '^1s' simulating at frame ^2f"
s_TnClothStrings.rNClothUsingCache = "nCloth '^1s' using cache at frame ^2f"
s_TnClothStrings.rNucleusEvalSubTime = "Nucleus node '^1s', time for substep evaluation at frame ^2f : ^3f"
s_TnClothStrings.rNucleusEvalTime = "Nucleus node '^1s', time for evaluation at frame ^2f : ^3f, total ^4f"
s_TnClothStrings.rNucleusInterrupt = "Nucleus has detected interrupt, stopping evaluation"
s_TnClothStrings.rNucleusNoEval = "Nucleus evaluation skipped, frame change too large"
//
// String set: s_TnameCmdStrings
//
s_TnameCmdStrings.rNameCmdCharacterSubst = "New name contains invalid characters. Illegal characters were converted to \"_\"."
s_TnameCmdStrings.rNameCmdInvalidUuid = "New name is not a valid UUID."
s_TnameCmdStrings.rNameCmdLocked = "Cannot rename a locked node."
s_TnameCmdStrings.rNameCmdLockedName = "Cannot rename a node with a locked name."
s_TnameCmdStrings.rNameCmdNoName = "New name has no legal characters."
s_TnameCmdStrings.rNameCmdNoObject = "No valid object to rename was specified."
s_TnameCmdStrings.rNameCmdNodeInAssembly = "Cannot rename nodes in an assembly. This is not a supported edit."
s_TnameCmdStrings.rNameCmdNonExistentNamespace = "Namespace of new name ^1s does not exist, it will be created."
s_TnameCmdStrings.rNameCmdNotUnique = "Name \"^1s\" not unique, renaming to \"^2s\"."
s_TnameCmdStrings.rNameCmdReadOnly = "Cannot rename a read only node."
s_TnameCmdStrings.rNameCmdRemoveInvalid = "Removing invalid characters from name."
s_TnameCmdStrings.rNameCmdTooMany = "Too many objects specified for rename."
s_TnameCmdStrings.rNameCmdUuidAlreadyInUse = "UUID already in use."
s_TnameCmdStrings.rNameMultibyteInvalid = "New name has invalid characters: ^1s"
s_TnameCmdStrings.rRenameNonMayaObjectFailed = "Rename of '^1s' to '^2s' failed: ^3s."
//
// String set: s_TnameCommandActionStrings
//
s_TnameCommandActionStrings.rAnnAMustStr = "The annotation flag must be specified."
//
// String set: s_TnamespaceCmdStrings
//
s_TnamespaceCmdStrings.rNamespaceCmdAlreadyExists = "A namespace of the given name '^1s' already exists."
s_TnamespaceCmdStrings.rNamespaceCmdBadParent = "Parent namespace '^1s' does not exist."
s_TnamespaceCmdStrings.rNamespaceCmdCannotDeleteCurrent = "The current namespace is now \":\"."
s_TnamespaceCmdStrings.rNamespaceCmdCannotDeleteObject = "The object: '^1s' is locked, can not remove it."
s_TnamespaceCmdStrings.rNamespaceCmdCharacterSubst = "New name contains invalid characters. Illegal characters were converted to \"_\"."
s_TnamespaceCmdStrings.rNamespaceCmdDeleteAssemblyInsideNS = "Cannot delete namespace '^1s' because it contains assembly reference representation nodes."
s_TnamespaceCmdStrings.rNamespaceCmdDeleteAssemblyRepNs = "Cannot delete namespace associated with an assembly."
s_TnamespaceCmdStrings.rNamespaceCmdFlagNotQuery = "The namespace command does not support querying this flag: '^1s'."
s_TnamespaceCmdStrings.rNamespaceCmdFlagQuery = "The namespace command only supports query mode for flag: '^1s'."
s_TnamespaceCmdStrings.rNamespaceCmdMissingArg = "Flag is expecting an argument."
s_TnamespaceCmdStrings.rNamespaceCmdMoveNameClash = "The contents of '^1s' can't be moved into '^2s' as it would result in a name clash. Use the '-force' flag to override."
s_TnamespaceCmdStrings.rNamespaceCmdMoveReadOnly = "The source namespace '^1s' is read-only."
s_TnamespaceCmdStrings.rNamespaceCmdMoveRefNodes = "The source namespace '^1s' contains referenced nodes."
s_TnamespaceCmdStrings.rNamespaceCmdMoveSrcIsDst = "The source and the destination namespaces are the same."
s_TnamespaceCmdStrings.rNamespaceCmdMoveSrcIsParent = "The source namespace '^1s' contains the destination namespace '^2s'."
s_TnamespaceCmdStrings.rNamespaceCmdNeedExistsFlag = "The -recurse/-r flag can only be used with -exists/-ex."
s_TnamespaceCmdStrings.rNamespaceCmdNewCurrent = "The current namespace is now '^1s'."
s_TnamespaceCmdStrings.rNamespaceCmdNoValidChar = "New name contains only illegal characters."
s_TnamespaceCmdStrings.rNamespaceCmdNotEmpty = "The namespace '^1s' is not empty."
s_TnamespaceCmdStrings.rNamespaceCmdNotEnoughFlags = "A flag is required for this command.  Type \"help ^1s;\" for proper command syntax."
s_TnamespaceCmdStrings.rNamespaceCmdNotFound = "No namespace matches name: '^1s'."
s_TnamespaceCmdStrings.rNamespaceCmdParentIgnored = "The input path is an absolute name, the specified parent (-p/-parent) is ignored"
s_TnamespaceCmdStrings.rNamespaceCmdParentNotUsed = "The -p/-parent flag is only used with -add/-addNamespace or -ren/-renameNamespace."
s_TnamespaceCmdStrings.rNamespaceCmdRenameArg = "Cannot rename: arguments to the -rename flag contain ':'. To rename to a different namespace, also specify the -parent flag."
s_TnamespaceCmdStrings.rNamespaceCmdRenameMergedNamespace = "Cannot rename child namespace in the reference."
s_TnamespaceCmdStrings.rNamespaceCmdRenameNestedAssembly = "Cannot rename namespace associated with a nested assembly."
s_TnamespaceCmdStrings.rNamespaceCmdRenameNestedReferenced = "Cannot rename namespace associated with reference file that is not a top-level reference."
s_TnamespaceCmdStrings.rNamespaceCmdRenameReferenced = "Cannot rename namespace associated with reference node: '^1s'. The 'file' command can be used to edit reference namespaces."
s_TnamespaceCmdStrings.rNamespaceCmdRenameReserved = "Cannot rename a reserved namespace."
s_TnamespaceCmdStrings.rNamespaceCmdRenameSrcIsDst = "Cannot rename: the destination namespace name already exists."
s_TnamespaceCmdStrings.rNamespaceCmdTooMany = "More than one namespace matches the name: '^1s'."
s_TnamespaceCmdStrings.rNamespaceCmdTooManyFlags = "Too many flags were given.  Type \"help ^1s;\" for proper command syntax."
s_TnamespaceCmdStrings.rNamespaceMultibyteInvalid = "New name cannot contain localized data: ^1s"
//
// String set: s_TnamespaceInfoActionStrings
//
s_TnamespaceInfoActionStrings.rNamespaceInfoActionARecurseCompat = "The -recurse flag can only be used with -ls/listNamespace, -lod/listOnlyDependencyNodes or -lon/listOnlyNamespaces."
s_TnamespaceInfoActionStrings.rNamespaceInfoActionInternalError = "The flag -internal can only used with flag -lod/-listOnlyDependencyNodes"
s_TnamespaceInfoActionStrings.rNamespaceInfoActionMissingArg = "Flag is expecting an argument."
s_TnamespaceInfoActionStrings.rNamespaceInfoActionNamespaceConflict = "A namespace name cannot be specified when using the -currentNamespace flag"
s_TnamespaceInfoActionStrings.rNamespaceInfoActionNoList = "The -dp/-dagPath flag must be used with the -ls/-listNamespace or -lod/-listOnlyDependencyNodes flag."
s_TnamespaceInfoActionStrings.rNamespaceInfoActionNoParent = "The current namespace is the root namespace, which has no parent."
s_TnamespaceInfoActionStrings.rNamespaceInfoActionNotEnoughFlags = "A flag is required for this command.  Type \"help ^1s;\" for proper command syntax."
s_TnamespaceInfoActionStrings.rNamespaceInfoActionNotFound = "No namespace matches name: '^1s'."
s_TnamespaceInfoActionStrings.rNamespaceInfoActionTooManyFlags = "Too many flags were given.  Type \"help ^1s;\" for proper command syntax."
s_TnamespaceInfoActionStrings.rNamespaceInfoActionTooManyFormatError = "Format flags \"shortName\", \"baseName\", \"fullName\", \"absoluteName\" are mutually exclusive"
//
// String set: s_TnamespaceStrings
//
s_TnamespaceStrings.rNamespaceBadRename = "The node '^1s' still clashed with a node in the main scene.  Renaming to '^2s'."
s_TnamespaceStrings.rNamespaceCollapseResetCurrent = "Current namespace is influenced by namespace collapsing operation, setting current namespace to root"
s_TnamespaceStrings.rNamespaceEditsLost = "Edits on '^1s' may have been lost as a result of renaming. We strongly recommend the use of Namespaces to resolve Name Clashes."
//
// String set: s_TnetworkActionStrings
//
s_TnetworkActionStrings.rSecurityWarningButtonAllow = "Allow"
s_TnetworkActionStrings.rSecurityWarningButtonAllowAll = "Allow All"
s_TnetworkActionStrings.rSecurityWarningButtonDeny = "Deny"
s_TnetworkActionStrings.rSecurityWarningMessage = "Command port ^1s  received the following code for execution:\n\n^2c\n\nDo you want to allow execution of this code?"
s_TnetworkActionStrings.rSecurityWarningResultDenied = "Execution denied by Maya."
s_TnetworkActionStrings.rSecurityWarningTitle = "Maya Security Warning"
//
// String set: s_TnodeCastCmdStrings
//
s_TnodeCastCmdStrings.rErrNodeCastCmdBadTypes = "The source and target nodes do not share the same sub-type."
s_TnodeCastCmdStrings.rErrNodeCastCmdFromReferencedFile = "The source or target node is from a referenced file. Referenced nodes are not supported by this command."
s_TnodeCastCmdStrings.rErrNodeCastCmdInvalidNode = "One or both of the specified nodes could not be found."
s_TnodeCastCmdStrings.rErrNodeCastCmdNoObject = "No objects were specified for the command to operate on."
s_TnodeCastCmdStrings.rErrNodeCastCmdOpFailed = "The node cast operation failed, please refer to the output window for details."
s_TnodeCastCmdStrings.rErrNodeCastCmdParseArgs = "Unable to parse the argument list."
s_TnodeCastCmdStrings.rWarnNodeCastInstances = "Instance objects were encoutered during node cast operation and were ignored."
//
// String set: s_TnodeGadgetStrings
//
s_TnodeGadgetStrings.rAnimationLabel = "K"
s_TnodeGadgetStrings.rConstraintLabel = "C"
s_TnodeGadgetStrings.rCouldntFindContainerIcon = "Couldn't find container icon ^1s"
s_TnodeGadgetStrings.rExpressionLabel = "E"
//
// String set: s_TnodeGrapherStrings
//
s_TnodeGrapherStrings.rCalculatingGraphLayout = "Calculating graph layout ..."
s_TnodeGrapherStrings.rConnectAttrErrCantConnect = "The attribute '^1s' cannot be connected to '^2s'."
s_TnodeGrapherStrings.rConnectNodes = "Connect Nodes"
s_TnodeGrapherStrings.rCopyContainerPath = "Copy Container Path"
s_TnodeGrapherStrings.rCopyPath = "Copy Path"
s_TnodeGrapherStrings.rCreateEdge = "Create Edge"
s_TnodeGrapherStrings.rCustomEditPreviewModeHud = "Click the mouse to exit Custom Attribute Preview"
s_TnodeGrapherStrings.rCustomTemplateSaved = "Custom template saved to '^1s'."
s_TnodeGrapherStrings.rDeleteItems = "Delete Items"
s_TnodeGrapherStrings.rDeletePort = "Delete Port"
s_TnodeGrapherStrings.rErrorOpeningFile = "Error opening file ^1s"
s_TnodeGrapherStrings.rErrorParsingElement = "Error parsing element ^1d"
s_TnodeGrapherStrings.rErrorParsingList = "Error parsing the list"
s_TnodeGrapherStrings.rErrorPerformingLayout = "Error while performing layout"
s_TnodeGrapherStrings.rErrorReadingFromFile = "Error reading from file ^1s"
s_TnodeGrapherStrings.rErrorRedockingTab = "Could not find primary Node Editor.  Cannot re-dock tab."
s_TnodeGrapherStrings.rErrorWritingToFile = "Error writing to file ^1s"
s_TnodeGrapherStrings.rGoDownOneLevel = "Go down one level"
s_TnodeGrapherStrings.rGoUpOneLevel = "Go up one level"
s_TnodeGrapherStrings.rGraphingAborted = "Node Editor graphing was aborted"
s_TnodeGrapherStrings.rGraphingConnectionLimit = "Node Editor graphing connection limit (^1d) reached.  Partial graph will be displayed.  You can modify optionVar 'editorConnectionScanLimit' to increase limit."
s_TnodeGrapherStrings.rLayoutAborted = "Node Editor layout was aborted"
s_TnodeGrapherStrings.rNewPort = "New Port"
s_TnodeGrapherStrings.rNewPortToolTip = "Create new port"
s_TnodeGrapherStrings.rNoTabToRestore = "There is no last closed tab to restore"
s_TnodeGrapherStrings.rNodeCreationError = "Cannot create '^1s' node. Node type does not exist."
s_TnodeGrapherStrings.rNodesAndConnectionsShown = "%1 nodes and %2 connections shown"
s_TnodeGrapherStrings.rOtherDotDotDot = "Other..."
s_TnodeGrapherStrings.rParameterEditor = "Parameter Editor"
s_TnodeGrapherStrings.rPortDeleteConfirm = "Are you sure you want to delete the port '%1'?"
s_TnodeGrapherStrings.rPortNameLabel = "Port Name:"
s_TnodeGrapherStrings.rProjection = "Projection"
s_TnodeGrapherStrings.rRedockButtonTooltip = "Re-dock this tab"
s_TnodeGrapherStrings.rRedockTabNotSupported = "This tab was not torn-off, so it cannot be re-docked"
s_TnodeGrapherStrings.rRenamePort = "Rename Port"
s_TnodeGrapherStrings.rSetPortMetaData = "Set Port %1"
s_TnodeGrapherStrings.rSetPortType = "Set Port Type"
s_TnodeGrapherStrings.rSettingViewMode = "Setting Node Editor view mode..."
s_TnodeGrapherStrings.rStencil = "Stencil"
s_TnodeGrapherStrings.rTabChangeCmdNotSupported = "Only the primary Node Editor can have a tab change command"
s_TnodeGrapherStrings.rTabCreateHelp = "Press Tab to create a node"
s_TnodeGrapherStrings.rTabCreateNotSupported = "Only the primary Node Editor can create new tabs"
s_TnodeGrapherStrings.rTabRenameNotSupported = "Node Editor tab widget does not support tab renaming"
s_TnodeGrapherStrings.rTabRestoreNotSupported = "Only the primary Node Editor can restore the last closed tab"
s_TnodeGrapherStrings.rTexture = "Texture"
s_TnodeGrapherStrings.rUntitled_n = "Untitled_"
s_TnodeGrapherStrings.rViewModeAborted = "Node Editor: View mode was aborted. Processed ^1d out of ^2d nodes."
s_TnodeGrapherStrings.rViewModeLODLimit = "Node Editor: Only Simple Mode is available for more than (^1d) nodes. You can modify optionVar 'nodeEdLODLimit' to increase limit."
//
// String set: s_TnodeGroupingUtilsStrings
//
s_TnodeGroupingUtilsStrings.rCanNotAddAFolderToItselfWarning = "Can not add a folder node to itself."
s_TnodeGroupingUtilsStrings.rCanNotCreateHyperLayoutError = "Can not add nodes to the new collapsed folder.  Problem storing the node information in new folder."
s_TnodeGroupingUtilsStrings.rCanNotMoveNodesIntoNonFolderNodeError = "Can not move nodes into ^1s.  ^1s is not a folder node."
s_TnodeGroupingUtilsStrings.rFolderXIsNestedInFolderYWarning = "Can not add ^1s to ^2s, because ^2s is nested inside of ^1s."
//
// String set: s_TnodePresetCmdStr
//
s_TnodePresetCmdStr.rDeleteError = "Unable to delete preset file ^1s."
s_TnodePresetCmdStr.rFindError = "Unable to find preset file ^1s."
s_TnodePresetCmdStr.rInvalidName = "The specified preset name is invalid. Only alphanumeric characters and underscore are permitted"
s_TnodePresetCmdStr.rOneFlag = "The nodePreset command must be used with one and only one flag."
s_TnodePresetCmdStr.rOpenError = "Failed to open preset file ^1s for writing."
//
// String set: s_TnodeTypeActionStrings
//
s_TnodeTypeActionStrings.rApiOtherFlagError = "The -api flag cannot be used in combination with any other flags."
s_TnodeTypeActionStrings.rBadNodeTypeError = "Unrecognized node type '^1s'."
s_TnodeTypeActionStrings.rDerivedAndInheritedError = "Only one of -derived or -inherited may be specified."
//
// String set: s_TnonExtendedLightShapeStrings
//
s_TnonExtendedLightShapeStrings.rNonExtendedLightShapeDefaultDepthMapName = "depthmap"
//
// String set: s_TnonModalColorEditorStrings
//
s_TnonModalColorEditorStrings.rNonModalColorEditorCancelBtnStr = "Cancel"
s_TnonModalColorEditorStrings.rNonModalColorEditorCloseBtnStr = "Accept"
s_TnonModalColorEditorStrings.rNonModalColorEditorResetBtnStr = "Reset"
s_TnonModalColorEditorStrings.rNonModalColorEditorTitleStr = "Color Chooser"
//
// String set: s_TnullEvaluatorStrings
//
s_TnullEvaluatorStrings.rNullEvaluatorObjectType = "Null Custom Evaluator"
//
// String set: s_TnurbsCubeContextStrings
//
s_TnurbsCubeContextStrings.rNurbsCubeClickHelp = "Click-Drag to create a NURBS Cube"
s_TnurbsCubeContextStrings.rNurbsCubeToolMsg = "Length:^6.3f Width:^6.3f Height:^6.3f"
s_TnurbsCubeContextStrings.rNurbsCubeToolName = "NURBS Cube"
//
// String set: s_TnurbsDimCtxStrings
//
s_TnurbsDimCtxStrings.rNurbsDimPoint = "Click and drag to pick point on curve to measure dimension at."
//
// String set: s_TnurbsEditUVCmdStrings
//
s_TnurbsEditUVCmdStrings.rNurbsEditUVCmdNoExplicitUVSet = "Cannot edit UVs. An explicit UV set does not exist on the object: "
s_TnurbsEditUVCmdStrings.rNurbsEditUVCmdUseUVSetCmd = "Use the 'nurbsUVSet' command to enable the explicit UV set."
//
// String set: s_TnurbsModellingCmdStrings
//
s_TnurbsModellingCmdStrings.rChangedToKeepOriginalsOn = "Changed to keep originals on since one selection item was used to create another which would cause a loop in the dependency graph."
s_TnurbsModellingCmdStrings.rForcingRNOff = "Forcing \"rn\" option off since a selected item is not a curve shape."
s_TnurbsModellingCmdStrings.rRebuildCurveBezierErr = "Rebuild curve only supports NURBS curves. Remove Bezier curves from the selection to continue."
//
// String set: s_TnurbsPlaneContextStrings
//
s_TnurbsPlaneContextStrings.rNurbsPlaneClickHelp = "LMB click-drag to create a plane."
s_TnurbsPlaneContextStrings.rNurbsPlaneToolMsg = "Length:^6.3f Width:^6.3f"
s_TnurbsPlaneContextStrings.rNurbsPlaneToolName = "Plane (NURBS)"
//
// String set: s_TnurbsSurfaceStrings
//
s_TnurbsSurfaceStrings.rNurbsSurfaceAskDeleteComponents = "Deleting the complete surface?"
s_TnurbsSurfaceStrings.rNurbsSurfaceCancel = "Cancel"
s_TnurbsSurfaceStrings.rNurbsSurfaceContinueNoUndo = "Continue (no undo for trimmed surfaces)"
s_TnurbsSurfaceStrings.rNurbsSurfaceDelCVDelIso = "Deleting a single CV will delete the row and the column of CVs that contain it."
s_TnurbsSurfaceStrings.rNurbsSurfaceFailedToCompute = "failed to compute the result."
s_TnurbsSurfaceStrings.rNurbsSurfaceInvalid = "invalid NURBS surface."
s_TnurbsSurfaceStrings.rNurbsSurfaceWarnDeleteComponents = "deleting the complete surface is not undoable for trimmed surfaces."
//
// String set: s_TnurbsToPolygonsPrefCmdStrings
//
s_TnurbsToPolygonsPrefCmdStrings.rTnurbsToPolyValueOutOfRange = "Index out of range: "
s_TnurbsToPolygonsPrefCmdStrings.rTnurbsToPolyValueTooHigh = "Value too high: "
s_TnurbsToPolygonsPrefCmdStrings.rTnurbsToPolyValueTooLow = "Value too low: "
//
// String set: s_TnurbsUVSetCmdStrings
//
s_TnurbsUVSetCmdStrings.rNurbsUVSetCmdCouldNotCopyImplicitUVs = "Could not copy implicit UVs on the object: "
s_TnurbsUVSetCmdStrings.rNurbsUVSetCmdCouldNotCopyUVsToNode = "Could not update shape node UVs on the object: "
s_TnurbsUVSetCmdStrings.rNurbsUVSetCmdExplicitUVSetAlreadyExists = "An explicit UV set already exists on the object: "
s_TnurbsUVSetCmdStrings.rNurbsUVSetCmdExplicitUVSetCreation = "Use -c/create to create an explicit UV set."
s_TnurbsUVSetCmdStrings.rNurbsUVSetCmdExplicitUVSetDoesNotExist = "An explicit UV set does not exist on the object: "
s_TnurbsUVSetCmdStrings.rNurbsUVSetCmdExplicitUVSetName = "defaultExplicitUVSet"
s_TnurbsUVSetCmdStrings.rNurbsUVSetCmdMoreThanOneQuery = "Cannot query more than one flag at a time."
//
// String set: s_TobjImportStrings
//
s_TobjImportStrings.rCannotCreateMultipleObjectsStr = "Your OBJ file contains faces shared by multiple groups.\nMaya cannot create multiple objects for this file.\nA single mesh object will be created instead.\nThe OBJ group information will be captured in Maya sets."
s_TobjImportStrings.rFaceCreationIndexOutofRangeErrorStr = "OBJ file line %d: index out of range for face creation."
s_TobjImportStrings.rIndexOutofRangeErrorStr = "OBJ file line %d: index out of range."
s_TobjImportStrings.rInvalidCharactersStr = "The OBJ group name '^1s' contains invalid characters.  Renaming to '^2s'."
s_TobjImportStrings.rInvalidDataStr = "The OBJ File contains invalid data - Some geometry could not be created"
s_TobjImportStrings.rInvalidOptionUseWarningStr = "Option \"Use legacy vertex order\" will only take effect when option \"Multiple Objects\" is enabled."
s_TobjImportStrings.rLineTooLongErrorStr = "Your OBJ file contains a line which is too long to be parsed. Please edit your obj file."
s_TobjImportStrings.rMinParamValuesErrorStr = "OBJ file line %d: %c parm must have a minimum of two parameter values."
s_TobjImportStrings.rNormalCreationIndexOutOfRangeStr = "OBJ file line %d: index out of range for normal creation (%d)."
s_TobjImportStrings.rOKButtonNameStr = "OK"
s_TobjImportStrings.rValueOutOfRangeErrorStr = "OBJ file line %d: %c parm value out of range."
s_TobjImportStrings.rVectorInvalidRangeErrorStr = "OBJ file line %d: %c parm vector does not start and end at range (%f, %f)."
s_TobjImportStrings.rWrongGeometricVertexIndexStr = "Wrong geometric vertex index %d in OBJ file line %d\n"
s_TobjImportStrings.rWrongTextureVertexIndexStr = "Wrong texture vertex index %d in OBJ file line %d\n"
s_TobjImportStrings.rWrongVertexNormalIndexStr = "Wrong vertex normal index %d in OBJ file line %d\n"
//
// String set: s_TobjectArcLengthCmdStrings
//
s_TobjectArcLengthCmdStrings.rCouldntComputerArcLength = "Couldn't compute arclength"
//
// String set: s_TobjectStatsCmdStrings
//
s_TobjectStatsCmdStrings.rObjstatsNoCounter = "No counter matches '^1s'."
s_TobjectStatsCmdStrings.rObjstatsNoCounterAll = "No counter for one or more objects.  Results may be inaccurate."
//
// String set: s_ToffsetCosCmdStrings
//
s_ToffsetCosCmdStrings.rNotValidCurveIsoparmOrTrimmedEdge = "Not a valid curve on surface or isoparm or trimmed edge on a NURBS surface"
s_ToffsetCosCmdStrings.rSelectCurveIsoparmOrTrimmedEdge = "Select a curve on surface or isoparm or trimmed edge on a NURBS surface"
//
// String set: s_ToffsetCosContextStrings
//
s_ToffsetCosContextStrings.rOffsetCosHelpDragging = "Drag the offset curve to where you want it located. Press ENTER to complete."
s_ToffsetCosContextStrings.rOffsetCosHelpSelecting = "Pick curves to offset. Shift-Click Button2 to unpick. Drag to get temporary offset curve. Press ENTER to offset."
//
// String set: s_ToffsetCurveContextStrings
//
s_ToffsetCurveContextStrings.rOffsetCurveHelpDragging = "Drag the offset curve to where you want it located. Press ENTER to complete."
s_ToffsetCurveContextStrings.rOffsetCurveHelpSelecting = "Pick curves to offset. Shift-Click Button2 to unpick. Drag to get temporary offset curve. Press ENTER to offset."
//
// String set: s_TorbitContextStrings
//
s_TorbitContextStrings.rOrbitToolFeedback = "Rotation: ^4.2f ^4.2f"
s_TorbitContextStrings.rOrbitToolHelp = "Drag mouse to tumble and use control modifier to constrain rotation"
s_TorbitContextStrings.rOrbitToolName = "Orbit Tool"
//
// String set: s_TorbitDollyContextStrings
//
s_TorbitDollyContextStrings.rOrbitDollyToolName = "Orbit Dolly Tool"
//
// String set: s_ToutlinerRenderLayerFilterStrings
//
s_ToutlinerRenderLayerFilterStrings.rInsideAllLayers = "Inside All Layers"
s_ToutlinerRenderLayerFilterStrings.rInsideSelected = "Inside Selected"
s_ToutlinerRenderLayerFilterStrings.rLockToolTip = "Locks current render filter selection"
s_ToutlinerRenderLayerFilterStrings.rNoRenderLayerSelected = "No render layer/collection is selected"
s_ToutlinerRenderLayerFilterStrings.rOutsideAllLayers = "Outside All Layers"
s_ToutlinerRenderLayerFilterStrings.rOutsideSelected = "Outside Selected"
s_ToutlinerRenderLayerFilterStrings.rScene = "Scene"
//
// String set: s_TpaintStrings
//
s_TpaintStrings.rErrInvalidUserFunc = "User defined MEL function does not return a valid result."
//
// String set: s_TpairBlendCmdStrings
//
s_TpairBlendCmdStrings.rPairBlendAttachErr = "Could not attach the blend node."
s_TpairBlendCmdStrings.rPairBlendMissingAttrNameOnNodeErr = "Could not find attribute on node."
s_TpairBlendCmdStrings.rPairBlendNeedAttrFlagErr = "The attribute flag is required in create mode."
s_TpairBlendCmdStrings.rPairBlendNeedNodeFlagErr = "The node flag is required in create mode."
s_TpairBlendCmdStrings.rPairBlendNoEdit = "The pairBlend command does not support the edit flag."
s_TpairBlendCmdStrings.rPairBlendNoValidQueryFlag = "No valid query flags were specified."
s_TpairBlendCmdStrings.rPairBlendNotFound = "A single pair blend node must be selected or specified in query mode."
//
// String set: s_TpanTiltRollContextStrings
//
s_TpanTiltRollContextStrings.rPanTiltRollToolName = "Pan Tilt Roll Tool"
//
// String set: s_TpanZoomContextStrings
//
s_TpanZoomContextStrings.rPanZoomToolName = "2D Pan/Zoom Tool"
s_TpanZoomContextStrings.rView2dPanToolFeedback = "Distance (inches): ^4.2f ^4.2f"
s_TpanZoomContextStrings.rView2dPanToolHelp = "Drag to pan in 2D."
s_TpanZoomContextStrings.rView2dZoomToolFeedback = "Zoom Scale: ^4.2f"
s_TpanZoomContextStrings.rView2dZoomToolHelp = "Drag to zoom in 2D or use control modifier to box zoom in 2D."
s_TpanZoomContextStrings.rView2dZoomToolNoPanning = "Panning is not allowed in the current view"
//
// String set: s_TpanelConfigActionStrings
//
s_TpanelConfigActionStrings.rPanelConfigEditDefaultImageError = "The default image may not be modified. Use the -i/image flag instead."
//
// String set: s_TpanelContextStrings
//
s_TpanelContextStrings.rAllItems = "All items..."
//
// String set: s_TpanelMenuActionStrings
//
s_TpanelMenuActionStrings.rNewPanelStr = "New Panel"
s_TpanelMenuActionStrings.rTearOffStr = "Tear Off"
//
// String set: s_TparentCmdStrings
//
s_TparentCmdStrings.rParentAbsoluteFlagWarningMsg = "The -a/absolute flag is ignored when used with -add and -rm/remove flags."
s_TparentCmdStrings.rParentAddMsg = "Object, '^1s', is already a child of the parent, '^2s'."
s_TparentCmdStrings.rParentAddToReferencedErrorStr = "Cannot parent a referenced object to another referenced object. Use the 'group' command."
s_TparentCmdStrings.rParentCanNotAddMsg = "Object, '^1s', skipped. It is already a child of the parent, '^2s'."
s_TparentCmdStrings.rParentChildMsg = "Cannot parent an object to one of its children, '^1s'."
s_TparentCmdStrings.rParentCmdDifferentParentErrorStr = "Cannot parent objects under different worlds."
s_TparentCmdStrings.rParentCmdGroupArgErrorStr = "Last argument must be a group."
s_TparentCmdStrings.rParentCmdIgnoringArgumentErrorStr = "Cannot parent components or objects in the underworld."
s_TparentCmdStrings.rParentLockedContainerErrorStr = "Node '^1s' is in a locked container and not published as a parent anchor."
s_TparentCmdStrings.rParentLockedNodeErrorStr = "Node '^1s' is locked and cannot be reparented."
s_TparentCmdStrings.rParentNameConflictWarningMsg = "An intermediate group node was inserted between a read only object and the parent to avoid naming conflict."
s_TparentCmdStrings.rParentNonInstanceableCommonRoot = "Cannot parent because nodes '^1s' and '^2s' share a common ancestor, but a child is marked non-instanceable, thus connecting them would create an instance"
s_TparentCmdStrings.rParentNonInstanceableNode = "Node '^1s' is non-instanceable and cannot be reparented"
s_TparentCmdStrings.rParentNonInstanceableParent = "Cannot parent because a potential child is non-instancable but the potential parent '^1s' is already instanced"
s_TparentCmdStrings.rParentReferenceMsg = "Referenced objects parented to referenced objects may not be reparented."
s_TparentCmdStrings.rParentRemoveReadOnlyMsg = "Cannot remove an object from a referenced file."
s_TparentCmdStrings.rParentShapeToWorldErrorStr = "Cannot parent shapes to the world."
s_TparentCmdStrings.rParentTransformOnlyMsg = "'parent' command only operates on transform nodes. To parent shapes, use the -s/shape flag."
//
// String set: s_TparticleRenderInfoActionStrings
//
s_TparticleRenderInfoActionStrings.rMissingArgumentStr = "missing argument"
s_TparticleRenderInfoActionStrings.rQueryOnlyStr = "Not an editable flag: query only."
//
// String set: s_TparticleSamplerInfo
//
s_TparticleSamplerInfo.rDynAttrUndefined = " is not defined on particle shape"
s_TparticleSamplerInfo.rDynAttrUnsupported = " has data type not supported in particleSamplerInfo"
s_TparticleSamplerInfo.rDynColor = "Color"
s_TparticleSamplerInfo.rDynOpacity = "Opacity"
//
// String set: s_TparticleShapeStrings
//
s_TparticleShapeStrings.rCompressedAttributeTypeError = "In order to use the attribute \"^1s\" with the particleSamplerInfo node, it must be of type ^2s."
s_TparticleShapeStrings.rMaxParticleCountExceeded = "max particle count exceeded, reducing ^1d to ^2d\n"
s_TparticleShapeStrings.rNoDynamicsWithDeformer = "isDynamic is not supported with deformed particles."
s_TparticleShapeStrings.rPartBadIncomingConnection = "Connection from ^1s ---> ^2s was not allowed.  You can only connect to a per-particle attribute from another per-particle attribute on the same shape or from an arrayMapper or particleAgeMapper node.  This may cause subsequent connections to fail during duplication with the \"-ic\" flag."
s_TparticleShapeStrings.rPartBadRampOnPhysicalAttr = "The attribute \"^1s\" can not be directly driven by a ramp.  Connect the ramp to \"^2s\" to get the desired effect.  The values from the ramp will then be the starting values for the dynamic simulation for each frame."
s_TparticleShapeStrings.rPartBadRampOnPhysicsAttrAcc = "rampAcceleration"
s_TparticleShapeStrings.rPartBadRampOnPhysicsAttrPos = "rampPosition"
s_TparticleShapeStrings.rPartBadRampOnPhysicsAttrVel = "rampVelocity"
s_TparticleShapeStrings.rPartCanNotComputeGoalForcesWithZeroDynWeight = "The goal forces for \"^1s\" can not be computed when the \"dynamicsWeight\" attribute is 0 and are disabled.  To use goal forces, set the \"dynamicsWeight\" attribute to a value between 0 and 1."
s_TparticleShapeStrings.rPartExprCreationExecutionError = "An execution error occurred in the creation expression for "
s_TparticleShapeStrings.rPartExprRuntimeAfterDynamicsExecutionError = "An execution error occurred in the runtime after dynamics expression for "
s_TparticleShapeStrings.rPartExprRuntimeBeforeDynamicsExecutionError = "An execution error occurred in the runtime before dynamics expression for "
s_TparticleShapeStrings.rPartMassZero = "Mass zero error. Particle ^1s, ^2s has mass zero. Results will be unreliable. Check any expression or ramp on mass and check the component editor, and set a non-zero value."
s_TparticleShapeStrings.rPartNoTargetGeomWorldMatrixConnection = "^1s.targetGeometryWorldMatrix attribute must have an incoming connection in order for ^2s.targetGeometrySpace with a value of 0 (Geometry Local) to work correctly.  A default matrix will be used that has no effect.  Make sure that a connection from the target geometry's world matrix is connected to ^3s.targetGeometryWorldMatrix."
s_TparticleShapeStrings.rPartOnlyRampOnRampAttr = "The attribute \"^1s\" can only be driven by an arrayMapper node created with the arrayMapper command."
s_TparticleShapeStrings.rReferencedParticleExpression = "Referencing scenes with particle expressions is not supported and may corrupt your particle object. Please remove the reference and do the particle effect in the main scene."
s_TparticleShapeStrings.rWarningCacheAttributeChange = "The particle shape is currently cached.  Changing an attribute will have no affect "
s_TparticleShapeStrings.rWarningCacheConnectionChange = "The particle shape is currently cached.  Connecting/disconnecting to a field or attribute will have no affect "
s_TparticleShapeStrings.rWarningCacheDelete = "until the cache is manually deleted via the Solvers->Memory Caching->Delete menu."
//
// String set: s_TpartitionCmdStrings
//
s_TpartitionCmdStrings.rPartitionCmdAddFlagErrorStr = "Cannot use the -add flag with query or creation"
s_TpartitionCmdStrings.rPartitionCmdAddRemoveFlagErrorStr = "Cannot use the -add and -remove flags at the same time"
s_TpartitionCmdStrings.rPartitionCmdCreationErrorStr = "Partition cannot be created. Members of Set \"^1s\" are also in another set to be added to the partition."
s_TpartitionCmdStrings.rPartitionCmdIgnoreNonSetsErrorStr = "Ignoring arguments which are not sets"
s_TpartitionCmdStrings.rPartitionCmdInvalidArgumentErrorStr = "Argument to -add/-remove flag is not a partition"
s_TpartitionCmdStrings.rPartitionCmdNothingToEditErrorStr = "Nothing to edit"
s_TpartitionCmdStrings.rPartitionCmdNothingToQueryErrorStr = "No partition to query, missing argument"
s_TpartitionCmdStrings.rPartitionCmdRemoveFlagErrorStr = "Cannot use the -remove flag with query or creation"
s_TpartitionCmdStrings.rPartitionCmdRenderPartitionErrorStr = "Cannot add non-renderable sets to a render partition"
s_TpartitionCmdStrings.rPartitionCmdSetAdditionErrorStr = "Set \"^1s\" contains items which are already in partition \"^2s\""
//
// String set: s_TpasteKeyCmdStrings
//
s_TpasteKeyCmdStrings.rPasteKeyAnimLayerErr = "specified animation layer not found"
s_TpasteKeyCmdStrings.rPasteKeyConnectOptionErr = "'connect' not valid for given option"
s_TpasteKeyCmdStrings.rPasteKeyFailedErr = "paste operation failed"
s_TpasteKeyCmdStrings.rPasteKeySingleTimeOnlyErr = "time ranges not valid with given option"
s_TpasteKeyCmdStrings.rPasteKeyTimeRangeOnlyErr = "time range required by given option"
s_TpasteKeyCmdStrings.rPasteKeyWeightChangeWarn = "curve weight type changed to weighted"
//
// String set: s_TpathAnimationCmdStrings
//
s_TpathAnimationCmdStrings.rErrMsgInvalidMPWorldUpObject = "Invalid worldUpObject."
s_TpathAnimationCmdStrings.rErrMsgInvalidMPWorldUpType = "Invalid worldUpType."
s_TpathAnimationCmdStrings.rPathAnimAttributeConnectedErr = "^1s already has an input connection."
s_TpathAnimationCmdStrings.rPathAnimCurveErr = "Invalid argument for -curve flag."
s_TpathAnimationCmdStrings.rPathAnimDuplicateNameErr = " name is already in use. Please choose another."
s_TpathAnimationCmdStrings.rPathAnimFUConflictErr = "Cannot use the same axis for -followAxis and -upAxis flags."
s_TpathAnimationCmdStrings.rPathAnimFUaxisConflictErr = "Cannot use the same axis for followAxis and upAxis."
s_TpathAnimationCmdStrings.rPathAnimFollowAxisErr = "Invalid argument for -followAxis option."
s_TpathAnimationCmdStrings.rPathAnimInvalidDagObjectErr = " is not of type 'transform'."
s_TpathAnimationCmdStrings.rPathAnimInvalidPathErr = " is an invalid path."
s_TpathAnimationCmdStrings.rPathAnimIsLockedErr = "^1s is locked."
s_TpathAnimationCmdStrings.rPathAnimMotionCurveFailErr = "Failed to connect to the path."
s_TpathAnimationCmdStrings.rPathAnimMovingObjectFailErr = "Failed to connect to the moving object."
s_TpathAnimationCmdStrings.rPathAnimNoNodeSelectedErr = "No motion path node is selected."
s_TpathAnimationCmdStrings.rPathAnimNoPathErr = "Need a curve (or curveOnSurface) to be the last selected object."
s_TpathAnimationCmdStrings.rPathAnimNoUParamCurveErr = "Cannot find the U animation curve node."
s_TpathAnimationCmdStrings.rPathAnimNotEnoughArgumentsErr = "Select a transform object and a curve."
s_TpathAnimationCmdStrings.rPathAnimObjComponentErr = "Cannot animate components directly. Put the components for ^1s into a cluster and animate the cluster with path animation."
s_TpathAnimationCmdStrings.rPathAnimObjComponentPathErr = "Cannot use an object component as the path."
s_TpathAnimationCmdStrings.rPathAnimObjectPathConflictErr = "^1s is also the path curve."
s_TpathAnimationCmdStrings.rPathAnimObjectPathEmptyErr = "^1s does not contain a DAG object."
s_TpathAnimationCmdStrings.rPathAnimParamCurveFailErr = "Failed to create/connect to an animation curve."
s_TpathAnimationCmdStrings.rPathAnimSeeWarningsErr = "Please see the warning(s)."
s_TpathAnimationCmdStrings.rPathAnimUTimeConflictErr = "Conflicting arguments for -startTimeU and -endTimeU."
s_TpathAnimationCmdStrings.rPathAnimUpAxisErr = "Invalid argument for -upAxis option."
//
// String set: s_TpencilContextStrings
//
s_TpencilContextStrings.rPencilHelpString = "Click and drag Button1 to draw a curve."
//
// String set: s_TperCameraVisibilityActionStrings
//
s_TperCameraVisibilityActionStrings.rExclusiveAndHideCannotBeUsedTogether = "Exclusive and hide cannot be used together."
s_TperCameraVisibilityActionStrings.rNoCamera = "No camera specified."
s_TperCameraVisibilityActionStrings.rRemoveAllCannotBeCombined = "Remove all cannot be combined with other flags."
s_TperCameraVisibilityActionStrings.rRemoveCameraCannotBeCombined = "Remove camera cannot be combined with other flags."
s_TperCameraVisibilityActionStrings.rRemoveCannotBeUsedInQuery = "Remove options cannot be used in query mode."
s_TperCameraVisibilityActionStrings.rRemoveMustBeUsedWithExclusiveOrHide = "Remove must be used in conjunction with exclusive or hide."
//
// String set: s_TpercentCmdStrings
//
s_TpercentCmdStrings.rPercentClusterNameWrong = "Could not find match for specified deformer name."
s_TpercentCmdStrings.rPercentCurveNotFound = "Curve not found."
s_TpercentCmdStrings.rPercentDropoffAxisError = "The -dax flag must be used in conjunction with the -dp flag."
s_TpercentCmdStrings.rPercentDropoffDistanceError = "The -dds flag must be used in conjunction with the -dax, -dp, or -dc flags."
s_TpercentCmdStrings.rPercentInvalidDropoffType = "Valid -dropoffType options are: none, sine, linear, exponential, linearSquared."
s_TpercentCmdStrings.rPercentNeedPercentValue = "Percentage must be specified."
s_TpercentCmdStrings.rPercentNeedValueFlag = "Specify the -v flag to query percentage values."
s_TpercentCmdStrings.rPercentNeedWeightNode = "Weighted node must be specified after percentage."
s_TpercentCmdStrings.rPercentNoMatchToClusterName = "No match to deformer name."
s_TpercentCmdStrings.rPercentNoObjectsFound = "Select the components whose percentage you wish to modify."
s_TpercentCmdStrings.rPercentObjectsNotConnected = "The selected object was not found connected to the deformer."
s_TpercentCmdStrings.rPercentObjectsNotDAGObject = "The selected object is not a DAG object."
s_TpercentCmdStrings.rPercentWrongComponents = "Weights can only be modified on vertex components."
//
// String set: s_TperformanceOptionsActionStrings
//
s_TperformanceOptionsActionStrings.rInvalidClusterPercent = "Cluster resolution must be between 0.0 and 10.0"
s_TperformanceOptionsActionStrings.rInvalidLatticeResolution = "Lattice resolution must be between 0.0 and 1.0"
//
// String set: s_TpickWalkCmdStrings
//
s_TpickWalkCmdStrings.rPickWalkInvalidDirectionArgument = ": invalid direction flag argument. Try up, down, left or right"
s_TpickWalkCmdStrings.rPickWalkInvalidTypeArgument = ": invalid type flag argument. Try (nodes, instances)"
s_TpickWalkCmdStrings.rPickWalkNoDirectionArgument = ": direction flag takes arguments (up, down, left, right)"
s_TpickWalkCmdStrings.rPickWalkNoTypesArgument = ": type flag takes arguments (nodes, instances)"
//
// String set: s_TpixelMapStrings
//
s_TpixelMapStrings.rPixelMapFlipError = "Out of memory for pixelMap vertical flip"
s_TpixelMapStrings.rPixelMapImageError = "Failed to allocate image space"
s_TpixelMapStrings.rPixelMapMemoryError = "Insufficient memory to create pixelMap"
s_TpixelMapStrings.rPixelMapZeroArea = "Zero area integration in pixelMap zooming"
//
// String set: s_TplanarTrimSrfContextStrings
//
s_TplanarTrimSrfContextStrings.rPlanarHelpSelecting = "Pick the curves. Click Button1 to unpick. Press ENTER to produce a trimmed surface."
s_TplanarTrimSrfContextStrings.rPlanarHelpSelecting1st = "Pick the curves to make a planar trimmed surface."
s_TplanarTrimSrfContextStrings.rPlanarTrimToolName = "PlanarTrim"
//
// String set: s_TplayActionStrings
//
s_TplayActionStrings.rPlayBatchModeErr = "Command not available in batch mode"
s_TplayActionStrings.rPlayFlagCombinationErr = "Flag combination error"
s_TplayActionStrings.rPlayQueryErr = "Query flags cannot be combined"
//
// String set: s_TplaybackOptionsCmdStrings
//
s_TplaybackOptionsCmdStrings.rPlaybackOptionsByWarn = "Cannot support requested ^1s value of ^2f, using ^3f."
s_TplaybackOptionsCmdStrings.rPlaybackOptionsLoopOptionErr = "Invalid loop flag value."
s_TplaybackOptionsCmdStrings.rPlaybackOptionsMaxSpeedOptionErr = "Invalid maxPlaybackSpeed value."
s_TplaybackOptionsCmdStrings.rPlaybackOptionsSpeedOptionErr = "Invalid playbackSpeed value."
s_TplaybackOptionsCmdStrings.rPlaybackOptionsViewOptionErr = "Invalid view flag value."
//
// String set: s_TplayblastCmdStrings
//
s_TplayblastCmdStrings.rMaxPlayblastResolutionLimitInPLE = "Playblast resolution is limited to ^1dx^2d."
s_TplayblastCmdStrings.rPlayblastAVINotSupportedErr = "AVI movies are not supported on this platform."
s_TplayblastCmdStrings.rPlayblastActiveViewErr = "no active view for playblast"
s_TplayblastCmdStrings.rPlayblastBadCompressionErr = "invalid compression type"
s_TplayblastCmdStrings.rPlayblastBadFormatErr = "invalid format type"
s_TplayblastCmdStrings.rPlayblastBadOptionIFFErr = "flag not valid with 'iff' output format"
s_TplayblastCmdStrings.rPlayblastBadPercentageErr = "invalid percent value"
s_TplayblastCmdStrings.rPlayblastCameraArgumentErr = "Incorrect -cameraSetup arguments specified."
s_TplayblastCmdStrings.rPlayblastCameraSetupErr = "Camera setup command failed to execute (^s). Skipping this camera setup."
s_TplayblastCmdStrings.rPlayblastClampedWarn = "playblast can not create movies larger than the active view. Clamping values"
s_TplayblastCmdStrings.rPlayblastCodecErr = "Failed to find codec."
s_TplayblastCmdStrings.rPlayblastCommandFailedErr = "command failed"
s_TplayblastCmdStrings.rPlayblastCommandFormatNotSpecified = "Command format is not specified for Image Viewer in preferences."
s_TplayblastCmdStrings.rPlayblastCompressionErr = "Unable to initialize codec."
s_TplayblastCmdStrings.rPlayblastCopyMovieErr = "Unable to copy the video to its final destination. Check if the path is accessible."
s_TplayblastCmdStrings.rPlayblastDiskSpaceErr = "out of disk space.  Deleting playblast files"
s_TplayblastCmdStrings.rPlayblastFailedCreateDir = "Failed to create output directory."
s_TplayblastCmdStrings.rPlayblastFcheckRateWarn = "fcheck only supports pal, ntsc, and film frame rates"
s_TplayblastCmdStrings.rPlayblastFileExistErr = "The file ^s exists and overwrite flag not set. Playblast aborted."
s_TplayblastCmdStrings.rPlayblastIFZMovieErr = "-movie flag cannot used with -indexFromZero, using -image instead."
s_TplayblastCmdStrings.rPlayblastImageMemErr = "not enough memory to set up image parameters"
s_TplayblastCmdStrings.rPlayblastImageTrackErr = "could not add image track"
s_TplayblastCmdStrings.rPlayblastInputMovieErr = "Failed to open input movie."
s_TplayblastCmdStrings.rPlayblastInteruptWarning = "Playblast was interrupted. File still created but may be incomplete."
s_TplayblastCmdStrings.rPlayblastMinResErr = "Playblast resolution must by at least ^1dx^2d."
s_TplayblastCmdStrings.rPlayblastMismatchDepthFormatErr = "Depth output only works with Maya IFF format"
s_TplayblastCmdStrings.rPlayblastModWarn = "playblast requires width and height to be divisible by 4. Modifying values"
s_TplayblastCmdStrings.rPlayblastMovieFileErr = "could not open or create movie file"
s_TplayblastCmdStrings.rPlayblastMovieLibraryErr = "could not link to movie library"
s_TplayblastCmdStrings.rPlayblastNeedOffscreenBufferErr = "Only offscreen playblast is supported on this hardware."
s_TplayblastCmdStrings.rPlayblastNoModelEditor = "Model editor name cannot be found for current view"
s_TplayblastCmdStrings.rPlayblastNoVideoErr = "Input movie has no video track."
s_TplayblastCmdStrings.rPlayblastNotSupportedErr = "Offscreen playblast not supported on this hardware."
s_TplayblastCmdStrings.rPlayblastOffscreenBufferErr = "Unable to allocate offscreen buffer for playblast."
s_TplayblastCmdStrings.rPlayblastOffscreenViewportUpdateErr = "This flag requires the offscreen flag and will be disregarded"
s_TplayblastCmdStrings.rPlayblastOldIffFlag = "The format flag argument 'iff' has been replaced by the argument 'image'. Please update your script."
s_TplayblastCmdStrings.rPlayblastOldSGIFlag = "The format flag argument 'sgi' has been replaced by the argument 'movie'. Please update your script."
s_TplayblastCmdStrings.rPlayblastQTNotSupportedErr = "Quicktime movies are not support on this platform."
s_TplayblastCmdStrings.rPlayblastRawFramesAloneErr = "-rawFrameNumber option must be used with at least one -frame flag, ignoring -rawFrameNumber."
s_TplayblastCmdStrings.rPlayblastRawFramesMovieErr = "-movie flag cannot used with -rawFrameNumber option, using -image instead."
s_TplayblastCmdStrings.rPlayblastRawFramesViewerErr = "-viewer flag cannot be set when using -rawFrameNumber option, setting -viewer to 0."
s_TplayblastCmdStrings.rPlayblastReadPixelsErr = "could not read pixels from active view"
s_TplayblastCmdStrings.rPlayblastReplaceFlagErr = "Replace flag is not set. Invalid time setting."
s_TplayblastCmdStrings.rPlayblastReplaceFormatErr = "-replace can only be used with -movie."
s_TplayblastCmdStrings.rPlayblastReplaceNotSupportedErr = "The replace flag is not supported with this movie type."
s_TplayblastCmdStrings.rPlayblastSoundMemErr = "not enough memory to set up sound parameters"
s_TplayblastCmdStrings.rPlayblastSoundNodeErr = "cannot load sound file"
s_TplayblastCmdStrings.rPlayblastSoundOverideWarning = " Use TRAX sound is set. The sound flag will be ignored."
s_TplayblastCmdStrings.rPlayblastSoundTrackErr = "could not add sound track"
s_TplayblastCmdStrings.rPlayblastUnableToOpenErr = "Unable to create a movie file. It may be open by another application."
s_TplayblastCmdStrings.rPlayblastUnableToOpenInputErr = "Unable to open input file. Check that the file to be replaced exists."
s_TplayblastCmdStrings.rPlayblastVideoTrackErr = "Unable to create video track. Check format."
s_TplayblastCmdStrings.rPlayblastWriteAudioWarning = "Failed to add the audio file ^1s to the movie file"
s_TplayblastCmdStrings.rPlayblastWriteFrameError = "Failed to write frame ^1d into movie file."
//
// String set: s_TplayblastOGSBridgeStrings
//
s_TplayblastOGSBridgeStrings.rPlayblastFailInitializeRenderer = "Could not initialize Playblast renderer"
s_TplayblastOGSBridgeStrings.rPlayblastFailUpdateGlobals = "Could not update playblast scene render globals"
//
// String set: s_TplugStrings
//
s_TplugStrings.rPlugConnection = "Existing connections will not allow the new connection."
s_TplugStrings.rPlugDataIncompatible = "Data types of source and destination are not compatible."
s_TplugStrings.rPlugDstConnectRejected = "Destination node will not allow the connection."
s_TplugStrings.rPlugDstDisconnectRejected = "Destination node will not allow the disconnection."
s_TplugStrings.rPlugDstFanIn = "Destination already has an incoming connection."
s_TplugStrings.rPlugDstLocked = "Destination is locked."
s_TplugStrings.rPlugDstMultiIndexInvalid = "Destination has an invalid multi-index."
s_TplugStrings.rPlugDstNoGraph = "Destination node is not in a dependency graph."
s_TplugStrings.rPlugDstNotConnectable = "Destination is not connectable."
s_TplugStrings.rPlugDstNotConnected = "Destination is not connected."
s_TplugStrings.rPlugDstNotWritable = "Destination attribute must be writable."
s_TplugStrings.rPlugInEval = "Connections cannot be modified during evaluation."
s_TplugStrings.rPlugParentingIncompatible = "Incompatible multi-attribute parent levels."
s_TplugStrings.rPlugSrcConnectRejected = "Source node will not allow the connection."
s_TplugStrings.rPlugSrcDisconnectRejected = "Source node will not allow the disconnection."
s_TplugStrings.rPlugSrcLocked = "Source is locked."
s_TplugStrings.rPlugSrcMultiIndexInvalid = "Source has an invalid multi-index."
s_TplugStrings.rPlugSrcNoGraph = "Source node is not in a dependency graph."
s_TplugStrings.rPlugSrcNotConnectable = "Source is not connectable."
s_TplugStrings.rPlugSrcNotConnected = "Source is not connected."
s_TplugStrings.rPlugSrcNotReadable = "Source attribute must be readable."
//
// String set: s_TpluginActionsStrings
//
s_TpluginActionsStrings.rArgListNonMatch = "Wrong type in the argument list."
s_TpluginActionsStrings.rInvalidArgument = "Invalid argument type."
s_TpluginActionsStrings.rInvalidArgumentRange = "Invalid argument range."
s_TpluginActionsStrings.rInvalidFlag = "Invalid flag."
s_TpluginActionsStrings.rParseError = "Parsing error occurred."
s_TpluginActionsStrings.rPlugInAlreadyLoaded = "Shared object already present."
s_TpluginActionsStrings.rPlugInCannotOpenDir = "Cannot open specified directory."
s_TpluginActionsStrings.rPlugInCannotRemove = "Cannot remove."
s_TpluginActionsStrings.rPlugInCloseSuccess = "Successfully closed : "
s_TpluginActionsStrings.rPlugInInsufficientArgs = "Insufficient number of arguments."
s_TpluginActionsStrings.rPlugInInvalidPath = "Invalid path argument."
s_TpluginActionsStrings.rPlugInIsNotASharedObject = "The file is not a shared object."
s_TpluginActionsStrings.rPlugInNoCleanUp = "Plug-in does not request clean-up."
s_TpluginActionsStrings.rPlugInNoPlugInEnvironmentVariable = "The plug-in directory environment variable resource could not be found. "
s_TpluginActionsStrings.rPlugInNoPreferenceFile = "Cannot find preference file for plug-in database description."
s_TpluginActionsStrings.rPlugInObjectNotPresent = "Plug-in, \"^1s\", is not loaded."
s_TpluginActionsStrings.rPlugInOpenSuccess = "Successfully opened : "
s_TpluginActionsStrings.rPluginAPIVersionUnknown = "Unknown"
s_TpluginActionsStrings.rPluginAllLoadsFailed = "No plug-ins loaded - \"^1s\"."
s_TpluginActionsStrings.rPluginAlreadyLoadedWarning = "Plug-in, \"^1s\", is already loaded.  Skipped."
s_TpluginActionsStrings.rPluginCallbackAlreadyAdded = "The callback \"^1s\" has already been added."
s_TpluginActionsStrings.rPluginCallbackNotAdded = "The callback \"^1s\" was never added or has already been removed."
s_TpluginActionsStrings.rPluginDotNetNoLoadFunc = "Internal error: loadDotNetPlugin() not found in OpenMayaDotNetLoader."
s_TpluginActionsStrings.rPluginDotNetNoUnloadFunc = "Internal error: unloadDotNetPlugin() not found in OpenMayaDotNetLoader."
s_TpluginActionsStrings.rPluginDotNetWrongPlatform = ".NET plug-ins can only be loaded on Microsoft Windows."
s_TpluginActionsStrings.rPluginFileNotFound = "Plug-in, \"^1s\", was not found on MAYA_PLUG_IN_PATH."
s_TpluginActionsStrings.rPluginForceWhileInUse = "Plugin \"^1s\" has been forced to unload even though it still has services in use. This could cause Maya to become unstable and even crash. You are advised to save your data in MayaAscii format and restart Maya as soon as possible."
s_TpluginActionsStrings.rPluginInUse = "Plug-in, \"^1s\", cannot be unloaded because it is still in use"
s_TpluginActionsStrings.rPluginInitFunctionFailed = "initializePlugin function failed"
s_TpluginActionsStrings.rPluginInitFunctionLicenseFailed = "No valid licenses to load the plugin"
s_TpluginActionsStrings.rPluginIsExecutable = "file is an executable program, not a plug-in"
s_TpluginActionsStrings.rPluginIsNotASharedLib = "plug-in must be a shared library"
s_TpluginActionsStrings.rPluginLoadAllWarning = "-a/all flag specified.  Ignoring objects passed to command"
s_TpluginActionsStrings.rPluginMPxDataInUse = "Plug-in, \"^1s\", cannot be unloaded because it defines a MPxData derived type that is still in use."
s_TpluginActionsStrings.rPluginNewPluginError = "Plug-in, \"^1s\" was compiled against a newer version of the Maya API and is incompatible with the current Maya version."
s_TpluginActionsStrings.rPluginNoFilesSpecified = "No plug-ins were specified"
s_TpluginActionsStrings.rPluginNoInit = "initializePlugin function could not be found in plug-in"
s_TpluginActionsStrings.rPluginNoUninit = "uninitializePlugin function could not be found in plug-in"
s_TpluginActionsStrings.rPluginNotCompatible = "The plug-in is not compatible with this application."
s_TpluginActionsStrings.rPluginO32LoadAttempted = "Cannot load an O32 plug-in into an N32 application"
s_TpluginActionsStrings.rPluginObsoleteQuietFlag = "loadPlugin -q/quiet has been renamed to -qt/quiet. To continue using this flag, please use loadPlugin -qt/quiet."
s_TpluginActionsStrings.rPluginOldPluginError = "Plug-in, \"^1s\" was compiled against too old a version of the Maya API and is thus incompatible with the current Maya version."
s_TpluginActionsStrings.rPluginOldPluginWarning = "Plug-in, \"^1s\" was compiled against an older version of the Maya API and is possibly incompatible with the current Maya version. If problems are encountered, you will have to obtain a newer version of this plug-in."
s_TpluginActionsStrings.rPluginSceneDirty = "Loading plug-in \"^1s\" has resulted in changes to the scene that may need to be saved."
s_TpluginActionsStrings.rPluginSomeLoadsFailed = "Some plug-ins failed to load - \"^1s\"."
s_TpluginActionsStrings.rPrefsAPIDatabaseNoEnvironmentVariable = "Environment variable not set."
s_TpluginActionsStrings.rWrongSyntax = "The syntax of this command is wrong."
//
// String set: s_TpluginFileResolverStrings
//
s_TpluginFileResolverStrings.rPluginURISchemeConflict = "Registration of file resolver \"^1s\" failed. A plug-in file resolver is already registered for URI scheme \"^2s\"."
s_TpluginFileResolverStrings.rPluginURISchemeInvalid = "Registration of file resolver \"^1s\" failed. The URI scheme \"^2s\" is not valid."
//
// String set: s_TpluginInfoActionStrings
//
s_TpluginInfoActionStrings.rPluginCCFlagPluginIgnored = "-changedCommand/-cc flag found: plug-in name will be ignored."
s_TpluginInfoActionStrings.rPluginCmdInUse = "Plug-in command ^1s is in use"
s_TpluginInfoActionStrings.rPluginDataInUse = "Plug-in data object(s) of type ^1s are in use"
s_TpluginInfoActionStrings.rPluginIkSolverInUse = "Plug-in IK-solver of type ^1s is in use"
s_TpluginInfoActionStrings.rPluginImgFmtInUse = "Plug-in image format ^1s is in use"
s_TpluginInfoActionStrings.rPluginInfoInvalidNodeType = "The specified node type, ^1s, is invalid"
s_TpluginInfoActionStrings.rPluginInterpInUse = "Plug-in curve interpolator ^1s is in use"
s_TpluginInfoActionStrings.rPluginNoPluginsInUseFlag = "The -activeFile/-af flag can only be used with the -pluginsInUse/-pu flag."
s_TpluginInfoActionStrings.rPluginNodeInUse = "Plug-in node(s) of type ^1s exist"
s_TpluginInfoActionStrings.rPluginPathNotSpecified = "Plug-in path must be specified in create mode"
s_TpluginInfoActionStrings.rPluginPathNotValid = "Plug-in path is not valid.  No record was added"
s_TpluginInfoActionStrings.rPluginToolInUse = "Plug-in palette tool ^1s is active"
//
// String set: s_TpluginPrefStrings
//
s_TpluginPrefStrings.rPluginPrefsBatchWarning = "Preferences are not written in batch mode"
s_TpluginPrefStrings.rPluginPrefsOkayMsg = "Preferences saved. See Script Editor for details."
s_TpluginPrefStrings.rPluginPrefsOkayMsg2 = "Preferences saved. See Command History for details."
s_TpluginPrefStrings.rPluginPrefsSavePlugins = "Saving plug-in preferences to: "
s_TpluginPrefStrings.rPluginPrefsSaveWarning = "Save of \"^1s\" failed"
s_TpluginPrefStrings.rPluginPrefsWarningMsg = "Not all preferences were saved. See Script Editor for details."
s_TpluginPrefStrings.rPluginPrefsWarningMsg2 = "Not all preferences were saved. See Command History for details."
//
// String set: s_TpointOnCurveCmdStrings
//
s_TpointOnCurveCmdStrings.rCouldntCompute = "Couldn't compute it"
s_TpointOnCurveCmdStrings.rCurvature = "Curvature: (%f) "
s_TpointOnCurveCmdStrings.rCurvatureCenter = "Curvature center: (%f,%f,%f) "
s_TpointOnCurveCmdStrings.rNormal = "Normal: (%f,%f,%f) "
s_TpointOnCurveCmdStrings.rNormalized = "Normal (normalized): (%f,%f,%f) "
s_TpointOnCurveCmdStrings.rPosition = "Position: (%f,%f,%f) "
s_TpointOnCurveCmdStrings.rTangent = "Tangent: (%f,%f,%f) "
s_TpointOnCurveCmdStrings.rTangentNorm = "Tangent (normalized): (%f,%f,%f) "
//
// String set: s_TpointOnSurfaceCmdStrings
//
s_TpointOnSurfaceCmdStrings.rCouldntCompute = "Couldn't compute it"
s_TpointOnSurfaceCmdStrings.rNormal = "Normal: (%f,%f,%f) "
s_TpointOnSurfaceCmdStrings.rNormalized = "Normal (normalized): (%f,%f,%f) "
s_TpointOnSurfaceCmdStrings.rPosition = "Position: (%f,%f,%f) "
s_TpointOnSurfaceCmdStrings.rTangentU = "Tangent U: (%f,%f,%f) "
s_TpointOnSurfaceCmdStrings.rTangentUNorm = "Tangent U (normalized): (%f,%f,%f) "
s_TpointOnSurfaceCmdStrings.rTangentV = "Tangent V: (%f,%f,%f) "
s_TpointOnSurfaceCmdStrings.rTangentVNorm = "Tangent V (normalized): (%f,%f,%f) "
//
// String set: s_TpointOnSurfaceManipStrings
//
s_TpointOnSurfaceManipStrings.rPointOnSurfaceManipParamName = "param"
//
// String set: s_TpointPositionCmdStrings
//
s_TpointPositionCmdStrings.rNeedOneSelectionStr = "Only one item can be selected. Using the first selection."
s_TpointPositionCmdStrings.rPointPositionFailedStr = "Could not calculate the point position for the selection item."
//
// String set: s_TpoleVectorConstraintCmdStrings
//
s_TpoleVectorConstraintCmdStrings.rErrMsgMustHaveRPSolver = "Handle must be valid and use rotate plane solver"
s_TpoleVectorConstraintCmdStrings.rErrMsgMustHaveValidSJ = "Handle have valid start joint."
//
// String set: s_TpolyAppendCtxStrings
//
s_TpolyAppendCtxStrings.rTpolyAppendCtxHeadsUpRelease = "Arrows indicate edge direction. To finish, press Enter."
s_TpolyAppendCtxStrings.rTpolyAppendCtxHeadsUpStart = "Click a boundary edge, then click to place new vertices."
s_TpolyAppendCtxStrings.rTpolyAppendCtxHelpAppFirst = "Activate the object then click on the first border edge to append on"
s_TpolyAppendCtxStrings.rTpolyAppendCtxHelpAppNext = "Click on a border edge to append it, LMB to add new points, MMB to edit last point, Ctrl-LMB to start a new hole"
s_TpolyAppendCtxStrings.rTpolyAppendCtxHelpClose = "Line is closed : INSERT, ENTER or DELETE or MMB to edit last point, Ctrl-LMB to start a new hole"
s_TpolyAppendCtxStrings.rTpolyAppendCtxHelpEdit = "LMB to select the point to edit"
s_TpolyAppendCtxStrings.rTpolyAppendCtxName = "Append To Polygon Tool"
s_TpolyAppendCtxStrings.rTpolyAppendErrComplete = "Cannot validate : face must be at least a triangle."
s_TpolyAppendCtxStrings.rTpolyAppendErrConstraint = "Cannot set back planar constraint while creating a face."
s_TpolyAppendCtxStrings.rTpolyAppendErrInside = "Point not inside the face"
s_TpolyAppendCtxStrings.rTpolyAppendErrModeComplete = "Cannot change mode : previous face must be at least a triangle."
s_TpolyAppendCtxStrings.rTpolyAppendErrPlanar = "Edge not in the acq plane : you should disable the planar constraint."
s_TpolyAppendCtxStrings.rTpolyAppendErrStartHole = "Cannot start a hole : previous loop must be at least a triangle"
s_TpolyAppendCtxStrings.rTpolyAppendErrTopology = "Bad topology : edit this object at your own risks."
s_TpolyAppendCtxStrings.rTpolyAppendNumericFormat = "point"
s_TpolyAppendCtxStrings.rTpolyAppendWarnAutoComplete = "Last operation is cancelled : face must be at least a triangle."
s_TpolyAppendCtxStrings.rTpolyAppendWarnEndHole = "Last hole is cancelled : hole must be at least a triangle."
s_TpolyAppendCtxStrings.rTpolyCreateCtxHeadsUp = "Click to place each vertex. To finish, press Enter."
s_TpolyAppendCtxStrings.rTpolyCreateCtxHelpCreFirst = "LMB to add new points"
s_TpolyAppendCtxStrings.rTpolyCreateCtxHelpCreNext = "LMB to add new points, MMB to edit last point, Ctrl-LMB to start a new hole"
s_TpolyAppendCtxStrings.rTpolyCreateCtxName = "Create Polygon Tool"
//
// String set: s_TpolyAssocStrings
//
s_TpolyAssocStrings.rAbortingProjection = "Unable to preserve UVs. Disable the Preserve UV option to continue with this edit."
//
// String set: s_TpolyBasketStrings
//
s_TpolyBasketStrings.rBadFaceDeleteFailedWarning = "The mesh ^1s contained one or more faces that had invalid edges.\nThe attempt to delete the offending face(s) failed."
s_TpolyBasketStrings.rBadFaceDeleteWarning = "The mesh ^1s contained one or more faces that had invalid edges; the offending face(s) were deleted."
s_TpolyBasketStrings.rDupBDTemplatesWarning1 = "There are least 2 blind data template nodes"
s_TpolyBasketStrings.rDupBDTemplatesWarning2 = "present where the ids are the same but the attributes differ."
s_TpolyBasketStrings.rDupBDTemplatesWarning3 = "Only the first template found will be used."
s_TpolyBasketStrings.rDupBDTemplatesWarning4 = "This may lead to some blind data being inaccessible."
s_TpolyBasketStrings.rInvalidComponentsWarning = "The mesh ^1s contains invalid or unused components.  These can be cleaned up using the Mesh Cleanup dialog."
s_TpolyBasketStrings.rInvalidFacesFoundWarning = "The mesh ^1s contains faces that can not be triangulated.\nThese can be cleaned up by removing faces with zero geometry area using the Mesh Cleanup dialog."
s_TpolyBasketStrings.rOldReduceNodeWarning1 = " is using an obsolete reduction algorithm."
s_TpolyBasketStrings.rOldReduceNodeWarning2 = "Reduce nodes created in Maya V5.0 or later will use an"
s_TpolyBasketStrings.rOldReduceNodeWarning3 = "updated algorithm and will produce different results."
//
// String set: s_TpolyBevelFtyActionStrings
//
s_TpolyBevelFtyActionStrings.rEncounteredNonManifoldVertex = "Encountered a non-manifold vertex. Cannot Bevel."
//
// String set: s_TpolyBoolStrings
//
s_TpolyBoolStrings.rBoolOpClassification = "Set the type of intersection classification for the Boolean operation."
s_TpolyBoolStrings.rBoolOpFaceAreaThreshold = "Set the minimum area of faces to remove them."
s_TpolyBoolStrings.rBoolOpOperation = "Set the type of Boolean operation."
s_TpolyBoolStrings.rBoolOpPreserveColor = "Preserve color per vertex data."
s_TpolyBoolStrings.rBoolOpUseThresholds = "Automatically remove faces and edges."
s_TpolyBoolStrings.rBoolOpVertexDistanceThresholds = "Set the minimum distance between vertices to remove edges."
s_TpolyBoolStrings.rCannotPerformBooleanOperation = "Cannot perform boolean operation."
s_TpolyBoolStrings.rMesh1IsNonManifold = "Input Mesh 1 has non-manifold vertices."
s_TpolyBoolStrings.rMesh2IsNonManifold = "Input Mesh 2 has non-manifold vertices."
s_TpolyBoolStrings.rMeshIsNonManifold = "At least one mesh has non-manifold vertices."
//
// String set: s_TpolyCmdStrings
//
s_TpolyCmdStrings.rCannotOpenFile = "Cannot open file \"^1s\"\n"
s_TpolyCmdStrings.rCannotOpenFile2 = "Cannot open file: ^1s"
s_TpolyCmdStrings.rCannotReduceObj = "Cannot reduce this object, triangulation failed. Computation of ^1s failed."
s_TpolyCmdStrings.rCannotWriteInFile = "Cannot write in file: ^1s"
s_TpolyCmdStrings.rCopyFailed = "Could not copy attribute(s) to the clipboard."
s_TpolyCmdStrings.rCurveSplitError1 = "Curve must intersect at least 2 edges."
s_TpolyCmdStrings.rDoNotAcceptButtonText = "No, use defaults"
s_TpolyCmdStrings.rErrCompTypeForNormalPerVertex = "polyNormalPerVertex only works on vertex and vertex-face components - wrong component type has been selected"
s_TpolyCmdStrings.rFileAlreadyExists = "File ^1s already exists, use -overwrite flag"
s_TpolyCmdStrings.rForceUVConvertSelection = "polyForceUV will not attempt to convert the selection to faces, as the preference in the Modeling tab, Convert component selection, is disabled"
s_TpolyCmdStrings.rForceUVEmptySelectionList = "Empty Selection List"
s_TpolyCmdStrings.rForceUVInsufficientPoints = "Select one or more faces, or 3 or more vertices/CVs/locators to define the projection plane"
s_TpolyCmdStrings.rForceUVLocalGlobal = "Both local and global flags cannot be set"
s_TpolyCmdStrings.rForceUVNewUVs = "New UVs were created for each one of the selected unmapped faces"
s_TpolyCmdStrings.rForceUVNoCompSelected = "No components selected"
s_TpolyCmdStrings.rForceUVNonDistinctPoints = "Non unique points in defining the plane"
s_TpolyCmdStrings.rForceUVNoneForPlane = "No components selected for defining the projection plane "
s_TpolyCmdStrings.rForceUVNumIOutOfRange = "-numItems : Value out of Range"
s_TpolyCmdStrings.rForceUVObsoleteFlag = "This flag will not be supported anymore.  Use polyNormalizeUV or polyFlipUV commands instead"
s_TpolyCmdStrings.rForceUVParseError = "Parse Error"
s_TpolyCmdStrings.rForceUVPolygonalFaces = "polyForceUV works only on polygonal faces"
s_TpolyCmdStrings.rHoleFacesOnly = "polyHole command works only on poly faces."
s_TpolyCmdStrings.rIncorrectMDirn = "Incorrect mapping direction specified. Z direction is used"
s_TpolyCmdStrings.rIncorrectMethod = "Incorrect method specified. Walk is used"
s_TpolyCmdStrings.rIncorrectType = "Incorrect type specified. Planar projection is used"
s_TpolyCmdStrings.rInputFileMandatory = "Input file name is mandatory"
s_TpolyCmdStrings.rInputUVSetNameMandatory = "Input UVset name is mandatory"
s_TpolyCmdStrings.rInvalidOutputFormat = "Invalid output format: ^1s"
s_TpolyCmdStrings.rInvalidUVsetOnObj = "Invalid UV set ^1s on object ^2s. Skipping it."
s_TpolyCmdStrings.rInvalidVtxFaceComp = "Specified vtxFace component is invalid - vtxFace[^1d][^2d]"
s_TpolyCmdStrings.rLargePolySubdsTitleText = "Poly Primitive parameter check"
s_TpolyCmdStrings.rLargePolySubdsWarning = "^1s Subdivisions values are very large.\nMay take a while to generate, or run out of memory.\nDo you want to continue with these values?"
s_TpolyCmdStrings.rLargePolySubdsWarningCmd = "Subdivisions values are very large. May take a while to generate. If you want to avoid this warning and accept your subdivisions values in the future, please use the option var DISABLE_WARNING_PARAMETER_LIMITS to disable the check.( MEL command: optionVar -iv \"DISABLE_WARNING_PARAMETER_LIMITS\" 1 )"
s_TpolyCmdStrings.rMissingCommandNameToInstall = "Missing command name to install."
s_TpolyCmdStrings.rNoActions = "No action specified to perform with the clipboard."
s_TpolyCmdStrings.rNoAttributes = "No attributes specified for clipboard operation."
s_TpolyCmdStrings.rNoDefaultUv = "Object '^1s' ignored, default UV set does not exist."
s_TpolyCmdStrings.rNoGivenUv = "Object '^1s' ignored, UV set '^2s' does not exist."
s_TpolyCmdStrings.rNoPolyModAssembly = "Cannot perform operation. Poly modification operations are not supported on assembly members."
s_TpolyCmdStrings.rNoTopMod = "Cannot change topology, poly mesh has allowTopologyModification attribute set to false"
s_TpolyCmdStrings.rNoValidPolyObjSelected = "No valid polygonal object was selected"
s_TpolyCmdStrings.rNodeNameInputRequired = "Node name required as input"
s_TpolyCmdStrings.rNonDagItem = "Cannot copy from non dag item to the clipboard."
s_TpolyCmdStrings.rNonFaceComponent = "Cannot copy non face component attributes to the clipboard."
s_TpolyCmdStrings.rNonPolyObject = "Cannot copy non polygonal object attributes to the clipboard."
s_TpolyCmdStrings.rNormalCountComponentCountMismatch = "Number of normals specified does not match the number of selected components"
s_TpolyCmdStrings.rNotOneItem = "Incorrect number of items selected. Can only copy attributes from one face component item to the clipboard."
s_TpolyCmdStrings.rOutputFileMandatory = "Output file name is mandatory"
s_TpolyCmdStrings.rOutputUVSetNameMandatory = "Output UVset name is mandatory"
s_TpolyCmdStrings.rPasteFailed = "Could not paste attribute(s) from the clipboard."
s_TpolyCmdStrings.rPolyAppendAppendCountErr = "Invalid number of arguments to append flag (^1d).  Should be zero for a hole marker, one for an edge index, and three for a new point"
s_TpolyCmdStrings.rPolyAppendPythonWarn = "The hole, edge and point flags are not recommended for use from Python. Please use the append flag with variable flag arguments instead"
s_TpolyCmdStrings.rPolyAppendVertexAppendCountErr = "Invalid number of arguments to append flag (^1d).  Should be zero for a hole marker, one for a vertex index, and three for a new point"
s_TpolyCmdStrings.rPolyAppendVertexPointCountErr = "Need at least three vertices"
s_TpolyCmdStrings.rPolyAppendVertexPythonWarn = "The hole, point and vertex flags are not recommended for use from Python. Please use the append flag with variable flag arguments instead"
s_TpolyCmdStrings.rPolyAutoUnwrap_EEN_UsedInNonQueryError = "Cannot use this flag for edit and creation."
s_TpolyCmdStrings.rPolyAutoUnwrap_IP_UsedInQueryError = "Cannot use this flag for query."
s_TpolyCmdStrings.rPolyBridgeFullLoopError = "Invalid selection : polyBridgeEdge requires both sets of edges to be a closed loop or an open loop."
s_TpolyCmdStrings.rPolyBridgeSelectError = "Invalid selection : polyBridgeEdge requires equal number of border edges to be selected for source and target selection."
s_TpolyCmdStrings.rPolyColorSetReqForPerInstQuery = "The colorSet flag must be used when querying the per-instance set name."
s_TpolyCmdStrings.rPolyColorSharingMisuse = "The shareInstances flag can only be used on per-instance color sets."
s_TpolyCmdStrings.rPolyConeStr = "Cone"
s_TpolyCmdStrings.rPolyCpvNoComponentsFound = "No components were found to query."
s_TpolyCmdStrings.rPolyCpvRemoveNotFound = "Unable to find a node to remove color. Consider using polyColorDel instead."
s_TpolyCmdStrings.rPolyCpvWrongComponentType = "No vertex or vertex-face components were selected."
s_TpolyCmdStrings.rPolyCreaseCompType = "polyCrease command works only on poly edges or vertices"
s_TpolyCmdStrings.rPolyCreaseRemFlagsError = "removeSelectedCreaseData, removeAllCreaseData and removeAllZeroCreaseData are mutually exclusive flags."
s_TpolyCmdStrings.rPolyCreaseSetFlagsError = "relativeValue flag can not be used with either the value or vertexValue flags."
s_TpolyCmdStrings.rPolyCreaseSetRemFlagsError = "A flag which sets crease data can not be used with a flag which removes crease data."
s_TpolyCmdStrings.rPolyCreateFacetNotEnoughPointsErr = "Not enough points : minimum 3."
s_TpolyCmdStrings.rPolyCreateFacetPointArgCountErr = "Invalid number of arguments to point flag (^1d).  Need three arguments to specify a point, or no arguments to specify a hole"
s_TpolyCmdStrings.rPolyCubeStr = "Cube"
s_TpolyCmdStrings.rPolyCylinderStr = "Cylinder"
s_TpolyCmdStrings.rPolyDefaultUVSetNoDelete = "The default uv set cannot be deleted."
s_TpolyCmdStrings.rPolyEmptyInputShape = "invalid input polygonal object."
s_TpolyCmdStrings.rPolyEvaluateMixedFlag = "Cannot return mixed values : topological flags query integers, bbox flags query floats."
s_TpolyCmdStrings.rPolyEvaluateNone = "Nothing counted : no polygonal object is selected."
s_TpolyCmdStrings.rPolyFlipEdgeErrorBorderEdge = "polyFlipEdge: Cannot flip the border edge ^1d"
s_TpolyCmdStrings.rPolyFlipEdgeErrorConcaveQuad = "polyFlipEdge: Cannot flip edge ^1d, contained by a concave quad"
s_TpolyCmdStrings.rPolyFlipEdgeErrorHoledPolygon = "polyFlipEdge: Cannot flip edge ^1d, shared by a holed polygon"
s_TpolyCmdStrings.rPolyFlipEdgeErrorInput = "polyFlipEdge: Cannot flip edge ^1d"
s_TpolyCmdStrings.rPolyFlipEdgeErrorNoQuadEdge = "polyFlipEdge: Cannot flip edge ^1d, not shared by two Triangles"
s_TpolyCmdStrings.rPolyFlipEdgeErrorTexBorderEdge = "polyFlipEdge: Cannot flip texture border edge ^1d"
s_TpolyCmdStrings.rPolyForceHistOnBecauseHistStr = "History will be on for the command since a selected item has history."
s_TpolyCmdStrings.rPolyForceHistOnBecauseTweakStr = "History will be on for the command since a selected item has animated tweak."
s_TpolyCmdStrings.rPolyHelixStr = "Helix"
s_TpolyCmdStrings.rPolyHoleCompType = "polyHole command works only on poly faces"
s_TpolyCmdStrings.rPolyHoleNotSupportRemoveCase = "Case not handled by polyHole command. Remove polyHole node(s) in mesh history and reassign holes"
s_TpolyCmdStrings.rPolyIncompatibleModes = "Modes must be compatible"
s_TpolyCmdStrings.rPolyInstallAmbiguousFlags = "ambiguous flags."
s_TpolyCmdStrings.rPolyInstallBorder = "border"
s_TpolyCmdStrings.rPolyInstallEdges = "edges"
s_TpolyCmdStrings.rPolyInstallFaces = "faces"
s_TpolyCmdStrings.rPolyInstallInternal = "internal"
s_TpolyCmdStrings.rPolyInstallMapped = "mapped"
s_TpolyCmdStrings.rPolyInstallObjects = "objects"
s_TpolyCmdStrings.rPolyInstallShared = "shared"
s_TpolyCmdStrings.rPolyInstallStarlike = "starlike"
s_TpolyCmdStrings.rPolyInstallUVcoords = "UV coords."
s_TpolyCmdStrings.rPolyInstallUnshared = "unshared"
s_TpolyCmdStrings.rPolyInstallVertices = "vertices"
s_TpolyCmdStrings.rPolyInstallWinged = "winged"
s_TpolyCmdStrings.rPolyInstallWorksOnPolygonal = "^1s works on polygonal ^2s."
s_TpolyCmdStrings.rPolyInstallWorksOnlyOnPolygonal = "^1s works only on polygonal ^2s ^3s."
s_TpolyCmdStrings.rPolyInvalidColorCopy = "Could not copy color set values"
s_TpolyCmdStrings.rPolyInvalidColorSetName = "Invalid color set name specified"
s_TpolyCmdStrings.rPolyInvalidCopyUVSet = "Could not copy uv set values"
s_TpolyCmdStrings.rPolyInvalidCreateColor = "Create color set already exists on object."
s_TpolyCmdStrings.rPolyInvalidCreateUVSet = "Create uv set already exists on object."
s_TpolyCmdStrings.rPolyInvalidDeleteCurrentColor = "Cannot delete current color set, as no current exists"
s_TpolyCmdStrings.rPolyInvalidDeleteCurrentUVSet = "Cannot delete current uv set, as no current exists"
s_TpolyCmdStrings.rPolyInvalidInputCurve = "The -inc/-inputCurve flag can only accept a nurbsCurve"
s_TpolyCmdStrings.rPolyInvalidNewUVSetName = "Invalid new uv set name specified"
s_TpolyCmdStrings.rPolyInvalidPerInstanceRenameColorSet = "Per-instance color sets must be renamed as a whole using the base name without instance numbering data."
s_TpolyCmdStrings.rPolyInvalidPerInstanceRenameUVSet = "Per-instance UV sets must be renamed as a whole using the base name without instance numbering data."
s_TpolyCmdStrings.rPolyInvalidRenameCurrentColor = "Cannot rename current color set, as no current exists."
s_TpolyCmdStrings.rPolyInvalidRenameCurrentUVSet = "Cannot rename current uv set, as no current exists."
s_TpolyCmdStrings.rPolyInvalidRenameNameColor = "Cannot rename color set to an existing color set name."
s_TpolyCmdStrings.rPolyInvalidRenameUVSetName = "Cannot rename uv set to an existing uv set name."
s_TpolyCmdStrings.rPolyInvalidRenameUVSetNotFound = "UV set name to be renamed was not found."
s_TpolyCmdStrings.rPolyInvalidReorderUVSet = "Could not reorder uv sets"
s_TpolyCmdStrings.rPolyInvalidUVSetName = "Invalid uv set name specified"
s_TpolyCmdStrings.rPolyInvalidUnderWorldCurve = "The -inc/-inputCurve flag cannot accept a curve on surface"
s_TpolyCmdStrings.rPolyListCompConversionActionErrBadFlags = "Cannot combine -inside and -border"
s_TpolyCmdStrings.rPolyMergeEdgeNeedFlagEdge = "Need \"^1s\" flag."
s_TpolyCmdStrings.rPolyMergeFacetNeedFlagFace = "Need \"^1s\" flag."
s_TpolyCmdStrings.rPolyMirrorMirrorsAllFaces = "polyMirror mirrors all the faces of the object"
s_TpolyCmdStrings.rPolyMissingTypeId = "No blind data TypeId specified."
s_TpolyCmdStrings.rPolyMoveNoComponent = "No mesh vertex or edges selected."
s_TpolyCmdStrings.rPolyNeedAtLeastOneFlagEdgeNumber = "Need at least one \"^1s\" flag (edge number)."
s_TpolyCmdStrings.rPolyNeedAtLeastOneFlagPointValue = "Need at least one \"^1s\" flag (point value)."
s_TpolyCmdStrings.rPolyNeedEqualLongShort = "Need to have an equal number of types, long and short names specified."
s_TpolyCmdStrings.rPolyNoSpecifiedPoly = "This command requires at least 1 argument to be specified or selected; found 0."
s_TpolyCmdStrings.rPolyNoValidAttributes = "No valid attributes: type must be one of: string int float double binary boolean"
s_TpolyCmdStrings.rPolyNormComps = "No polygonal item selected"
s_TpolyCmdStrings.rPolyNotEnoughAttrNames = "Not enough attribute names specified"
s_TpolyCmdStrings.rPolyNotEnoughColors = "Not enough colors specified"
s_TpolyCmdStrings.rPolyNotEnoughDataTypes = "Not enough data types specified"
s_TpolyCmdStrings.rPolyNotEnoughFlags = "Need to specify \"dataType\" \"long\" and \"short\" names for all attributes"
s_TpolyCmdStrings.rPolyNotEnoughMinMaxColors = "Not enough min/max colors specified"
s_TpolyCmdStrings.rPolyNotEnoughMinMaxValues = "Not enough min/max values specified"
s_TpolyCmdStrings.rPolyNotEnoughUseMinMax = "Not enough useMin/Max values specified"
s_TpolyCmdStrings.rPolyNotEnoughValues = "Not enough values specified"
s_TpolyCmdStrings.rPolyPlaneStr = "Plane"
s_TpolyCmdStrings.rPolyPrismStr = "Prism"
s_TpolyCmdStrings.rPolyProjectCurveSelectionError = "Invalid selection : polyProjectCurve requires 1 nurbs curve and 1 poly mesh."
s_TpolyCmdStrings.rPolyPyramidStr = "Pyramid"
s_TpolyCmdStrings.rPolyReduceComputationFailed = "Cannot reduce polygonal object with nonmanifold geometry. Cleanup the object using Mesh->Cleanup before reducing. Computation of ^1s failed."
s_TpolyCmdStrings.rPolyReduceNonManifold = "Cannot reduce polygonal object with nonmanifold geometry. Cleanup the object using Mesh->Cleanup before reducing."
s_TpolyCmdStrings.rPolySameColorNameOnCopy = "Cannot copy color set onto itself. No copy performed."
s_TpolyCmdStrings.rPolySameNameOnCopyUVSet = "Cannot copy uv set onto itself. No copy performed."
s_TpolyCmdStrings.rPolySameNameOnReorderUVSet = "Cannot reorder same uv sets. No reorder performed."
s_TpolyCmdStrings.rPolySelCmdDifferentShellErr = "Input UVs are not present on the same UV shell."
s_TpolyCmdStrings.rPolySelCmdInvalidIpFaceErr = "Input faces are not present on the polygonal object."
s_TpolyCmdStrings.rPolySelCmdInvalidIpUVErr = "Input UVs are not present on the polygonal object."
s_TpolyCmdStrings.rPolySelCmdInvalidIpVertErr = "Input vertices are not present on the polygonal object."
s_TpolyCmdStrings.rPolySelCmdInvalidUVErr = "Invalid selection : Some of the selected UVs do not have associated vertices."
s_TpolyCmdStrings.rPolySelConstrEdgErr = "flag \"^1s\" available in Edge mode"
s_TpolyCmdStrings.rPolySelConstrFacErr = "flag \"^1s\" available in Face mode"
s_TpolyCmdStrings.rPolySelConstrMapErr = "available in Texture mode"
s_TpolyCmdStrings.rPolySelConstrNotEdgErr = "available in Vertex, Face & Texture modes"
s_TpolyCmdStrings.rPolySelConstrNotFacErr = "flag \"^1s\" available in Vertex, Edge & Texture modes"
s_TpolyCmdStrings.rPolySelConstrNotMapErr = "flag \"^1s\" available in Vertex, Edge & Face modes"
s_TpolyCmdStrings.rPolySelConstrNotObjErr = "flag \"^1s\" available in Vertex, Edge, Face & Texture modes"
s_TpolyCmdStrings.rPolySelConstrNotVtxErr = "available in Edge, Face & Texture modes"
s_TpolyCmdStrings.rPolySelConstrVtxErr = "flag \"^1s\" available in Vertex mode"
s_TpolyCmdStrings.rPolySelConstrVtxMapErr = "flag \"^1s\" available in Vertex & Texture modes"
s_TpolyCmdStrings.rPolySelectWithQuery = "Selection type cannot be specified in query mode."
s_TpolyCmdStrings.rPolySeparateSelectErr = "Invalid selection : polySeparate needs exactly 1 polygonal object or polygonal faces from one object."
s_TpolyCmdStrings.rPolySeparateUselessErr = "^1s has only one piece. Ignored."
s_TpolyCmdStrings.rPolySlideEdgeAssumingLeft = "No direction specified, assuming left"
s_TpolyCmdStrings.rPolySlideEdgeInvEdgeDirection = "Failed in parsing because invalid edgeDirection flag (magnitude of movement) was specified"
s_TpolyCmdStrings.rPolySlideEdgeInvalidDirection = "Invalid direction specified, must choose either 1 for left or 0 for right"
s_TpolyCmdStrings.rPolySlideEdgeNoEdgeDirection = "Failed in parsing because no edgeDirection flag was specified"
s_TpolyCmdStrings.rPolySpecifiedColorSetNotFound = "Specified color set does not exist on the polygonal object"
s_TpolyCmdStrings.rPolySpecifiedUVSetNotFound = "Specified uv set does not exist on the polygonal object"
s_TpolyCmdStrings.rPolySpecifyClashColor = "Must specify all clashColor channels"
s_TpolyCmdStrings.rPolySpecifyId = "Must specify at least one blind data id"
s_TpolyCmdStrings.rPolySpecifyMode = "Must specify a mode for each id"
s_TpolyCmdStrings.rPolySpecifyName = "Must specify a name for each attribute"
s_TpolyCmdStrings.rPolySpecifyNoColor = "Must specify all noColor channels"
s_TpolyCmdStrings.rPolySphereStr = "Sphere"
s_TpolyCmdStrings.rPolySplitDuplicateEdgeErr = "Cannot reference edge twice."
s_TpolyCmdStrings.rPolySplitDuplicateEdgeWarn = "Edge ^1d is specified twice with weights ^2f and ^3f. Using ^4f."
s_TpolyCmdStrings.rPolySplitEdgeFacePointConflict = "Cannot mix the edgepoint and facepoint flags with the insertpoint flag"
s_TpolyCmdStrings.rPolySplitEdgeFacePointPythonWarn = "Please use the insertpoint flag rather than the edgepoint and facepoint flags in Python"
s_TpolyCmdStrings.rPolySplitEdgeProjectedCurveError = "-projectedCurve flag used but curve not connected to mesh through polyProjectCurve node"
s_TpolyCmdStrings.rPolySplitFirstPointNotOnEdgeErr = "The first point has to be on an edge."
s_TpolyCmdStrings.rPolySplitInsertArgErr = "Invalid number of arguments to insertpoint flag (^1d).  Need two args for an edge split and four for a face split"
s_TpolyCmdStrings.rPolySplitInvalidEdgeId = "Invalid edge index: ^1d"
s_TpolyCmdStrings.rPolySplitInvalidFaceId = "Invalid face index: ^1d"
s_TpolyCmdStrings.rPolySplitLastPointNotOnEdgeErr = "The last point has to be on an edge."
s_TpolyCmdStrings.rPolySplitMissingFlagErr = "Need at least one \"^1c\" or \"^2c\" flag (edge split point)."
s_TpolyCmdStrings.rPolySplitRepeatedEdgeWarn = "Error: Internal edge ^1d repeated"
s_TpolyCmdStrings.rPolyToCurveNoEdgesSelected = "No polygon edges selected."
s_TpolyCmdStrings.rPolyToCurveSomeEdgesUnused = "Not all selected edges were used in the curve. Selection must form a continuous, non-branching path."
s_TpolyCmdStrings.rPolyTooManySelectionFlags = "Multiple selection types cannot be used at the same time."
s_TpolyCmdStrings.rPolyTorusStr = "Torus"
s_TpolyCmdStrings.rPolyTypeIdNotUnique = "Blind data TypeId is not unique"
s_TpolyCmdStrings.rPolyUVNoCurrentSet = "Can't find current UV set."
s_TpolyCmdStrings.rPolyUVNoValidObject = "No valid geometry."
s_TpolyCmdStrings.rPolyUVSetAlreadyExists = "UV set \"^1s\" already exists, creating \"^2s\" instead."
s_TpolyCmdStrings.rPolyUVSetDoesNotExist = "UV set \"^1s\" does not exist."
s_TpolyCmdStrings.rPolyUVsetNonExistent = "Cannot find uvset with name to operate on."
s_TpolyCmdStrings.rPolyUVsharingMisuse = "The shareInstances flag can only be used on per-instance uv sets."
s_TpolyCmdStrings.rPolyUniteDupeCSName = "Meshes have one or more common color set names"
s_TpolyCmdStrings.rPolyUniteDupeCSNameReprMismatch = "Cannot combine meshes that have common color set names which differ in their color set representations"
s_TpolyCmdStrings.rPolyUniteSelectErr = "Invalid selection : polyUnite needs at least 2 polygonal objects."
s_TpolyCmdStrings.rPolyUniteUVLinkConflict = "UV linking conflict: texture ^1s linked to UV sets ^2s (on ^3s) and ^4s (on ^5s)."
s_TpolyCmdStrings.rPolyUvNoCreateWithParens = "Uv set names may not contain parentheses. Per-instance uvs will be assigned an index automatically."
s_TpolyCmdStrings.rPolyUvPerInstanceWithCreate = "The perInstance flag is ignored when the create flag is not used."
s_TpolyCmdStrings.rPolyUvSetReqForPerInstQuery = "The uvSet flag must be used when querying the per-instance set name."
s_TpolyCmdStrings.rPolyWrongComponentType = "polyColorBlindData only works on poly objects, vertices and faces. Wrong component type has been selected"
s_TpolyCmdStrings.rPolygonalFaces = "polyProjection works only on polygonal faces"
s_TpolyCmdStrings.rReduceInterrupted = "Reduce has been interrupted. All the reduction that was completed remains intact."
s_TpolyCmdStrings.rRequiredTwoPolySelected = "Must have exactly 2 polygons selected."
s_TpolyCmdStrings.rSavingFile = "Saving file: ^1s"
s_TpolyCmdStrings.rSeparateBadDelete = "Geometry was not able to be processed, Separation has failed"
s_TpolyCmdStrings.rStackSimilarProgressMsg1 = "Stack Similar(1/2)..."
s_TpolyCmdStrings.rStackSimilarProgressMsg2 = "Stack Similar(2/2)..."
s_TpolyCmdStrings.rTooManyActions = "Cannot perform more than one clipboard action at a time."
s_TpolyCmdStrings.rUVPinCompType = "polyPinUV command works only on poly uvs"
s_TpolyCmdStrings.rUnTangleMapBorderUVOnly = "Error: Map UV Border only works on faces, UVs and UV shells"
s_TpolyCmdStrings.rUniqueNodeNameRequired = "Node name matches more than one node. Use absolute node name."
//
// String set: s_TpolyCreaseCtxStrings
//
s_TpolyCreaseCtxStrings.rTpolyCreaseCtxDoneHeadsUp = "MMB-drag for crease value. To finish, change tools."
s_TpolyCreaseCtxStrings.rTpolyCreaseCtxDragHeadsUp = "To crease less, drag left. To crease more, drag right."
s_TpolyCreaseCtxStrings.rTpolyCreaseCtxDragHelp = "Drag left to crease less or right to crease more."
s_TpolyCreaseCtxStrings.rTpolyCreaseCtxFormat = "Crease Mode: ^1s   Crease Value: ^2(4.2)f   Maximum Value: ^3d"
s_TpolyCreaseCtxStrings.rTpolyCreaseCtxHeadsUp = "Select components to crease."
s_TpolyCreaseCtxStrings.rTpolyCreaseCtxHelp = "Select components to crease then drag MMB to edit crease value."
s_TpolyCreaseCtxStrings.rTpolyCreaseCtxName = "Crease Tool"
s_TpolyCreaseCtxStrings.rTpolyCreaseModeAbs = "Absolute"
s_TpolyCreaseCtxStrings.rTpolyCreaseModeRel = "Relative"
//
// String set: s_TpolyCutCtxStrings
//
s_TpolyCutCtxStrings.rPolyCutCtxHeadsUpCut = "Click-drag to cut."
s_TpolyCutCtxStrings.rPolyCutCtxHeadsUpSelect = "Select polygonal face(s) or object first."
s_TpolyCutCtxStrings.rPolyCutCtxHelpCut = "Click-Drag to cut the polygonal object or its face(s)"
s_TpolyCutCtxStrings.rPolyCutCtxHelpSelect = "Select a polygonal object or its face(s) before entering the tool"
s_TpolyCutCtxStrings.rPolyCutCtxName = "Poly Cut Faces Tool"
//
// String set: s_TpolyCutUVCtxStrings
//
s_TpolyCutUVCtxStrings.rPolyCutUVCtxHeadsUpCut = "<hl>Drag</hl> to cut. <hl>Ctrl-drag</hl> to sew."
s_TpolyCutUVCtxStrings.rPolyCutUVCtxTitle = "3D Cut and Sew UV Tool"
s_TpolyCutUVCtxStrings.rPolyCutUVHelpLine = "Drag to cut UV edges. Ctrl-drag to sew UV edges. Right-click for options."
//
// String set: s_TpolyDrawExtrudeFacetCtxStrings
//
s_TpolyDrawExtrudeFacetCtxStrings.rPolyDrawExtrudeHelpString = "Draw a curve. The selected faces will be extruded along the result."
s_TpolyDrawExtrudeFacetCtxStrings.rSelectPolyFaces = "Select polygon faces before drawing an extrusion."
//
// String set: s_TpolyDuplicateEdgeBehaviourStrings
//
s_TpolyDuplicateEdgeBehaviourStrings.rPolyAutoDuplicateEdgeHeadsUp = "Click-drag on edges."
s_TpolyDuplicateEdgeBehaviourStrings.rPolyAutoDuplicateEdgeHelp = "Click-drag on an edge to duplicate an edge loop."
s_TpolyDuplicateEdgeBehaviourStrings.rPolyDuplicateCrossSeamWarning = "Cannot offset edges symmetrically when one connects at the seam and the other does not."
s_TpolyDuplicateEdgeBehaviourStrings.rPolyDuplicateDeleteEdgesWarning = "Delete edges option not supported for symmetrical offset. Edges must be manually deleted."
s_TpolyDuplicateEdgeBehaviourStrings.rPolyDuplicateEdgeHeadsUp = "Click on edges to define an edge loop. To duplicate, press Enter."
s_TpolyDuplicateEdgeBehaviourStrings.rPolyDuplicateEdgeHelp = "Click on multiple edges to define an edge loop to duplicate. Press ENTER to duplicate edge loop."
s_TpolyDuplicateEdgeBehaviourStrings.rPolyDuplicateEdgeImageName = "polyDuplicateEdgeLoop.png"
s_TpolyDuplicateEdgeBehaviourStrings.rPolyDuplicateEdgeName = "Duplicate Edge Loop Tool"
s_TpolyDuplicateEdgeBehaviourStrings.rPolyDuplicateEdgeZeroWarning = "One of the edges has a zero length."
s_TpolyDuplicateEdgeBehaviourStrings.rPolyDuplicateSameFaceWarning = "Cannot offset edges on the same face symmetrically."
//
// String set: s_TpolyGeomToolStrings
//
s_TpolyGeomToolStrings.rApplyCacheStatus = "Polygon reduce: applying the cache..."
s_TpolyGeomToolStrings.rContourProjNotOnBorder = "The specified vertices are not on a border. Use auto generated corner vertices instead."
s_TpolyGeomToolStrings.rContourProjWrongNumber = "The number of specified vertices is incorrect. Use auto generated corner vertices instead."
s_TpolyGeomToolStrings.rOpenSubdivWarning = "OpenSubdiv Adaptive is only supported by OpenGL 4 and DirectX11 compatible graphics cards. Mesh will use the Maya Catmull-Clark subdivision method for Smooth Mesh Preview."
s_TpolyGeomToolStrings.rPerformingBoolean = "Generating Boolean..."
s_TpolyGeomToolStrings.rPolySeparateShellErr = "Selections have shared vertices and cannot be separated."
s_TpolyGeomToolStrings.rPreparingMesh = "Preparing \"^1s\" for Boolean..."
s_TpolyGeomToolStrings.rPreparingResult = "Outputting Boolean result..."
s_TpolyGeomToolStrings.rReduceStatus = "Polygon reduce is in progress..."
s_TpolyGeomToolStrings.rReducingStatus = "Polygon reduce: reducing..."
//
// String set: s_TpolyMapStrings
//
s_TpolyMapStrings.rAlpha = "alpha"
s_TpolyMapStrings.rBlue = "blue"
s_TpolyMapStrings.rGreen = "green"
s_TpolyMapStrings.rNormalX = "normal.x"
s_TpolyMapStrings.rNormalY = "normal.y"
s_TpolyMapStrings.rNormalZ = "normal.z"
s_TpolyMapStrings.rRed = "red"
s_TpolyMapStrings.rVertexX = "vertex.x"
s_TpolyMapStrings.rVertexY = "vertex.y"
s_TpolyMapStrings.rVertexZ = "vertex.z"
//
// String set: s_TpolyMergeEdgeCtxStrings
//
s_TpolyMergeEdgeCtxStrings.rPolyMergeEdgeErr = "Selection must have two border edges."
s_TpolyMergeEdgeCtxStrings.rPolyMergeEdgeFirst = "Select first border edge"
s_TpolyMergeEdgeCtxStrings.rPolyMergeEdgeFirstHeadsUp = "Click first border edge."
s_TpolyMergeEdgeCtxStrings.rPolyMergeEdgeSecond = "Select second border edge"
s_TpolyMergeEdgeCtxStrings.rPolyMergeEdgeSecondHeadsUp = "Click next border edge. To finish, press Enter."
s_TpolyMergeEdgeCtxStrings.rPolyMergeEdgeToolName = "Merge Edge Tool"
s_TpolyMergeEdgeCtxStrings.rPolyMergeEdgeValid = "Press Enter to validate or Backspace to cancel selection."
//
// String set: s_TpolyMergeFacetCtxStrings
//
s_TpolyMergeFacetCtxStrings.rPolyMergeFacetErr = "Selection must have two faces."
s_TpolyMergeFacetCtxStrings.rPolyMergeFacetFirst = "Select first(outer) face"
s_TpolyMergeFacetCtxStrings.rPolyMergeFacetSecond = "Select second(hole) face from the same object"
s_TpolyMergeFacetCtxStrings.rPolyMergeFacetToolName = "Make Hole Tool"
s_TpolyMergeFacetCtxStrings.rPolyMergeFacetValid = "Press Enter to validate or Backspace to cancel selection."
//
// String set: s_TpolyMiscCmdStrings
//
s_TpolyMiscCmdStrings.rCannotFindInputFile = "can't get name of input file"
s_TpolyMiscCmdStrings.rCannotFindOutputFile = "can't get name of output file"
s_TpolyMiscCmdStrings.rCannotOpenOutputFile = "can't open output file"
s_TpolyMiscCmdStrings.rComparingRequiresTwoPoly = "polyCompare requires exactly 2 valid Polygonal Geometry objects."
s_TpolyMiscCmdStrings.rSendDebugInfoToFile = "Sending debugging information to file %s\n"
s_TpolyMiscCmdStrings.rWrittenToFile = "Written to file : ^1s"
//
// String set: s_TpolyOptUvsFtyStrings
//
s_TpolyOptUvsFtyStrings.rUnfoldingARegion = "Unfolding a region"
s_TpolyOptUvsFtyStrings.rUnfoldingRegion1 = "Unfolding region ^1d/^2d"
s_TpolyOptUvsFtyStrings.rUnfoldingRegion2 = "Unfolding region ^1d"
//
// String set: s_TpolySelectCtxStrings
//
s_TpolySelectCtxStrings.rPolySelectCtxName = "Polygon Select Tool"
s_TpolySelectCtxStrings.rPolySelectEdgeBorderHeadsUp = "Double-click on a border edge for full border."
s_TpolySelectCtxStrings.rPolySelectEdgeBorderHelp = "Double click to select full border edges.  Single click to select border edge path"
s_TpolySelectCtxStrings.rPolySelectEdgeBorderImageName = "polySelectEdgeBorder.png"
s_TpolySelectCtxStrings.rPolySelectEdgeBorderTitle = "Select Border Edge Tool"
s_TpolySelectCtxStrings.rPolySelectHelp = "Select Polygon Components"
//
// String set: s_TpolySelectEditContextStrings
//
s_TpolySelectEditContextStrings.rPolySelectBorderEdgeErrorNotBorderEdge = "Not a border edge."
//
// String set: s_TpolyShortestPathCtxStrings
//
s_TpolyShortestPathCtxStrings.rPolyShortestPathHeadsUp = "Click on two vertices/UVs to select the shortest edge path between them"
s_TpolyShortestPathCtxStrings.rPolyShortestPathHelp = "Select two UVs or vertices to find shortest edge path"
s_TpolyShortestPathCtxStrings.rPolyShortestPathNoSupport = "Shortest edge path tool works with vertices and UVs only"
s_TpolyShortestPathCtxStrings.rPolyShortestPathToolTitle = "Select Shortest Edge Path Tool"
//
// String set: s_TpolySlideEdgeContextStrings
//
s_TpolySlideEdgeContextStrings.rPolySlideEdgeDragString = "Drag with MMB to slide"
s_TpolySlideEdgeContextStrings.rTpolySlidEdgeCtxSlideAnEdgeSelection = "Select an edge path or loop and slide with middle mouse button, (+shift for move along normal)"
//
// String set: s_TpolySplitCtxStrings
//
s_TpolySplitCtxStrings.rTpolySplitCtxErrClip = "Point is not inside the face."
s_TpolySplitCtxStrings.rTpolySplitCtxErrEndEdge = "Last operation is cancelled : must end up on an edge."
s_TpolySplitCtxStrings.rTpolySplitCtxErrEndHole = "Last operation is cancelled : cannot end up on a hole."
s_TpolySplitCtxStrings.rTpolySplitCtxErrFrstHole = "Cannot start up on a hole."
s_TpolySplitCtxStrings.rTpolySplitCtxErrLastEdge = "Selection must end up on an edge."
s_TpolySplitCtxStrings.rTpolySplitCtxErrLastHole = "Cannot end up on a hole."
s_TpolySplitCtxStrings.rTpolySplitCtxHeadsUpFirst = "Click-drag on first edge."
s_TpolySplitCtxStrings.rTpolySplitCtxHeadsUpNext = "Click-drag on next edge. To finish, press Enter."
s_TpolySplitCtxStrings.rTpolySplitCtxHelpClose = "Line is closed : ENTER or DELETE"
s_TpolySplitCtxStrings.rTpolySplitCtxHelpEdge = "Drag point along edge"
s_TpolySplitCtxStrings.rTpolySplitCtxHelpEdit = "Select the point to edit"
s_TpolySplitCtxStrings.rTpolySplitCtxHelpFace = "Drag point on the face"
s_TpolySplitCtxStrings.rTpolySplitCtxHelpFirst = "Click on the first edge to split"
s_TpolySplitCtxStrings.rTpolySplitCtxHelpNext = "Click on next surrounding edge to split, or inside a neighboring face to add a free point"
s_TpolySplitCtxStrings.rTpolySplitCtxHelpPtE = "Drag edited point along edge"
s_TpolySplitCtxStrings.rTpolySplitCtxHelpPtF = "Drag edited point on the face"
s_TpolySplitCtxStrings.rTpolySplitCtxName = "Split Polygon Tool"
s_TpolySplitCtxStrings.rTpolySplitCtxNumericFmtE = "Percentage"
s_TpolySplitCtxStrings.rTpolySplitCtxNumericFmtP = "Position"
s_TpolySplitCtxStrings.rTpolySplitCtxWarnNonManifold = "Last operation is cancelled : cannot split non-manifold geometry"
s_TpolySplitCtxStrings.rTpolySplitCtxWarnPartialSplit = "The last selection did not end on an edge, proceeding with partial split."
//
// String set: s_TpolySplitRingBehaviourStrings
//
s_TpolySplitRingBehaviourStrings.rPolyAutoSplitEdgeHeadsUp = "Click-drag on edges."
s_TpolySplitRingBehaviourStrings.rPolyAutoSplitEdgeHelp = "Click-drag on an edge to insert an edge loop."
s_TpolySplitRingBehaviourStrings.rPolySplitEdgeAbsoluteWarning = "The -abo/-absoluteOffset flag has been depricated.  Use the -spt/-splitType flag instead."
s_TpolySplitRingBehaviourStrings.rPolySplitEdgeHeadsUp = "Click on edges to define an edge loop. To insert, press Enter."
s_TpolySplitRingBehaviourStrings.rPolySplitEdgeHelp = "Click on multiple edges to define an edge path to insert.  Press ENTER to insert edge path."
s_TpolySplitRingBehaviourStrings.rPolySplitEdgeSeamWarning = "Cannot split a seam spanning edge symmetrically. Use the multiple edge loop tool option instead."
s_TpolySplitRingBehaviourStrings.rPolySplitRingImageName = "polySplitEdgeRing.png"
s_TpolySplitRingBehaviourStrings.rPolySplitRingName = "Insert Edge Loop Tool."
//
// String set: s_TpolyToSubdivStrings
//
s_TpolyToSubdivStrings.rConversionFailed = "Conversion failed. Please correct topology problems in the input shape."
s_TpolyToSubdivStrings.rLowValenceVert = "A edge or vertex cannot be converted to a subdivision surface. Minimum surface acceptable for subdivision surface is a 3 or 4 sided polygon or NURBS surface."
s_TpolyToSubdivStrings.rLowValenceVertList = "A single edge or a single vertex cannot be converted to a subdivision surface.\n/"
s_TpolyToSubdivStrings.rLowValenceVertList1 = "/ Minimum surface acceptable for subdivision surface is a 3 or 4 sided polygon or NURBS surface.\n/"
s_TpolyToSubdivStrings.rNonLamina = "The conversion to a subdivision surface failed.\n/"
s_TpolyToSubdivStrings.rNonLamina1 = "/ One or more duplicated faces were present.\n/"
s_TpolyToSubdivStrings.rNonLamina2 = "/ Delete the duplicate faces by selecting the polygon\n/"
s_TpolyToSubdivStrings.rNonLamina3 = "/ and issuing the following command, then try again:\n"
s_TpolyToSubdivStrings.rNonLaminaE = "The conversion to a subdivision surface failed.\n/"
s_TpolyToSubdivStrings.rNonLaminaE1 = "/ One or more duplicated edges were present.\n/"
s_TpolyToSubdivStrings.rNonLaminaE2 = "/ Repair the duplicate edges by selecting the polygon\n/"
s_TpolyToSubdivStrings.rNonLaminaE3 = "/ and issuing the following command, then try again:\n"
s_TpolyToSubdivStrings.rNonManifoldEdges = "One or more edges is nonmanifold.\n/"
s_TpolyToSubdivStrings.rNonManifoldEdges1 = "/ Nonmanifold geometry cannot be converted to a subdivision surface.\n/"
s_TpolyToSubdivStrings.rNonManifoldEdges2 = "/ To clean up nonmanifold edges, use Mesh->Cleanup with the nonmanifold option."
s_TpolyToSubdivStrings.rNonManifoldVertices = "One or more vertices is nonmanifold.\n/"
s_TpolyToSubdivStrings.rNonManifoldVertices1 = "/ Nonmanifold geometry cannot be converted to a subdivision surface.\n/"
s_TpolyToSubdivStrings.rNonManifoldVertices2 = "/ To clean up nonmanifold vertices, use Mesh->Cleanup with the nonmanifold option."
s_TpolyToSubdivStrings.rSubdBadVertexIndex = "/ The indices of the vertices in question are: "
s_TpolyToSubdivStrings.rTooManyPolys = "Cannot create subdivision surface as the resulting surface would have more base mesh faces (^1d) than the maximum allowed (^2d).\n/"
s_TpolyToSubdivStrings.rTooManyPolys1 = "/ To increase maximum allowed, change Maximum Base Mesh Faces in Convert to Subdiv Options."
s_TpolyToSubdivStrings.rValence2Vert1 = "This polygon cannot be converted to a subdivision surface, because it contains an interior vertex connected by less than 3 edges. To fix the problem, either remove the edge with the interior vertex, or subdivide the polygon so that the interior "
s_TpolyToSubdivStrings.rValence2Vert2 = "vertex has at least 3 edges."
s_TpolyToSubdivStrings.rValence2VertList = "This polygon contains an interior vertex connected by less than 3 edges.\n/"
s_TpolyToSubdivStrings.rValence2VertList1 = "/ To fix the problem, either remove the edge with the interior vertex, or subdivide the polygon so that the interior vertex has at least 3 edges.\n/"
s_TpolyToSubdivStrings.rValenceTooBig = "Cannot create subdivision surface, valence limit (^1d) exceeds maximum allowable valence limit (^2d). To increase the valence limit, change default option found in Convert to Subdiv Options."
s_TpolyToSubdivStrings.rValenceTooBigList = "Some vertex valences exceed maximum allowable valence limit.\n/"
s_TpolyToSubdivStrings.rValenceTooBigList1 = "/ To increase the valence limit, change option found in Convert to Subdiv Options.\n/"
//
// String set: s_TpolyUIBasketStrings
//
s_TpolyUIBasketStrings.rAdvPolygons = "AdvPolygons"
s_TpolyUIBasketStrings.rPolygonsTabLabel = "Polygons"
//
// String set: s_TpolyUniteSkinnedCmdStrings
//
s_TpolyUniteSkinnedCmdStrings.rNoSkinningFound = "No skinning found to apply to the combined mesh."
//
// String set: s_TpolyVtxNormalCtxStrings
//
s_TpolyVtxNormalCtxStrings.rTpolyVertexNormalContextNonPlanarSeam = "Cannot modify normals symmetrically when the symmetry seam is non-planar"
s_TpolyVtxNormalCtxStrings.rTpolyVertexNormalContextZeroLengthSeamNormal = "Skipping zero length seam normals"
s_TpolyVtxNormalCtxStrings.rTpolyVtxNormalCtxName = "Vertex Normal Edit Tool"
//
// String set: s_TpolygonSetupCmdStrings
//
s_TpolygonSetupCmdStrings.rHistoryModifiedGeom = "The history has modified geometry.  Cannot reuse triangles"
//
// String set: s_TposeControlStrings
//
s_TposeControlStrings.rAdd = "Add"
s_TposeControlStrings.rAddNeutralPoses = "Add Neutral Poses"
s_TposeControlStrings.rAddPose = "Add Pose"
s_TposeControlStrings.rAddPoseAnnot = "Create a new pose for the selected pose interpolator"
s_TposeControlStrings.rAdvancedSettings = "Advanced Settings"
s_TposeControlStrings.rAllowNegativeWeights = "Allow Negative Weights"
s_TposeControlStrings.rAttributes = "Attributes..."
s_TposeControlStrings.rAutoAdjustGaussianFalloff = "Auto-adjust Gaussian Falloff"
s_TposeControlStrings.rConnections = "Connections"
s_TposeControlStrings.rControllers = "Controllers"
s_TposeControlStrings.rControllersAnnot = "MMB drag and drop attributes from the Outliner to specify driver controllers"
s_TposeControlStrings.rCreatePoseInterpolator = "Create Pose Interpolator"
s_TposeControlStrings.rCreatePoseInterpolatorAnnot = "Create a pose interpolator node for the selected joint(s)"
s_TposeControlStrings.rDelete = "Delete"
s_TposeControlStrings.rDeletePAnnot = "Delete selected poses"
s_TposeControlStrings.rDeletePIAnnot = "Delete selected pose interpolators"
s_TposeControlStrings.rDriver = "Driver"
s_TposeControlStrings.rDriverControllers = "Driver Controllers"
s_TposeControlStrings.rDriverSettings = "Driver Settings"
s_TposeControlStrings.rDuplicatePoseShape = "Duplicate Pose Shape"
s_TposeControlStrings.rEdit = "Edit"
s_TposeControlStrings.rEnabled = "Enabled"
s_TposeControlStrings.rEulerTwist = "Euler Twist"
s_TposeControlStrings.rExport = "Export"
s_TposeControlStrings.rGaussian = "Gaussian"
s_TposeControlStrings.rGaussianFalloff = "Gaussian Falloff"
s_TposeControlStrings.rGoToPose = "Go To Pose"
s_TposeControlStrings.rGroup = "Group"
s_TposeControlStrings.rIndependent = "Independent"
s_TposeControlStrings.rInterpolation = "Interpolation"
s_TposeControlStrings.rInvalidPoseName = "Name specified is not a valid pose name."
s_TposeControlStrings.rLinear = "Linear"
s_TposeControlStrings.rMirror = "Mirror"
s_TposeControlStrings.rNeutralPose = "Neutral Pose"
s_TposeControlStrings.rNewGroup = "New Group"
s_TposeControlStrings.rNewPIGroupAnnot = "New group"
s_TposeControlStrings.rNoPoseAnnot = "Select a Pose Interpolator and then click '<b>AddPose</b>' to begin adding poses and editing their shapes"
s_TposeControlStrings.rNoPoseInterpolatorAnnot = "Begin pose space deformation by selecting the joint(s)<br> to track for pose interpolation and clicking,<br>'<b>Create Pose Interpolator</b>'"
s_TposeControlStrings.rOff = "Off"
s_TposeControlStrings.rOutputSmoothing = "Output Smoothing"
s_TposeControlStrings.rPose = "Pose"
s_TposeControlStrings.rPoseInterpolator = "Pose Interpolator"
s_TposeControlStrings.rPoseInterpolators = "Pose Interpolators"
s_TposeControlStrings.rPoseName = "Pose Name"
s_TposeControlStrings.rPoseNameInvalidCharSubst = "New pose name contains invalid characters. Illegal characters were converted to \"_\"."
s_TposeControlStrings.rPoseShape = "Pose Shape"
s_TposeControlStrings.rReNameInterpolatorGroupError = "^1s already exists. Use a different name."
s_TposeControlStrings.rRegularization = "Regularization"
s_TposeControlStrings.rRemove = "Remove"
s_TposeControlStrings.rRename = "Rename"
s_TposeControlStrings.rRotationFalloff = "Rotation Falloff"
s_TposeControlStrings.rSelectDrivers = "Select Drivers"
s_TposeControlStrings.rShowAdvancedSettings = "Show Advanced Settings"
s_TposeControlStrings.rShowDriverSettings = "Show Driver Settings"
s_TposeControlStrings.rStartEditAnnot = "Start editing pose shape"
s_TposeControlStrings.rStopEditAnnot = "Stop editing pose shape"
s_TposeControlStrings.rSwingOnly = "Swing Only"
s_TposeControlStrings.rSwingandTwist = "Swing and Twist"
s_TposeControlStrings.rTogglePoseOff = "Toggle pose off"
s_TposeControlStrings.rTogglePoseOn = "Toggle pose on"
s_TposeControlStrings.rTrackRotation = "Track Rotation"
s_TposeControlStrings.rTrackTranslation = "Track Translation"
s_TposeControlStrings.rTranslationFalloff = "Translation Falloff"
s_TposeControlStrings.rTwistAxis = "Twist Axis"
s_TposeControlStrings.rTwistOnly = "Twist Only"
s_TposeControlStrings.rType = "Type"
s_TposeControlStrings.rUpdatePose = "Update Pose"
s_TposeControlStrings.rUpdatePoseShape = "Update Pose Shape"
s_TposeControlStrings.rWeight = "Weight"
s_TposeControlStrings.rXAxis = "X Axis"
s_TposeControlStrings.rYAxis = "Y Axis"
s_TposeControlStrings.rZAxis = "Z Axis"
//
// String set: s_TpreferencesDirectoryStrings
//
s_TpreferencesDirectoryStrings.rCopyPrefFromPrevVersion = "Copied preferences from a previous version.\n"
//
// String set: s_TpreferredRendererCmdStrings
//
s_TpreferredRendererCmdStrings.rNoRendererNameIsSpecified = "No renderer name is specified"
s_TpreferredRendererCmdStrings.rRendererNotFound = "The renderer ^1s was not found."
//
// String set: s_TprepareRenderCmdStrings
//
s_TprepareRenderCmdStrings.rCantDeregisterNullError = "Deregister failed: cannot deregister traversal set null."
s_TprepareRenderCmdStrings.rNullTraversalSetLabel = "Active Representation"
s_TprepareRenderCmdStrings.rQueryEditError = "Can not use the query flag and the edit flag at the same time."
s_TprepareRenderCmdStrings.rTraversalSetDeregisterError = "Deregister failed: traversal set ^1s not found."
s_TprepareRenderCmdStrings.rTraversalSetEmptyError = "No traversal set specified."
s_TprepareRenderCmdStrings.rTraversalSetNotFoundError = "Failed to find traversal set ^1s."
s_TprepareRenderCmdStrings.rUnknownTraversalError = "Unknown render traversal."
//
// String set: s_TprofilerCmdStrings
//
s_TprofilerCmdStrings.rTprofilerCmdBufferNullNegative = "The profiler's sample buffer size cannot be negative or null."
s_TprofilerCmdStrings.rTprofilerCmdBufferWhileRecording = "The profiler's sample buffer size cannot be modified while it is recording."
s_TprofilerCmdStrings.rTprofilerCmdCantQuery = "This flag cannot be queried."
s_TprofilerCmdStrings.rTprofilerCmdCategoryInfoBadQuery = "Querying the 'categoryInfo' flag requires either the 'categoryIndex' or the 'categoryName' flag."
s_TprofilerCmdStrings.rTprofilerCmdCategoryInfoWithoutAdd = "The 'categoryInfo' flag requires the 'addCategory' flag."
s_TprofilerCmdStrings.rTprofilerCmdEventIndexOutOfBounds = "The given event index is out of bounds."
s_TprofilerCmdStrings.rTprofilerCmdNoCategoryIndex = "No categoryIndex specified."
s_TprofilerCmdStrings.rTprofilerCmdNoEnoughInfoToEnableInstrument = "Flags procedureName, categoryIndex, colorIndex need to be specified when instrumentMel flag is true."
s_TprofilerCmdStrings.rTprofilerCmdNoEventIndex = "No eventIndex specified."
s_TprofilerCmdStrings.rTprofilerCmdNoProcedureToDisableInstrument = "Flag procedureName needs to be specified when instrumentMel flag is false."
s_TprofilerCmdStrings.rTprofilerCmdResetWhileRecording = "The profiler cannot be reset while it is recording."
//
// String set: s_TprofilerToolActionStrings
//
s_TprofilerToolActionStrings.rTprofilerToolNoEdit = "The flag provided cannot be edited."
s_TprofilerToolActionStrings.rTprofilerToolNoQuery = "The flag provided cannot be queried."
s_TprofilerToolActionStrings.rTprofilerToolSegmentIndexInvalid = "The specified segment index is invalid."
s_TprofilerToolActionStrings.rTprofilerToolViewNotExist = "The profiler tool does not exist."
//
// String set: s_TprofilerToolStrings
//
s_TprofilerToolStrings.rTprofilerToolActionWhileRecordingErr = "This action is not allowed while recording"
s_TprofilerToolStrings.rTprofilerToolBufferSizeLineEditToolTip = "Enter a number to set the max buffer size in MB"
s_TprofilerToolStrings.rTprofilerToolCategorySettingAll = "All"
s_TprofilerToolStrings.rTprofilerToolCategorySettingTitle = "Record/View Categories"
s_TprofilerToolStrings.rTprofilerToolCategoryViewLabel = "Category View"
s_TprofilerToolStrings.rTprofilerToolCpuViewLabel = "CPU View"
s_TprofilerToolStrings.rTprofilerToolEventDescriptionsLabel = "Event Descriptions..."
s_TprofilerToolStrings.rTprofilerToolEventFindPlaceholder = "Search..."
s_TprofilerToolStrings.rTprofilerToolEventFindTooltip = "Enter some text to find all the events whose name contains/matches the text in current view"
s_TprofilerToolStrings.rTprofilerToolLoadDialogWinTitle = "Load recording"
s_TprofilerToolStrings.rTprofilerToolLoadRecordLabel = "Load Recording..."
s_TprofilerToolStrings.rTprofilerToolMenuEdit = "Edit"
s_TprofilerToolStrings.rTprofilerToolMenuView = "View"
s_TprofilerToolStrings.rTprofilerToolProfileTagsLabel = "Profile tags"
s_TprofilerToolStrings.rTprofilerToolRecordSettingTooltip = "Open \"Record/View Categories\" setting window"
s_TprofilerToolStrings.rTprofilerToolSaveDialogWinTitle = "Save recording"
s_TprofilerToolStrings.rTprofilerToolSaveRecordLabel = "Save Recording..."
s_TprofilerToolStrings.rTprofilerToolSaveSelectedRecordsLabel = "Save Recording of Selected Events..."
s_TprofilerToolStrings.rTprofilerToolSearchPanelClose = "Close"
s_TprofilerToolStrings.rTprofilerToolSearchPanelFindAll = "Find All"
s_TprofilerToolStrings.rTprofilerToolSearchPanelFindNext = "Find Next"
s_TprofilerToolStrings.rTprofilerToolSearchPanelFindPrevious = "Find Previous"
s_TprofilerToolStrings.rTprofilerToolSearchPanelMatchWhole = "Match Whole Word"
s_TprofilerToolStrings.rTprofilerToolSearchPanelTitle = "Search Options"
s_TprofilerToolStrings.rTprofilerToolSearchSettingTooltip = "Open \"Search Options\" setting window"
s_TprofilerToolStrings.rTprofilerToolStartRecord = "Start Recording"
s_TprofilerToolStrings.rTprofilerToolStartRecordWarningMsg = "This will clear all the data.\nDo you want to continue?"
s_TprofilerToolStrings.rTprofilerToolStopRecord = "Stop Recording"
s_TprofilerToolStrings.rTprofilerToolThreadViewLabel = "Thread View"
//
// String set: s_TprofilerToolViewStrings
//
s_TprofilerToolViewStrings.rTprofilerToolViewBufferSizeLabel = "Buffer size: ^1c / "
s_TprofilerToolViewStrings.rTprofilerToolViewEvaluationModeErr = "Unable to generate critical path in current evaluation mode"
s_TprofilerToolViewStrings.rTprofilerToolViewHiddenAndSelectedEventsLabel = "^1d Hidden events | ^2d Selected events"
s_TprofilerToolViewStrings.rTprofilerToolViewMessageNoMatch = "No matching event found"
s_TprofilerToolViewStrings.rTprofilerToolViewMessageNoMatchTitle = "Profiler"
s_TprofilerToolViewStrings.rTprofilerToolViewNoEvaluationGraphErr = "No evaluation graph available"
s_TprofilerToolViewStrings.rTprofilerToolViewNoMatchEventErr = "Unable to match scheduling graph to profiler data"
s_TprofilerToolViewStrings.rTprofilerToolViewNoProfilerDataErr = "No profiler data available"
s_TprofilerToolViewStrings.rTprofilerToolViewNoSelectedFrameErr = "No frame selected"
s_TprofilerToolViewStrings.rTprofilerToolViewScedulingGraphInvalidErr = "Scheduling graph invalid"
s_TprofilerToolViewStrings.rTprofilerToolViewSelectedInfo = "^1s | Duration: ^2s [Avg: ^3s] | CPU: ^4d | Thread: ^5d"
s_TprofilerToolViewStrings.rTprofilerToolViewSelectedInfoSignal = "^1s | Event Time: ^2s | CPU: ^3d | Thread: ^4d"
s_TprofilerToolViewStrings.rTprofilerToolViewSelectedInfoWithNodeType = "^1s | Type: ^2s | Duration: ^3s [Avg: ^4s] | CPU: ^5d | Thread: ^6d"
s_TprofilerToolViewStrings.rTprofilerToolViewThreadCategoryLabel = "Thread ^1d"
s_TprofilerToolViewStrings.rTprofilerToolViewTotalTimeAndEventsLabel = "Total time : ^1s | Total events : ^2d"
s_TprofilerToolViewStrings.rTprofilerToolViewUnknownEvent = "Unknown event"
//
// String set: s_TprogressBarStrings
//
s_TprogressBarStrings.rProgressBarCancelString = " [Press ESC to Cancel]"
s_TprogressBarStrings.rProgressBarPercentString = "(^1d%) "
//
// String set: s_TprojectCrvContextStrings
//
s_TprojectCrvContextStrings.rProjectCompleteHelp = "Use Enter key, or exit tool to complete project curve."
s_TprojectCrvContextStrings.rProjectCurveToolName = "Project Curve"
s_TprojectCrvContextStrings.rProjectSelectCrvHelp = "Select curve(s) to project."
s_TprojectCrvContextStrings.rProjectSelectManipHelp = "Select a manipulator to edit the projected curve or select another curve to project."
s_TprojectCrvContextStrings.rProjectSelectSrfHelp = "Select surface(s) to project onto. Shift-Click to unpick. Press Enter key when done surface selections."
//
// String set: s_TprojectStrings
//
s_TprojectStrings.rBadTranslatorId = "Bad Translator."
s_TprojectStrings.rCantCloseProjectId = "Cannot Close Project."
s_TprojectStrings.rCantImportId = "Cannot Import File."
s_TprojectStrings.rCouldNotAssociateId = "Cannot form workspace association."
s_TprojectStrings.rDefaultNameId = "Untitled"
s_TprojectStrings.rDefaultTopId = "Top"
s_TprojectStrings.rDirBadCreateId = "Cannot Create Directory."
s_TprojectStrings.rDirCantChangeId = "Cannot change directories."
s_TprojectStrings.rNoProjectManager = "There is no project manager."
s_TprojectStrings.rProjectBadCreateId = "Cannot create new Project."
s_TprojectStrings.rProjectBadOpenId = "Cannot open project: "
s_TprojectStrings.rProjectBadSaveId = "Cannot Save Workspace."
s_TprojectStrings.rProjectCurrentlyOpenId = "A project is currently open."
s_TprojectStrings.rWorkspaceUnknownId = "Unknown workspace."
//
// String set: s_TprojectTangentContextStrings
//
s_TprojectTangentContextStrings.rProjectTangentHelpCrvSelecting1 = "Pick 2 curves or a surface to project tangent with first curve."
s_TprojectTangentContextStrings.rProjectTangentHelpCrvSelecting2 = "Pick another curve to project tangent with 2 selected curves."
s_TprojectTangentContextStrings.rProjectTangentHelpManips = "Drag manipulators to edit project tangent."
s_TprojectTangentContextStrings.rProjectTangentHelpSelecting = "Pick a curve to be tangent aligned."
s_TprojectTangentContextStrings.rProjectTangentToolName = "Project Tangent"
//
// String set: s_TpropModBaseCmdStrings
//
s_TpropModBaseCmdStrings.rErrorNoPFlagsForNumObjs1 = "No -p flags specified for # objects."
s_TpropModBaseCmdStrings.rErrorNoPFlagsForNumObjs2 = "Use the -p flag or -px, -py, -pz for the objects."
s_TpropModBaseCmdStrings.rWarningIllegalSelection = "Illegal selection list, only control points can be modified with this tool"
s_TpropModBaseCmdStrings.rWarningMultipleFlagTypes = "Both -p and one of -px, -py, -pz specified. Only -p flags used."
s_TpropModBaseCmdStrings.rWarningNotEnoughPFlags = "Not enough -p flags specified for # objects. Using 1.0."
s_TpropModBaseCmdStrings.rWarningTooManyPFlags = "Too many -p flags.  Only 1 per object. Ignoring extras."
s_TpropModBaseCmdStrings.rWarningTooManyPxFlags = "Too many -px flags. Only 1 per object. Ignoring extras."
s_TpropModBaseCmdStrings.rWarningTooManyPyFlags = "Too many -py flags. Only 1 per object. Ignoring extras."
s_TpropModBaseCmdStrings.rWarningTooManyPzFlags = "Too many -pz flags.  Only 1 per object. Ignoring extras."
//
// String set: s_TpropModContextStrings
//
s_TpropModContextStrings.rPropModAnimCurve = "anim curve "
s_TpropModContextStrings.rPropModEditModeMsg = "Edit mode: Position the center of influence for proportional modification.  Insert key toggles to modify mode."
s_TpropModContextStrings.rPropModLinearDropoff = "linear"
s_TpropModContextStrings.rPropModModifyMsg = "Modify mode: Proportionally modify the active object(s) using ^1s dropoff. Insert key toggles into edit mode."
s_TpropModContextStrings.rPropModNurbsCurve = "NURBS curve "
s_TpropModContextStrings.rPropModParamAnimCurve = "parametric anim curve "
s_TpropModContextStrings.rPropModParamLinearDropoff = "parametric linear"
s_TpropModContextStrings.rPropModParamPowerDropoff = "parametric power"
s_TpropModContextStrings.rPropModParamScript = "parametric script "
s_TpropModContextStrings.rPropModPowerDropoff = "power"
s_TpropModContextStrings.rPropModScript = "script "
s_TpropModContextStrings.rPropModUnknownDropoff = "unknown"
//
// String set: s_TpsFontStrings
//
s_TpsFontStrings.rFontExactMatchNotFound = "Could not find an exact match for font '^1s'.\nUsing '^2s' instead."
//
// String set: s_TpsdFileWarningStrings
//
s_TpsdFileWarningStrings.rFileAdjustmentLayer = "Maya does not support Adjustment layer which is present in the layer ^1s in the file ^2s"
s_TpsdFileWarningStrings.rFileAnnotations = "Maya does not support Annotation which may be present in the layer ^1s in the file ^2s"
s_TpsdFileWarningStrings.rFileBitmapColorMode = "Maya does not support Bitmap color mode which is present in the file ^1s"
s_TpsdFileWarningStrings.rFileBlendClippingElements = "Blend Clipping Elements are not supported for the layer ^1s in the file ^2s"
s_TpsdFileWarningStrings.rFileBlendInteriorEffects = "Blend Interior Effects is not supported for the layer ^1s in the file ^2s"
s_TpsdFileWarningStrings.rFileBlendMode = "Blend mode for the layer ^1s is not supported in the file ^2s"
s_TpsdFileWarningStrings.rFileBlendingRanges = "Layer Blending Ranges are not supported for the layer ^1s in the file ^2s"
s_TpsdFileWarningStrings.rFileCMYKcolorMode = "Maya does not support CMYK color mode which is present in the file ^1s"
s_TpsdFileWarningStrings.rFileClipping = "Clipping is not supported for the layer ^1s in the file ^2s"
s_TpsdFileWarningStrings.rFileDuotoneColorMode = "Maya does not support Duotone color mode which is present in the file ^1s"
s_TpsdFileWarningStrings.rFileEmptyLayerSet = "Layer set ^1s in the file ^2s is empty"
s_TpsdFileWarningStrings.rFileGrayscaleColorMode = "Maya does not support Grayscale color mode which is present in the file ^1s"
s_TpsdFileWarningStrings.rFileImageResources = "Image Resources are not supported for the file ^1s"
s_TpsdFileWarningStrings.rFileIndexedColorMode = "Maya does not support Indexed color mode which is present in the file ^1s"
s_TpsdFileWarningStrings.rFileKnockoutOptions = "Knockout Options is not supported for the layer ^1s in the file ^2s"
s_TpsdFileWarningStrings.rFileLabColorMode = "Maya does not support Lab color mode which is present in the file ^1s"
s_TpsdFileWarningStrings.rFileLayerEffects = "Maya does not support Layer Effects which may be present in the layer ^1s in  the file ^2s"
s_TpsdFileWarningStrings.rFileLayerMaskAsGlobal = "Layer mask as global mask is not supported for the layer ^1s in the file ^2s"
s_TpsdFileWarningStrings.rFileMultiChannelColorMode = "Maya does not support MultiChannel color mode which is present in the file ^1s"
s_TpsdFileWarningStrings.rFileNoMemoryPSDfile = "Unable to allocate memory for the PSD file ^1s"
s_TpsdFileWarningStrings.rFileObjectBasedEffects = "Maya does not support Object-based Effects which may be present in the layer ^1s in the file ^2s"
s_TpsdFileWarningStrings.rFilePatterns = "Maya does not support Patterns which may be present in the layer ^1s in the file ^2s"
s_TpsdFileWarningStrings.rFileTransparencyShapeLayer = "Transparency Shapes Layer is not supported for the layer ^1s in the file ^2s"
s_TpsdFileWarningStrings.rFileVectorMaskAsGlobal = "Vector mask as global mask is not supported for the layer ^1s in the file ^2s"
//
// String set: s_TpsdTextureCommandsStrings
//
s_TpsdTextureCommandsStrings.rDuplicateLayerIdx = "Duplicate layer index found!"
s_TpsdTextureCommandsStrings.rInFileReadError = "Could not open input file for reading"
s_TpsdTextureCommandsStrings.rMissingLayer = "Layer \"^1s\" does not exist"
s_TpsdTextureCommandsStrings.rMissingLayerSet = "Layer Set \"^1s\" does not exist"
s_TpsdTextureCommandsStrings.rNameFlagConflict = "The -lyn/-layerName and -lsn/layerSetName flags cannot be used together"
s_TpsdTextureCommandsStrings.rNoFileOrLayerSetName = "Input file name and Layer set name are mandatory"
s_TpsdTextureCommandsStrings.rNoIOFileName = "Input and output file names are mandatory"
s_TpsdTextureCommandsStrings.rNoPsdFileName = "PSD file name not set"
s_TpsdTextureCommandsStrings.rReadAlphaFail = "Failed to read specified alpha Channel"
s_TpsdTextureCommandsStrings.rReadImageFail = "Failed to read input image"
s_TpsdTextureCommandsStrings.rSavedFile = "// Saved file: ^1s"
s_TpsdTextureCommandsStrings.rUnsupportedBPC = "Only 1 & 2 bytes per channel output is supported"
//
// String set: s_TpythonInterpreterStrings
//
s_TpythonInterpreterStrings.rCouldNotFindFormatException = "Could not find maya.utils._guiExceptHook."
s_TpythonInterpreterStrings.rPythonInvalidCodeFragment = "Invalid Code Fragment: Found no executable Python code."
s_TpythonInterpreterStrings.rPythonInvalidEnvironment = "Invalid Python Environment: Python is unable to find Maya's Python modules"
s_TpythonInterpreterStrings.rPythonMainThreadError = "Maya commands (maya.cmds.*) maya only be called from the main thread"
s_TpythonInterpreterStrings.rPythonSandboxConfig = "Configuration failure"
s_TpythonInterpreterStrings.rPythonSandboxDict = "Could not find client dictionary"
s_TpythonInterpreterStrings.rPythonSandboxFunc = "Could not find 'execute' method"
s_TpythonInterpreterStrings.rPythonSandboxInit = "Python initialization failure: ^1s"
s_TpythonInterpreterStrings.rPythonSandboxMainModule = "Could not load __main__ module"
s_TpythonInterpreterStrings.rPythonSandboxObject = "Could not find execution object"
s_TpythonInterpreterStrings.rPythonStandaloneError = "maya.standalone may only be used from an external Python interpreter"
s_TpythonInterpreterStrings.rPythonUnknownException = "<unknown python exception type>"
s_TpythonInterpreterStrings.rPythonUnknownMayaCommandErr = "Maya command error"
s_TpythonInterpreterStrings.rPythonUnknownStackTrace = "<unknown python stack trace>"
//
// String set: s_TpythonObjectStrings
//
s_TpythonObjectStrings.rApiObjectMethodMustReturnMObject = "__apiobject__ method must return an MObject instance"
s_TpythonObjectStrings.rProblemWithApiObjectMethod = "Problem calling __apiobject__ method of passed object"
s_TpythonObjectStrings.rProblemWithApiObjectReturnedByApiObjectMethod = "Problem with the API object returned by __apiobject__ method"
//
// String set: s_TpythonResultStrings
//
s_TpythonResultStrings.rProblemFormattingLines = "Error formatting line/file - see stderr for details: ^1s"
s_TpythonResultStrings.rProblemFormattingStack = "Error formatting traceback - see stderr for details: ^1s"
//
// String set: s_TpythonStringTableStrings
//
s_TpythonStringTableStrings.rUnknownStringResource = "Unknown string resource '^1s'"
//
// String set: s_TquerySubdivStrings
//
s_TquerySubdivStrings.rQuerySubdivInvalidAction = "Invalid action specified. The valid range for actions is 1 to ^1d."
s_TquerySubdivStrings.rQuerySubdivNoActionSpecified = "No action specified. The -a flag must be used with this command."
//
// String set: s_TrGlobalsStrings
//
s_TrGlobalsStrings.rExtensionAlphaWarning = "^1s, output extension must begin with an alphabetic character"
s_TrGlobalsStrings.rExtensionLengthWarning = "^1s, output extension not specified"
//
// String set: s_TrampWidgetCmdStrings
//
s_TrampWidgetCmdStrings.rAttrNotRampMsg = "Attribute is not a ramp."
s_TrampWidgetCmdStrings.rCantFindRampMsg = "Could not find ramp attribute."
//
// String set: s_TrangeControlCmdStrings
//
s_TrangeControlCmdStrings.rRangeControlQueryErr = "only one flag allowed per query"
//
// String set: s_TrangeControlStrings
//
s_TrangeControlStrings.rDefaultRangeControlName = "rangeControlDefault"
//
// String set: s_TrbsFilletContextStrings
//
s_TrbsFilletContextStrings.rCircularFilletHelp1st = "Pick two surfaces for circular fillet."
s_TrbsFilletContextStrings.rCircularFilletHelp2nd = "Pick second surface."
s_TrbsFilletContextStrings.rCircularFilletHelp3rd = "Manipulate offset radii Or hit Go Button to complete fillet."
s_TrbsFilletContextStrings.rCircularFilletToolName = "Circular Fillet"
//
// String set: s_TreadTakeActionStrings
//
s_TreadTakeActionStrings.rReadTakeBadFile = "The file could not be opened: "
s_TreadTakeActionStrings.rReadTakeBadFreqency = "The frequency must be greater than zero."
s_TreadTakeActionStrings.rReadTakeDeviceIsRecording = "The device is recording: "
s_TreadTakeActionStrings.rReadTakeDeviceNotDefined = "The device is not defined: "
s_TreadTakeActionStrings.rReadTakeError = "The file does not appear to be a .mov file."
s_TreadTakeActionStrings.rReadTakeInvalidAngleUnit = "Invalid angle unit: "
s_TreadTakeActionStrings.rReadTakeInvalidLinearUnit = "Invalid linear unit: "
s_TreadTakeActionStrings.rReadTakeNegativeTime = "Skipping frames with negative time: "
s_TreadTakeActionStrings.rReadTakeReplaceRecordError = "The device cannot accept take data: "
s_TreadTakeActionStrings.rReadTakeRequiredFlags = "Both the -device and -file flags are required."
//
// String set: s_TrebuildCurveContextStrings
//
s_TrebuildCurveContextStrings.rRebuildCosMatchHelpSelecting = "Select another curve on surface to match."
s_TrebuildCurveContextStrings.rRebuildCurveHelpSelecting = "Select a curve(s) to rebuild. Shift-Click Button2 to unpick."
s_TrebuildCurveContextStrings.rRebuildCurveMatchHelpSelecting = "Select the curve to match."
s_TrebuildCurveContextStrings.rRebuildCurveToolName = "RebuildCurve"
//
// String set: s_TrebuildSurfaceContextStrings
//
s_TrebuildSurfaceContextStrings.rRebuildSurfaceHelpSelecting = "Select a surface(s) to rebuild."
s_TrebuildSurfaceContextStrings.rRebuildSurfaceMatchHelpSelecting = "Select the surface to match."
s_TrebuildSurfaceContextStrings.rRebuildSurfaceToolName = "RebuildSurface"
//
// String set: s_TrecordAttrCmdStrings
//
s_TrecordAttrCmdStrings.rDeletionFailedError = "Failed to disconnect: "
//
// String set: s_TrecordDeviceActionStrings
//
s_TrecordDeviceActionStrings.rDeviceAlreadyRecording = "Some devices are already recording."
s_TrecordDeviceActionStrings.rDeviceHasRecord = "Device has recorded data: "
s_TrecordDeviceActionStrings.rDeviceIsEmpty = "Device is empty: "
s_TrecordDeviceActionStrings.rDeviceIsRecording = "Device is recording: "
s_TrecordDeviceActionStrings.rDeviceNoDevicesError = "No devices are defined."
s_TrecordDeviceActionStrings.rDeviceNotRecordable = "Device is not recordable: "
s_TrecordDeviceActionStrings.rNoDevicesEnabledError = "No devices are enabled to record."
s_TrecordDeviceActionStrings.rRecordDeviceMissingError = "A device name is required."
s_TrecordDeviceActionStrings.rRecordDeviceMultiDevError = "Only a single device may be queried."
s_TrecordDeviceActionStrings.rRecordDeviceOneDeviceError = "Only one of -device is allowed."
s_TrecordDeviceActionStrings.rRecordDeviceQueryFirstWarn = "Only the first device is queried."
s_TrecordDeviceActionStrings.rRecordDeviceRequiredError = "One of -query, -device is required"
//
// String set: s_TreferenceActionStrings
//
s_TreferenceActionStrings.rReferenceActionFileNodeRefErr = "Cannot query '^1s' flag when '^2s' flag used."
s_TreferenceActionStrings.rReferenceActionFileNotReferenced = "File '^1s' not referenced by scene '^2s'."
s_TreferenceActionStrings.rReferenceActionMultipleShortNames = "Multiple files named '^1s'.  Specify full path."
s_TreferenceActionStrings.rReferenceActionNoReferenceNode = "Reference node '^1s' doesn't exist."
s_TreferenceActionStrings.rReferenceActionNoReferencedFiles = "Scene '^1s' has no referenced files."
s_TreferenceActionStrings.rReferenceActionNodeNotReferenced = "Node '^1s' is not from a referenced file."
s_TreferenceActionStrings.rReferenceActionQueryOnlyFlagErr = "Flag '^1s' is a query-only flag."
//
// String set: s_TreferenceEditActionStrings
//
s_TreferenceEditActionStrings.rReferenceEditActionAFEInvalidTarget = "When using the '-afe/-applyFailedEdits' flag please specify a node from a loaded reference, a loaded reference node, or a loaded reference file name."
s_TreferenceEditActionStrings.rReferenceEditActionIncorrectNumberOfTargets = "Please specify a single node or file name."
s_TreferenceEditActionStrings.rReferenceEditActionInvalidOnReferenceNode = "'-orn/-onReferenceNode' requires a valid reference node."
s_TreferenceEditActionStrings.rReferenceEditActionInvalidReferenceNode = "Reference node '^1s' is not associated with a reference file."
s_TreferenceEditActionStrings.rReferenceEditActionInvalidRetarget = "The '-cet/-changeEditTarget' flag expects two non-empty node names."
s_TreferenceEditActionStrings.rReferenceEditActionMultipleMainFlags = "These flags are mutually exclusive: '-r/-removeEdits', '-cet/-changeEditTarget', '-afe/-applyFailedEdits'."
s_TreferenceEditActionStrings.rReferenceEditActionNoMainFlags = "One of these flags must be used: '-r/-removeEdits', '-cet/-changeEditTarget', '-afe/-applyFailedEdits'."
s_TreferenceEditActionStrings.rReferenceEditActionNodeNotReferenced = "Node '^1s' is not from a referenced file."
s_TreferenceEditActionStrings.rReferenceEditActionNodeNotUnloaded = "Node '^1s' is not from an unloaded referenced file."
s_TreferenceEditActionStrings.rReferenceEditActionORNIncorrect = "The '-orn/-onReferenceNode' flag can not be used with the '-afe/-applyFailedEdits' flag."
s_TreferenceEditActionStrings.rReferenceEditActionORNNested = "'-orn/-onReferenceNode' requires a top-level reference node. '^1s' is from a referenced file."
s_TreferenceEditActionStrings.rReferenceEditActionTooManyOnReferenceNode = "'-orn/-onReferenceNode' can only be specified once with the referenceEdit command"
s_TreferenceEditActionStrings.rReferenceEditLiveEditNotFound = "The specified edit could not be found."
s_TreferenceEditActionStrings.rReferenceEditRemoveOperationFailed = "Edit removal failed. Plug cannot be modified."
//
// String set: s_TreferenceQueryActionStrings
//
s_TreferenceQueryActionStrings.rReferenceQueryActionEditCommandWithoutEditFlag = "The 'ec/editCommand' flag must be used with one of the following flags: 'es/editStrings', 'en/editNodes', or 'ea/editAttrs'."
s_TreferenceQueryActionStrings.rReferenceQueryActionFileRefMissing = "Cannot find the reference file."
s_TreferenceQueryActionStrings.rReferenceQueryActionFilenameModifierWithoutFilename = "These flags cannot be used without the 'f/filename' flag: 'shn/shortName', 'un/unresolvedName', 'wcn/withoutCopyNumber'."
s_TreferenceQueryActionStrings.rReferenceQueryActionIncorrectNumberOfTargets = "Please specify a single node or file name."
s_TreferenceQueryActionStrings.rReferenceQueryActionInvalidOnReferenceNode = "'orn/onReferenceNode' requires a valid reference node."
s_TreferenceQueryActionStrings.rReferenceQueryActionInvalidReferenceNode = "Reference node '^1s' is not associated with a reference file."
s_TreferenceQueryActionStrings.rReferenceQueryActionInvalidTarget = "Please specify a reference node, referenced file, or node from a referenced file."
s_TreferenceQueryActionStrings.rReferenceQueryActionMultipleMainFlags = "These flags are mutually exclusive (except for 'ea/editAttrs' and 'en/editNodes' which may be used together): 'f/filename', 'rfn/referenceNode', 'inr/isNodeReferenced', 'n/nodes', 'es/editStrings', 'en/editNodes', and 'ea/editAttrs'."
s_TreferenceQueryActionStrings.rReferenceQueryActionNoAssociatedNamespace = "Cannot find the associated namespace."
s_TreferenceQueryActionStrings.rReferenceQueryActionNoEditStringsFlag = "The 'le/liveEdits' flag must be used in conjunction with the 'es/editStrings' flag."
s_TreferenceQueryActionStrings.rReferenceQueryActionNoMainFlags = "One of these flags must be used: 'f/filename', 'pns/parentNamespace', 'rfn/referenceNode', 'il/isLoaded', 'inr/isNodeReferenced', 'n/nodes', 'es/editStrings', 'en/editNodes', and 'ea/editAttrs'."
s_TreferenceQueryActionStrings.rReferenceQueryActionNodeNotReferenced = "Node '^1s' is not from a referenced file."
s_TreferenceQueryActionStrings.rReferenceQueryActionNodesModifierWithoutNodes = "The 'dp/dagPath' flag cannot be used without the 'n/nodes' flag."
s_TreferenceQueryActionStrings.rReferenceQueryActionParentChildAndTopReferenceFlags = "The 'p/parent', 'ch/child' and 'tr/topReference' flags can not be used together."
s_TreferenceQueryActionStrings.rReferenceQueryActionReferenceModifierWithoutReference = "These flags cannot be used with the 'inr/isNodeReferenced' and 'n/nodes' and 'il/isLoaded' flags: 'p/parent', 'ch/child' and 'tr/topReference'."
s_TreferenceQueryActionStrings.rReferenceQueryActionTooManyOnReferenceNode = "'orn/onReferenceNode' can only be specified once with the referenceQuery command"
s_TreferenceQueryActionStrings.rReferenceQueryActionTopReferenceWithFilename = "The 'tr/topReference' flag can not be used with the 'f/filename' flag."
//
// String set: s_TreferenceToolActionStrings
//
s_TreferenceToolActionStrings.rReferenceToolActionInvalidEditType = "'^1s' is not a valid edit type."
s_TreferenceToolActionStrings.rReferenceToolActionInvalidTarget = "Please specify a reference node, referenced file, or node from a referenced file."
s_TreferenceToolActionStrings.rReferenceToolActionSharedReferenceNodeTarget = "A sharedReferenceNode can not be used as a command target."
s_TreferenceToolActionStrings.rSingleEditCommand = "Only one editCommand option can be provided."
//
// String set: s_TrefineSubdivSelectionListStrings
//
s_TrefineSubdivSelectionListStrings.rRefineSubdivSelectionListLevelTooLarge = "Cannot refine a subdivision surface beyond level ^1d."
//
// String set: s_TrefreshCmdStrings
//
s_TrefreshCmdStrings.rRefreshCmdErrSuspend = "The refresh command's -suspend flag must be specified alone"
//
// String set: s_TregionSelectKeyContextStrings
//
s_TregionSelectKeyContextStrings.rRegionSelectKeyContextGestureMsg = "Time pivot: ^6.3f  Time scale: ^6.3f   Value pivot: ^6.3f  Value scale: ^6.3f"
s_TregionSelectKeyContextStrings.rRegionSelectKeyContextHelp = "LMB to select keys; MMB to scale keys"
s_TregionSelectKeyContextStrings.rRegionSelectKeyContextManipMsg = "Start time: [^6.3f]  End time: [^6.3f]   New start time: ^6.3f  New end time: ^6.3f"
s_TregionSelectKeyContextStrings.rRegionSelectKeyContextName = "Scale keys"
//
// String set: s_TrelationshipCmdStrings
//
s_TrelationshipCmdStrings.rInvalidRelationship = "Invalid relationship specified of type ^1s on node ^2s."
s_TrelationshipCmdStrings.rInvalidRelationshipType = "Relationships of type ^1s on node ^2s are invalid."
s_TrelationshipCmdStrings.rUnknownRelationshipType = "Unknown relationship type '^1s'. Skipping."
//
// String set: s_TremoveMultiInstanceCmdStrings
//
s_TremoveMultiInstanceCmdStrings.rRemoveMIErrAttributeConnected = "The attribute '^1s' is connected and -b true was not specified"
s_TremoveMultiInstanceCmdStrings.rRemoveMIErrAttributeFailed = "Unable to remove '^1s'."
s_TremoveMultiInstanceCmdStrings.rRemoveMIErrAttributeLocked = "Cannot remove locked attribute '^1s'."
s_TremoveMultiInstanceCmdStrings.rRemoveMIErrAttributeNotMulti = "The attribute '^1s' is not a multi attribute."
s_TremoveMultiInstanceCmdStrings.rRemoveMIErrMissingSourceAttr = "No source attribute was specified."
s_TremoveMultiInstanceCmdStrings.rRemoveMIErrNoSourceAttr = "The attribute cannot be found."
//
// String set: s_TremovedAttrStrings
//
s_TremovedAttrStrings.kRemovedAttrNoSuchAttribute = "The ^1s '^2s' has no '^3s' attribute."
//
// String set: s_TrenameAttrCmdStrings
//
s_TrenameAttrCmdStrings.rRenameAttrCmdDynamicAttr = "Only dynamic attributes can be renamed."
s_TrenameAttrCmdStrings.rRenameAttrCmdInvalidObject = "No valid object to rename was specified."
s_TrenameAttrCmdStrings.rRenameAttrCmdLocked = "Can't rename an attribute of a locked node."
s_TrenameAttrCmdStrings.rRenameAttrCmdNameExists = "An attribute with the given name already exists."
s_TrenameAttrCmdStrings.rRenameAttrCmdNameMultibyteInvalid = "New name has invalid characters: ^1s"
s_TrenameAttrCmdStrings.rRenameAttrCmdNoParticles = "Cannot rename particle shape node attributes."
s_TrenameAttrCmdStrings.rRenameAttrCmdPlugLocked = "Can't rename a locked attribute"
s_TrenameAttrCmdStrings.rRenameAttrCmdReadOnly = "Can't rename an attribute of a read only node."
s_TrenameAttrCmdStrings.rRenameAttrCmdSyntax = "Give an old attribute name and a new attribute name."
s_TrenameAttrCmdStrings.rRenameAttrCmdTooManyGiven = "Too many objects specified for rename. Using ^1s."
//
// String set: s_TrenderBasketStrings
//
s_TrenderBasketStrings.rCheckCommandHist = "Please check the Command History for details."
s_TrenderBasketStrings.rCheckScriptEd = "Please check the Script Editor for details."
s_TrenderBasketStrings.rInputColorSpaceNotFound = "Input color space ^1s for node ^2s not found, replaced by color space ^3s."
s_TrenderBasketStrings.rRenderAreaLightConvertFmt = "mental ray now supports native area lights, '^1s' can be converted using '^2s ^1s', all lights can be converted using '^3s'"
s_TrenderBasketStrings.rRenderResInfo1 = "Please add an entry to a file named userImageFormats.mel such as the following:"
s_TrenderBasketStrings.rRenderResInfo2 = "global string $gUserImageFormatData[] ="
s_TrenderBasketStrings.rRenderResInfo3 = "    { \"^1s  ^2d  ^3d  ^4f\" };"
s_TrenderBasketStrings.rRenderResInfo4 = "These values have been added to the Render Settings Resolution menu."
s_TrenderBasketStrings.rRenderResWarning = "Found a resolution node; these are being phased out."
//
// String set: s_TrenderFrameStrings
//
s_TrenderFrameStrings.rAutoClipValues = "Automatic near/far clipping values: ^1f, ^2f."
s_TrenderFrameStrings.rBatchCantStart = "Cannot start batch render process"
s_TrenderFrameStrings.rBatchNoPort = "Cannot find an available port"
s_TrenderFrameStrings.rBatchNoRenderCameraWarning = "This scene does not have any renderable cameras. The renderable status can be set in the camera attribute editor."
s_TrenderFrameStrings.rBatchNoneToCancel = "There is currently no render to cancel"
s_TrenderFrameStrings.rBatchRenderCancelMsg = "Do you wish to cancel the current render job?"
s_TrenderFrameStrings.rBatchRenderCancelNo = "No"
s_TrenderFrameStrings.rBatchRenderCancelYes = "Yes"
s_TrenderFrameStrings.rBatchRenderCancelled = "Render Cancelled. "
s_TrenderFrameStrings.rBatchRenderNoPreviousStart = "Sorry, previous batch render has not started."
s_TrenderFrameStrings.rBatchRenderNoTerminate = "Unable to terminate batch render process."
s_TrenderFrameStrings.rBlurCommandFailStr = "failed"
s_TrenderFrameStrings.rCloseConfirm = "Close"
s_TrenderFrameStrings.rConstructingShad = "Constructing shading groups\n"
s_TrenderFrameStrings.rDefaultLightFurWarnStr = "A default light named \"^1s\" has been added to the scene for Fur rendering."
s_TrenderFrameStrings.rDefaultLightIprWarnStr = "A default light named \"^1s\" has been added to the scene for IPR tuning."
s_TrenderFrameStrings.rDefaultLightWarnStr = "A default light has been created, modify ^1s to change this behavior."
s_TrenderFrameStrings.rDepthCloseFmt = "^1s, closing depth file"
s_TrenderFrameStrings.rDepthCloseWarnStr = "Error closing tile group in output depth image"
s_TrenderFrameStrings.rErrorAllocatingMemory = "Error in allocating memory.\n"
s_TrenderFrameStrings.rErrorAllocationMemoryForB1X = "Error in allocating memory for b1X.\n"
s_TrenderFrameStrings.rErrorAllocationMemoryForB1Y = "Error in allocating memory for b1Y.\n"
s_TrenderFrameStrings.rErrorCanNotReadVectorFile = "Can not read ^1s.\n"
s_TrenderFrameStrings.rErrorGettingHeightOfMotionVectorFile = "Error: getting height of the motion vector file.\n"
s_TrenderFrameStrings.rErrorGettingMotionVector = "Error: getting motion vector.\n"
s_TrenderFrameStrings.rErrorGettingWidthOfMotionVectorFile = "Error: getting width of the motion vector file.\n"
s_TrenderFrameStrings.rErrorInEngGet = "Error in engGet.\n"
s_TrenderFrameStrings.rErrorMotionVectorGeneratedByOlderVersionOfMaya = "Error: Motion Vector Information in ^1s was generated by an older version of Maya.\n"
s_TrenderFrameStrings.rErrorReadingMotionVectorFile1 = "Error in reading the motion vector file 1.\n"
s_TrenderFrameStrings.rErrorReadingMotionVectorFile10 = "Error in reading the motion vector file 10.\n"
s_TrenderFrameStrings.rErrorReadingMotionVectorFile11 = "Error in reading the motion vector file 11.\n"
s_TrenderFrameStrings.rErrorReadingMotionVectorFile12 = "Error in reading the motion vector file 12.\n"
s_TrenderFrameStrings.rErrorReadingMotionVectorFile2 = "Error in reading the motion vector file 2.\n"
s_TrenderFrameStrings.rErrorReadingMotionVectorFile3 = "Error in reading the motion vector file 3.\n"
s_TrenderFrameStrings.rErrorReadingMotionVectorFile4 = "Error in reading the motion vector file 4.\n"
s_TrenderFrameStrings.rErrorReadingMotionVectorFile5 = "Error in reading the motion vector file 5.\n"
s_TrenderFrameStrings.rErrorReadingMotionVectorFile6 = "Error in reading the motion vector file 6.\n"
s_TrenderFrameStrings.rErrorReadingMotionVectorFile7 = "Error in reading the motion vector file 7.\n"
s_TrenderFrameStrings.rErrorReadingMotionVectorFile8 = "Error in reading the motion vector file 8.\n"
s_TrenderFrameStrings.rErrorReadingMotionVectorFile9 = "Error in reading the motion vector file 9.\n"
s_TrenderFrameStrings.rErrorRendering = "An error has occurred. Rendering aborted."
s_TrenderFrameStrings.rEvenFieldAlpha = "Even field extension has to be an alphabet."
s_TrenderFrameStrings.rEvenFieldMissing = "Even field extension is missing."
s_TrenderFrameStrings.rFinishedRendering = "Finished Rendering ^1s"
s_TrenderFrameStrings.rFinishedRenderingLine = "\n------------------------------------------------------------\n\n"
s_TrenderFrameStrings.rFrameTriangleStatsStr = "Frame triangle count: "
s_TrenderFrameStrings.rImageCloseFmt = "^1s, closing image file"
s_TrenderFrameStrings.rImageWarnStr = "Image file cannot be output.  Please check your file permissions and ensure\nthat the  current project has an images directory."
s_TrenderFrameStrings.rImageWriteFmt = "^1s, writing image file"
s_TrenderFrameStrings.rIprImageWarnStr = "Non-IFF image formats are not supported by IPR, using IFF"
s_TrenderFrameStrings.rIprRaytracingWarnStr = "Raytracing will not be included in rendered IPR file"
s_TrenderFrameStrings.rMaxResolutionLimit = "Render resolution is limited to ^1dx^2d."
s_TrenderFrameStrings.rMotionBeginWarnStr = "Error writing the motion vector file: beginWriteGroup"
s_TrenderFrameStrings.rMotionCloseFmt = "^1s, closing motion color file"
s_TrenderFrameStrings.rMotionEndWarnStr = "Error writing the motion vector file: endWriteGroup"
s_TrenderFrameStrings.rMotionImageWarnStr = "Non-IFF image formats are not supported when writing 2D motion vectors; setting image format to IFF"
s_TrenderFrameStrings.rMotionPutWarnStr = "Error writing the motion vector file: beginPut"
s_TrenderFrameStrings.rMovieFrameFeedback = "Rendering frame ^1f."
s_TrenderFrameStrings.rNTMPRenderNumProcs = "Rendering using ^1d threads."
s_TrenderFrameStrings.rNoRGBARenderCamera = "Current camera \"^1s\" does not have the RGB + alpha turned on.  The rendering will turn out black."
s_TrenderFrameStrings.rNoRenderCamera = "Cannot find a camera or camera parent named \"^1s\" for command line overrides."
s_TrenderFrameStrings.rNoRenderLog = "Cannot create render log file. This is likely due to too many renders still\nrunning, or wrong permissions. Please check files starting with\n^1s\n"
s_TrenderFrameStrings.rNoRenderPassWarning = "^1s has no renderable passes, the layer passes can be modified in the Render Settings window."
s_TrenderFrameStrings.rNullRenderString = ""
s_TrenderFrameStrings.rOddFieldAlpha = "Odd field extension has to be an alphabet."
s_TrenderFrameStrings.rOddFieldMissing = "Odd field extension is missing."
s_TrenderFrameStrings.rOnlyStrokes = "Only rendering Paint Effects strokes - no regular render will take place.\n    This may mean shadows are not cast from and onto Paint Effects strokes."
s_TrenderFrameStrings.rPfxFog = "Rendering Paint Effects with fog requires that the camera's Output Settings>Depth Type is set\nto Furthest Visible Depth or that Output Settings>Transparency Based Depth is selected with a fairly small Threshold (less than .6).\nIf you render without changing these settings, Paint Effects strokes will ignore their depth settings and appear to render IN FRONT of all of your geometry."
s_TrenderFrameStrings.rPleaseReRenderTheMotionVectors = "Please re-render the Motion Vectors.\n"
s_TrenderFrameStrings.rPostProcessTime = "Time For Post Process (hh:mm:ss): ^1s"
s_TrenderFrameStrings.rPostProcessingErrorInAppendingMotionVector = "Error in appending the motion vectors to the image -- ^1s."
s_TrenderFrameStrings.rPostProcessingWarning1 = "The post-processing failed while attempting to rename file ^1s to ^2s.\nThe operating system reported this error: \"^3s\".\nThe problem may be due to improper file permissions, file in use, or a full disk.\n"
s_TrenderFrameStrings.rPostProcessingWarning2 = "The results of post-processing on this image may be incorrect.\n"
s_TrenderFrameStrings.rPostReadErrorStr = "Error reading image during post-process stage"
s_TrenderFrameStrings.rPostWriteErrorStr = "Error writing image during post-process stage"
s_TrenderFrameStrings.rProcessingRenderingResult = "Postprocessing rendering result."
s_TrenderFrameStrings.rQuantelWarnStr = "Cannot render this resolution for Quantel, using IFF"
s_TrenderFrameStrings.rRenderCannotCreateImage = "Cannot create image ^1s."
s_TrenderFrameStrings.rRenderCurFrame = "Rendering current frame.\n"
s_TrenderFrameStrings.rRenderExceptionErrorStr = "An exception has occurred, rendering aborted."
s_TrenderFrameStrings.rRenderOverride = "Rendered image ^1s already exists, skipping."
s_TrenderFrameStrings.rRenderPassWarning = "Rendering ^1s pass only. Please use Batch Render to render all selected passes."
s_TrenderFrameStrings.rRenderStatsLine = "===================================="
s_TrenderFrameStrings.rRenderStatsUsage = "Resource Usage At End Of Frame"
s_TrenderFrameStrings.rRenderUsageEnd = "Resource Usage At End Of Rendering"
s_TrenderFrameStrings.rRenderUsageStart = "Resource Usage At Start Of Rendering"
s_TrenderFrameStrings.rRenderableCamera = "Camera is not renderable at this time; skipping image ^1s."
s_TrenderFrameStrings.rRenderingTime = "Time For Frame Render (hh:mm:ss): ^1s"
s_TrenderFrameStrings.rRenderingWith = "Rendering with ^1s..."
s_TrenderFrameStrings.rShadowClipFmt = "Part of light ^1s is not visible, one shadow map has not been generated."
s_TrenderFrameStrings.rShadowTime = "Time For Shadow Map   (hh:mm:ss): ^1s"
s_TrenderFrameStrings.rShadowWarnFmt = "Couldn't create shadow map for light ^1s"
s_TrenderFrameStrings.rStartingRendering = "Starting Rendering ^1s."
s_TrenderFrameStrings.rTesselationTime = "Time For Tessellation (hh:mm:ss): ^1s"
s_TrenderFrameStrings.rTooSmallResolution = "Render resolution can't be less than 4x4."
s_TrenderFrameStrings.rTotalRenderingTime = "Total Elapsed Time Since Start Of Maya (hh:mm:ss): ^1s"
s_TrenderFrameStrings.rTotalRenderingTime2 = "Total Time For Render (hh:mm:ss): ^1s"
s_TrenderFrameStrings.rTotalRenderingTime3 = "Total Elapsed Time For Maya (hh:mm:ss): ^1s"
s_TrenderFrameStrings.rUnixMPRenderNumProcs = "Rendering using ^1d render processes."
s_TrenderFrameStrings.rZeroRenderString = "0"
//
// String set: s_TrenderGeometryStrings
//
s_TrenderGeometryStrings.rDisplacementMsg1 = "The bounding box is too small for shape ^1s."
s_TrenderGeometryStrings.rDisplacementMsg2 = "    Reset the bounding box scale to: ^1f ^2f ^3f."
s_TrenderGeometryStrings.rDisplacementMsg3 = "    You can use the following MEL commands:"
s_TrenderGeometryStrings.rDisplacementMsg4 = "    setAttr ^1s.boundingBoxScale -type double3 ^2f ^3f ^4f"
s_TrenderGeometryStrings.rDisplacementMsg5 = " "
s_TrenderGeometryStrings.rMeshEmptySurface = "TrenderPolyShape::sample: mesh '^1s' delivered an empty surface."
s_TrenderGeometryStrings.rMeshNoMidBody = "Mesh shape ^1s has an invalid surface and will not be tessellated."
s_TrenderGeometryStrings.rMeshNoShader = "Mesh shape ^1s has no valid surface shader. Not tessellated."
s_TrenderGeometryStrings.rMeshNoTriangles = "Mesh shape ^1s has no triangles in tessellation."
s_TrenderGeometryStrings.rNurbsDeliver = "TrenderNurbsShape::sample: NURBS '^1s' didn't deliver a surface."
s_TrenderGeometryStrings.rNurbsDeliverEmpty = "TrenderNurbsShape::sample: NURBS '^1s' delivered an empty surface."
s_TrenderGeometryStrings.rNurbsNoShader = "NURBS shape ^1s has no valid surface shader. Not tessellated."
s_TrenderGeometryStrings.rRenderTessEnterCache = "TrenderTesselation::enterCache FAILURE ^1s.\n"
s_TrenderGeometryStrings.rRenderTessFailed = "TrenderTesselation: failed saving data of ^1s.\n"
s_TrenderGeometryStrings.rRenderTessFailedRead = "TrenderTesselation: failed reading ^1s at ^2d.\n"
s_TrenderGeometryStrings.rRenderTessInfo = "TrenderTesselation: ^1d bytes of ^2s written at ^3d.\n"
s_TrenderGeometryStrings.rRenderTessRead = "TrenderTesselation: read ^1d bytes of ^2s at ^3d.\n"
s_TrenderGeometryStrings.rRenderTessSize = "TrenderTesselation: computed size ^1d.\n"
//
// String set: s_TrenderLayerClientStrings
//
s_TrenderLayerClientStrings.rRenderLayerClientBadMerge = "The render layers could not be merged."
s_TrenderLayerClientStrings.rRenderLayerClientInvisibleLayer = "'^1s' was added to an invisible render layer."
s_TrenderLayerClientStrings.rRenderLayerClientObsoletePartition = "Render layer partition found in file.  These are no longer supported.  It will become a regular partition and be renamed 'obsoletePartition'."
//
// String set: s_TrenderNodeStrings
//
s_TrenderNodeStrings.rBadFileTexture = "Failed to open texture file ^1s"
s_TrenderNodeStrings.rBotMissingMipmap = "Reset filter type to Off because ^1s wasn't built with makebot -m"
s_TrenderNodeStrings.rFileTextureTooBig = "Texture file ^1s is too big, mipmaps were not created."
s_TrenderNodeStrings.rGlowFilterWidth = "   Glow: Filter Width = ^1d"
s_TrenderNodeStrings.rGlowNormalization = "Glow intensity normalization factor = ^1f."
s_TrenderNodeStrings.rGlowResolution = "         Resolution = ^1f"
s_TrenderNodeStrings.rHaloFilterWidth = "   Halo: Filter Width = ^1d"
s_TrenderNodeStrings.rHaloNormalization = "Halo intensity normalization factor = ^1f."
s_TrenderNodeStrings.rMissingFileTexture = "Texture file ^1s.^2d doesn't exist, node ^3s"
s_TrenderNodeStrings.rMissingFileTexture2 = "Texture file ^1s doesn't exist, node ^2s"
s_TrenderNodeStrings.rPtxFileTextureWarn = "Ptex (.ptx) texture files are only supported in Viewport 2.0 and 3rd party renderers that support Ptex."
//
// String set: s_TrenderPassRegistryCmdStrings
//
s_TrenderPassRegistryCmdStrings.rRenderPassRegistryFlagExclusive = "only one kind of information could be returned"
s_TrenderPassRegistryCmdStrings.rRenderPassRegistryNoChannels = "-channels flag is mandatory when using -supportedDataTypes flag"
s_TrenderPassRegistryCmdStrings.rRenderPassRegistryNoFlag = "no kind of information is specified"
s_TrenderPassRegistryCmdStrings.rRenderPassRegistryNoPassIDFlag = "-passID flag is needed"
//
// String set: s_TrenderPassRegistryStrings
//
s_TrenderPassRegistryStrings.rAmbientDescription = "Ambient component of the material color"
s_TrenderPassRegistryStrings.rAmbientIrradianceDescription = "Ambient irradiance component at the sample location"
s_TrenderPassRegistryStrings.rAmbientIrradianceName = "Ambient Irradiance"
s_TrenderPassRegistryStrings.rAmbientMaterialColorDescription = "Ambient material color component at the sample location"
s_TrenderPassRegistryStrings.rAmbientMaterialColorName = "Ambient Material Color"
s_TrenderPassRegistryStrings.rAmbientName = "Ambient"
s_TrenderPassRegistryStrings.rAmbientOcclusionBentNormalsCamera = "Bent Normals (camera)"
s_TrenderPassRegistryStrings.rAmbientOcclusionBentNormalsObject = "Bent Normals (object)"
s_TrenderPassRegistryStrings.rAmbientOcclusionBentNormalsWorld = "Bent Normals (world)"
s_TrenderPassRegistryStrings.rAmbientOcclusionBrightAttributeName = "Bright Color"
s_TrenderPassRegistryStrings.rAmbientOcclusionCachePointsAttributeName = "Cache Points"
s_TrenderPassRegistryStrings.rAmbientOcclusionDarkAttributeName = "Dark Color"
s_TrenderPassRegistryStrings.rAmbientOcclusionDescription = "Ambient occlusion at the sample location"
s_TrenderPassRegistryStrings.rAmbientOcclusionLocalSettingAttributeName = "Use Local AO Settings"
s_TrenderPassRegistryStrings.rAmbientOcclusionMaxDistAttributeName = "Maximum Distance"
s_TrenderPassRegistryStrings.rAmbientOcclusionName = "Ambient Occlusion"
s_TrenderPassRegistryStrings.rAmbientOcclusionOcc = "Occlusion"
s_TrenderPassRegistryStrings.rAmbientOcclusionOccEnv = "Sampled Environment"
s_TrenderPassRegistryStrings.rAmbientOcclusionOccInAlphaAttributeName = "Occlusion In Alpha"
s_TrenderPassRegistryStrings.rAmbientOcclusionOutputModeAttributeName = "Output Mode"
s_TrenderPassRegistryStrings.rAmbientOcclusionRaysAttributeName = "Rays"
s_TrenderPassRegistryStrings.rAmbientOcclusionReflAttributeName = "Reflective"
s_TrenderPassRegistryStrings.rAmbientOcclusionSpreadAttributeName = "Spread"
s_TrenderPassRegistryStrings.rAmbientOcclusionSpreadExpAttributeName = "Spread Exponent"
s_TrenderPassRegistryStrings.rAmbientOcclusionUseGPUAttributeName = "Use GPU"
s_TrenderPassRegistryStrings.rBeautyDescription = "Beauty pass"
s_TrenderPassRegistryStrings.rBeautyName = "Beauty"
s_TrenderPassRegistryStrings.rBeautyNoShadowDescription = "Beauty pass without shadows"
s_TrenderPassRegistryStrings.rBeautyNoShadowName = "Beauty Without Shadows"
s_TrenderPassRegistryStrings.rCameraDepthBufferMaximumAttributeName = "Maximum buffer value"
s_TrenderPassRegistryStrings.rCameraDepthBufferMinimumAttributeName = "Minimum buffer value"
s_TrenderPassRegistryStrings.rCameraDepthDescription = "Distance from camera to ray intersection point in scene space."
s_TrenderPassRegistryStrings.rCameraDepthFarAttributeName = "Far clipping plane"
s_TrenderPassRegistryStrings.rCameraDepthName = "Camera Depth"
s_TrenderPassRegistryStrings.rCameraDepthNearAttributeName = "Near clipping plane"
s_TrenderPassRegistryStrings.rCameraDepthRemapAttributeName = "Remap depth values"
s_TrenderPassRegistryStrings.rComputeShadowsAttributeName = "Shadows"
s_TrenderPassRegistryStrings.rCoverageDescription = "The coverage at the sample location"
s_TrenderPassRegistryStrings.rCoverageName = "Coverage"
s_TrenderPassRegistryStrings.rCustomColorDescription = "Creates a general purpose color frame buffer."
s_TrenderPassRegistryStrings.rCustomColorName = "Custom Color"
s_TrenderPassRegistryStrings.rCustomDepthDescription = "Creates a general purpose depth frame buffer."
s_TrenderPassRegistryStrings.rCustomDepthName = "Custom Depth"
s_TrenderPassRegistryStrings.rCustomLabelDescription = "Creates a general purpose label frame buffer."
s_TrenderPassRegistryStrings.rCustomLabelName = "Custom Label"
s_TrenderPassRegistryStrings.rCustomVectorDescription = "Creates a general purpose vector frame buffer."
s_TrenderPassRegistryStrings.rCustomVectorName = "Custom Vector"
s_TrenderPassRegistryStrings.rDiffuseDescription = "Diffuse component of reflected material color"
s_TrenderPassRegistryStrings.rDiffuseMaterialColorDescription = "Diffuse material color component at the sample location"
s_TrenderPassRegistryStrings.rDiffuseMaterialColorName = "Diffuse Material Color"
s_TrenderPassRegistryStrings.rDiffuseName = "Diffuse"
s_TrenderPassRegistryStrings.rDiffuseNoShadowDescription = "Diffuse component of reflected material color without shadows"
s_TrenderPassRegistryStrings.rDiffuseNoShadowName = "Diffuse Without Shadows"
s_TrenderPassRegistryStrings.rDirectIrradianceDescription = "Direct irradiance component at the sample location"
s_TrenderPassRegistryStrings.rDirectIrradianceName = "Direct Irradiance"
s_TrenderPassRegistryStrings.rDirectIrradianceNoShadowDescription = "Direct irradiance component at the sample location without shadows"
s_TrenderPassRegistryStrings.rDirectIrradianceNoShadowName = "Direct Irradiance Without Shadows"
s_TrenderPassRegistryStrings.rGlowSourceDescription = "Unprocessed glow color"
s_TrenderPassRegistryStrings.rGlowSourceName = "Glow Source"
s_TrenderPassRegistryStrings.rHiddenReflectAttributeName = "Hidden Geometries Produce Reflections"
s_TrenderPassRegistryStrings.rHiddenRefractAttributeName = "Hidden Geometries Produce Refractions"
s_TrenderPassRegistryStrings.rHiddenShadowsAttributeName = "Hidden Geometries Cast Shadows"
s_TrenderPassRegistryStrings.rHoldOutAttributeName = "Hold-Out"
s_TrenderPassRegistryStrings.rIncandescenceDescription = "Incandescence component at the sample location"
s_TrenderPassRegistryStrings.rIncandescenceName = "Incandescence"
s_TrenderPassRegistryStrings.rIncidenceLightNormalDescription = "Incidence (Light / Normal) component at the sample location. The value is between 0 and 1, with 1 representing a surface facing the light source, following the cosine law. This pass only makes sense with 1 light in a pass contribution map, otherwise, the last light in the light list is always used."
s_TrenderPassRegistryStrings.rIncidenceLightNormalName = "Incidence (Light / Normal)"
s_TrenderPassRegistryStrings.rIndirectDescription = "Indirect lighting (global illumination)"
s_TrenderPassRegistryStrings.rIndirectName = "Indirect"
s_TrenderPassRegistryStrings.rLightVolumeDescription = "Light volume component at the sample location"
s_TrenderPassRegistryStrings.rLightVolumeName = "Light Volume"
s_TrenderPassRegistryStrings.rMaterialIncidenceCameraNormalDescription = "Material Incidence (Camera / Normal) component at the sample location. The value is between 0 and 1, with 0 representing a surface facing the camera, following the cosine law. Angles greater than 90 degrees are clamped to a value of 1. This will use the bump mapped normals."
s_TrenderPassRegistryStrings.rMaterialIncidenceCameraNormalName = "Material Incidence (Camera / Normal)"
s_TrenderPassRegistryStrings.rMaterialNormalDescription = "Normal at the sample location. This will contain bump mapped normals."
s_TrenderPassRegistryStrings.rMaterialNormalName = "Material Normal"
s_TrenderPassRegistryStrings.rMatteDescription = "Scene matte"
s_TrenderPassRegistryStrings.rMatteName = "Matte"
s_TrenderPassRegistryStrings.rMaxReflectionAttributeName = "Maximum Reflection Level"
s_TrenderPassRegistryStrings.rMaxRefractionAttributeName = "Maximum Refraction Level"
s_TrenderPassRegistryStrings.rMinReflectionAttributeName = "Minimum Reflection Level"
s_TrenderPassRegistryStrings.rMinRefractionAttributeName = "Minimum Refraction Level"
s_TrenderPassRegistryStrings.rMotionVector2DDescription = "2D Motion Vector at the sample location"
s_TrenderPassRegistryStrings.rMotionVector2DName = "2D Motion Vector"
s_TrenderPassRegistryStrings.rMotionVector2DNormalizedDescription = "Normalized 2D Motion Vector at the sample location"
s_TrenderPassRegistryStrings.rMotionVector2DNormalizedName = "Normalized 2D Motion Vector"
s_TrenderPassRegistryStrings.rMotionVector3DDescription = "3D Motion Vector at the sample location"
s_TrenderPassRegistryStrings.rMotionVector3DName = "3D Motion Vector"
s_TrenderPassRegistryStrings.rMotionvector2DNormalizedAutoAttrName = "Automatic Max. Pixel Disp."
s_TrenderPassRegistryStrings.rMotionvector2DNormalizedExtractMagnitudeAttrName = "Extract Magnitude"
s_TrenderPassRegistryStrings.rMotionvector2DNormalizedMaxAttrName = "Max. Disp. Range"
s_TrenderPassRegistryStrings.rMotionvector2DNormalizedMaxDisplacementAttrName = "Max. Pixel Disp."
s_TrenderPassRegistryStrings.rMotionvector2DNormalizedMinAttrName = "Min. Disp. Range"
s_TrenderPassRegistryStrings.rNormalPassCameraSpaceName = "Camera space"
s_TrenderPassRegistryStrings.rNormalPassObjectSpaceName = "Object space"
s_TrenderPassRegistryStrings.rNormalPassSpaceAttributeName = "Space"
s_TrenderPassRegistryStrings.rNormalPassWorldSpaceName = "World space"
s_TrenderPassRegistryStrings.rObjectIncidenceCameraNormalDescription = "Object Incidence (Camera / Normal) component at the sample location. The value is between 0 and 1, with 0 representing a surface facing the camera, following the cosine law. Angles greater than 90 degrees are clamped to a value of 1. This will use the object normals without bump-mapping."
s_TrenderPassRegistryStrings.rObjectIncidenceCameraNormalName = "Object Incidence (Camera / Normal)"
s_TrenderPassRegistryStrings.rObjectNormalDescription = "Normal at the sample location. This will contain object normals."
s_TrenderPassRegistryStrings.rObjectNormalName = "Object Normal"
s_TrenderPassRegistryStrings.rObjectVolumeDescription = "Object volume component at the sample location"
s_TrenderPassRegistryStrings.rObjectVolumeName = "Object Volume"
s_TrenderPassRegistryStrings.rOpacityDescription = "Scene opacity"
s_TrenderPassRegistryStrings.rOpacityName = "Opacity"
s_TrenderPassRegistryStrings.rRawShadowDescription = "Raw Shadow component at the sample location"
s_TrenderPassRegistryStrings.rRawShadowName = "Raw Shadow"
s_TrenderPassRegistryStrings.rReflectHiddenAttributeName = "Hidden Geometries Visible in Reflections"
s_TrenderPassRegistryStrings.rReflectedMaterialColorDescription = "Reflected material color component at the sample location"
s_TrenderPassRegistryStrings.rReflectedMaterialColorName = "Reflected Material Color"
s_TrenderPassRegistryStrings.rReflectionDescription = "Reflection component at the sample location"
s_TrenderPassRegistryStrings.rReflectionName = "Reflection"
s_TrenderPassRegistryStrings.rRefractHiddenAttributeName = "Hidden Geometries Visible in Refractions"
s_TrenderPassRegistryStrings.rRefractionDescription = "Refraction component at the sample location"
s_TrenderPassRegistryStrings.rRefractionMaterialColorDescription = "Refraction material color component at the sample location"
s_TrenderPassRegistryStrings.rRefractionMaterialColorName = "Refraction Material Color"
s_TrenderPassRegistryStrings.rRefractionName = "Refraction"
s_TrenderPassRegistryStrings.rScatterDescription = "Scatter component at the sample location"
s_TrenderPassRegistryStrings.rScatterName = "Scatter"
s_TrenderPassRegistryStrings.rSceneVolumeDescription = "Scene volume component at the sample location"
s_TrenderPassRegistryStrings.rSceneVolumeName = "Scene Volume"
s_TrenderPassRegistryStrings.rShadowDescription = "Shadow component at the sample location"
s_TrenderPassRegistryStrings.rShadowName = "Shadow"
s_TrenderPassRegistryStrings.rSpecularDescription = "Specular component of reflected material color"
s_TrenderPassRegistryStrings.rSpecularName = "Specular"
s_TrenderPassRegistryStrings.rSpecularNoShadowDescription = "Specular component of reflected material color without shadows"
s_TrenderPassRegistryStrings.rSpecularNoShadowName = "Specular Without Shadows"
s_TrenderPassRegistryStrings.rTranslucenceDescription = "Translucence component at the sample location"
s_TrenderPassRegistryStrings.rTranslucenceName = "Translucence"
s_TrenderPassRegistryStrings.rTranslucenceNoShadowDescription = "Translucence component at the sample location without shadows"
s_TrenderPassRegistryStrings.rTranslucenceNoShadowName = "Translucence Without Shadows"
s_TrenderPassRegistryStrings.rTransparencyThresholdAttributeName = "Transparency Threshold"
s_TrenderPassRegistryStrings.rTransparentAttenuationAttributeName = "Attenuate According to Transparency"
s_TrenderPassRegistryStrings.rUVPassDescription = "UV coordinates at the sample location."
s_TrenderPassRegistryStrings.rUVPassName = "UVPass"
s_TrenderPassRegistryStrings.rUVPassStoreObjectID = "Embed object ID in Blue channel."
s_TrenderPassRegistryStrings.rUseShadingEngineThresholdAttributeName = "Use Shading Engine Threshold"
s_TrenderPassRegistryStrings.rUseTransparencyAttributeName = "Use Transparency"
s_TrenderPassRegistryStrings.rWorldPositionDescription = "World position at the sample location."
s_TrenderPassRegistryStrings.rWorldPositionName = "World Position"
//
// String set: s_TrenderPassStrings
//
s_TrenderPassStrings.rDuplicatePass = "Attempted to create a duplicate render pass definition."
//
// String set: s_TrenderSetupStrings
//
s_TrenderSetupStrings.rRenderSetupDisabledError = "Render setup disabled and unavailable."
s_TrenderSetupStrings.rRenderSetupFailedError = "Render setup request failed."
//
// String set: s_TrenderSwapStrings
//
s_TrenderSwapStrings.rSwapLimitErrorStr = "The render swap file ^1s has reached its limit based on available disk space. Make more space available to improve rendering performance."
s_TrenderSwapStrings.rSwapOpenErrorStr = "Unable to open render swap file ^1s, ^2s."
s_TrenderSwapStrings.rSwapWriteErrorStr = "Unable to write to render swap file ^1s, ^2s."
//
// String set: s_TrenderWindowEditorStrings
//
s_TrenderWindowEditorStrings.rCalculatingRegionStr = "Calculating region..."
s_TrenderWindowEditorStrings.rCalculatingStr = "Calculating..."
s_TrenderWindowEditorStrings.rCompositingLayersFailedStr = "Compositing failed due to different image size. Previous layer: ^1dx^2d. This layer: ^3dx^4d."
s_TrenderWindowEditorStrings.rInvalidDisplayMode = "Invalid stereo display mode specified"
s_TrenderWindowEditorStrings.rInvalidStereoOrient = "Invalid stereo orientation value specified"
s_TrenderWindowEditorStrings.rNoImageFileStr = "Could not get the image file ^1s."
s_TrenderWindowEditorStrings.rPsdWarningStr = "File may contain layers/layer sets. Saving this file may result in data loss."
s_TrenderWindowEditorStrings.rRegionTooSmall = "Render view: Selected region is too small"
s_TrenderWindowEditorStrings.rRenderingRegionStr = "Rendering region..."
s_TrenderWindowEditorStrings.rRenderingStr = "Rendering..."
s_TrenderWindowEditorStrings.rSnapshotOffscreenBufferErr = "Unable to allocate offscreen buffer for snapshot."
s_TrenderWindowEditorStrings.rStereoModeBoth = "both"
s_TrenderWindowEditorStrings.rStereoModeLeftOnly = "leftonly"
s_TrenderWindowEditorStrings.rStereoModeRedCyan = "redcyan"
s_TrenderWindowEditorStrings.rStereoModeRedCyanLum = "redcyanlum"
s_TrenderWindowEditorStrings.rStereoModeRightOnly = "rightonly"
s_TrenderWindowEditorStrings.rStereoModeStereo = "stereo"
s_TrenderWindowEditorStrings.rStereoOrientMirrored = "mirrored"
s_TrenderWindowEditorStrings.rStereoOrientNormal = "normal"
s_TrenderWindowEditorStrings.rTextureBakeViewRegionTooSmall = "Texture Bake View: Selected region is too small"
//
// String set: s_TrendererCmdStrings
//
s_TrendererCmdStrings.rAddTabFailed = "Add tab to the unified render global window failed.  Failed while checking if the window exists or not."
s_TrendererCmdStrings.rCanNotUseTheQueryFlagAndEdit = "Can not use the query flag and the edit flag at the same time."
s_TrendererCmdStrings.rNeedToUseTheQueryFlag = "Need to use the -query flag for queries"
s_TrendererCmdStrings.rNoMemory = "Could not register the renderer: Not enough memory."
s_TrendererCmdStrings.rNoRendererNameIsSpecified = "No renderer name is specified"
s_TrendererCmdStrings.rRendererNotRegistered = "The renderer ^1s is not registered yet."
s_TrendererCmdStrings.rRendererRegistered = "The renderer ^1s is already registered.  To edit it, use the \"-edit\" flag."
//
// String set: s_TreorderCmdStrings
//
s_TreorderCmdStrings.rReorderChildLockedErrorStr = "Node '^1s' has locked children and cannot be reordered."
//
// String set: s_TreorderContainerCmdStrings
//
s_TreorderContainerCmdStrings.rNodeNotInContainerMsg = "'^1s' is not part of a container and cannot be reordered."
s_TreorderContainerCmdStrings.rNodesFromDiffContainersMsg = "Nodes from more than one container have been selected. Containers must be reordered one at a time."
//
// String set: s_TreorderDeformersCmdStrings
//
s_TreorderDeformersCmdStrings.rReorderDefsBadFirstArgError = "First command argument is missing."
s_TreorderDeformersCmdStrings.rReorderDefsBadSecondArgError = "Second command argument is missing."
s_TreorderDeformersCmdStrings.rReorderDefsDGError = "Problems occurred with dependency graph setup."
s_TreorderDeformersCmdStrings.rReorderDefsInOrder = "^1s and ^2s are already in the specified order."
s_TreorderDeformersCmdStrings.rReorderDefsInvalidFirstDefError = "^1s is not a deformer."
s_TreorderDeformersCmdStrings.rReorderDefsInvalidSecondDefError = "^1s is not a deformer."
s_TreorderDeformersCmdStrings.rReorderDefsNoObjectsSelectedError = "Selected object is not deformed by those deformers."
s_TreorderDeformersCmdStrings.rReorderDefsNotInHist = "Neither ^1s nor ^2s is deforming ^3s."
s_TreorderDeformersCmdStrings.rReorderDefsOneNotInHist = "^1s is not deforming ^2s."
s_TreorderDeformersCmdStrings.rReorderDefsTheSame = "Specified deformers should not be the same."
s_TreorderDeformersCmdStrings.rReorderDefsUndoDGError = "Problems occurred with dependency graph undo."
//
// String set: s_TrepeatCommandCmdStrings
//
s_TrepeatCommandCmdStrings.rRepeatCommandErrorString = "Specify the command to be added"
//
// String set: s_TrepeatCommandManagerStrings
//
s_TrepeatCommandManagerStrings.rInternalCmd = "// Internal Command;"
s_TrepeatCommandManagerStrings.rNoDescription = "// No description;"
//
// String set: s_TrequiresCmdStrings
//
s_TrequiresCmdStrings.rRequiresCommandTooOld = "Maya \"^1s\" files are no longer supported."
s_TrequiresCmdStrings.rRequiresCommandUnknownVersion = "Unknown Maya file version: ^1s."
s_TrequiresCmdStrings.rRequiresCommandWontSkipCompat = "Ignoring MAYA_NO_ATTR_COMPAT variable; this file is not the latest version."
//
// String set: s_TresourceManagerStrings
//
s_TresourceManagerStrings.rResMgrCannotCopyRes = "Cannot copy resource '^1s' to file '^2s'"
s_TresourceManagerStrings.rResMgrCannotOpenRes = "Resource '^1s' does not exist"
s_TresourceManagerStrings.rResMgrCannotOverwrite = "Cannot overwrite file '^1s'"
//
// String set: s_TretimeKeyContextStrings
//
s_TretimeKeyContextStrings.rRetimeKeyContextGestureMsg = "Time pivot: ^6.3f  Time scale: ^6.3f   Value pivot: ^6.3f  Value scale: ^6.3f"
s_TretimeKeyContextStrings.rRetimeKeyContextHelp = "Double click to place retiming handles"
s_TretimeKeyContextStrings.rRetimeKeyContextManipMsg = "Start time: [^6.3f]  End time: [^6.3f]   New start time: ^6.3f  New end time: ^6.3f"
s_TretimeKeyContextStrings.rRetimeKeyContextName = "Retime"
//
// String set: s_TretimeKeyManipulatorStrings
//
s_TretimeKeyManipulatorStrings.rRetimeKeyManipulatorReposition = "Drag to reposition"
s_TretimeKeyManipulatorStrings.rRetimeKeyManipulatorRetime = "Drag to retime"
s_TretimeKeyManipulatorStrings.rRetimeKeyManipulatorStartMessage = "Double click to add multiple retime markers"
//
// String set: s_TreverseContextStrings
//
s_TreverseContextStrings.rReverseHelp = "Select a curve or surface to reverse."
s_TreverseContextStrings.rReverseToolName = "Reverse"
//
// String set: s_TrollContextStrings
//
s_TrollContextStrings.rRollToolFeedback = "Rotation: ^4.2f"
s_TrollContextStrings.rRollToolHelp = "Drag mouse to roll"
s_TrollContextStrings.rRollToolName = "Roll Tool"
//
// String set: s_TrotateCmdStrings
//
s_TrotateCmdStrings.rRotationNonMayaObjectIncomplete = "Could not rotate non-Maya object : ^1s."
//
// String set: s_TrotateContextStrings
//
s_TrotateContextStrings.rMacRotateContextInsertMode = "Use manipulator or select a component to change the pivot position and axis orientation. Use D or HOME to return to rotate mode."
s_TrotateContextStrings.rMacRotateItemSelected = "Use manipulator to rotate object(s). Shift+drag manipulator axis or plane handles to extrude components or clone objects. Ctrl+Shift+LMB+drag to constrain rotation to connected edges. Use D or HOME to change the pivot position and axis orientation."
s_TrotateContextStrings.rRotateContextInsertMode = "Use manipulator or select a component to change the pivot position and axis orientation. Use D or INSERT to return to rotate mode."
s_TrotateContextStrings.rRotateContextWarningNoRotate = "Some items cannot be rotated in the 3D view."
s_TrotateContextStrings.rRotateInvalidFlagMode = "Invalid flag. Valid values: 0, 1, 2, 3 and 6."
s_TrotateContextStrings.rRotateItemSelected = "Use manipulator to rotate object(s). Shift+drag manipulator axis or plane handles to extrude components or clone objects. Ctrl+Shift+LMB+drag to constrain rotation to connected edges. Use D or INSERT to change the pivot position and axis orientation."
s_TrotateContextStrings.rRotateManipNotFound = "No rotate manipulator found"
s_TrotateContextStrings.rRotateNothingSelected = "Select an object to rotate."
s_TrotateContextStrings.rRotatePositionNotEditable = "-p/-position is not an editable flag.  Ignored."
//
// String set: s_TrotationInterpolationCmdStrings
//
s_TrotationInterpolationCmdStrings.rRotInterpAlreadyDone = "Rotation interpolation is already set to that type. Skipping: "
s_TrotationInterpolationCmdStrings.rRotInterpLocked = "^1s cannot be converted because portions of it are locked."
s_TrotationInterpolationCmdStrings.rRotInterpLockedSibling = "^1s cannot be converted because other rotation curve(s) are locked:"
s_TrotationInterpolationCmdStrings.rRotInterpNonRotate = "Rotation interpolation is only valid on rotation curves. Skipping: "
s_TrotationInterpolationCmdStrings.rRotInterpReferenced = "^1s cannot be converted because it is from a referenced file."
s_TrotationInterpolationCmdStrings.rRotInterpReferencedSibling = "^1s cannot be converted because other rotation curve(s) are from a referenced file:"
s_TrotationInterpolationCmdStrings.rRotationInterpolationNoSib = "Can only synchronize rotations on objects with all three rotation channels keyed. Skipped: "
s_TrotationInterpolationCmdStrings.rRotationInterpolationQuery = "Must specify exactly one curve with -query."
s_TrotationInterpolationCmdStrings.rRotationInterpolationType = "Unknown rotation interpolation type: expecting \"none\", \"euler\" or \"quaternion\" but found: "
//
// String set: s_TroundContextStrings
//
s_TroundContextStrings.rRoundHelpSelect = "Select a pair of surface edges that meet."
s_TroundContextStrings.rRoundHelpSelect2 = "Select another pair of surface edges that meet, or press ENTER to compute the Round operation."
s_TroundContextStrings.rRoundSelectPair = "You must select one pair of surface edges. You selected ^1d items."
s_TroundContextStrings.rRoundToolName = "Round Tool"
//
// String set: s_TrunTimeCommandCmdStrings
//
s_TrunTimeCommandCmdStrings.rRuntimeCommandBadLanguage = "Invalid language for command, must be 'mel' or 'python'"
s_TrunTimeCommandCmdStrings.rRuntimeCommandChangeDefault = "Not allowed to delete a default run time command."
s_TrunTimeCommandCmdStrings.rRuntimeCommandChangeDefaultAnno = "Not allowed to change annotation of a default run time command."
s_TrunTimeCommandCmdStrings.rRuntimeCommandChangeDefaultCat = "Not allowed to change category of a default run time command."
s_TrunTimeCommandCmdStrings.rRuntimeCommandChangeDefaultCmd = "Not allowed to change command of a default run time command."
s_TrunTimeCommandCmdStrings.rRuntimeCommandChangeDefaultHotKeyCtx = "Not allowed to change hotkey context of a default run time command."
s_TrunTimeCommandCmdStrings.rRuntimeCommandChangeDefaultModified = "Not allowed to change the context of a default run time command."
s_TrunTimeCommandCmdStrings.rRuntimeCommandPythonCallable = "Python callables cannot be used for runTimeCommands."
//
// String set: s_TsaveAllShelvesCmdStrings
//
s_TsaveAllShelvesCmdStrings.rFailedSaveMsg = "Failed to save ^1s.mel.  Check write permission"
//
// String set: s_TscaleCmdStrings
//
s_TscaleCmdStrings.rNonObjectScaleBakedIntoComponents = "Non object-space scale baked onto components."
s_TscaleCmdStrings.rScaleNonMayaObjectIncomplete = "Could not scale non-Maya object : ^1s."
s_TscaleCmdStrings.rScaleNonMayaObjectUnsupportedSpace = "Could not scale non-Maya object, UFE only support object space."
//
// String set: s_TscaleContextStrings
//
s_TscaleContextStrings.rMacScaleContextInsertMode = "Use manipulator or select a component to change the pivot position and axis orientation. Use D or HOME to return to scale mode."
s_TscaleContextStrings.rMacScaleItemSelected = "Use manipulator to scale object(s). Shift+drag manipulator axis or plane handles to extrude components or clone objects. Ctrl+Shift+LMB+drag to constrain scaling to connected edges. Use D or HOME to change the pivot position and axis orientation."
s_TscaleContextStrings.rScaleContextInsertMode = "Use manipulator or select a component to change the pivot position and axis orientation. Use D or INSERT to return to scale mode."
s_TscaleContextStrings.rScaleContextWarningNoScale = "Some items cannot be scaled in the 3D view."
s_TscaleContextStrings.rScaleInvalidFlagMode = "Invalid flag. Valid values: 0, 1, 2, 3, 4, 5 and 6"
s_TscaleContextStrings.rScaleItemSelected = "Use manipulator to scale object(s). Shift+drag manipulator axis or plane handles to extrude components or clone objects. Ctrl+Shift+LMB+drag to constrain scaling to connected edges. Use D or INSERT to change the pivot position and axis orientation."
s_TscaleContextStrings.rScaleManipNotFound = "No scale manipulator found"
s_TscaleContextStrings.rScaleNothingSelected = "Select an object to scale."
s_TscaleContextStrings.rScalePositionNotEditable = "-p/-position is not an editable flag.  Ignored"
s_TscaleContextStrings.rScaleSelectHelp = "(select) - LMB select/drag, MMB slide"
s_TscaleContextStrings.rScaleSelectSlideHelp = "LMB normal/medium, MMB slow, RMB fast"
//
// String set: s_TscaleKeyContextStrings
//
s_TscaleKeyContextStrings.rScaleKeyContextGestureMsg = "Time pivot: ^6.3f  Time scale: ^6.3f   Value pivot: ^6.3f  Value scale: ^6.3f"
s_TscaleKeyContextStrings.rScaleKeyContextHelp = "LMB to select keys; MMB to scale keys"
s_TscaleKeyContextStrings.rScaleKeyContextManipMsg = "Start time: [^6.3f]  End time: [^6.3f]   New start time: ^6.3f  New end time: ^6.3f"
s_TscaleKeyContextStrings.rScaleKeyContextName = "Scale keys"
//
// String set: s_TsceneFileStrings
//
s_TsceneFileStrings.rStudentDialogTitle = "Student Version File"
s_TsceneFileStrings.rStudentLoadMessage = "The file being opened was created by a Student Version of Maya. Use of this data by an educational institution or for commercial purposes is a violation of your Maya License Agreement. This message will appear whenever this file is opened."
s_TsceneFileStrings.rStudentSaveMessage = "The file being saved was created by a Student Version of Maya intended for personal learning only. If you save the file, this message will always appear whenever the file is opened."
//
// String set: s_TsceneLintActionStrings
//
s_TsceneLintActionStrings.rSceneLintActionAnimatedExpressionsDescription = "Look for expressions with the 'animated' attribute value set to true."
s_TsceneLintActionStrings.rSceneLintActionAnimatedExpressionsMitigationBenefit = "Allows expression to be scheduled as 'Globally Serial' instead of 'Untrusted', which can increase parallelism."
s_TsceneLintActionStrings.rSceneLintActionAnimatedExpressionsMitigationDescription = "Turn off the 'always evaluate' attribute value on expressions."
s_TsceneLintActionStrings.rSceneLintActionEnableOpenCLDescription = "Evaluate deforming OpenCL mesh nodes efficiently."
s_TsceneLintActionStrings.rSceneLintActionEnableOpenCLMitigationDisableOpenCLBenefit = "Speeds up mesh display when GPU deformer is not active."
s_TsceneLintActionStrings.rSceneLintActionEnableOpenCLMitigationDisableOpenCLDescription = "Shut off 'enableOpenCL' on meshes."
s_TsceneLintActionStrings.rSceneLintActionEnableOpenCLMitigationEnableEvaluatorBenefit = "Deform meshes faster by using the GPU."
s_TsceneLintActionStrings.rSceneLintActionEnableOpenCLMitigationEnableEvaluatorDescription = "Enable the GPU deformation evaluator."
s_TsceneLintActionStrings.rSceneLintActionEnableOpenCLMitigationNoGraphDescription = "Build the evaluation graph in order to fully explore this issue."
s_TsceneLintActionStrings.rSceneLintActionFlatAnimationDescription = "Minimize evaluation time on flat animation curves."
s_TsceneLintActionStrings.rSceneLintActionFlatAnimationMitigationDeleteBenefit = "Removing flat animation curves from evaluation speeds up evaluation as a whole."
s_TsceneLintActionStrings.rSceneLintActionFlatAnimationMitigationDeleteDescription = "Delete flat animation curves."
s_TsceneLintActionStrings.rSceneLintActionFlatAnimationMitigationSimplifyBenefit = "Reducing flat animation curves to a single keyframe makes them each evaluate faster."
s_TsceneLintActionStrings.rSceneLintActionFlatAnimationMitigationSimplifyDescription = "Delete all but one keyframe on flat animation curves."
s_TsceneLintActionStrings.rSceneLintActionNoProblems = "No problems were found with your scene."
s_TsceneLintActionStrings.rSceneLintActionNurbsTessellationDescription = "Ensure NURBS are tessellated efficiently."
s_TsceneLintActionStrings.rSceneLintActionNurbsTessellationMitigationBenefit = "Increases the speed at which NURBS curves and surfaces are tessellated for drawing."
s_TsceneLintActionStrings.rSceneLintActionNurbsTessellationMitigationDescription = "Load the 'Aruba' plug-in to handle the tessellation."
s_TsceneLintActionStrings.rSceneLintActionSmoothMeshDescription = "Look for meshes that have the smooth mesh preview enabled."
s_TsceneLintActionStrings.rSceneLintActionSmoothMeshMitigationBenefit = "Reduces the computation time by skipping the expensive smooth meshes."
s_TsceneLintActionStrings.rSceneLintActionSmoothMeshMitigationDescription = "Switch mesh display mode to base mesh only; no smooth meshes."
s_TsceneLintActionStrings.rSceneLintActionUnusedExpressionsDescription = "Look for expressions that aren't providing input to anything."
s_TsceneLintActionStrings.rSceneLintActionUnusedExpressionsMitigationBenefit = "Enables more efficient evaluation by eliminating unnecessary expressions."
s_TsceneLintActionStrings.rSceneLintActionUnusedExpressionsMitigationDescription = "Delete the expressions without output connections."
//
// String set: s_TschemeResourcesFlatUI
//
s_TschemeResourcesFlatUI.rBoldLabelFont_mac = "11,1,0,0,0,0,Lucida Grande"
s_TschemeResourcesFlatUI.rBoldLabelFont_nix = "11,1,0,0,0,0,Arial"
s_TschemeResourcesFlatUI.rBoldLabelFont_win_en_US = "11,1,0,0,0,0,Segoe UI"
s_TschemeResourcesFlatUI.rBoldLabelFont_win_ja_JP = "12,1,0,0,0,0,Meiryo UI"
s_TschemeResourcesFlatUI.rBoldLabelFont_win_zh_CN = "12,1,0,0,0,0,Microsoft YaHei"
s_TschemeResourcesFlatUI.rFixedWidthFont_mac = "12,0,0,0,0,1,Courier"
s_TschemeResourcesFlatUI.rFixedWidthFont_nix = "12,0,0,0,0,1,Courier New"
s_TschemeResourcesFlatUI.rFixedWidthFont_win_en_US = "12,0,0,0,0,1,Courier New"
s_TschemeResourcesFlatUI.rFixedWidthFont_win_ja_JP = "12,0,0,0,0,1,Courier New"
s_TschemeResourcesFlatUI.rFixedWidthFont_win_zh_CN = "12,0,0,0,0,1,Courier New"
s_TschemeResourcesFlatUI.rObliqueLabelFont_mac = "11,0,1,0,0,0,Lucida Grande"
s_TschemeResourcesFlatUI.rObliqueLabelFont_nix = "11,0,1,0,0,0,Arial"
s_TschemeResourcesFlatUI.rObliqueLabelFont_win_en_US = "11,0,1,0,0,0,Segoe UI"
s_TschemeResourcesFlatUI.rObliqueLabelFont_win_ja_JP = "12,0,1,0,0,0,Meiryo UI"
s_TschemeResourcesFlatUI.rObliqueLabelFont_win_zh_CN = "12,0,1,0,0,0,Microsoft YaHei"
s_TschemeResourcesFlatUI.rPlainLabelFont_mac = "11,0,0,0,0,0,Lucida Grande"
s_TschemeResourcesFlatUI.rPlainLabelFont_nix = "11,0,0,0,0,0,Arial"
s_TschemeResourcesFlatUI.rPlainLabelFont_win_en_US = "11,0,0,0,0,0,Segoe UI"
s_TschemeResourcesFlatUI.rPlainLabelFont_win_ja_JP = "12,0,0,0,0,0,Meiryo UI"
s_TschemeResourcesFlatUI.rPlainLabelFont_win_zh_CN = "12,0,0,0,0,0,Microsoft YaHei"
s_TschemeResourcesFlatUI.rSmallBoldLabelFont_mac = "10,1,0,0,0,0,Lucida Grande"
s_TschemeResourcesFlatUI.rSmallBoldLabelFont_nix = "10,1,0,0,0,0,Arial"
s_TschemeResourcesFlatUI.rSmallBoldLabelFont_win_en_US = "10,1,0,0,0,0,Segoe UI"
s_TschemeResourcesFlatUI.rSmallBoldLabelFont_win_ja_JP = "11,1,0,0,0,0,Meiryo UI"
s_TschemeResourcesFlatUI.rSmallBoldLabelFont_win_zh_CN = "11,1,0,0,0,0,Microsoft YaHei"
s_TschemeResourcesFlatUI.rSmallFixedWidthFont_mac = "10,0,0,0,0,1,Courier"
s_TschemeResourcesFlatUI.rSmallFixedWidthFont_nix = "10,0,0,0,0,1,Courier New"
s_TschemeResourcesFlatUI.rSmallFixedWidthFont_win_en_US = "11,0,0,0,0,1,Courier New"
s_TschemeResourcesFlatUI.rSmallFixedWidthFont_win_ja_JP = "11,0,0,0,0,1,Courier New"
s_TschemeResourcesFlatUI.rSmallFixedWidthFont_win_zh_CN = "11,0,0,0,0,1,Courier New"
s_TschemeResourcesFlatUI.rSmallObliqueLabelFont_mac = "10,0,1,0,0,0,Lucida Grande"
s_TschemeResourcesFlatUI.rSmallObliqueLabelFont_nix = "10,0,1,0,0,0,Arial"
s_TschemeResourcesFlatUI.rSmallObliqueLabelFont_win_en_US = "10,0,1,0,0,0,Segoe UI"
s_TschemeResourcesFlatUI.rSmallObliqueLabelFont_win_ja_JP = "11,0,1,0,0,0,Meiryo UI"
s_TschemeResourcesFlatUI.rSmallObliqueLabelFont_win_zh_CN = "11,0,1,0,0,0,Microsoft YaHei"
s_TschemeResourcesFlatUI.rSmallPlainLabelFont_mac = "10,0,0,0,0,0,Lucida Grande"
s_TschemeResourcesFlatUI.rSmallPlainLabelFont_nix = "10,0,0,0,0,0,Arial"
s_TschemeResourcesFlatUI.rSmallPlainLabelFont_win_en_US = "10,0,0,0,0,0,Segoe UI"
s_TschemeResourcesFlatUI.rSmallPlainLabelFont_win_ja_JP = "11,0,0,0,0,0,Meiryo UI"
s_TschemeResourcesFlatUI.rSmallPlainLabelFont_win_zh_CN = "11,0,0,0,0,0,Microsoft YaHei"
s_TschemeResourcesFlatUI.rTinyBoldLabelFont_mac = "9,1,0,0,0,0,Lucida Grande"
s_TschemeResourcesFlatUI.rTinyBoldLabelFont_nix = "9,1,0,0,0,0,Arial"
s_TschemeResourcesFlatUI.rTinyBoldLabelFont_win_en_US = "9,1,0,0,0,0,Segoe UI"
s_TschemeResourcesFlatUI.rTinyBoldLabelFont_win_ja_JP = "10,1,0,0,0,0,Meiryo UI"
s_TschemeResourcesFlatUI.rTinyBoldLabelFont_win_zh_CN = "10,1,0,0,0,0,Microsoft YaHei"
s_TschemeResourcesFlatUI.raFontCharacteristics = "pixel,bold,italic,underline,strikeOut,fixedPitch,family"
s_TschemeResourcesFlatUI.rboldLabelFont_face = "MS Sans Serif"
s_TschemeResourcesFlatUI.rboldLabelFont_face_1252 = "Segoe UI"
s_TschemeResourcesFlatUI.rboldLabelFont_face_932 = "Meiryo UI"
s_TschemeResourcesFlatUI.rboldLabelFont_face_936 = "Microsoft YaHei"
s_TschemeResourcesFlatUI.rboldLabelFont_size = "9"
s_TschemeResourcesFlatUI.rboldLabelFont_size_1252 = "9"
s_TschemeResourcesFlatUI.rboldLabelFont_size_932 = "9"
s_TschemeResourcesFlatUI.rboldLabelFont_size_936 = "9"
s_TschemeResourcesFlatUI.rfixedWidthFont_face = "Courier New"
s_TschemeResourcesFlatUI.rfixedWidthFont_face_1252 = "Courier New"
s_TschemeResourcesFlatUI.rfixedWidthFont_face_932 = "Courier New"
s_TschemeResourcesFlatUI.rfixedWidthFont_face_936 = "Courier New"
s_TschemeResourcesFlatUI.rfixedWidthFont_size = "10"
s_TschemeResourcesFlatUI.rfixedWidthFont_size_1252 = "10"
s_TschemeResourcesFlatUI.rfixedWidthFont_size_932 = "10"
s_TschemeResourcesFlatUI.rfixedWidthFont_size_936 = "10"
s_TschemeResourcesFlatUI.robliqueLabelFont_face = "MS Sans Serif"
s_TschemeResourcesFlatUI.robliqueLabelFont_face_1252 = "Segoe UI"
s_TschemeResourcesFlatUI.robliqueLabelFont_face_932 = "Meiryo UI"
s_TschemeResourcesFlatUI.robliqueLabelFont_face_936 = "Microsoft YaHei"
s_TschemeResourcesFlatUI.robliqueLabelFont_size = "9"
s_TschemeResourcesFlatUI.robliqueLabelFont_size_1252 = "9"
s_TschemeResourcesFlatUI.robliqueLabelFont_size_932 = "9"
s_TschemeResourcesFlatUI.robliqueLabelFont_size_936 = "9"
s_TschemeResourcesFlatUI.rplainLabelFont_face = "MS Sans Serif"
s_TschemeResourcesFlatUI.rplainLabelFont_face_1252 = "Segoe UI"
s_TschemeResourcesFlatUI.rplainLabelFont_face_932 = "Meiryo UI"
s_TschemeResourcesFlatUI.rplainLabelFont_face_936 = "Microsoft YaHei"
s_TschemeResourcesFlatUI.rplainLabelFont_size = "9"
s_TschemeResourcesFlatUI.rplainLabelFont_size_1252 = "9"
s_TschemeResourcesFlatUI.rplainLabelFont_size_932 = "9"
s_TschemeResourcesFlatUI.rplainLabelFont_size_936 = "9"
s_TschemeResourcesFlatUI.rsmallBoldLabelFont_face = "MS Sans Serif"
s_TschemeResourcesFlatUI.rsmallBoldLabelFont_face_1252 = "Segoe UI"
s_TschemeResourcesFlatUI.rsmallBoldLabelFont_face_932 = "Meiryo UI"
s_TschemeResourcesFlatUI.rsmallBoldLabelFont_face_936 = "Microsoft YaHei"
s_TschemeResourcesFlatUI.rsmallBoldLabelFont_size = "8"
s_TschemeResourcesFlatUI.rsmallBoldLabelFont_size_1252 = "8"
s_TschemeResourcesFlatUI.rsmallBoldLabelFont_size_932 = "8"
s_TschemeResourcesFlatUI.rsmallBoldLabelFont_size_936 = "8"
s_TschemeResourcesFlatUI.rsmallFixedWidthFont_face = "Courier New"
s_TschemeResourcesFlatUI.rsmallFixedWidthFont_face_1252 = "Courier New"
s_TschemeResourcesFlatUI.rsmallFixedWidthFont_face_932 = "Courier New"
s_TschemeResourcesFlatUI.rsmallFixedWidthFont_face_936 = "Courier New"
s_TschemeResourcesFlatUI.rsmallFixedWidthFont_size = "8"
s_TschemeResourcesFlatUI.rsmallFixedWidthFont_size_1252 = "8"
s_TschemeResourcesFlatUI.rsmallFixedWidthFont_size_932 = "8"
s_TschemeResourcesFlatUI.rsmallFixedWidthFont_size_936 = "8"
s_TschemeResourcesFlatUI.rsmallObliqueLabelFont_face = "MS Sans Serif"
s_TschemeResourcesFlatUI.rsmallObliqueLabelFont_face_1252 = "Segoe UI"
s_TschemeResourcesFlatUI.rsmallObliqueLabelFont_face_932 = "Meiryo UI"
s_TschemeResourcesFlatUI.rsmallObliqueLabelFont_face_936 = "Microsoft YaHei"
s_TschemeResourcesFlatUI.rsmallObliqueLabelFont_size = "8"
s_TschemeResourcesFlatUI.rsmallObliqueLabelFont_size_1252 = "8"
s_TschemeResourcesFlatUI.rsmallObliqueLabelFont_size_932 = "8"
s_TschemeResourcesFlatUI.rsmallObliqueLabelFont_size_936 = "8"
s_TschemeResourcesFlatUI.rsmallPlainLabelFont_face = "MS Sans Serif"
s_TschemeResourcesFlatUI.rsmallPlainLabelFont_face_1252 = "Segoe UI"
s_TschemeResourcesFlatUI.rsmallPlainLabelFont_face_932 = "Meiryo UI"
s_TschemeResourcesFlatUI.rsmallPlainLabelFont_face_936 = "Microsoft YaHei"
s_TschemeResourcesFlatUI.rsmallPlainLabelFont_size = "8"
s_TschemeResourcesFlatUI.rsmallPlainLabelFont_size_1252 = "8"
s_TschemeResourcesFlatUI.rsmallPlainLabelFont_size_932 = "8"
s_TschemeResourcesFlatUI.rsmallPlainLabelFont_size_936 = "8"
s_TschemeResourcesFlatUI.rtinyBoldLabelFont_face = "MS Sans Serif"
s_TschemeResourcesFlatUI.rtinyBoldLabelFont_face_1252 = "Segoe UI"
s_TschemeResourcesFlatUI.rtinyBoldLabelFont_face_932 = "Meiryo UI"
s_TschemeResourcesFlatUI.rtinyBoldLabelFont_face_936 = "Microsoft YaHei"
s_TschemeResourcesFlatUI.rtinyBoldLabelFont_size = "7"
s_TschemeResourcesFlatUI.rtinyBoldLabelFont_size_1252 = "7"
s_TschemeResourcesFlatUI.rtinyBoldLabelFont_size_932 = "7"
s_TschemeResourcesFlatUI.rtinyBoldLabelFont_size_936 = "7"
//
// String set: s_TscriptJobActionStrings
//
s_TscriptJobActionStrings.rScriptJobALCwarning = "The -alc/allChildren flag can only be used with the -ac/attributeChange or -con/connectionChange flags"
s_TscriptJobActionStrings.rScriptJobBadAttribute = "Could not find attribute named \"^1s\""
s_TscriptJobActionStrings.rScriptJobBadEvent = "Could not find condition or event named \"^1s\""
s_TscriptJobActionStrings.rScriptJobBadReplace = "The -rp/-replacePrevious flag can only be used with the -p/-parent flag."
s_TscriptJobActionStrings.rScriptJobBadTime = "Unable to attach this job to the time node (did you rename it?)."
s_TscriptJobActionStrings.rScriptJobBadUIName = "Could not find UI element named \"^1s\""
s_TscriptJobActionStrings.rScriptJobCannotFind = "The specified scriptJob (^1d) does not exist."
s_TscriptJobActionStrings.rScriptJobCannotKill = "A scriptJob cannot be killed while it is running."
s_TscriptJobActionStrings.rScriptJobDMIwarning = "The -dri/disregardIndex flag can only be used with the -ac/attributeChange or -con/connectionChange flags"
s_TscriptJobActionStrings.rScriptJobForceFlagWarning = "The -force flag can only be used with the -kill, -replacePrevious, or -killAll flags."
s_TscriptJobActionStrings.rScriptJobKillWithSceneFlagWarning = "The -killWithScene flag can only be used while creating a new scriptJob."
s_TscriptJobActionStrings.rScriptJobParentFlagWarning = "The -parent flag cannot be used with a list or kill flag."
s_TscriptJobActionStrings.rScriptJobPermAndProtectFlagWarning = "The -permanent and -protected flags cannot be used together."
s_TscriptJobActionStrings.rScriptJobPermanentKillWarning = "A permanent scriptJob cannot be killed."
s_TscriptJobActionStrings.rScriptJobProtectNeedCreateFlagWarning = "The -permanent and -protected flags can only be used while creating a scriptJob."
s_TscriptJobActionStrings.rScriptJobProtectedKillWarning = "A protected scriptJob must be killed by adding the -force flag."
s_TscriptJobActionStrings.rScriptJobRunOnceFlagWarning = "The -runOnce flag cannot be used with a list or kill flag."
s_TscriptJobActionStrings.rScriptJobTooManyFlags = "You must specify exactly one of the following flags: -ct -cf -cc -e -ie -ac -con -tc -uid -lc -le -j -k -ka -ex"
//
// String set: s_TscriptNodeStrings
//
s_TscriptNodeStrings.rScriptNodeCmdMultiQueryNodes = "Multiple selections are not allowed with a query."
s_TscriptNodeStrings.rScriptNodeCmdNoEditFlags = "No flags were found to edit."
s_TscriptNodeStrings.rScriptNodeCmdNoNodes = "No script nodes were specified."
s_TscriptNodeStrings.rScriptNodeInvalidQueryFlag = "The flag '^1s' can not be queried."
s_TscriptNodeStrings.rScriptNodeMultiQueryFlags = "Only one flag is allowed per query."
s_TscriptNodeStrings.rScriptNodeNoQueryFlag = "One flag is required for a query."
//
// String set: s_TscriptTableCmdStrings
//
s_TscriptTableCmdStrings.kCellIndexNotInPair = "Cell indices should be an array of even size greater than 0."
s_TscriptTableCmdStrings.kColumnFilterIndexError = "The column filter index is greater than the number of columns."
s_TscriptTableCmdStrings.rCellIndexNotSet = "cell index not set"
s_TscriptTableCmdStrings.rScriptTableStr = "scriptTable"
//
// String set: s_TscriptedPanelCmdStrings
//
s_TscriptedPanelCmdStrings.rNoPanelTypeError = "No type specified for scripted panel!"
//
// String set: s_TsculptCmdStrings
//
s_TsculptCmdStrings.rSculptGroupWithLocOnlyInCreateMode = "The -groupWithLocator flag is only valid in create mode."
s_TsculptCmdStrings.rSculptInvalidDropoffDistFlagParm = "Invalid parameter for -dropoffDistance flag."
s_TsculptCmdStrings.rSculptInvalidDropoffTypeFlagParm = "Invalid parameter for -dropoffType flag."
s_TsculptCmdStrings.rSculptInvalidGroupWithLocFlagUse = "Invalid parameter for -groupWithLocator flag."
s_TsculptCmdStrings.rSculptInvalidInsideModeFlagParm = "Invalid parameter for -insideMode flag."
s_TsculptCmdStrings.rSculptInvalidMaxDispFlagParm = "Invalid parameter for -maxDisplacement flag."
s_TsculptCmdStrings.rSculptInvalidModeFlagParm = "Invalid parameter for -mode flag."
s_TsculptCmdStrings.rSculptInvalidObjectCenteredFlagUse = "Invalid parameter for -objectCenter flag."
s_TsculptCmdStrings.rSculptInvalidSculptToolFlagParm = "Invalid parameter for -sculptTool flag."
s_TsculptCmdStrings.rSculptObjectCenterOnlyInCreateMode = "The -objectCenter flag is only valid in create mode."
s_TsculptCmdStrings.rSculptUnableToInvert = "^1s is deformed by an absolute position deformation.  Unable to invert."
s_TsculptCmdStrings.rSculptUnknownDropoffTypeError = "Unknown dropoff type."
s_TsculptCmdStrings.rSculptUnknownInsideModeError = "Unknown inside operation mode type."
s_TsculptCmdStrings.rSculptUnknownOperationModeError = "Unknown operation mode type."
//
// String set: s_TsculptMeshCacheStrings
//
s_TsculptMeshCacheStrings.rAmplifyBrush = "Amplify Tool"
s_TsculptMeshCacheStrings.rAmplifyBrushHelpLine = "Click-drag to accentuate existing surface detail by increasing the contrast between raised and recessed areas. Ctrl-drag to reduce surface detail."
s_TsculptMeshCacheStrings.rBrushSizeHelpLine = "Brush Size:"
s_TsculptMeshCacheStrings.rBrushStrengthHelpLine = "Brush Strength:"
s_TsculptMeshCacheStrings.rBulgeBrush = "Bulge Tool"
s_TsculptMeshCacheStrings.rBulgeBrushHelpLine = "Click-drag to inflate the area under the brush by pushing each vertex out along its own normal. Ctrl-drag to deflate."
s_TsculptMeshCacheStrings.rCloneBrush = "Clone Target Tool"
s_TsculptMeshCacheStrings.rCloneBrushHelpLine = "Copy edits from a blend shape target source to the current target in Edit mode. Ctrl-drag to invert the effect, and Shift-drag to smooth the target edits."
s_TsculptMeshCacheStrings.rEraseBrush = "Erase Target Tool"
s_TsculptMeshCacheStrings.rEraseBrushHelpLine = "Click-drag to remove edits for the current blend shape target in Edit mode."
s_TsculptMeshCacheStrings.rFillBrush = "Fill Tool"
s_TsculptMeshCacheStrings.rFillBrushHelpLine = "Click-drag to fill in valleys on a surface without affecting raised areas."
s_TsculptMeshCacheStrings.rFlattenBrush = "Flatten Tool"
s_TsculptMeshCacheStrings.rFlattenBrushHelpLine = "Click-drag to level a surface by moving the vertices under the brush towards a common plane."
s_TsculptMeshCacheStrings.rFloodFreezeDeprecated = "The floodFreeze flag is deprecated, use the flood flag instead."
s_TsculptMeshCacheStrings.rFoamyBrush = "Foamy Tool"
s_TsculptMeshCacheStrings.rFoamyBrushHelpLine = "Click-drag to softly lift a surface."
s_TsculptMeshCacheStrings.rFreezeBrush = "Freeze Tool"
s_TsculptMeshCacheStrings.rFreezeBrushHelpLine = "Click-drag to paint areas of the mesh you want to lock, so they cannot be modified while you sculpt. Shift-drag to smooth freeze values. Ctrl-drag to unfreeze. Press Shift + u to unfreeze everything on the selected mesh."
s_TsculptMeshCacheStrings.rGrabBrush = "Grab Tool"
s_TsculptMeshCacheStrings.rGrabBrushHelpLine = "Click-drag to pull a single vertex along a surface in any direction. Ctrl-drag to pull in the direction of the average of the normals of all affected faces."
s_TsculptMeshCacheStrings.rGrabUVBrush = "3D UV Grab Tool"
s_TsculptMeshCacheStrings.rGrabUVBrushHelpLine = "Click-drag to move the UVs in the direction of your stroke."
s_TsculptMeshCacheStrings.rImprintBrush = "Imprint Tool"
s_TsculptMeshCacheStrings.rImprintBrushHelpLine = "Click-drag and release to imprint one copy of a stamp at a specified size, location and orientation."
s_TsculptMeshCacheStrings.rInviewMsgDisallowSculpting = "Sculpting is <hl>disallowed</hl>. Set the blend shape target to a non-zero weighting to start sculpting."
s_TsculptMeshCacheStrings.rKnifeBrush = "Knife Tool"
s_TsculptMeshCacheStrings.rKnifeBrushHelpLine = "Click-drag to cut fine strokes into a surface."
s_TsculptMeshCacheStrings.rMaskBrush = "Mask Target Tool"
s_TsculptMeshCacheStrings.rMaskBrushHelpLine = "Click-drag to paint areas on a mesh to hide edits for the current blend shape target in Edit mode. Hold Ctrl to unmask. Hold Shift to smooth mask."
s_TsculptMeshCacheStrings.rNoCloneSource = "The Clone Target Tool is designed to <hl>clone edits</hl> from an edited <hl>blend shape target</hl>.<br/>Specify the <hl>Blend Shape Source</hl> and <hl>Target Source</hl> in <hl>Tool Settings</hl> to use this tool.<br/>No proper clone source blend shape target specified."
s_TsculptMeshCacheStrings.rNonManifoldMesh = "Sculpting cannot be performed on non-manifold geometry. Perform a mesh cleanup before using the sculpting tools."
s_TsculptMeshCacheStrings.rPinchBrush = "Pinch Tool"
s_TsculptMeshCacheStrings.rPinchBrushHelpLine = "Click-drag to sharpen soft edges. Each stroke pulls vertices towards the center of the brush. Ctrl-drag to push vertices away from the center of the brush."
s_TsculptMeshCacheStrings.rRelaxBrush = "Relax Tool"
s_TsculptMeshCacheStrings.rRelaxBrushHelpLine = "Click-drag to smooth the surface of a mesh without affecting its shape."
s_TsculptMeshCacheStrings.rRepeatBrush = "Repeat Tool"
s_TsculptMeshCacheStrings.rRepeatBrushHelpLine = "Click-drag to stamp patterns onto your model in the direction of your stroke."
s_TsculptMeshCacheStrings.rScrapeBrush = "Scrape Tool"
s_TsculptMeshCacheStrings.rScrapeBrushHelpLine = "Click-drag to minimize or remove protrusions on a surface without affecting recessed areas."
s_TsculptMeshCacheStrings.rSculptBrush = "Sculpt Tool"
s_TsculptMeshCacheStrings.rSculptBrushHelpLine = "Click-drag to lift the surface, Ctrl-drag to depress the surface, and Shift-drag to smooth the surface."
s_TsculptMeshCacheStrings.rSelectCloneTargetShape = "The Clone Target Tool is designed to <hl>clone edits</hl> from an edited <hl>blend shape target</hl>.<br/><hl>Enable editing</hl> for a blend shape target in the <hl>Shape Editor</hl> to use this tool."
s_TsculptMeshCacheStrings.rSelectEraseTargetShape = "The Erase Target Tool is designed to <hl>erase edits</hl> made to areas of an edited <hl>blend shape target</hl>.<br/><hl>Enable editing</hl> for a blend shape target in the <hl>Shape Editor</hl> to use this tool."
s_TsculptMeshCacheStrings.rSelectMaskTargetShape = "The Mask Target Tool is designed to <hl>hide edits</hl> made to areas of an edited <hl>blend shape target</hl>.<br/><hl>Enable editing</hl> for a blend shape target in the <hl>Shape Editor</hl> to use this tool."
s_TsculptMeshCacheStrings.rSelectMeshes = "Select a polygon mesh"
s_TsculptMeshCacheStrings.rSelectSmoothTargetShape = "The Smooth Target Tool is designed to <hl>smooth edits</hl> made to areas of an edited <hl>blend shape target</hl>.<br/><hl>Enable editing</hl> for a blend shape target in the <hl>Shape Editor</hl> to use this tool."
s_TsculptMeshCacheStrings.rSkinnedMeshWNoBlend = "Sculpting not permitted. Create a blend shape deformer and add a tangent space target to use sculpting tools on meshes bound to skin."
s_TsculptMeshCacheStrings.rSmearBrush = "Smear Tool"
s_TsculptMeshCacheStrings.rSmearBrushHelpLine = "Click-drag to pull the surface under the brush in the direction of your stroke. Ctrl-drag to pull the surface in the opposite direction."
s_TsculptMeshCacheStrings.rSmoothBrush = "Smooth Tool"
s_TsculptMeshCacheStrings.rSmoothBrushHelpLine = "Click-drag to even out surface detail by averaging the position of the vertices under the brush."
s_TsculptMeshCacheStrings.rSmoothTargetBrush = "Smooth Target Tool"
s_TsculptMeshCacheStrings.rSmoothTargetBrushHelpLine = "Click-drag to even out surface detail by averaging the position of the vertices under the brush. This brush tool is designed to be used only when a blend shape target is in edit mode."
s_TsculptMeshCacheStrings.rSprayBrush = "Spray Tool"
s_TsculptMeshCacheStrings.rSprayBrushHelpLine = "Click-drag to spray a stamp imprint randomly along your stroke."
s_TsculptMeshCacheStrings.rTopoSymFailed = "Topological symmetry failed to initialize, symmetry disabled."
s_TsculptMeshCacheStrings.rWaxBrush = "Wax Tool"
s_TsculptMeshCacheStrings.rWaxBrushHelpLine = "Click-drag to build up a surface.  Ctrl-drag to depress the surface."
//
// String set: s_TsculptTargetCmdStrings
//
s_TsculptTargetCmdStrings.rRegenerateError = "An unknown error occurred regenerating the target."
s_TsculptTargetCmdStrings.rSetTargetError = "An unknown error occurred setting the target index."
//
// String set: s_TselLoadSettingsActionStrings
//
s_TselLoadSettingsActionStrings.rSelLoadSettingsCantLoadChild = "Child references of a deferred reference must also be deferred."
s_TselLoadSettingsActionStrings.rSelLoadSettingsCantSwitchProxy = "Can't switch proxy"
s_TselLoadSettingsActionStrings.rSelLoadSettingsInvalidID = "Invalid node ID."
s_TselLoadSettingsActionStrings.rSelLoadSettingsNoArgs = "Atleast one node ID must be specified."
s_TselLoadSettingsActionStrings.rSelLoadSettingsNonExistentID = "Node ID '^1s' does not exist."
s_TselLoadSettingsActionStrings.rSelLoadSettingsSettingsNotBuilt = "Implicit Load Settings must be built. Use the 'file -open -buildLoadSettings' command."
//
// String set: s_TselectKeyContextStrings
//
s_TselectKeyContextStrings.rSelectKeyContextHelp = "Click-drag to select keys or curves"
s_TselectKeyContextStrings.rSelectKeyContextMsg = "Specify startTime [endTime]"
s_TselectKeyContextStrings.rSelectKeyContextName = "Select keys"
//
// String set: s_TselectKeyframeRegionContextStrings
//
s_TselectKeyframeRegionContextStrings.rSelectKeyframeRegionContextHelp = "Click-drag to select a region "
s_TselectKeyframeRegionContextStrings.rSelectKeyframeRegionContextMsg = "Specify startTime [endTime]"
s_TselectKeyframeRegionContextStrings.rSelectKeyframeRegionContextName = "Select Keyframe Tool"
//
// String set: s_TselectTypeCmdStrings
//
s_TselectTypeCmdStrings.rSelectionTypeNotFound = "Selection type, '^1s', is not found."
//
// String set: s_TselectionConnectionCmdStrings
//
s_TselectionConnectionCmdStrings.rCannotFilterThisConnection = "You cannot set a filter on a selectionConnection created with one of these flags: -act, -mdl, -key, -wl, -sl, -cl, -lst, -obj, or -ren"
//
// String set: s_TsequenceManagerCmdStrings
//
s_TsequenceManagerCmdStrings.rCantCreateDefaultSegment = "An error occurred creating the default segment1 scene segment."
s_TsequenceManagerCmdStrings.rCantDeleteSegment = "The namespace could not be deleted."
s_TsequenceManagerCmdStrings.rCurrentIsRoot = "The current namespace is the root namespace."
s_TsequenceManagerCmdStrings.rInvalidAudioNodeName = "An invalid audio node name was specified."
s_TsequenceManagerCmdStrings.rInvalidSceneName = "An invalid scene name was specified."
s_TsequenceManagerCmdStrings.rNoAvailablePanels = "No panels available."
s_TsequenceManagerCmdStrings.rSpecifiedPanelNotFound = "Panel ^1s not found. Available panels are : "
//
// String set: s_TserialExecutionStrings
//
s_TserialExecutionStrings.rSerialExecutionErrorDetectionFrame = "Detected missing dependencies on frame ^1f"
s_TserialExecutionStrings.rSerialExecutionErrorReport = "^1c <-x- ^2c"
s_TserialExecutionStrings.rSerialExecutionErrorReportCluster = "^1c <-x- ^2c [cluster]"
s_TserialExecutionStrings.rSerialExecutionErrorReportSingle = "^1c <-x- ???"
//
// String set: s_TsetAttrCmdStrings
//
s_TsetAttrCmdStrings.rSetAttrErrBadType = "The type '^1s' is not the name of a recognized type."
s_TsetAttrCmdStrings.rSetAttrErrCBIgnoredOnKeyableAttrs = "Attribute '^1s' is keyable. The channelBox flag is ignored on keyable attributes."
s_TsetAttrCmdStrings.rSetAttrErrCachingAttr = "The attribute '^1s' is marked as permanently cached. You cannot disable caching for this attribute."
s_TsetAttrCmdStrings.rSetAttrErrCachingRefAttr = "The attribute '^1s' is from a referenced file, thus the caching state cannot be changed."
s_TsetAttrCmdStrings.rSetAttrErrCannotLock = "The attribute '^1s' cannot be locked"
s_TsetAttrCmdStrings.rSetAttrErrCannotUnlock = "The attribute '^1s' cannot be unlocked"
s_TsetAttrCmdStrings.rSetAttrErrCantRead = "Error reading data element number ^1d: ^2s"
s_TsetAttrCmdStrings.rSetAttrErrCantSet = "The attribute '^1s' cannot be modified."
s_TsetAttrCmdStrings.rSetAttrErrCatchFail = "Attempt to set attribute failed."
s_TsetAttrCmdStrings.rSetAttrErrChannelBoxRefAttr = "The attribute '^1s' is from a referenced file, thus the channelBox state cannot be changed."
s_TsetAttrCmdStrings.rSetAttrErrChildLocked = "A child attribute of '^1s' is locked or connected and cannot be modified."
s_TsetAttrCmdStrings.rSetAttrErrCouldNotParseCommand = "Referencing backwards compatibility: Could not parse setAttr command."
s_TsetAttrCmdStrings.rSetAttrErrKeyTangent = "The attribute '^1s' should be set with the keyTangent command."
s_TsetAttrCmdStrings.rSetAttrErrKeyableRefAttr = "The attribute '^1s' is from a referenced file, thus the keyable state cannot be changed."
s_TsetAttrCmdStrings.rSetAttrErrLockAssemblyAttr = "Cannot lock attribute '^1s'. Lock edits are disallowed when an attribute belongs to an assembly node."
s_TsetAttrCmdStrings.rSetAttrErrLockLockedNode = "Attribute '^1s' is from a locked node, so it cannot be locked."
s_TsetAttrCmdStrings.rSetAttrErrLockRefAttr = "The attribute '^1s' is from a referenced file, and cannot be locked."
s_TsetAttrCmdStrings.rSetAttrErrLocked = "The attribute '^1s' is locked or connected and cannot be modified."
s_TsetAttrCmdStrings.rSetAttrErrMaxInt64Value = "Cannot set the attribute '^1s' past its maximum value of ^2l."
s_TsetAttrCmdStrings.rSetAttrErrMaxValue = "Cannot set the attribute '^1s' past its maximum value of ^2f."
s_TsetAttrCmdStrings.rSetAttrErrMinInt64Value = "Cannot set the attribute '^1s' below its minimum value of ^2l."
s_TsetAttrCmdStrings.rSetAttrErrMinValue = "Cannot set the attribute '^1s' below its minimum value of ^2f."
s_TsetAttrCmdStrings.rSetAttrErrMultiParent = "The attribute '^1s' is a multi. Its values must be set individually."
s_TsetAttrCmdStrings.rSetAttrErrNoCacheElement = "'^1s' is an array element. You cannot cache an array element."
s_TsetAttrCmdStrings.rSetAttrErrNoPlug = "No attribute was specified."
s_TsetAttrCmdStrings.rSetAttrErrNoTypeFlag = "'^1s' is not a simple numeric attribute.  Its values must be set with a -type flag."
s_TsetAttrCmdStrings.rSetAttrErrNotEnough = "Not enough data was provided. The last ^1d items will be skipped."
s_TsetAttrCmdStrings.rSetAttrErrRefAttrUnchangeable = "Attribute '^1s' is from a referenced file and cannot be set."
s_TsetAttrCmdStrings.rSetAttrErrSetKeyframe = "The attribute '^1s' should be set with the keyframe or setKeyframe command."
s_TsetAttrCmdStrings.rSetAttrErrSyntaxError = "Error while parsing arguments."
s_TsetAttrCmdStrings.rSetAttrErrUnlockAssemblyAttr = "Cannot unlock attribute '^1s'. Unlock edits are disallowed when an attribute belongs to an assembly node."
s_TsetAttrCmdStrings.rSetAttrErrUnlockLockedNode = "Attribute '^1s' is from a locked node, so it cannot be unlocked."
s_TsetAttrCmdStrings.rSetAttrErrUnlockRefAttr = "The attribute '^1s' is from a referenced file, and cannot be unlocked."
s_TsetAttrCmdStrings.rSetAttrErrUnpublished = "The attribute '^1s' may not be unlocked. It is an unpublished attribute on a locked container."
s_TsetAttrCmdStrings.rSetAttrErrWrongType = "The attribute '^1s' does not accept data of type '^2s'."
s_TsetAttrCmdStrings.rSetAttrWarnIgnoreSize = "The attribute '^1s' is not part of a multi.  The -size flag will be ignored."
s_TsetAttrCmdStrings.rSetAttrWarnLeftovers = "Too much data was provided. The last ^1d elements were not used."
s_TsetAttrCmdStrings.rSetAttrWarnLockWithRefEdit = "This attribute is connected to a referenced attribute. Locking this attribute may cause the connection to fail when the reference is reloaded."
//
// String set: s_TsetCmdStrings
//
s_TsetCmdStrings.rSetCmdAdjustmentErrorStr = "Unable to update render layer adjustment."
s_TsetCmdStrings.rSetCmdArgumentIsNotASetErrorStr = "The argument provided is NOT a set"
s_TsetCmdStrings.rSetCmdBreaksExclusivityErrorStr = "Cannot add the following items to the set since they would break the exclusivity constraint: "
s_TsetCmdStrings.rSetCmdColorArgErrorStr = "Invalid argument for -color flag. Value must be in range [-1,7]."
s_TsetCmdStrings.rSetCmdComponentsAddedFormatStr = "Adding all components of '^1s' to '^2s'."
s_TsetCmdStrings.rSetCmdCreateExclusiveSetErrorStr = "Cannot create a set with members of an exclusive set"
s_TsetCmdStrings.rSetCmdCycleFmtErrorStr = "Cannot add set \"^1s\" to set \"^2s\" as it would cause a cycle"
s_TsetCmdStrings.rSetCmdEditEdgeErrorStr = "Cannot make a non edge set into a edge set"
s_TsetCmdStrings.rSetCmdEditEditPointErrorStr = "Cannot make a non edit-point set into a edit-point set"
s_TsetCmdStrings.rSetCmdEditExclusiveSetErrorStr = "Cannot make set exclusive since some members are in another set"
s_TsetCmdStrings.rSetCmdEditFacetErrorStr = "Cannot make a non face set into a vertex set"
s_TsetCmdStrings.rSetCmdEditRenderableErrorStr = "Cannot change the renderable state of a set"
s_TsetCmdStrings.rSetCmdEditVertexErrorStr = "Cannot make a non vertex set into a vertex set"
s_TsetCmdStrings.rSetCmdInvalidFlagArgument = "Invalid argument for a flag, or illegal combination of flags."
s_TsetCmdStrings.rSetCmdItemConnectedToMissingSetInRefErrorStr = "Cannot add \"^1s\" to \"^2s\" because they are in a missing set within a referenced scene. Reload the referenced scene if it's unloaded, clean up the referenced scene or remove corresponding reference edits if the node has been deleted in the referenced scene."
s_TsetCmdStrings.rSetCmdLayerObsoleteStr = "Sets no longer support layer creation.  Use 'createDisplayLayer' instead."
s_TsetCmdStrings.rSetCmdLockedAssetErrorStr = "Set modification failed due to locked container. See Script Editor for details."
s_TsetCmdStrings.rSetCmdLockedAssetErrorStr2 = "Set modification failed due to locked container. See Command History for details."
s_TsetCmdStrings.rSetCmdMemberOfExclusiveSetErrorStr = "Cannot add items to set which are in another exclusive set"
s_TsetCmdStrings.rSetCmdMemberOfPartitionSetErrorStr = "Cannot add items to set which are in another set of partition"
s_TsetCmdStrings.rSetCmdMembershipRestrictedErrorStr = "Cannot add the following items to the set since the set has restrictions on membership: "
s_TsetCmdStrings.rSetCmdNoObjectsAddedErrorSt = "No objects were added to the set"
s_TsetCmdStrings.rSetCmdNoObjectsRemovedErrorStr = "No objects were removed from the set"
s_TsetCmdStrings.rSetCmdNothingAddedErrorStr = "None of the items can be added to the set"
//
// String set: s_TsetDrivenKeyframeCmdStrings
//
s_TsetDrivenKeyframeCmdStrings.rItemNotNumeric = "Attribute is not numeric: "
s_TsetDrivenKeyframeCmdStrings.rItemNotWritable = "Attribute is not writable: "
s_TsetDrivenKeyframeCmdStrings.rNoMatchFoundForSpecifiedAttribute = "No attribute was found to match the specified name."
s_TsetDrivenKeyframeCmdStrings.rNodeAlreadyConnected = "Could not attach to attribute. An input is already attached."
s_TsetDrivenKeyframeCmdStrings.rSetDrivenDoubleQuery = "Driven and driver flag cannot be used simultaneously."
s_TsetDrivenKeyframeCmdStrings.rSetDrivenDrivenQueryOnly = "Driven flag only valid in query mode."
s_TsetDrivenKeyframeCmdStrings.rSetDrivenDriverQueryOnly = "Driver flag only valid in query mode."
s_TsetDrivenKeyframeCmdStrings.rSetDrivenInvalidAttribute = "Not an attribute that can be driven."
s_TsetDrivenKeyframeCmdStrings.rSetDrivenMustSpecifyPlug = "Must specify a node.attribute to query driver."
s_TsetDrivenKeyframeCmdStrings.rSetDrivenNoDrivens = "No driven attributes found on the selected item."
s_TsetDrivenKeyframeCmdStrings.rSetDrivenNoDriverFound = "No match found to driver: "
s_TsetDrivenKeyframeCmdStrings.rSetDrivenNoDriverNames = "Must specify a driver name with -cd flag."
s_TsetDrivenKeyframeCmdStrings.rSetDrivenNoDriverVal = "No value specified for -dv flag."
s_TsetDrivenKeyframeCmdStrings.rSetDrivenNoDrivers = "No drivers."
s_TsetDrivenKeyframeCmdStrings.rSetDrivenTooManyDrivers = "More than one attribute matches driver."
//
// String set: s_TsetEditContextStrings
//
s_TsetEditContextStrings.rSetEditEditMsg = "^1s: Add with Shift+LMB. Remove with Ctrl+LMB"
s_TsetEditContextStrings.rSetEditNoSetSelected = "No set is selected."
s_TsetEditContextStrings.rSetEditSelectASet = "Please select a set to edit."
s_TsetEditContextStrings.rSetEditSelectMsg = "Select a Set or a Deformer"
s_TsetEditContextStrings.rSetEditTooManyItems = "Too many items selected. Select a single set."
s_TsetEditContextStrings.rSetEditToolName = "Edit Membership Tool"
//
// String set: s_TsetFluidAttrStrings
//
s_TsetFluidAttrStrings.rFluidInvalidAttrName = "invalid fluid attribute name"
s_TsetFluidAttrStrings.rFluidNoAttrName = "no fluid attribute name specified"
s_TsetFluidAttrStrings.rFluidNoValue = "no value specified for this attribute"
s_TsetFluidAttrStrings.rFluidScalarWithVector = "scalar value used with vector attribute"
s_TsetFluidAttrStrings.rFluidVectorWithScalar = "vector value used with scalar attribute"
//
// String set: s_TsetKeyContextStrings
//
s_TsetKeyContextStrings.rSetKeyContextHelp = "LMB to select a curve; MMB to add a key"
s_TsetKeyContextStrings.rSetKeyContextMsg = "Time: ^6.3f  Value: ^6.3f"
s_TsetKeyContextStrings.rSetKeyContextName = "Add Keys Tool"
//
// String set: s_TsetKeyPathCmdStrings
//
s_TsetKeyPathCmdStrings.rSetKeyPathAnimatedObjectErr = "Selected object is not a transform"
s_TsetKeyPathCmdStrings.rSetKeyPathAttributeConnectedErr = " already has an input connection"
s_TsetKeyPathCmdStrings.rSetKeyPathDuplicateEditPointsErr = "Cannot Set Path Key at beginning or end of curve"
s_TsetKeyPathCmdStrings.rSetKeyPathInvalidObjectPathErr = "Path to the selected object is not valid"
s_TsetKeyPathCmdStrings.rSetKeyPathIsLockedErr = " is locked"
s_TsetKeyPathCmdStrings.rSetKeyPathNoObjectSelectedErr = "No active or selected object"
s_TsetKeyPathCmdStrings.rSetKeyPathNotDagObjectErr = "Selected object is not a DAG object"
s_TsetKeyPathCmdStrings.rSetKeyPathObjectNotTransformErr = "Selected object is not a transform"
s_TsetKeyPathCmdStrings.rSetKeyPathUnderWorldObjectErr = "Cannot Set Path Key on underWorld object"
//
// String set: s_TsetKeyframeBlendshapeStrings
//
s_TsetKeyframeBlendshapeStrings.rSetBlendshapeKeyInvalidSel = "No shape was selected."
//
// String set: s_TsetKeyframeCmdStrings
//
s_TsetKeyframeCmdStrings.rSetKeyAnimLayerNotFound = "No animation layer found named ^1s."
s_TsetKeyframeCmdStrings.rSetKeyBaseLocked = "Attribute was not keyed because potential layer(s) or BaseAnimation bar was locked"
s_TsetKeyframeCmdStrings.rSetKeyClipAttachedToNonPC = "Skipping key into clip on ^1s. Channel in clip is driven by ^2s."
s_TsetKeyframeCmdStrings.rSetKeyClipNotFound = "The argument to the -c/-clip flag must be a clip."
s_TsetKeyframeCmdStrings.rSetKeyClipNotInChar = "Skipping key into clip on ^1s. Channel is not in clip."
s_TsetKeyframeCmdStrings.rSetKeyIndentityOnRoot = "Skipping attribute ^1s keying. Cannot set an identity key on BaseAnimation"
s_TsetKeyframeCmdStrings.rSetKeyNotAnimLayer = "The argument to the -al/-animLayer flag must be an animation layer."
s_TsetKeyframeCmdStrings.rSetKeyPairBlendQuatWarn = "Because it blends synchronized quaternion curves with a constraint, keying ^1s's rotation may result in unexpected values being set"
s_TsetKeyframeCmdStrings.rSetKeyframeConnectedErr = "attribute already connected"
s_TsetKeyframeCmdStrings.rSetKeyframeDepGraphErr = "animCurve creation or connection failed for attribute"
s_TsetKeyframeCmdStrings.rSetKeyframeInvalidValue = "Skipping attribute ^1s keying. Resolved value is invalid."
s_TsetKeyframeCmdStrings.rSetKeyframeNoResolveErr = "The -noResolve flag may only be used in conjunction with the -value flag."
s_TsetKeyframeCmdStrings.rSetKeyframeNotPartErr1 = "Attribute was not keyed because it is not part of ^1s or the layer was locked."
s_TsetKeyframeCmdStrings.rSetKeyframeNotPartErr2 = "Attribute was not keyed because it is not part of any of the selected layers, or the selected layer(s) was locked"
//
// String set: s_TsetKeyframeMixinCmdStrings
//
s_TsetKeyframeMixinCmdStrings.rSetKeyframeConstraintOutputLocked = "Animation blending not allowed on constraints with locked output."
s_TsetKeyframeMixinCmdStrings.rSetKeyframeMixinHierarchyErr = "unrecognized hierarchy type"
s_TsetKeyframeMixinCmdStrings.rSetKeyframeMixinTangentErr = "unrecognized tangent type"
s_TsetKeyframeMixinCmdStrings.rSetKeyframeNoBlendOnLookat = "Animation blending not allowed with lookAt nodes."
s_TsetKeyframeMixinCmdStrings.rSetKeyframePrefsNoBlend = "Animation blending is disabled in the preferences."
//
// String set: s_TsetManipValueActionStrings
//
s_TsetManipValueActionStrings.rNotAvailable = "Not available in this tool."
s_TsetManipValueActionStrings.rNothingSelected = "Nothing selected."
//
// String set: s_TsetNodeTypeFlagActionStrings
//
s_TsetNodeTypeFlagActionStrings.rBadNodeTypeErrorStr = "Type specified is unknown: ^1s"
s_TsetNodeTypeFlagActionStrings.rCannotSetFlagOnPluginNode = "Cannot set visibility of plug-in node types"
//
// String set: s_TsetRenderPassTypeCmdStrings
//
s_TsetRenderPassTypeCmdStrings.rSetRenderPassBadNumChannels = "There is no implementation of '^1s' for the renderer '^2s' that supports ^3d channels. Using ^4d channels instead."
s_TsetRenderPassTypeCmdStrings.rSetRenderPassNoPassDef = "Unrecognized render pass type: '^1s'"
s_TsetRenderPassTypeCmdStrings.rSetRenderPassNoType = "-type flag is mandatory for command setRenderPassType"
s_TsetRenderPassTypeCmdStrings.rSetRenderPassTypeCmdRedoFail = "Redo of setRenderPassType command failed"
s_TsetRenderPassTypeCmdStrings.rSetRenderPassTypeCmdUndoFail = "Undo of setRenderPassType command failed"
//
// String set: s_TshaderAttrCmdStrings
//
s_TshaderAttrCmdStrings.rSelectObject = "Please select a piece of geometry to show material attributes"
//
// String set: s_TshadingNetworkCompareActionStrings
//
s_TshadingNetworkCompareActionStrings.rShadingNetworkCompareActionCantDeleteComparison = "Unable to delete comparison '^1s'."
s_TshadingNetworkCompareActionStrings.rShadingNetworkCompareActionComparisonNotFound = "Comparison '^1s' not found."
s_TshadingNetworkCompareActionStrings.rShadingNetworkCompareActionNoComparison = "Please specify a single comparison name."
s_TshadingNetworkCompareActionStrings.rShadingNetworkCompareActionNoQueryFlag = "One of: -eq/-equivalent, -n1/-network1, or -n2/-network2 must be used with the -query flag."
s_TshadingNetworkCompareActionStrings.rShadingNetworkCompareActionNoShadingGroups = "Please specify two different shading groups."
//
// String set: s_TshadingNetworkSamplerStrings
//
s_TshadingNetworkSamplerStrings.rRaytraceShadowsUnsupportedStr = "\"^1s\", ray-traced shadows are not supported"
s_TshadingNetworkSamplerStrings.rRenderSamplerShadowCmdStr = "render ^1s"
s_TshadingNetworkSamplerStrings.rReuseSamplerMapFailureStr = "Could not use shadow map for light ^s"
//
// String set: s_TshadingNodeCmdStrings
//
s_TshadingNodeCmdStrings.rMustSpecifyOneOfShaderTextureLightPostProcessUtility = "Must specify one of [-asShader -asTexture -asLight -asPostProcess -asUtility]"
//
// String set: s_TshapeCompareCmdStrings
//
s_TshapeCompareCmdStrings.rErrorNeedLikeShapes = "shapeCompare can only compare like shapes"
s_TshapeCompareCmdStrings.rErrorRequiresTwoShapes = "shapeCompare requires exactly 2 shapes."
s_TshapeCompareCmdStrings.rErrorShapeNotSupported = "This type of shape cannot yet be compared."
//
// String set: s_TshapeControlStrings
//
s_TshapeControlStrings.rAddBlendShapeDeformer = "Add Blend Shape Deformer"
s_TshapeControlStrings.rAddButton = "Add Base As Target"
s_TshapeControlStrings.rAddButtonAnnot = "Bake the selected base shape and add it as a target"
s_TshapeControlStrings.rAddCombinationTarget = "Add Combination Target"
s_TshapeControlStrings.rAddInBetweenTargetMenuItem = "Add In-Between Target"
s_TshapeControlStrings.rAddSelAsCombTargetMenuItem = "Add Selection as Combination Target"
s_TshapeControlStrings.rAddSelAsInBetweenTargetMenuItem = "Add Selection as In-Between Target"
s_TshapeControlStrings.rAddSelAsTargetMenuItem = "Add Selection as Target"
s_TshapeControlStrings.rAddTargetButton = "Add Target"
s_TshapeControlStrings.rAddTargetButtonAnnot = "Add a new target shape to the selected blend shape deformer"
s_TshapeControlStrings.rAddTargetsAsDrivers = "Add Selection as Combination Driver"
s_TshapeControlStrings.rBadAttrAlias = "Bad Attribute Alias"
s_TshapeControlStrings.rBaseMesh = "Base Mesh:"
s_TshapeControlStrings.rBlendShapeLBAnnot = "Blend shape deformer"
s_TshapeControlStrings.rCombinationTarget = "Combination Target (^1s)"
s_TshapeControlStrings.rCreateBlendShape = "Create Blend Shape"
s_TshapeControlStrings.rCreateBlendShapeAnnot = "Create a blend shape deformer for the selected object"
s_TshapeControlStrings.rCreatePose = "Create Pose"
s_TshapeControlStrings.rCustom = "Custom"
s_TshapeControlStrings.rDeleteButton = "Delete"
s_TshapeControlStrings.rDeleteButtonAnnot = "Delete the selected blend shape (group)"
s_TshapeControlStrings.rDeleteGroupButton = "Delete Group"
s_TshapeControlStrings.rDeleteIBTargetButtonAnnot = "Remove blend shape in-between target"
s_TshapeControlStrings.rDeleteTargetButtonAnnot = "Remove blend shape target (group)"
s_TshapeControlStrings.rDrivers = "Drivers"
s_TshapeControlStrings.rDuplicateGroup = "Duplicate Group"
s_TshapeControlStrings.rDuplicateTarget = "Duplicate Target"
s_TshapeControlStrings.rEditButton = "Edit"
s_TshapeControlStrings.rEditButtonPressAnnot = "Stop editing ^1s"
s_TshapeControlStrings.rEditButtonUnPressAnnot = "Start editing ^1s"
s_TshapeControlStrings.rExportMenuItem = "Export"
s_TshapeControlStrings.rFlipGroupMembersButton = "Flip Group Members"
s_TshapeControlStrings.rFlipTargetMenuItem = "Flip Target"
s_TshapeControlStrings.rFlipTargetsMenuItem = "Flip Targets"
s_TshapeControlStrings.rGroupMenuItem = "Group"
s_TshapeControlStrings.rHeaderEdit = "Edit"
s_TshapeControlStrings.rHeaderKey = "Key"
s_TshapeControlStrings.rHeaderName = "Name"
s_TshapeControlStrings.rHeaderVisible = "Visible"
s_TshapeControlStrings.rHeaderWeightDrivers = "Weight/Drivers"
s_TshapeControlStrings.rImportMenuItem = "Import"
s_TshapeControlStrings.rInBetweenErrorWeightDuplicate = "Error: In-between target's maximum influence weighting cannot be the same as an existing in-between target - it must be unique."
s_TshapeControlStrings.rInBetweenErrorWeightEqualsToOne = "Error: In-between target's maximum influence weighting must not be equal to 1.000."
s_TshapeControlStrings.rInBetweenTargetAnnot = "In-Between Target"
s_TshapeControlStrings.rInterpolation = "Interpolation:"
s_TshapeControlStrings.rKeyAllButton = "Key All"
s_TshapeControlStrings.rKeyAllButtonAnnot = "Key all weights at their current values"
s_TshapeControlStrings.rKeyAtCurrentMenuItem = "Key at current"
s_TshapeControlStrings.rKeyAtOneMenuItem = "Key at 1"
s_TshapeControlStrings.rKeyAtZeroMenuItem = "Key at 0"
s_TshapeControlStrings.rKeyButton = "Key"
s_TshapeControlStrings.rKeyButtonAnnot = "LMB: Key current weight\nMMB: Drag to a frame on the timeline to set a key\nRMB: More options"
s_TshapeControlStrings.rKeyGroupButton = "Key Group"
s_TshapeControlStrings.rKeyGroupMembersButton = "Key Group Members"
s_TshapeControlStrings.rLinear = "Linear"
s_TshapeControlStrings.rMergeTarget = "Merge Targets"
s_TshapeControlStrings.rMergeTargetGroup = "Merge Group Members"
s_TshapeControlStrings.rMirrorGroupMembersButton = "Mirror Group Members"
s_TshapeControlStrings.rMirrorTargetMenuItem = "Mirror Target"
s_TshapeControlStrings.rMirrorTargetsMenuItem = "Mirror Targets"
s_TshapeControlStrings.rNewGroupButtonAnnot = "New group"
s_TshapeControlStrings.rNewGroupErrorDifferentNode = "Only blend shape targets for the same blend shape deformer can be grouped together."
s_TshapeControlStrings.rNewGroupErrorDifferentType = "Only items of the same type can be grouped together."
s_TshapeControlStrings.rNewGroupMenuItem = "New Group"
s_TshapeControlStrings.rNoRecentSearches = "No Recent Searches"
s_TshapeControlStrings.rNoSavedSearches = "No Saved Searches"
s_TshapeControlStrings.rObjectSpace = "Object Space"
s_TshapeControlStrings.rPosesLabel = "Poses"
s_TshapeControlStrings.rPostDeformation = "(Post-Deformation)"
s_TshapeControlStrings.rPreDeformation = "(Pre-Deformation)"
s_TshapeControlStrings.rReNameGroupError = "^1s already exists. Use a different name."
s_TshapeControlStrings.rReNameGroupMenuItem = "Rename Group"
s_TshapeControlStrings.rReNameMenuItem = "Rename"
s_TshapeControlStrings.rReNameShapeWithSpace = "Space is allowed in shape name"
s_TshapeControlStrings.rRebuildTargetMenuItem = "Rebuild Target"
s_TshapeControlStrings.rRecentSearchListLabel = "Recent Searches"
s_TshapeControlStrings.rRemoveKeyMenuItem = "Remove key"
s_TshapeControlStrings.rRemoveTargetsFromDrivers = "Remove Selection from Combination Drivers"
s_TshapeControlStrings.rResetAllButton = "Reset All"
s_TshapeControlStrings.rResetAllButtonAnnot = "Set all weight values to 0"
s_TshapeControlStrings.rResetGroupMembersMenuItem = "Reset Group Members"
s_TshapeControlStrings.rResetGroupMenuItem = "Reset Group"
s_TshapeControlStrings.rResetMenuItem = "Reset"
s_TshapeControlStrings.rSavedSearchListError = "Shape Editor can only save 10 entries in Saved Search list, please remove any items from the list to add new ones"
s_TshapeControlStrings.rSavedSearchListLabel = "Saved Searches"
s_TshapeControlStrings.rSearchButtonAnnotOff = "Search filter is inactive"
s_TshapeControlStrings.rSearchButtonAnnotOn = "Search filter is active. Click to deactivate"
s_TshapeControlStrings.rSearchFieldAnnot = "Search Filter: Enter text to limit the listing (e.g., P* to show all items beginning with P)"
s_TshapeControlStrings.rSearchPlaceHolderText = "Search..."
s_TshapeControlStrings.rSelectBaseMeshButton = "Select Base Mesh"
s_TshapeControlStrings.rSelectButton = "Select Blend Shape Node"
s_TshapeControlStrings.rSelectButtonAnnot = "Select the blendShape node"
s_TshapeControlStrings.rSelectCombinationDrivers = "Select Combination Drivers"
s_TshapeControlStrings.rSelectMeshMenuItem = "Select Mesh"
s_TshapeControlStrings.rSetAsCombinationTarget = "Set as Combination Target"
s_TshapeControlStrings.rShapesLabel = "Shapes"
s_TshapeControlStrings.rSmooth = "Smooth"
s_TshapeControlStrings.rSoloUnsoloMenuItem = "Solo/Unsolo"
s_TshapeControlStrings.rTangentSpace = "Tangent Space"
s_TshapeControlStrings.rTargetMesh = "Target Mesh"
s_TshapeControlStrings.rTargetShape = "Target Shape (^1s)"
s_TshapeControlStrings.rTopDeleteButtonAnnot = "Delete selection"
s_TshapeControlStrings.rTopRebuildButtonAnnot = "Rebuild mesh for the selected blend shape target"
s_TshapeControlStrings.rTransformSpace = "Transform Space"
s_TshapeControlStrings.rViewInNodeEditorMenuItem = "View in Node Editor"
s_TshapeControlStrings.rVisibleButton = "Visibility"
s_TshapeControlStrings.rVisibleButtonAnnot = "Toggle Visibility (Alt-click to solo)"
//
// String set: s_TshapeNavigatorStrings
//
s_TshapeNavigatorStrings.rShapeNavAmbiguousWarningFmt = "There is more than one shading group, using ^1s"
s_TshapeNavigatorStrings.rShapeNavErrFmt = "Assignment is ambiguous, there is more than one shading group connected to ^1s"
s_TshapeNavigatorStrings.rShapeNavNewSGWarningFmt = "New shading group ^1s was created for ^2s."
//
// String set: s_TshelfLayoutStrings
//
s_TshelfLayoutStrings.rSourcePromptMELButton = "MEL"
s_TshelfLayoutStrings.rSourcePromptPythonButton = "Python"
s_TshelfLayoutStrings.rSourcePromptSaveToShelfTypePromptMessage = "Save script to shelf as type:"
//
// String set: s_TshelfTrashDropHandlerStrings
//
s_TshelfTrashDropHandlerStrings.rCurrentCtxWarning = "Can't delete the current tool context!"
//
// String set: s_TshotCmdStrings
//
s_TshotCmdStrings.rShotCmdGetArgErr = "Unable to parse the argument list."
s_TshotCmdStrings.rShotCmdInvalidFlagsErr = "The given combination of flags is invalid. (see command documentation for details)"
s_TshotCmdStrings.rShotCmdNoObjectErr = "No object was specified for the command to operate on."
s_TshotCmdStrings.rShotCmdNoSuchObjErr = "The following shot object does not exist:"
s_TshotCmdStrings.rShotCustomAnimExists = "This shot node already has an animation layer."
s_TshotCmdStrings.rShotCustomAnimNotExists = "This shot node does not have an animation layer."
s_TshotCmdStrings.rShotEmptyClipboard = "No shots have been copied to the clipboard."
s_TshotCmdStrings.rShotMustSelectShot = "Must select a shot."
s_TshotCmdStrings.rShotNoValidQueryFlag = "No valid query flags were specified."
s_TshotCmdStrings.rShotNotFound = "A single shot node must be specified."
//
// String set: s_TshotRippleCmdStrings
//
s_TshotRippleCmdStrings.rShotRippleCmdGetArgErr = "Unable to parse the argument list."
s_TshotRippleCmdStrings.rShotRippleCmdInvalidFlagsErr = "The given combination of flags is invalid. (see command documentation for details)"
s_TshotRippleCmdStrings.rShotRippleCmdNoObjectErr = "No object was specified for the command to operate on."
s_TshotRippleCmdStrings.rShotRippleCmdNoSuchObjErr = "The following shot object does not exist:"
s_TshotRippleCmdStrings.rShotRippleEmptyClipboard = "No shots have been copied to the clipboard."
s_TshotRippleCmdStrings.rShotRippleMustSelectShot = "Must select a shot."
s_TshotRippleCmdStrings.rShotRippleNoValidQueryFlag = "No valid query flags were specified."
s_TshotRippleCmdStrings.rShotRippleNotFound = "A single shot node must be specified."
//
// String set: s_TshotTrackCmdStrings
//
s_TshotTrackCmdStrings.rBadSwapIndex = "Invalid tracks to swap. Cannot swap this track in that direction."
s_TshotTrackCmdStrings.rShotTrackBadSelection = "Must specify or select a shot node."
s_TshotTrackCmdStrings.rShotTrackBadTrack = "Track index must be greater than 0."
s_TshotTrackCmdStrings.rShotTrackInvalidTrack = "The specified track does not exist."
s_TshotTrackCmdStrings.rShotTrackNoShots = "No shots found on the selected object(s)."
s_TshotTrackCmdStrings.rShotTrackRemoveFailure = "Cannot remove tracks that contain shots."
s_TshotTrackCmdStrings.rShotTrackTooManySel = "Only one shot may be specified for query."
s_TshotTrackCmdStrings.rSwapSameTrack = "Cannot swap a track with itself."
//
// String set: s_TshowHelpActionStrings
//
s_TshowHelpActionStrings.rShowHelpActionargumentExpectedError = "Argument expected but not found."
s_TshowHelpActionStrings.rShowHelpActioncannotDisplayHelpError = "Unable to display '^1s' in a browser."
s_TshowHelpActionStrings.rShowHelpActioncannotQueryError = "Only the -ht/helpTable flag can be queried."
s_TshowHelpActionStrings.rShowHelpActiondocumentationError = "The documentation files have not been installed. Help is unavailable."
s_TshowHelpActionStrings.rShowHelpActionnoArgumentExpectedError = "Argument not expected on query."
s_TshowHelpActionStrings.rShowHelpActionnoSuchEntryError = "No help table entry for '^1s'"
s_TshowHelpActionStrings.rShowHelpActiontableOpenError = "Cannot find file: '^1s'\nDocumentation lookup table is missing. Help is unavailable."
s_TshowHelpActionStrings.rShowHelpActiontableReadError = "Error reading help topic table '^1s'"
s_TshowHelpActionStrings.rShowHelpActiontooManyFlagsError = "Only one of -d/docs and -a/absolute can be used at a time."
//
// String set: s_TshowMetadataCmdStrings
//
s_TshowMetadataCmdStrings.rShowMetadataCmdSetInterpolationWarning = "Cannot set interpolation of node '^1s' to '^2s'."
s_TshowMetadataCmdStrings.rShowMetadataCmdSetMethodWarning = "Cannot set the visual method of node '^1s' to '^2s'."
s_TshowMetadataCmdStrings.rShowMetadataCmdWrongMethodError = "The input method is not supported: '^1s'."
s_TshowMetadataCmdStrings.rShowMetadataConflictRangeError = "The flags 'range' and 'auto' should be used seperately."
s_TshowMetadataCmdStrings.rShowMetadataListUsageError = "The flag 'listVisibleStreams' or 'listAllStreams' should be used in the query mode."
s_TshowMetadataCmdStrings.rShowMetadataOffOnlyError = "The flag 'off' should be used with a specified stream."
s_TshowMetadataCmdStrings.rShowMetadataQueryNoSpecifiedMemberError = "The flags 'stream' 'member' 'dataType' should be used together to set the specified stream and member."
s_TshowMetadataCmdStrings.rShowMetadataQueryOffError = "The flag 'off' should be used in the create mode."
//
// String set: s_TskeletonEmbedCmdStrings
//
s_TskeletonEmbedCmdStrings.rSkeletonEmbedInvalidArgs = "Invalid arguments."
s_TskeletonEmbedCmdStrings.rSkeletonEmbedNoMergedMeshInCreate = "Cannot use 'mergedMesh' flag in create mode."
s_TskeletonEmbedCmdStrings.rSkeletonEmbedNoMesh = "Unable to extract mesh from selection."
s_TskeletonEmbedCmdStrings.rSkeletonEmbeddingErrorCode_NONE = "No error."
s_TskeletonEmbedCmdStrings.rSkeletonEmbeddingErrorCode_UNABLE_TO_PERFORM_DISCRETE_EMBEDDING = "Unable to perform discrete embedding."
s_TskeletonEmbedCmdStrings.rSkeletonEmbeddingErrorCode_UNKNOWN_ERROR = "Unknown internal error, should never happen."
s_TskeletonEmbedCmdStrings.rSkeletonEmbeddingErrorCode_UNKNOWN_SEGMENTATION_METHOD = "Unknown segmentation method."
s_TskeletonEmbedCmdStrings.rSkeletonEmbeddingErrorCode_VOXELIZATION_RESOLUTION_NOT_A_POWER_OF_2 = "Voxelization resolution is not a power of 2."
//
// String set: s_TskinBindStrings
//
s_TskinBindStrings.rSkinBindCxtCmdErr = "Illegal value entered for ^1s"
s_TskinBindStrings.rSkinBindToolName = "Interactive Skin Binding Tool"
//
// String set: s_TskinClusterCmdStrings
//
s_TskinClusterCmdStrings.rSCAddRemoveInCreateMode = "Cannot use the add/remove influence flags when creating a skinCluster."
s_TskinClusterCmdStrings.rSCAlreadyConnected = "Selected geometry `^1s` is already connected to a skinCluster"
s_TskinClusterCmdStrings.rSCBaseShapeFailed = "Could not create a base shape for the influence."
s_TskinClusterCmdStrings.rSCBaseShapeNoMatch = "Base shape `^1s` does not match the type of the influence object"
s_TskinClusterCmdStrings.rSCBaseShapeNotFound = "Base shape `^1s` not found."
s_TskinClusterCmdStrings.rSCBindMethodInEdit = "The bindMethod flag cannot be used in Edit mode."
s_TskinClusterCmdStrings.rSCBindMethodInvalid = "Invalid bind method option."
s_TskinClusterCmdStrings.rSCChangedBindPoseOnJoint = "Skin on ^1s was bound at a different pose. Go to the bindPose to attach new skins."
s_TskinClusterCmdStrings.rSCDropoffWithoutAdd = "The dropoff flag can be used in Edit mode only when adding an influence or in conjunction with the influence flag."
s_TskinClusterCmdStrings.rSCIgnoreHierarchyDeprecated = "This flag is deprecated and will be removed in future Maya releases. Use the bindMethod flag instead."
s_TskinClusterCmdStrings.rSCIgnoreHierarchyInEdit = "The ignoreHierarchy flag cannot be used in Edit mode."
s_TskinClusterCmdStrings.rSCInflChangedBindPose = "Skin on ^1s was bound at a different pose. Go to the bindPose to add an influence object."
s_TskinClusterCmdStrings.rSCInfluenceAlreadyAttached = "Influence object `^1s` is already attached."
s_TskinClusterCmdStrings.rSCInfluenceNameNeeded = "No influence name provided."
s_TskinClusterCmdStrings.rSCInfluenceNotATransform = "Influence object `^1s` is not a transform."
s_TskinClusterCmdStrings.rSCInfluenceNotFound = "The specified object was not found or is not an influence transform."
s_TskinClusterCmdStrings.rSCInvalidBindToFlag = "The -toSelectedBones flag and the -toSkeletonAndTransforms flag cannot be used together."
s_TskinClusterCmdStrings.rSCNoBindPoseOnSkin = "The bind pose for the skin is missing. This may cause weighting problems with new influences."
s_TskinClusterCmdStrings.rSCNoGeometryFound = "No geometry found under the influence transform."
s_TskinClusterCmdStrings.rSCNoSkeletonSelected = "Select skeleton(s) and object(s) to bind."
s_TskinClusterCmdStrings.rSCNoValidInfluence = "No valid influence objects are selected. Must select at least one joint or transform."
s_TskinClusterCmdStrings.rSCNotANurbs = "The specified influence object is not a NURBS curve or surface."
s_TskinClusterCmdStrings.rSCNotOneSkinSelected = "No suitable object or more than one objects were selected for the skin cluster."
s_TskinClusterCmdStrings.rSCSmoothSkinFailed = "Smooth skin failed.  Unable to access the input shape or the skin is operating on a non-poly object.  Smooth skin is currently supported for poly objects only."
s_TskinClusterCmdStrings.rSCSmoothSkinNonPolyObject = "This feature currently does not work on a non-poly object."
s_TskinClusterCmdStrings.rSCSmoothSkinToleranceTooHigh = "No skin components were smoothed because all vertices selected are within the weight change tolerance.  Please lower the weight change tolerance and try again."
s_TskinClusterCmdStrings.rSCSmoothSkinToleranceTooLow = "The tolerance is set too low, and would cause the algorithm to try to smooth too many verts.  Please raise the tolerance and try again."
s_TskinClusterCmdStrings.rSCTopologyChanged = "Unable to perform smoothing on selected components: the topology has changed between the skin and the output."
s_TskinClusterCmdStrings.rSCUnbindInCreateMode = "Cannot use the unbind flag when creating a skinCluster."
s_TskinClusterCmdStrings.rSCboundToFkRig = "Skin is being bound to the FK rig."
s_TskinClusterCmdStrings.rSCsmoothingWeights = "Smoothing Weights"
//
// String set: s_TskinContextStrings
//
s_TskinContextStrings.rLoftToolName = "Loft"
s_TskinContextStrings.rSkinHelp1st = "Pick at least two profile curves to loft."
s_TskinContextStrings.rSkinHelp2nd = "Pick profile curve or shift LMB on last profile to unpick or ENTER to complete loft."
s_TskinContextStrings.rSkinHelpSelecting = "Pick the profile curves. Click LMB to unpick. Click on a handle to reverse a curve. Press ENTER to produce loft surface."
//
// String set: s_TskinPercentCmdStrings
//
s_TskinPercentCmdStrings.rMaxInflFailedDueToLocking = "Locked influences prevented enforcement of the max influences on some points."
s_TskinPercentCmdStrings.rMustSelectSkinVertices = "No skin vertices were selected."
s_TskinPercentCmdStrings.rNormalizeWeightSetFailed = "Weights could not be normalized due to locked influences."
s_TskinPercentCmdStrings.rNumberOfDriverPtsChanged = "Number of vertices on geometry influence object has changed. Influence must be removed and recreated."
s_TskinPercentCmdStrings.rNumberOfFacesMismatch = "The number of allocated influences does not match the number of saved faces for skinCluster `^1s`."
s_TskinPercentCmdStrings.rPruneSkippedSomeWeights = "Prune was skipped for some or all components. All weights would have been pruned."
s_TskinPercentCmdStrings.rSPComponentsNotConnected = "The skinCluster does not deform the selected component(s)"
s_TskinPercentCmdStrings.rSPInvalidValuesAllZeros = "The value(s) passed to skinPercent appear to be invalid: at least one must be greater than 0."
s_TskinPercentCmdStrings.rSPNoDeformer = "The selected object was not found connected to the deformer."
s_TskinPercentCmdStrings.rSPNoMatchForSkinCluster = "No match for skin cluster."
s_TskinPercentCmdStrings.rSPNoObjectsFound = "No objects found."
s_TskinPercentCmdStrings.rSPNoValidSourceForMove = "Selected source influence for move weights are either locked or not connected to this skin cluster."
s_TskinPercentCmdStrings.rSPNoValidTargetForMove = "Selected target influences for move weights are either locked or not connected to this skin cluster."
s_TskinPercentCmdStrings.rSPPickAComponent = "No components were selected for the query."
s_TskinPercentCmdStrings.rSPQueryForSinglePoint = "Query point weights only for a single point."
s_TskinPercentCmdStrings.rSPSkinClusterNodeName = "Need skin cluster node name."
s_TskinPercentCmdStrings.rSPTransformNameNotUnique = "More than one influence is named ^1s."
s_TskinPercentCmdStrings.rSPTransformNotConn = "^1s is not an influence object for this skin."
s_TskinPercentCmdStrings.rSPTransformNotConnected = "The selected transform was not found connected to the skin cluster."
s_TskinPercentCmdStrings.rSPTransformsNotFound = "One or more transforms were not found or are not connected to the skin cluster."
s_TskinPercentCmdStrings.rSPValueAndTransformFlags = "Cannot use both value and transform flags in the same query."
s_TskinPercentCmdStrings.rSPValueForIgnoreBelow = "A value for ignoreBelow is needed."
s_TskinPercentCmdStrings.rSPValueOrTransformFlags = "Use either value or transform flags in query mode."
s_TskinPercentCmdStrings.rSkinPercentCouldNotNormalize = "Some weights could not be set to the specified value. The weight total would have exceeded 1.0."
s_TskinPercentCmdStrings.rSpecifiedWeightSetFailed = "Specified weight could not be set due to locked influences."
//
// String set: s_TsnapKeyCmdStrings
//
s_TsnapKeyCmdStrings.rSnapKeyBadMultipleErr = "Snap multiple cannot be 0.0."
s_TsnapKeyCmdStrings.rSnapKeySkippedSomeKeys = "Had to skip snapping on some keys since multiple keys existed between the snap multiple. Command result indicates number of skipped keys."
//
// String set: s_TsnapshotBeadContextStrings
//
s_TsnapshotBeadContextStrings.rSnapshotBeadHelp = "Click and drag bead to change timing. If no bead is present, make sure curve is weighted."
//
// String set: s_TsnapshotCmdStrings
//
s_TsnapshotCmdStrings.rSnapshotBadNameErr = "Name has no legal characters."
s_TsnapshotCmdStrings.rSnapshotCannotRemoveAnchorErr = "Could not dissociate anchor transform successfully"
s_TsnapshotCmdStrings.rSnapshotEditHistoryErr = "Cannot edit creation-only flag -constructionHistory."
s_TsnapshotCmdStrings.rSnapshotMustSelectErr = "Select object to create motion trail."
s_TsnapshotCmdStrings.rSnapshotNewSnapErr = "Failed to connect geometry to snapshot."
s_TsnapshotCmdStrings.rSnapshotNewVarGroupErr = "Failed to connect variable group node."
s_TsnapshotCmdStrings.rSnapshotNoGeometryErr = "No geometry found to create snapshot."
s_TsnapshotCmdStrings.rSnapshotNoMotiontrailErr = "Target is not a motionTrail node."
s_TsnapshotCmdStrings.rSnapshotNoSecondSnapErr = "Geometry already has snapshot node."
s_TsnapshotCmdStrings.rSnapshotNoSnapshotErr = "Target is not a snapshot node."
s_TsnapshotCmdStrings.rSnapshotSelectSnapshotAndAnchorErr = "Please select a motion trail and an anchor transform"
s_TsnapshotCmdStrings.rSnapshotStartEndErr = "End time must be greater than start time."
//
// String set: s_TsnapshotModifyKeyContextStrings
//
s_TsnapshotModifyKeyContextStrings.rSnapshotModifyKeyHelp = "LMB to insert keys, Shift + LMB to delete keys and Click and drag with Shift + MMB to move keys in time."
//
// String set: s_TsoftModCmdStrings
//
s_TsoftModCmdStrings.rSoftModInvalidBindStateFlagParm = "Invalid parameter for -bindState flag."
s_TsoftModCmdStrings.rSoftModInvalidCurveFlagParm = "Position, value and interpolation must be all be specified for each point."
s_TsoftModCmdStrings.rSoftModInvalidEnvelopeFlagParm = "Invalid parameter for -envelope flag."
s_TsoftModCmdStrings.rSoftModInvalidFalloffAroundSelectionParm = "Invalid parameter for -falloffAroundSelection flag."
s_TsoftModCmdStrings.rSoftModInvalidFalloffBasedOnXFlagParm = "Invalid parameter for -falloffBasedOnX flag."
s_TsoftModCmdStrings.rSoftModInvalidFalloffBasedOnYFlagParm = "Invalid parameter for -falloffBasedOnY flag."
s_TsoftModCmdStrings.rSoftModInvalidFalloffBasedOnZFlagParm = "Invalid parameter for -falloffBasedOnZ flag."
s_TsoftModCmdStrings.rSoftModInvalidFalloffCenterFlagParm = "Invalid parameter for -falloffCenter flag."
s_TsoftModCmdStrings.rSoftModInvalidFalloffMaskingParm = "Invalid parameter for -falloffMasking flag."
s_TsoftModCmdStrings.rSoftModInvalidFalloffModeFlagParm = "Invalid parameter for -falloffMode flag."
s_TsoftModCmdStrings.rSoftModInvalidFalloffRadiusFlagParm = "Invalid parameter for -falloffRadius flag."
s_TsoftModCmdStrings.rSoftModInvalidWeightedNodeFlagParm = "Invalid transforms specified."
s_TsoftModCmdStrings.rSoftModInvalidWeightedNodeHier = "Transforms not related in hierarchy."
s_TsoftModCmdStrings.rSoftModResetGeomFlagOnlyEdit = "The -resetGeometry flag is only valid in edit mode."
//
// String set: s_TsoftModContextStrings
//
s_TsoftModContextStrings.rSoftModEditModeMsg = "Edit mode: Position the center of influence for soft modification.  Insert key toggles to modify mode."
s_TsoftModContextStrings.rSoftModModifyModeMsg = "Modify mode: Deform the active object(s) using the soft modification parameters.  Insert key toggles to edit mode."
//
// String set: s_TsoftSelectCmdStrings
//
s_TsoftSelectCmdStrings.rSoftSelectCmdErr = "Illegal value entered for ^1s"
s_TsoftSelectCmdStrings.rSoftSelectSymmetryDisabled = "Symmetry temporarily disabled while using global soft selection"
//
// String set: s_TsoloMaterialStrings
//
s_TsoloMaterialStrings.rEditNotSupported = "The edit flag is not supported."
s_TsoloMaterialStrings.rFailedToGetAttributeExists = "Failed to determine if attribute exists."
s_TsoloMaterialStrings.rFailedToGetIsShader = "Failed to determine if node is a shader."
s_TsoloMaterialStrings.rFailedToGetNodeAttrType = "Failed to get node's output attribute type."
s_TsoloMaterialStrings.rFailedToGetNodeType = "Failed to get the node's type."
s_TsoloMaterialStrings.rFailedToGetOutputAttribute = "Failed to find the node's output attribute."
s_TsoloMaterialStrings.rFailedToGetSoloAttr = "Failed to get solo attribute."
s_TsoloMaterialStrings.rFailedToRunCommands = "Failed to run commands."
s_TsoloMaterialStrings.rFailedToUnsolo = "Failed to unsolo."
s_TsoloMaterialStrings.rInvalidQuery = "Invalid query flags."
s_TsoloMaterialStrings.rLastFlagOnly = "The last flag must be specified alone."
s_TsoloMaterialStrings.rNeedNodeFlag = "The node flag must be specified when the attr flag is provided."
s_TsoloMaterialStrings.rNodeIsNotSoloable = "The supplied node is not solo-able."
s_TsoloMaterialStrings.rUnsoloFlagOnly = "The unsolo flag must be specified alone."
//
// String set: s_TsortCaseInsensitiveActionStrings
//
s_TsortCaseInsensitiveActionStrings.rFileInfoCmdExpectingStringArray = "sortCaseInsensitive expects a string array to sort"
//
// String set: s_TsoundCmdStrings
//
s_TsoundCmdStrings.rSoundBadFileErr = "cannot open sound file"
s_TsoundCmdStrings.rSoundBadNameErr = "name has no legal characters"
s_TsoundCmdStrings.rSoundBadTargetErr = "target is not a sound node"
s_TsoundCmdStrings.rSoundFileNotFoundErr = "Sound file not found: ^1s"
s_TsoundCmdStrings.rSoundFileNotOpenedErr = "Could not open sound file: ^1s"
s_TsoundCmdStrings.rSoundNotFoundErr = "cannot find file"
s_TsoundCmdStrings.rSoundNotSoundErr = "file is not a sound file"
//
// String set: s_TsoundControlCmdStrings
//
s_TsoundControlCmdStrings.rSoundControlBadChunkErr = "Value must be greater than 0.0"
s_TsoundControlCmdStrings.rSoundControlBadFileErr = "Cannot open soundfile"
s_TsoundControlCmdStrings.rSoundControlNoSoundToDisplayErr = "No sound to display"
s_TsoundControlCmdStrings.rSoundControlPreScrubErr = "Already in scrub mode"
s_TsoundControlCmdStrings.rSoundControlWaveformErr = "Valid waveform options: top, bottom, both"
//
// String set: s_TsoundControlStrings
//
s_TsoundControlStrings.rDefaultSoundControlName = "soundControlDefault"
//
// String set: s_TspBirailContextStrings
//
s_TspBirailContextStrings.rSPBirailHelp1st = "Press ENTER to complete surface creation"
s_TspBirailContextStrings.rSPBirailHelp2nd = "Pick two rail curves"
s_TspBirailContextStrings.rSPBirailHelp3rd = "Pick second rail curve"
s_TspBirailContextStrings.rSPBirailHelp4th = "Pick a profile followed by the two rail curves which intersect the profile "
s_TspBirailContextStrings.rSPBirailSrfToolName = "Birail 1 Tool"
//
// String set: s_TsphereContextStrings
//
s_TsphereContextStrings.rSphereHelp = "LMB click-drag to create a sphere on the live surface"
s_TsphereContextStrings.rSphereToolMsg = "Diameter:^6.3f"
s_TsphereContextStrings.rSphereToolName = "Sphere"
//
// String set: s_TsquareSrfManipStrings
//
s_TsquareSrfManipStrings.rSquareSrfManipFailed = "(Failed)"
s_TsquareSrfManipStrings.rSquareSrfManipFixed = "Fixed"
s_TsquareSrfManipStrings.rSquareSrfManipImplied = "Implied"
s_TsquareSrfManipStrings.rSquareSrfManipTangent = "Tangent"
//
// String set: s_TsrfIntersectContextStrings
//
s_TsrfIntersectContextStrings.rIntersectSelectSrfHelp = "Pick another surface that intersects first one. Shift-Click to unpick."
s_TsrfIntersectContextStrings.rSrfIntersectCompleteHelp = "Use Enter key, or exit tool to complete intersect."
s_TsrfIntersectContextStrings.rSrfIntersectHelpSelecting = "Select two intersecting surfaces."
s_TsrfIntersectContextStrings.rSrfIntersectToolName = "Srf/Srf Intersect"
//
// String set: s_TstackTraceActionStrings
//
s_TstackTraceActionStrings.rParameterIndexOutOfRange = "parameter index out of range"
s_TstackTraceActionStrings.rStackIndexOutOfRange = "stack index out of range"
//
// String set: s_TstackTraceWndStrings
//
s_TstackTraceWndStrings.rCloseStackTraceButton = "Close"
s_TstackTraceWndStrings.rStackTraceWindowTitle = "Stack Trace"
//
// String set: s_TstitchSrfContextStrings
//
s_TstitchSrfContextStrings.rStitchSrfHelp1st = "Select two surface isoparm boundary edges to stitch together"
s_TstitchSrfContextStrings.rStitchSrfHelp2nd = "Select the second surface isoparm boundary edge"
s_TstitchSrfContextStrings.rStitchSrfHelp3rd = "Edit curve range manipulators on the edges being stitched together or ENTER to complete stitch."
s_TstitchSrfContextStrings.rStitchSrfToolName = "Stitch Tool"
//
// String set: s_TstrokeStrings
//
s_TstrokeStrings.rErrCannotCreateDefaultBrush = "Default brush could not be created."
s_TstrokeStrings.rErrCannotFindDefaultBrush = "Default brush could not be found."
s_TstrokeStrings.rErrCannotPaintOnPolymeshes = "Cannot paint on polymeshes: "
s_TstrokeStrings.rErrCannotPaintOnSelectedSurface = "Only PolyMesh and NURB Surfaces can be made paintable: "
s_TstrokeStrings.rErrNoUrchinEditLicense = "No Paint Effects edit license found.  Can't create/edit object"
s_TstrokeStrings.rOutputFileOpenFailed = "Cannot open file ^1s for Paint Effects output. "
s_TstrokeStrings.rPaintFXStampDrawData = "MAYA_PAINT_EFFECTS_THREADS is ^1sset, using ^2d thread^3s for stamp drawing"
s_TstrokeStrings.rPolyObjectNoUV = "Poly object ^1s does not have UVs and cannot be made paintable"
//
// String set: s_TsubdCmdStrings
//
s_TsubdCmdStrings.rAtLeastONInvalidSelection = "Command requires at least one Subdiv Surface as input."
s_TsubdCmdStrings.rInvalidSelection = "Command requires more than one Subdiv Surface as input."
s_TsubdCmdStrings.rInvalidSelectionNumFaces = "Input Subdiv Surfaces should have the same number of base faces."
s_TsubdCmdStrings.rSubdEmptyInputShape = "Invalid input subdivision surface."
s_TsubdCmdStrings.rSubdForceHistOnBecauseHistStr = "History will be on for the command since a selected item has history."
s_TsubdCmdStrings.rSubdForceHistOnBecauseTweakStr = "History will be on for the command since a selected item has animated tweak."
s_TsubdCmdStrings.rSubdInvalidBaseComponentsAll = "Command only works on base level faces."
s_TsubdCmdStrings.rSubdInvalidBaseComponentsSome = "Command only works on base level faces. Non-base level faces are being ignored."
s_TsubdCmdStrings.rSubdLowValenceError = "Resulting geometry contains a single edge or a single vertex."
s_TsubdCmdStrings.rSubdNonManifoldGeometry = "Resulting geometry contains nonmanifold edges or vertices."
s_TsubdCmdStrings.rSubdUVsetNonExistent = "Cannot find uvset with name to operate on"
s_TsubdCmdStrings.rSubdValence2Error = "Resulting geometry contains an interior vertex connected to less than 3 edges."
//
// String set: s_TsubdivCreaseStrings
//
s_TsubdivCreaseStrings.rHasHistory = "Cannot change creasing on a subd surface with history."
//
// String set: s_TsubdivShapeStrings
//
s_TsubdivShapeStrings.rDeleteSomethingString = "Deleting Something"
s_TsubdivShapeStrings.rDeleteSubdivString = "About to delete subdivision surface"
s_TsubdivShapeStrings.rNoUndoString = "OK, no undo"
//
// String set: s_TsubspaceQueryCmdStrings
//
s_TsubspaceQueryCmdStrings.rSubspaceQueryCmdNoObjects = "No nodes or node types specified."
s_TsubspaceQueryCmdStrings.rSubspaceQueryCmdTypeNotFound = "Unable to find specified node type."
//
// String set: s_TsubstituteGeometryCmdStrings
//
s_TsubstituteGeometryCmdStrings.rSubstGeomBboxWarning = "Bounding box for `^1s` does not overlap well with `^2s`, perhaps due to a previous freeze transformations operation. This can cause undesirable weight transfer."
s_TsubstituteGeometryCmdStrings.rSubstGeomBlendNotSupported = "There is a blendShape on the currently deformed surface.\nTo proceed, the blendShape must be removed, and then re-created\nwith the new surface and new targets that match it in topology."
s_TsubstituteGeometryCmdStrings.rSubstGeomModellingNodes = "Modelling nodes between the skin and the shape must be removed before substituting geometry."
s_TsubstituteGeometryCmdStrings.rSubstGeomNoDeformers = "No deformers found attached to the geometry."
s_TsubstituteGeometryCmdStrings.rSubstGeomObjectCountError = "Number of geometries in the hierarchy do not match."
s_TsubstituteGeometryCmdStrings.rSubstGeomObjectMatchError = "Geometry types in the hierarchy do not match."
s_TsubstituteGeometryCmdStrings.rSubstGeomOnlySkin = "All deformers flag is off. Only skin cluster deformers weights are being transferred."
s_TsubstituteGeometryCmdStrings.rSubstGeomSelectObjects = "Select the geometry to be replaced and the new geometry."
//
// String set: s_TsuitePrefsManagerStrings
//
s_TsuitePrefsManagerStrings.rInteractionMode = "Interaction Mode"
s_TsuitePrefsManagerStrings.rMaxInteractionModeApplyToSuiteNote = "Note: The 3ds Max interaction mode setting will be applied to all products in the Suite the next time they are launched."
s_TsuitePrefsManagerStrings.rMayaInteractionModeApplyToSuiteNote = "Note: The Maya interaction mode setting will be applied to all products in the Suite the next time they are launched."
//
// String set: s_TsurfaceSamplerStrings
//
s_TsurfaceSamplerStrings.rGenerateEscaped = "Surface sampling aborted by user"
s_TsurfaceSamplerStrings.rGenerateFailed = "Sample map generation failed"
s_TsurfaceSamplerStrings.rInsufficientMemory = "Insufficient memory to generate sample maps"
s_TsurfaceSamplerStrings.rInvalidCameraErrorStr = "Specified camera is not valid"
s_TsurfaceSamplerStrings.rMapArgMismatchError = "Flags describing maps must be included once for every map being generated"
s_TsurfaceSamplerStrings.rMapSpaceError = "Invalid map space specified, reverting to object space"
s_TsurfaceSamplerStrings.rNotAllFacesMapped = "Not all faces are UV mapped"
s_TsurfaceSamplerStrings.rObjectCountError = "At least one source and one destination surface must be specified"
s_TsurfaceSamplerStrings.rRaytraceShadowsUnsupportedStr = "\"^1s\", ray-traced shadows are not supported"
s_TsurfaceSamplerStrings.rRenderSamplerShadowCmdStr = "render ^1s"
s_TsurfaceSamplerStrings.rReuseSamplerMapFailureStr = "Could not use shadow map for light ^s"
s_TsurfaceSamplerStrings.rSourceArgMismatchError = "Flags describing source surfaces must be included once for every surface"
s_TsurfaceSamplerStrings.rTargetArgMismatchError = "Flags describing target surfaces must be included once for every surface"
s_TsurfaceSamplerStrings.rUVMapNameNotFound = "UV map specified cannot be found"
//
// String set: s_TswitchTableCmdStrings
//
s_TswitchTableCmdStrings.rSwitchNodeErrorStr = "Invalid switch node specified"
s_TswitchTableCmdStrings.rSwitchTableStr = "switchTable"
//
// String set: s_TswitchTableStrings
//
s_TswitchTableStrings.rDefaultShadeLabelStr = "Shader"
s_TswitchTableStrings.rDefaultShapeLabelStr = "Shape"
s_TswitchTableStrings.rShapeConnectErrorStr = "unable to add surface, ^1s is already connected to ^2s"
//
// String set: s_TsymmetricModellingCmdStrings
//
s_TsymmetricModellingCmdStrings.rSymmetricModellingCmdErr = "Illegal value entered for ^1s"
s_TsymmetricModellingCmdStrings.rSymmetricModellingCmdNotSymErr = "Mesh is not symmetrical around the selected edge"
s_TsymmetricModellingCmdStrings.rSymmetricModellingCmdTopoErr = "Topological symmetry cannot be activated. You must select a seam edge before activation can occur"
//
// String set: s_TsysFileStrings
//
s_TsysFileStrings.rSysFileIncompatibleFlags = "Incompatible flags specified"
s_TsysFileStrings.rSysFileInvalidFolder = "Invalid Directory Name"
s_TsysFileStrings.rSysFileNoFileSpecified = "No file name was specified"
//
// String set: s_TtabLayoutStrings
//
s_TtabLayoutStrings.rTabLayoutDefaultTabName = "Tab"
//
// String set: s_TtargetWeldContextStrings
//
s_TtargetWeldContextStrings.rTargetWeldContextTitle = "Target Weld Tool"
s_TtargetWeldContextStrings.rTargetWeldLockedVertexWarning = "Some vertices were removed from the operation because they were locked."
s_TtargetWeldContextStrings.rTargetWeldVertexHelpLine = "Click and drag a vertex or edge to the desired target. All selected vertices or edges will be merged."
//
// String set: s_TtensionCmdStrings
//
s_TtensionCmdStrings.rTensionInvalidFlagParam = "Invalid parameter for '^1s' flag."
//
// String set: s_TtestPassContributionCmdStrings
//
s_TtestPassContributionCmdStrings.rNoRenderLayer = "Render layer '^1s' not found."
s_TtestPassContributionCmdStrings.rNoRenderPass = "Missing renderPass parameter."
s_TtestPassContributionCmdStrings.rNoRenderPassOnLayer = "There is no render pass '^1s' connected to layer '^2s'."
s_TtestPassContributionCmdStrings.rNotAShape = "Node '^1s' is not a shape node."
//
// String set: s_TtexCutContextStrings
//
s_TtexCutContextStrings.rCutUVContextHelp = "Drag along UV edges to make cuts. Double-click an edge to cut an edge loop"
s_TtexCutContextStrings.rCutUVContextName = "Cut UV Tool"
s_TtexCutContextStrings.rSewUVContextHelp = "Drag along UV edges to sew open edges. Double-click an edge to sew an edge loop"
s_TtexCutContextStrings.rSewUVContextName = "Sew UV Tool"
//
// String set: s_TtexLatticeDeformCtxStrings
//
s_TtexLatticeDeformCtxStrings.rLatticeUVContextHelp = "Click and drag to select UVs and create lattice"
s_TtexLatticeDeformCtxStrings.rLatticeUVContextName = "UV Lattice Tool"
s_TtexLatticeDeformCtxStrings.rLatticeUVManipName = "UV Lattice Deformer Manip"
//
// String set: s_TtexMoveUVShellCtxStrings
//
s_TtexMoveUVShellCtxStrings.rMoveUVShellContextHelp = "Click and drag to move UV shell"
s_TtexMoveUVShellCtxStrings.rMoveUVShellContextName = "Move UV Shell Tool"
s_TtexMoveUVShellCtxStrings.rMoveUVShellManipName = "Move UV Shell Manip"
//
// String set: s_TtexSculptCacheContextStrings
//
s_TtexSculptCacheContextStrings.rBulgeUVBrushHelp = "Inflate an area on a surface"
s_TtexSculptCacheContextStrings.rBulgeUVBrushName = "Bulge UV Tool"
s_TtexSculptCacheContextStrings.rFreezeUVBrushHelp = "Paint areas of a surface to prevent further modifications"
s_TtexSculptCacheContextStrings.rFreezeUVBrushName = "Pin UV Tool"
s_TtexSculptCacheContextStrings.rGrabUVBrushHelp = "Drag across a shell to move UVs in the direction of your stroke"
s_TtexSculptCacheContextStrings.rGrabUVBrushName = "Grab UV Tool"
s_TtexSculptCacheContextStrings.rPinchUVBrushHelp = "Sharpen soft UV edges"
s_TtexSculptCacheContextStrings.rPinchUVBrushName = "Pinch UV Tool"
s_TtexSculptCacheContextStrings.rSmearUVBrushHelp = "Pull the surface in the directon of your stroke"
s_TtexSculptCacheContextStrings.rSmearUVBrushName = "Smear UV Tool"
//
// String set: s_TtexSmoothStrings
//
s_TtexSmoothStrings.rRelaxButton = "Relax"
s_TtexSmoothStrings.rSmoothUVContextHelp = "Click on button and drag to unfold or relax"
s_TtexSmoothStrings.rSmoothUVContextName = "Smooth UV Tool"
s_TtexSmoothStrings.rSmoothUVManipName = "Smooth UV Manip"
s_TtexSmoothStrings.rUnfoldButton = "Unfold"
//
// String set: s_TtexSmudgeUVContextStrings
//
s_TtexSmudgeUVContextStrings.rSmudgeUVContextHelp = "LMB to select; MMB to smudge the UVs"
s_TtexSmudgeUVContextStrings.rSmudgeUVContextName = "UV Smudge Tool"
s_TtexSmudgeUVContextStrings.rSmudgeUVManipName = "2D Smudge UV Manip"
//
// String set: s_TtexTweakUVContextStrings
//
s_TtexTweakUVContextStrings.rTweakUVContextHelp = "Mouse over and click and drag to move UVs"
s_TtexTweakUVContextStrings.rTweakUVContextName = "Tweak UV Tool"
s_TtexTweakUVContextStrings.rTweakUVManipName = "Tweak UV Manip"
//
// String set: s_TtexWindowEditorCmdStrings
//
s_TtexWindowEditorCmdStrings.rBadRegion = "Bad region selected, using previous one"
s_TtexWindowEditorCmdStrings.rBadUsedPercentageHUDRange = "Bad range when calculating UV space percentage. Minimum U/V needs to be smaller than maximum U/V."
s_TtexWindowEditorCmdStrings.rTextureGridLabelPositionError = "Invalid label position value: ^1s."
s_TtexWindowEditorCmdStrings.rTextureGridSpacingError = "Texture grid spacing value must be greater than zero."
s_TtexWindowEditorCmdStrings.rTextureGridStyleFlagObsoleteWarning = "The -st/style flag is obsolete and should not be used."
s_TtexWindowEditorCmdStrings.rTextureGridWindowCreationError = "Unable to create more than one texture window."
//
// String set: s_TtexWindowEditorStrings
//
s_TtexWindowEditorStrings.rIsolatedSelectHUD = "Isolated Selection (Ctrl + 1)"
s_TtexWindowEditorStrings.rOverlappingUVs = "(^1d/^2d) overlapping UVs"
s_TtexWindowEditorStrings.rReversedUVs = "(^1d/^2d) reversed UVs"
s_TtexWindowEditorStrings.rUVShells = "(^1d/^2d) UV shells"
s_TtexWindowEditorStrings.rUsedUVSpace = "^1d% used UV space (U ^2(.2)f-^3(.2)f, V ^4(.2)f-^5(.2)f)"
//
// String set: s_TtexWindowToolCtxStrings
//
s_TtexWindowToolCtxStrings.rtwViewHelpBoxZoom = "Box Zoom: Drag to zoom."
s_TtexWindowToolCtxStrings.rtwViewHelpDolly = "Dolly: Use LMB or MMB to dolly."
s_TtexWindowToolCtxStrings.rtwViewHelpTrack = "Track: Use LMB or MMB to track."
s_TtexWindowToolCtxStrings.rtwViewMoveManipNotFound = "No move manipulator found in UV Editor"
s_TtexWindowToolCtxStrings.rtwViewPositionNotEditable = "-p/-position is not an editable flag.  Ignored"
s_TtexWindowToolCtxStrings.rtwViewRotateManipNotFound = "No rotate manipulator found in UV Editor"
s_TtexWindowToolCtxStrings.rtwViewScaleManipNotFound = "No scale manipulator found in UV Editor"
s_TtexWindowToolCtxStrings.rtwViewToolName = "UV Editor"
//
// String set: s_TtextureDeformerCmdStrings
//
s_TtextureDeformerCmdStrings.rTextureDeformerInvalidParameterError = "Invalid parameter for '^1s' flag."
s_TtextureDeformerCmdStrings.rTextureDeformerSupportTangentError = "Tangent mode only supports UV space."
s_TtextureDeformerCmdStrings.rTextureDeformerSupportUVError = "The texture node '^1s' does not support UV space."
//
// String set: s_TtextureLassoContextStrings
//
s_TtextureLassoContextStrings.rSelectComponents = "select components by encircling in lasso"
//
// String set: s_TtexturePlacementContextStrings
//
s_TtexturePlacementContextStrings.rTexturePlacementToolHelp1 = "Select a NURBS surface or 2D placement."
s_TtexturePlacementContextStrings.rTexturePlacementToolHelp2 = "Use LMB to select a new surface, MMB to modify texture placement."
s_TtexturePlacementContextStrings.rTexturePlacementToolName = "Texture Placement Tool"
s_TtexturePlacementContextStrings.rTexturePlacementWarnFmt = "^1s is not NURBS surface"
//
// String set: s_TthreadCountCmdStrings
//
s_TthreadCountCmdStrings.rThreadCountMaxErrOMP = "Maximum OpenMP thread count exceeded, using ^1d (instead of ^2d) for OpenMP instead.  ^2d will still be used for TBB."
//
// String set: s_TthumbnailCaptureComponentCmdStrings
//
s_TthumbnailCaptureComponentCmdStrings.rButtonCancel = "Cancel"
s_TthumbnailCaptureComponentCmdStrings.rButtonCapture = "Capture"
s_TthumbnailCaptureComponentCmdStrings.rButtonDelete = "Delete"
s_TthumbnailCaptureComponentCmdStrings.rButtonSave = "Save"
s_TthumbnailCaptureComponentCmdStrings.rDialogTitle = "Capture"
s_TthumbnailCaptureComponentCmdStrings.rErrorEndFrameHigherTimeSliderRange = "End frame is outside of time range"
s_TthumbnailCaptureComponentCmdStrings.rErrorEndFrameLowerStartFrame = "End frame is lower than start frame"
s_TthumbnailCaptureComponentCmdStrings.rErrorFrameRangeOver = "Frame range cannot exceed 300 frames"
s_TthumbnailCaptureComponentCmdStrings.rGroupCapture = "Preview"
s_TthumbnailCaptureComponentCmdStrings.rGroupCaptureType = "Type"
s_TthumbnailCaptureComponentCmdStrings.rGroupFrameRange = "Frame range"
s_TthumbnailCaptureComponentCmdStrings.rJustCreateCaptureFlagAllowed = "The -capture flag can only be used in create mode"
s_TthumbnailCaptureComponentCmdStrings.rJustEditDeleteFlagAllowed = "The -delete flag can only be used in edit mode"
s_TthumbnailCaptureComponentCmdStrings.rJustEditSaveFlagAllowed = "The -save flag can only be used in edit mode"
s_TthumbnailCaptureComponentCmdStrings.rJustEditUpdateRectAreaFlagAllowed = "The -updateRectArea flag can only be used in edit mode"
s_TthumbnailCaptureComponentCmdStrings.rJustQueryPreviewFlagAllowed = "The -preview flag can only be used in query mode"
s_TthumbnailCaptureComponentCmdStrings.rLabelEndFrame = "End"
s_TthumbnailCaptureComponentCmdStrings.rLabelStartFrame = "Start"
s_TthumbnailCaptureComponentCmdStrings.rNotCreated = "Thumbnail component has to be created (displayed) first before using it"
s_TthumbnailCaptureComponentCmdStrings.rQueryCaptureNotAllowed = "The -capture flag cannot be used in query mode"
s_TthumbnailCaptureComponentCmdStrings.rQuerySaveNotAllowed = "The -save flag cannot be used in query mode"
s_TthumbnailCaptureComponentCmdStrings.rRadioCapturePlayblast = "Playblast"
s_TthumbnailCaptureComponentCmdStrings.rRadioCaptureThumbnail = "Thumbnail"
s_TthumbnailCaptureComponentCmdStrings.rSaveErrorOccurs = "Error occured during save"
s_TthumbnailCaptureComponentCmdStrings.rSeveralEditFlagsNotAllowed = "Only one flag can be used in edit mode"
s_TthumbnailCaptureComponentCmdStrings.rSeveralQueryFlagsNotAllowed = "Only one flag can be used in query mode"
s_TthumbnailCaptureComponentCmdStrings.rTitleFrame = "Title Frame"
//
// String set: s_TtimeCodeCmdStrings
//
s_TtimeCodeCmdStrings.rMustSpecifyTimeString = "Must specify either the prodution start time or the Maya start time"
s_TtimeCodeCmdStrings.rUnknownQueryFlagString = "The flag being queried is unknown to the system"
//
// String set: s_TtimeControlCmdStrings
//
s_TtimeControlCmdStrings.rTimeControlAlreadyExistsErr = "Single timeControl already created."
s_TtimeControlCmdStrings.rTimeControlBadChannelBoxErr = "Specified channel box not found."
s_TtimeControlCmdStrings.rTimeControlBadTickRangeWarning = "Tick size clamped between 1 and 63."
s_TtimeControlCmdStrings.rTimeControlBadTickSpanWarning = "Tick size must be zero or greater. Skipping."
s_TtimeControlCmdStrings.rTimeControlCombinedMisuse = "The showKeysCombined flag may only be used when the showKeys flag is set to a channel box."
//
// String set: s_TtimeControlStrings
//
s_TtimeControlStrings.rTtimeControlFrame = "Frame: "
s_TtimeControlStrings.rTtimeControlTimecode = "Timecode: "
//
// String set: s_TtimeListerMoveKeyContextStrings
//
s_TtimeListerMoveKeyContextStrings.rTimeListerMoveKeyContextHelp = "LMB to select a range; MMB to move a range"
s_TtimeListerMoveKeyContextStrings.rTimeListerMoveKeyContextName = "Move keyframes"
//
// String set: s_TtimeListerSelectKeyContextStrings
//
s_TtimeListerSelectKeyContextStrings.rTimeListerSelectKeyContextHelp = "Click-drag to select an element"
//
// String set: s_TtimePortCmdStrings
//
s_TtimePortCmdStrings.rTimePortDimensionErr = "invalid width/height"
//
// String set: s_TtimeSliderCustomDrawStrings
//
s_TtimeSliderCustomDrawStrings.rCustomDrawQueryHeight = "ID: ^1d (^2s), Height: ^3d\n"
s_TtimeSliderCustomDrawStrings.rCustomDrawQueryLayer = "ID: ^1d (^2s), Layer: ^3d\n"
s_TtimeSliderCustomDrawStrings.rCustomDrawQueryLocation = "ID: ^1d (^2s), Location: ^3d\n"
s_TtimeSliderCustomDrawStrings.rCustomDrawQueryPriority = "ID: ^1d (^2s), Priority: ^3d\n"
s_TtimeSliderCustomDrawStrings.rCustomDrawQueryVisibility = "ID: ^1d (^2s), Visible: ^3d\n"
s_TtimeSliderCustomDrawStrings.rDrawLayerAlreadyInUse = "The input draw layer ^1d was already in use. It was changed to ^2d."
s_TtimeSliderCustomDrawStrings.rDrawPriorityAlreadyInUse = "The input draw priority ^1d was already in use. It was changed to ^2d."
s_TtimeSliderCustomDrawStrings.rRegisterBatchModeError = "Registering a custom draw object in batch mode is ignored."
s_TtimeSliderCustomDrawStrings.rRegisterOnError = "Registering a custom draw object 'on' time slider failed."
s_TtimeSliderCustomDrawStrings.rRegisterOutsideError = "Registering a custom draw object 'above' or 'below' time slider failed."
s_TtimeSliderCustomDrawStrings.rSetDrawHeightError = "Setting custom draw object height failed."
s_TtimeSliderCustomDrawStrings.rSetDrawLayerError = "Setting custom draw object drawing layer failed."
s_TtimeSliderCustomDrawStrings.rSetDrawLocationError = "Setting custom draw object location failed."
s_TtimeSliderCustomDrawStrings.rSetDrawPriorityError = "Setting custom draw object priority failed."
//
// String set: s_TtimeWarpCmdStrings
//
s_TtimeWarpCmdStrings.rAnotherTimeConnectionExists = "The global time node already has an input."
s_TtimeWarpCmdStrings.rBadIndex = "The specified index value is invalid."
s_TtimeWarpCmdStrings.rBadInterpType = "Invalid interpolation. Valid types are 'linear', 'easeIn' and 'easeOut'."
s_TtimeWarpCmdStrings.rEditOnlyFlag = "The deleteFrame flag may only be used in edit mode."
s_TtimeWarpCmdStrings.rExistingConnections = "The animCurves on the selected objects are driven by more than one other warp curve."
s_TtimeWarpCmdStrings.rMoveFrameNonCreateFlag = "The moveFrame flag may only be used in edit and query mode."
s_TtimeWarpCmdStrings.rMustSelectTimeWarp = "Must select or specify a timeWarp node."
s_TtimeWarpCmdStrings.rNoCurvesFound = "No animCurves found to warp."
//
// String set: s_TtimerActionStrings
//
s_TtimerActionStrings.rTimerActionDoubleStart = "Timer '^1s' was started twice without stopping."
s_TtimerActionStrings.rTimerActionNoAction = "Timer command requires one of the 'on', 'off', or 'lap' actions."
s_TtimerActionStrings.rTimerActionStoppedNonexistentTimer = "Timer '^1s' was stopped without being started."
s_TtimerActionStrings.rTimerActionTimerStarted = "Timer '^1s' started."
//
// String set: s_TtoggleActionStrings
//
s_TtoggleActionStrings.rToggleActionNoQueryFlagErrStr = "No flag specified with toggle query command."
s_TtoggleActionStrings.rToggleActionObjInTemplatedLayer = "Object(s) are in templated layers and might not change display state."
s_TtoggleActionStrings.rToggleActionQueryAboveErrStr = "Can not query with the -a/above flag."
s_TtoggleActionStrings.rToggleActionQueryBelowErrStr = "Can not query with the -b/below flag."
s_TtoggleActionStrings.rToggleActionQueryGlobalErrStr = "Can not query with the -gl/global flag."
s_TtoggleActionStrings.rToggleActionQueryMultipleObjectsErrStr = "Can not query on more than one object."
s_TtoggleActionStrings.rToggleActionQueryNoObjectsErrStr = "No object specified for toggle query."
s_TtoggleActionStrings.rToggleActionTooManyQueryFlagsErrStr = "Too many flags specified with toggle query command."
//
// String set: s_TtoolContextStrings
//
s_TtoolContextStrings.rToolDefaultHelpMsg = "No help available for this tool"
s_TtoolContextStrings.rToolDoesNotExist = "Context ^1s does not exist"
//
// String set: s_TtrackContextStrings
//
s_TtrackContextStrings.rTrackToolFeedback = "Distance: ^4.2f ^4.2f"
s_TtrackContextStrings.rTrackToolHelp = "Use LMB or MMB to track. Shift to constrain translation."
s_TtrackContextStrings.rTrackToolName = "Track Tool"
s_TtrackContextStrings.rTrackToolNoTracking = "Tracking is not allowed in the current view"
//
// String set: s_TtrackDollyContextStrings
//
s_TtrackDollyContextStrings.rTrackDollyToolName = "Track Dolly Tool"
//
// String set: s_TtransferAttributesStrings
//
s_TtransferAttributesStrings.rTransferAttrMatchCount = "Note: Match components returned ^1d possible matches"
s_TtransferAttributesStrings.rTransferAttrObjectCountError = "At least one surface must be selected or specified"
//
// String set: s_TtransformEvaluatorStrings
//
s_TtransformEvaluatorStrings.rTransformEvaluatorConfigureMinSizeInfo = "Minimum size of consolidation group to insert into evaluator cluster"
s_TtransformEvaluatorStrings.rTransformEvaluatorConfigureMinSizeValue = "Minimum Size"
s_TtransformEvaluatorStrings.rTransformEvaluatorInfo = "Transform evaluator has [^1d] clusters holding in total [^2d] DAG objects. Largest cluster has [^3d] nodes.\n"
//
// String set: s_TtransformLimitsCmdStrings
//
s_TtransformLimitsCmdStrings.rXformLimitsNoArgErr = "No flags specified"
s_TtransformLimitsCmdStrings.rXformLimitsUpperNotLargerErr = "Upper limit is smaller than the lower limit"
//
// String set: s_TtranslateCmdStrings
//
s_TtranslateCmdStrings.rTranslationNonMayaObjectIncomplete = "Could not translate non-Maya object : ^1s."
//
// String set: s_TtranslateContextStrings
//
s_TtranslateContextStrings.rMacMoveContextInsertMode = "Use manipulator or select a component to change the pivot position and axis orientation. Use D or HOME to return to move mode."
s_TtranslateContextStrings.rMacMoveItemSelected = "Use manipulator to move object(s). Ctrl+MMB+drag to move components along normals. Shift+drag manipulator axis or plane handles to extrude components or clone objects. Ctrl+Shift+LMB+drag to constrain movement to a connected edge. Use D or HOME to change the pivot position and axis orientation."
s_TtranslateContextStrings.rMacTransformContextInsertMode = "Use manipulator to move rotate/scale pivots. Use D or HOME to return to transform mode."
s_TtranslateContextStrings.rMacTransformItemSelected = "Use manipulator to transform object(s). Use D or HOME to change the pivot position."
s_TtranslateContextStrings.rMoveContextInsertMode = "Use manipulator or select a component to change the pivot position and axis orientation. Use D or INSERT to return to move mode."
s_TtranslateContextStrings.rMoveContextNormalWarningNoMove = " Move normal works on NURBS control vertices and mesh vertices. Change tool options to move any selected objects."
s_TtranslateContextStrings.rMoveContextWarningNoMove = "Some items cannot be moved in the 3D view."
s_TtranslateContextStrings.rMoveInvalidFlagMode = "Invalid flag. Valid values: 0, 1, 2, 3, 4, 5 and 6"
s_TtranslateContextStrings.rMoveItemSelected = "Use manipulator to move object(s). Ctrl+MMB+drag to move components along normals. Shift+drag manipulator axis or plane handles to extrude components or clone objects. Ctrl+Shift+LMB+drag to constrain movement to a connected edge. Use D or INSERT to change the pivot position and axis orientation."
s_TtranslateContextStrings.rMoveManipNotFound = "No move manipulator found"
s_TtranslateContextStrings.rMoveNothingSelected = "Select an object to move."
s_TtranslateContextStrings.rMovePositionNotEditable = "-p/-position is not an editable flag.  Ignored"
s_TtranslateContextStrings.rMoveSelectVertices = "Select NURBS control vertices, mesh vertices."
s_TtranslateContextStrings.rShowManipItemSelected = "Use manipulator(s) to edit selected object(s)."
s_TtranslateContextStrings.rShowManipNothingSelected = "Select an object."
s_TtranslateContextStrings.rTransformContextInsertMode = "Use manipulator to move rotate/scale pivots. Use D or INSERT to return to transform mode."
s_TtranslateContextStrings.rTransformItemSelected = "Use manipulator to transform object(s). Use D or INSERT to change the pivot position."
s_TtranslateContextStrings.rTransformNothingSelected = "Select an object."
//
// String set: s_TtreeListerCmdStrings
//
s_TtreeListerCmdStrings.rCouldntFindItem = "Couldn't find item \"^1s\"."
s_TtreeListerCmdStrings.rCouldntFindPath = "Couldn't find path \"^1s\"."
s_TtreeListerCmdStrings.rItemAlreadyAFavorite = "Item \"^1s\" is already a favorite."
s_TtreeListerCmdStrings.rItemAlreadyExists = "Item \"^1s\" already exists."
//
// String set: s_TtrimCmdStrings
//
s_TtrimCmdStrings.rTrimWarnCannotInPlace = "Cannot trim with keep originals off.  Done keep originals on."
//
// String set: s_TtrimContextStrings
//
s_TtrimContextStrings.rTrimCantSplit = "The surface cannot be split into at least two regions."
s_TtrimContextStrings.rTrimHelpAddingDiscardPts = "Click Button1 on a locator to drag it or select another region to discard. Press ENTER to trim the surface."
s_TtrimContextStrings.rTrimHelpAddingDividePts = "Click Button1 on a locator to drag it or select another region to discard. Press ENTER to trim the surface."
s_TtrimContextStrings.rTrimHelpAddingKeepPts = "Click Button1 on a locator to drag it or select another region to keep. Press ENTER to trim the surface."
s_TtrimContextStrings.rTrimHelpCantTrim = "All regions Selected. Drag point onto another region."
s_TtrimContextStrings.rTrimHelpSelectingDiscardPt = "Click Button1 on the surface to select a region to discard."
s_TtrimContextStrings.rTrimHelpSelectingDividePt = "Click Button1 on the surface to select a region to divide."
s_TtrimContextStrings.rTrimHelpSelectingKeepPt = "Click Button1 on the surface to select a region to keep."
s_TtrimContextStrings.rTrimHelpSelectingSrf = "Pick the surface to trim. (Surface must have curves on it.)"
s_TtrimContextStrings.rTrimToolName = "Trim Tool"
//
// String set: s_TtumbleContextStrings
//
s_TtumbleContextStrings.rTumbleToolFeedback = "Rotation: ^4.2f ^4.2f"
s_TtumbleContextStrings.rTumbleToolHelp = "Use LMB or MMB to tumble. Shift to constrain rotation."
s_TtumbleContextStrings.rTumbleToolName = "Tumble Tool"
s_TtumbleContextStrings.rTumbleToolNoOrtho = "Orthographic views are currently locked."
//
// String set: s_TtumbleDollyContextStrings
//
s_TtumbleDollyContextStrings.rTumbleDollyToolName = "Tumble Dolly Tool"
//
// String set: s_TtumbleTrackDollyContextStrings
//
s_TtumbleTrackDollyContextStrings.rTumbleTrackDollyToolName = "Tumble Track Dolly Tool"
//
// String set: s_TtypedDeformerCmdStrings
//
s_TtypedDeformerCmdStrings.rDeformerInvalidType = "Specified type is not a deformer node."
s_TtypedDeformerCmdStrings.rDeformerInvalidTypeUse = "The deformer type must be specified using the -typ/-type flag."
s_TtypedDeformerCmdStrings.rDeformerTypeInCreateOnly = "The -typ/-type flag is valid only in create mode."
//
// String set: s_TubercamCmdStrings
//
s_TubercamCmdStrings.rUbercamCmdCameraIsScaledErr = "Transform of `^1s' has been scaled."
s_TubercamCmdStrings.rUbercamCmdCreateFailedMsg = "Cannot create ubercam. "
s_TubercamCmdStrings.rUbercamCmdGetArgErr = "Unable to parse the argument list."
s_TubercamCmdStrings.rUbercamCmdInvalidFlagsErr = "The given combination of flags is invalid."
s_TubercamCmdStrings.rUbercamCmdInvalidShot = "Shot '^1s' has an invalid camera. To proceed remove or regenerate this shot."
s_TubercamCmdStrings.rUbercamCmdNoValidQueryFlag = "Invalid query flags were specified."
s_TubercamCmdStrings.rUbercamCmdParentOfTransformModifyErr = "Parent of `^1s' has a non-default transform."
s_TubercamCmdStrings.rUbercamCmdShotHasHoldErr = "Shots have pre/post hold."
s_TubercamCmdStrings.rUbercamCmdShotIsScaledErr = "Shots has been scaled."
s_TubercamCmdStrings.rUbercamCmdTimeisWarpedErr = "Camera sequencer shots must have the same duration in sequence and source time."
//
// String set: s_TuiConnectionStrings
//
s_TuiConnectionStrings.rCalculating = "Calculating..."
s_TuiConnectionStrings.rCalculatingInterrupt = "Calculating...  Press the ESC key to interrupt calculation."
//
// String set: s_TundoManagerStrings
//
s_TundoManagerStrings.rReentrantCallAttempted = "Coding error: Undo of command '^1s' caused re-entrant call to undo manager"
//
// String set: s_TungroupCmdStrings
//
s_TungroupCmdStrings.rUngroupBadNodeMsg = "Can't ungroup leaf-level transforms"
s_TungroupCmdStrings.rUngroupBadParentMsg = "Transform node required for -parent flag"
s_TungroupCmdStrings.rUngroupFailed = "Unable to ungroup objects"
s_TungroupCmdStrings.rUngroupInvalidParentMsg = "Invalid object specified for -parent flag"
s_TungroupCmdStrings.rUngroupLockedChildrenMsg = "Node '^1s' has locked children and may not be ungrouped."
s_TungroupCmdStrings.rUngroupParentChildMsg = "Parent must not be a child of grouped object(s)"
s_TungroupCmdStrings.rUngroupROGroupMsg = "Can't ungroup a read Only object"
s_TungroupCmdStrings.rUngroupROParentMsg = "Read Only object specified for -parent flag"
//
// String set: s_TunitNamesStrings
//
s_TunitNamesStrings.r100fpsTString = "100fps"
s_TunitNamesStrings.r10fpsTString = "10fps"
s_TunitNamesStrings.r1200fpsTString = "1200fps"
s_TunitNamesStrings.r120fpsTString = "120fps"
s_TunitNamesStrings.r125fpsTString = "125fps"
s_TunitNamesStrings.r12fpsTString = "12fps"
s_TunitNamesStrings.r1500fpsTString = "1500fps"
s_TunitNamesStrings.r150fpsTString = "150fps"
s_TunitNamesStrings.r16fpsTString = "16fps"
s_TunitNamesStrings.r2000fpsTString = "2000fps"
s_TunitNamesStrings.r200fpsTString = "200fps"
s_TunitNamesStrings.r20fpsTString = "20fps"
s_TunitNamesStrings.r23_976fpsTString = "23.976fps"
s_TunitNamesStrings.r240fpsTString = "240fps"
s_TunitNamesStrings.r250fpsTString = "250fps"
s_TunitNamesStrings.r29_97fpsTString = "29.97fps"
s_TunitNamesStrings.r2fpsTString = "2fps"
s_TunitNamesStrings.r3000fpsTString = "3000fps"
s_TunitNamesStrings.r300fpsTString = "300fps"
s_TunitNamesStrings.r375fpsTString = "375fps"
s_TunitNamesStrings.r3fpsTString = "3fps"
s_TunitNamesStrings.r400fpsTString = "400fps"
s_TunitNamesStrings.r40fpsTString = "40fps"
s_TunitNamesStrings.r44100fpsTString = "44100fps"
s_TunitNamesStrings.r47_952fpsTString = "47.952fps"
s_TunitNamesStrings.r48000fpsTString = "48000fps"
s_TunitNamesStrings.r4fpsTString = "4fps"
s_TunitNamesStrings.r500fpsTString = "500fps"
s_TunitNamesStrings.r59_94fpsTString = "59.94fps"
s_TunitNamesStrings.r5fpsTString = "5fps"
s_TunitNamesStrings.r6000fpsTString = "6000fps"
s_TunitNamesStrings.r600fpsTString = "600fps"
s_TunitNamesStrings.r6fpsTString = "6fps"
s_TunitNamesStrings.r750fpsTString = "750fps"
s_TunitNamesStrings.r75fpsTString = "75fps"
s_TunitNamesStrings.r80fpsTString = "80fps"
s_TunitNamesStrings.r8fpsTString = "8fps"
s_TunitNamesStrings.r90fpsTString = "90fps"
s_TunitNamesStrings.rcmLString = "centimeter"
s_TunitNamesStrings.rcmString = "cm"
s_TunitNamesStrings.rdegLString = "degree"
s_TunitNamesStrings.rdegString = "deg"
s_TunitNamesStrings.rfilmTString = "film"
s_TunitNamesStrings.rftLString = "foot"
s_TunitNamesStrings.rftString = "ft"
s_TunitNamesStrings.rgameTString = "game"
s_TunitNamesStrings.rhourTString = "hour"
s_TunitNamesStrings.rinLString = "inch"
s_TunitNamesStrings.rinString = "in"
s_TunitNamesStrings.rkmLString = "kilometer"
s_TunitNamesStrings.rkmString = "km"
s_TunitNamesStrings.rmLString = "meter"
s_TunitNamesStrings.rmString = "m"
s_TunitNamesStrings.rmiLString = "mile"
s_TunitNamesStrings.rmiString = "mi"
s_TunitNamesStrings.rmillisecTString = "millisec"
s_TunitNamesStrings.rminLString = "minute"
s_TunitNamesStrings.rminString = "min"
s_TunitNamesStrings.rminTString = "min"
s_TunitNamesStrings.rmmLString = "millimeter"
s_TunitNamesStrings.rmmString = "mm"
s_TunitNamesStrings.rntscTString = "ntsc"
s_TunitNamesStrings.rntscfTString = "ntscf"
s_TunitNamesStrings.rpalTString = "pal"
s_TunitNamesStrings.rpalfTString = "palf"
s_TunitNamesStrings.rradLString = "radian"
s_TunitNamesStrings.rradString = "rad"
s_TunitNamesStrings.rsecLString = "second"
s_TunitNamesStrings.rsecString = "sec"
s_TunitNamesStrings.rsecTString = "sec"
s_TunitNamesStrings.rshowTString = "show"
s_TunitNamesStrings.ruseTString = "user"
s_TunitNamesStrings.rydLString = "yard"
s_TunitNamesStrings.rydString = "yd"
//
// String set: s_TunknownNodeCmdStrings
//
s_TunknownNodeCmdStrings.rNoClassName = "No class name available for node '^1s'."
s_TunknownNodeCmdStrings.rNoClassTag = "No class tag available for node '^1s'."
s_TunknownNodeCmdStrings.rNoPlugin = "No plug-in name available for node '^1s'."
s_TunknownNodeCmdStrings.rNotCreateFlag = "Invalid flag for create."
s_TunknownNodeCmdStrings.rNotQueryFlag = "Invalid flag for query."
s_TunknownNodeCmdStrings.rNotUnknown = "Node '^1s' is not an unknown node."
//
// String set: s_TunknownPluginCmdStrings
//
s_TunknownPluginCmdStrings.rFailedToRemove = "Failed to remove plug-in."
s_TunknownPluginCmdStrings.rInvalidName = "No matching unknown plug-in."
s_TunknownPluginCmdStrings.rNoPluginNameProvided = "No plug-in name provided."
s_TunknownPluginCmdStrings.rNotCreateFlag = "Invalid flag for create."
s_TunknownPluginCmdStrings.rNotQueryFlag = "Invalid flag for query."
s_TunknownPluginCmdStrings.rPluginInUse = "Plug-in cannot be removed - node/data type defined by it still in use."
//
// String set: s_TupAxisCmdStrings
//
s_TupAxisCmdStrings.rUpAxisBadArgumentErr = "Bad argument"
s_TupAxisCmdStrings.rUpAxisInvalidUpErr = "Invalid Up-axis specification"
s_TupAxisCmdStrings.rUpAxisNoViewRotationErr = "Cannot rotate the view without changing Up-axis"
s_TupAxisCmdStrings.rUpAxisNotEnoughArgumentErr = "Not enough arguments"
s_TupAxisCmdStrings.rUpAxisYisUpErr = "Y-axis is already the Up-axis"
s_TupAxisCmdStrings.rUpAxisZisUpErr = "Z-axis is already the Up-axis"
//
// String set: s_TuseShadowMapStrings
//
s_TuseShadowMapStrings.rCallbackShadowMap = "^1s: Calling the Shadow Map Read Pre Callback ^2s."
s_TuseShadowMapStrings.rCallbackShadowMapFail = "^1s: ^2s failed."
s_TuseShadowMapStrings.rFailedOpenShadowMap = "Failed to open the shadow map file ^1s."
s_TuseShadowMapStrings.rNotFindShadowMap = "^1s: Failed to find the Shadow Map Read Pre Callback ^2s."
s_TuseShadowMapStrings.rNotLoad2ShadowMap = "This map will not be loaded."
s_TuseShadowMapStrings.rNotLoadShadowMap = "Keeping the created map, not loading from the disk."
s_TuseShadowMapStrings.rReadingShadowMap = "^1s: Reading shadow depth map file ^2s"
s_TuseShadowMapStrings.rResolution2ShadowMap = "Resolution of the mid-distance shadow map file ^1s is not ^2dx^3d but is ^4dx^5d."
s_TuseShadowMapStrings.rResolutionShadowMap = "Resolution of the shadow map file ^1s is not ^2dx^3d but is ^4dx^5d."
s_TuseShadowMapStrings.rReuseShadowMap = "Using this resized map."
s_TuseShadowMapStrings.rZbufferShadowMap = "Shadow map file ^1s is not a z-buffer file."
//
// String set: s_TuserCtxStrings
//
s_TuserCtxStrings.rMissingPromptMessage = "Error: Missing prompt string for selection "
s_TuserCtxStrings.rScriptCtxInvalidCursorType = "Invalid argument to -tct/toolCursorType flag."
s_TuserCtxStrings.rScriptCtxInvalidItems = "Some selection items are invalid."
s_TuserCtxStrings.rScriptCtxNoQuery = "Flag cannot be queried."
s_TuserCtxStrings.rScriptCtxReEnter = "Must exit and re-enter the tool for this change to take effect."
s_TuserCtxStrings.rScriptCtxSelectionSetCount = "Need at least one selection set."
s_TuserCtxStrings.rScriptCtxTooManyAllowExcess = "Too many -sae/setAllowExcessCount flags.  Excess ignored."
s_TuserCtxStrings.rScriptCtxTooManyAutoComplete = "Too many -sac/setAutoComplete flags.  Excess ignored."
s_TuserCtxStrings.rScriptCtxTooManyAutoToggle = "Too many -sat/setAutoToggleSelection flags.  Excess ignored."
s_TuserCtxStrings.rScriptCtxTooManyDoneSelPrompt = "Too many -dsp/setDoneSelectionPrompt flags.  Excess ignored."
s_TuserCtxStrings.rScriptCtxTooManyMasks = "Too many selection type flags specified.  Excess ignored."
s_TuserCtxStrings.rScriptCtxTooManyNoSelHeadsUp = "Too many -snh/setNoSelectionHeadsUp flags.  Excess ignored."
s_TuserCtxStrings.rScriptCtxTooManyNoSelPrompt = "Too many -snp/setNoSelectionPrompt flags.  Excess ignored."
s_TuserCtxStrings.rScriptCtxTooManySelHeadsUp = "Too many -ssh/setSelectionHeadsUp flags.  Excess ignored."
s_TuserCtxStrings.rScriptCtxTooManySelPrompt = "Too many -ssp/setSelectionPrompt flags.  Excess ignored."
s_TuserCtxStrings.rScriptCtxTooManySetCount = "Too many -ssc/setSelectionCount flags.  Excess ignored."
s_TuserCtxStrings.rUserCtxInvalidIndex = "Error: Selection set indexes must be 1 or greater.  Invalid index #"
s_TuserCtxStrings.rUserCtxPickLimitMessage1 = "Only pick "
s_TuserCtxStrings.rUserCtxPickLimitMessage2 = " items"
s_TuserCtxStrings.rUserToolName = "User"
//
// String set: s_TuserPaintContextStrings
//
s_TuserPaintContextStrings.rUserPaintToolDirectionAttributeSubdivsWarning = "Painting of Direction attribute is not supported on Subdiv Surfaces."
s_TuserPaintContextStrings.rUserPaintToolHelp = "Set the proper user MEL script in Tool Properties (Scripts), use LMB to paint CVs"
s_TuserPaintContextStrings.rUserPaintToolIteratorWarning = "Grid and Vertex Iterators cannot be used together"
s_TuserPaintContextStrings.rUserPaintToolName = "Script Paint Tool"
//
// String set: s_TuvLinkCmdStrings
//
s_TuvLinkCmdStrings.rInvalidQueryObject = "Argument to ^1s is not a valid query object."
s_TuvLinkCmdStrings.rInvalidTexture = "Argument to ^1s is not a valid texture."
s_TuvLinkCmdStrings.rInvalidUvSet = "Argument to ^1s is not a valid UV set."
s_TuvLinkCmdStrings.rMoreThanOneMakeBreakQuery = "More than one of the ^1s, ^2s or ^3s flags was used in a single invocation of ^4s."
s_TuvLinkCmdStrings.rNoUvSetOrTexture = "No UV set or texture was specified in invocation of ^1s."
s_TuvLinkCmdStrings.rQueryObjectWithoutQuery = "The ^1s flag cannot be used unless a query is being performed."
s_TuvLinkCmdStrings.rQueryObjectWithoutTexture = "The ^1s flag cannot be used unless a texture is being queried."
s_TuvLinkCmdStrings.rTooManyForIsValid = "Both UV set and texture were specified as an argument for validation. Validation can only be done on one item at a time."
s_TuvLinkCmdStrings.rTooManyToQuery = "Both UV set and texture were specified as an argument for a query. Query can only be done on one item at a time."
//
// String set: s_TuvSnapshotCmdStrings
//
s_TuvSnapshotCmdStrings.rErrorHorizontalTooLarge = "Horizontal resolution too large"
s_TuvSnapshotCmdStrings.rErrorInvalidSelection = "No valid polygonal or subdivision surface object was selected"
s_TuvSnapshotCmdStrings.rErrorNoUVs = "You must select a valid object. Select a polygon, subdivision surface or NURBS surface with UVs."
s_TuvSnapshotCmdStrings.rErrorRequiresFilename = "File name is mandatory"
s_TuvSnapshotCmdStrings.rErrorVerticalTooLarge = "Vertical resolution too large"
s_TuvSnapshotCmdStrings.rWarningSnapshotRes = "Snapshot resolution is limited to ^1dx^2d."
//
// String set: s_TvectorRenderStatisticsStrings
//
s_TvectorRenderStatisticsStrings.rBytesStr = " Bytes  "
s_TvectorRenderStatisticsStrings.rFinishedRenderingStr = "Finished Rendering ^1s\n"
s_TvectorRenderStatisticsStrings.rFrameTriangleCountStr = "Frame triangle count: ^1d\n"
s_TvectorRenderStatisticsStrings.rMaxResidentSizeStr = "^8(.3)f Mb\tMax resident size\n"
s_TvectorRenderStatisticsStrings.rMayaElapsedTimeStr = "Elapsed Time For Maya (hh:mm:ss): ^1s\n"
s_TvectorRenderStatisticsStrings.rOutputResolutionStr = "Output to File:[^1s] at Resolution: (^2s ^3s)\n"
s_TvectorRenderStatisticsStrings.rRenderingDoneStr = "RENDERING DONE.\n"
s_TvectorRenderStatisticsStrings.rResourceUsageAtEOFStr = "Resource Usage At End Of Frame\n"
s_TvectorRenderStatisticsStrings.rResourceUsageAtRenderEndStr = "Resource Usage At End Of Rendering  \n"
s_TvectorRenderStatisticsStrings.rTimeForFrameRenderStr = "Time For Frame Render (hh:mm:ss): ^1s\n"
s_TvectorRenderStatisticsStrings.rTimeForTessellationStr = "Time For Tessellation (hh:mm:ss): ^1s\n"
s_TvectorRenderStatisticsStrings.rTotalTimeForRenderingStr = "Total Time For Rendering (hh:mm:ss): ^1s\n"
s_TvectorRenderStatisticsStrings.rVectorFileSizesStr = "Vector File Sizes \n"
//
// String set: s_TvectorizeCmdStrings
//
s_TvectorizeCmdStrings.rBrowserErrorStr = "Cannot display result in browser. Your system does not have a default browser setup for viewing HTML files. Either setup a default browser on your system or turn off the -browserView flag."
s_TvectorizeCmdStrings.rCombineFillsEdgesWarnStr = "Unable to set combine fills and edges option.  Try turning off the -combineFillsEdges flag."
s_TvectorizeCmdStrings.rDefaultDiffuseColorWarnStr = "The diffuse color could not be retrieved from the shader: ^1s."
s_TvectorizeCmdStrings.rDefaultLightNoShadowsWarnStr = "Shadows are not supported by the default point light.  Try creating a point light with Depth Map Shadows or Ray Trace Shadows enabled."
s_TvectorizeCmdStrings.rDefaultLightWarnStr = "A default point light was used during the render.  Try creating a point light."
s_TvectorizeCmdStrings.rDefaultReflectionColorWarnStr = "The reflection color could not be retrieved from the shader: ^1s."
s_TvectorizeCmdStrings.rDefaultShininessWarnStr = "The shininess could not be retrieved from the shader: ^1s."
s_TvectorizeCmdStrings.rDefaultSpecularColorWarnStr = "The specular color could not be retrieved from the shader: ^1s."
s_TvectorizeCmdStrings.rDefaultTransparencyColorWarnStr = "The transparency color could not be retrieved from the shader: ^1s."
s_TvectorizeCmdStrings.rEdgeDetailWarnStr = "Unable to set edge detail option.  Try turning off the -edgeDetail flag."
s_TvectorizeCmdStrings.rFailedPostRenderFrameMelErrorStr = "Post-Render-Frame MEL script failed..."
s_TvectorizeCmdStrings.rFailedPreRenderFrameMelErrorStr = "Pre-Render-Frame MEL script failed..."
s_TvectorizeCmdStrings.rFlashVersionWarnStr = "Unable to set SWF flash version option.  Try turning off the -flashVersion flag."
s_TvectorizeCmdStrings.rHiddenEdgesWarnStr = "Unable to set hidden edges option.  Try turning off the -hiddenEdges flag."
s_TvectorizeCmdStrings.rInternalModelErrorStr = "An error occurred using the given scene.  Try using another scene."
s_TvectorizeCmdStrings.rInternalOutputFileErrorStr = "Unable to write the output to file.  Try rendering again."
s_TvectorizeCmdStrings.rInternalOutputHTMLFileErrorStr = "Unable to write the html file for browser preview."
s_TvectorizeCmdStrings.rInternalProjectionErrorStr = "An error occurred using the given camera.  Try using another camera."
s_TvectorizeCmdStrings.rInternalRenderFrameErrorStr = "An error occurred processing the current frame."
s_TvectorizeCmdStrings.rInvalidBackgroundColorErrorStr = "Set the -backgroundColor flag to RGB values between 0 and 255."
s_TvectorizeCmdStrings.rInvalidCameraErrorStr = "Set the -camera flag to the name of an existing camera."
s_TvectorizeCmdStrings.rInvalidCurveFitErrorStr = "Secondary curve fitting flag must be set to true or false."
s_TvectorizeCmdStrings.rInvalidCurveToleranceErrorStr = "Set the -curveTolerance flag to a value between 1 and 10."
s_TvectorizeCmdStrings.rInvalidDetailLevelErrorStr = "Set the -detailLevel flag to a value between 0 and 50."
s_TvectorizeCmdStrings.rInvalidEdgeColorErrorStr = "Set the -edgeColor flag to RGB values between 0 and 255."
s_TvectorizeCmdStrings.rInvalidEdgeStyleErrorStr = "Set the -edgeStyle flag to 'None', 'Outline', or 'EntireMesh'."
s_TvectorizeCmdStrings.rInvalidEdgeWeightErrorStr = "Set the -edgeWeight flag to a value greater than or equal to 0."
s_TvectorizeCmdStrings.rInvalidFilenameErrorStr = "Set the -outputFilename flag to a valid filename."
s_TvectorizeCmdStrings.rInvalidFilenameFormatErrorStr = "Set the -filenameFormat flag to a non-empty string containing the keywords name, ext, and #."
s_TvectorizeCmdStrings.rInvalidFillStyleErrorStr = "Set the -fillStyle flag to 'None', 'SingleColor', 'TwoColor', 'FourColor', 'FullColor', 'AverageColor', 'AreaGradient', or 'MeshGradient'."
s_TvectorizeCmdStrings.rInvalidFlashVersionErrorStr = "Set the -flashVersion flag to 3, 4 or 5."
s_TvectorizeCmdStrings.rInvalidFrameRateErrorStr = "Set the -frameRate' flag to a value greater than 0."
s_TvectorizeCmdStrings.rInvalidFrameValuesErrorStr = "The combination of -startFrame, -endFrame and -byFrame values is invalid."
s_TvectorizeCmdStrings.rInvalidHeightErrorStr = "Set the -height flag to a value between 1 and 3200."
s_TvectorizeCmdStrings.rInvalidImageFormatErrorStr = "Set the -imageFormat flag to one of the valid types."
s_TvectorizeCmdStrings.rInvalidMinEdgeAngleErrorStr = "Set the -minEdgeAngle to a value between 1 and 90."
s_TvectorizeCmdStrings.rInvalidReflectionDepthErrorStr = "Set the -reflectionDepth flag to a value between 0 and 4."
s_TvectorizeCmdStrings.rInvalidRenderLayerErrorStr = "Set the -layer flag to specify existing render layer."
s_TvectorizeCmdStrings.rInvalidSVGAnimationErrorStr = "Set the -svgAnimation flag to 'Native' or 'HTMLScript'."
s_TvectorizeCmdStrings.rInvalidSpecularLevelErrorStr = "Set the -specularLevel flag to a value between 0 and 8."
s_TvectorizeCmdStrings.rInvalidWidthErrorStr = "Set the -width flag to a value between 1 and 3200."
s_TvectorizeCmdStrings.rNoFillNoEdgesWarnStr = "A blank image will be rendered if neither the Fill Objects or Include Edges option is selected."
s_TvectorizeCmdStrings.rNoRenderableCameras = "No renderable cameras found."
s_TvectorizeCmdStrings.rNoRenderableLayer = "No renderable layer."
s_TvectorizeCmdStrings.rNurbsTessalationWarnStr = "The tessellation mode on '^1s' , 'Best Guess Based on Screen Size' is not supported."
s_TvectorizeCmdStrings.rReflectionNotSupportedWarnStr = "Reflections are not supported in SVG, AI, EPS vector formats."
s_TvectorizeCmdStrings.rReflectionWarnStr = "Unable to set reflections option.  Try turning off the -reflections flag."
s_TvectorizeCmdStrings.rRenderingFrame = "rendering frame ^1f"
s_TvectorizeCmdStrings.rSVGAnimationWarnStr = "Unable to set SVG animation option.  This is only valid for the svg vector format.  Try turning off the -svgAnimation flag."
s_TvectorizeCmdStrings.rSVGCompressionWarnStr = "Unable to set SVG compression option.  This is only valid for the svg vector format.  Try turning off the -svgCompressed flag."
s_TvectorizeCmdStrings.rShadowsNotSupportedWarnStr = "Shadows are not supported in SVG, AI, EPS vector formats."
s_TvectorizeCmdStrings.rShadowsWarnStr = "Unable to set shadows option.  Try turning off the -shadows flag."
s_TvectorizeCmdStrings.rSkippingFrame = "skipping frame ^1f"
s_TvectorizeCmdStrings.rSpecularFillWarnStr = "The highlights option is only available for the SingleColor, AverageColor, and AreaGradient fill styles."
s_TvectorizeCmdStrings.rSpecularNotSupportedWarnStr = "Highlights are not supported in SVG, AI, EPS vector formats."
s_TvectorizeCmdStrings.rSpecularWarnStr = "Unable to set highlights option.  Try turning off the -highlights flag."
s_TvectorizeCmdStrings.rUnsupportedFormatStudentErrorStr = "Vector formats SWF, SWFT, SVG, AI and EPS are not supported by the Student Version.  Switching vector output format to Maya IFF."
s_TvectorizeCmdStrings.rUnsupportedFormatTrialErrorStr = "Vector formats SWF, SWFT, SVG, AI and EPS are not supported in Trial Mode.  Switching vector output format to Maya IFF."
s_TvectorizeCmdStrings.rUnsupportedShaderWarnStr = "^1s is a ^2s - This shader type is unsupported.  Please assign a Blinn, Lambert, Phong or Anisotropic shader."
//
// String set: s_TvirtualDeviceStrings
//
s_TvirtualDeviceStrings.rVirtualDeviceErrorArgs = "Missing required arguments."
s_TvirtualDeviceStrings.rVirtualDeviceErrorChannel = "Error creating the channel: ^1s"
s_TvirtualDeviceStrings.rVirtualDeviceErrorCreate = "Error creating the virtual device."
s_TvirtualDeviceStrings.rVirtualDeviceErrorDefine = "A device is already being defined."
s_TvirtualDeviceStrings.rVirtualDeviceErrorDuplicate = "The device is already defined: ^1s"
s_TvirtualDeviceStrings.rVirtualDeviceErrorNoUsage = "Missing a usage for the channel definition."
s_TvirtualDeviceStrings.rVirtualDeviceErrorNotCreated = "The virtual device is not yet created."
s_TvirtualDeviceStrings.rVirtualDeviceErrorNotFound = "The device was not found: ^1s"
s_TvirtualDeviceStrings.rVirtualDeviceErrorNotVD = "The device is not a virtual device: ^1s"
s_TvirtualDeviceStrings.rVirtualDeviceErrorNullChannelName = "The channel name is an empty string."
s_TvirtualDeviceStrings.rVirtualDeviceErrorNullDeviceName = "The device name is an empty string."
s_TvirtualDeviceStrings.rVirtualDeviceErrorNullUsageName = "The usage name is an empty string."
s_TvirtualDeviceStrings.rVirtualDeviceErrorRemove = "Error removing the virtual device."
s_TvirtualDeviceStrings.rVirtualDeviceErrorUnknownChannel = "Unknown channel type: ^1s"
s_TvirtualDeviceStrings.rVirtualDeviceWarnNoChannels = "The device has no channels: ^1s"
//
// String set: s_TwaitCursorActionStrings
//
s_TwaitCursorActionStrings.rWaitCursorStackEmpty = "waitCursor stack empty"
s_TwaitCursorActionStrings.rWaitCursorStackFull = "waitCursor stack full"
//
// String set: s_TwalkContextStrings
//
s_TwalkContextStrings.rWalkToolHelp = "FPS-style camera controls"
s_TwalkContextStrings.rWalkToolName = "Walk Tool"
s_TwalkContextStrings.rWalkToolNoOrtho = "Orthographic views cannot use Walk Tool"
//
// String set: s_TwarningActionStrings
//
s_TwarningActionStrings.rObsoleteSLNFlag = "The 'showLineNumbers' flag is obsolete and will be removed in the next version of Maya. Use the Script Editor checkbox to turn on line number display instead."
//
// String set: s_TwhatsNewHighlightActionStrings
//
s_TwhatsNewHighlightActionStrings.rNewIn = "New in ^1s."
s_TwhatsNewHighlightActionStrings.rPeriod = "."
//
// String set: s_TwindowManagerStrings
//
s_TwindowManagerStrings.rMayaAttachToMainWindow = "Attach to Main Window"
s_TwindowManagerStrings.rMayaFutureWinPrefsDetected = "   Window preferences version is newer than application.\n"
s_TwindowManagerStrings.rMayaNoPrefConverters = "\t\tNo suitable converters found.\n"
s_TwindowManagerStrings.rMayaOldWinPrefsDetected = "   Old window preferences version detected.\n"
s_TwindowManagerStrings.rMayaSkippingStrs = "\t\tSkipping "
s_TwindowManagerStrings.rMayaWindowPrefsFailed = "Execution of windowPrefs.mel failed."
s_TwindowManagerStrings.rWinPrefCantParseHeader = "Unable to parse header for windowPrefs.mel"
//
// String set: s_TwireCmdStrings
//
s_TwireCmdStrings.rWireBaseWireCountWrong = "Base wire and wire curve have different CV counts."
s_TwireCmdStrings.rWireBaseWireMissing = "Base wire missing."
s_TwireCmdStrings.rWireHasExistingHolder = "The wire already has a holder."
s_TwireCmdStrings.rWireHolderInvalidTypeError = "Holder specified is not a curve or surface."
s_TwireCmdStrings.rWireInvalidCrossingEffectFlagParm = "Invalid parameter for -crossingEffect flag."
s_TwireCmdStrings.rWireInvalidDropoffDistIndexError = "-dropoffDistance index > number of wires."
s_TwireCmdStrings.rWireInvalidDropoffDistanceFlagParm = "Invalid parameter for -dropoffDistance flag."
s_TwireCmdStrings.rWireInvalidEnvelopeFlagParm = "Invalid parameter for -envelope flag."
s_TwireCmdStrings.rWireInvalidHolderFlagParm = "Invalid parameter for -holder flag."
s_TwireCmdStrings.rWireInvalidLocalInfluenceFlagParm = "Invalid parameter for -localInfluence flag."
s_TwireCmdStrings.rWireInvalidWireCountFlagParm = "Invalid parameter for -wireCount flag."
s_TwireCmdStrings.rWireInvalidWireFlagParm = "Invalid parameter for -wire flag."
s_TwireCmdStrings.rWireNotACurveError = "^1s is not a wire curve."
s_TwireCmdStrings.rWireOrgGeomCountWrong = "The original and input geometry have different vert counts."
s_TwireCmdStrings.rWireOrgGeomMissing = "The original geometry is missing."
s_TwireCmdStrings.rWireOrgGeomNotMesh = "The original geometry is not a mesh."
s_TwireCmdStrings.rWireUnableToHandleError = "Unable to handle one of the wires."
s_TwireCmdStrings.rWireUndeformableError = "Undeformable wire specified."
//
// String set: s_TwireContextStrings
//
s_TwireContextStrings.rWireHolderMsg = "Select holder shape and press ENTER or clear selection and press ENTER for no holder."
s_TwireContextStrings.rWireHolderWireMsg = "Select a wire curve and press ENTER or clear selection and press ENTER to finalize the operation."
s_TwireContextStrings.rWireShapesMsg = "Select shape(s) to deform and press ENTER."
s_TwireContextStrings.rWireToolName = "Wire Tool"
s_TwireContextStrings.rWireWiresMsg = "Select wire curve(s) and press ENTER to finalize the operation."
//
// String set: s_TwireDropoffContextStrings
//
s_TwireDropoffContextStrings.rWireDropoffMsg = "Select wire curve and drag to position dropoff locator"
s_TwireDropoffContextStrings.rWireDropoffToolName = "Wire Dropoff"
//
// String set: s_TworkspaceCmdStrings
//
s_TworkspaceCmdStrings.rWsAlreadyExists = "The workspace \"^1s\" already exists."
s_TworkspaceCmdStrings.rWsCannotCreateDir = "The directory \"^1s\" could not be created."
s_TworkspaceCmdStrings.rWsCannotQueryFlag = "The flag \"^1s\" cannot be queried."
s_TworkspaceCmdStrings.rWsDoesNotExist = "The workspace \"^1s\" does not exist."
s_TworkspaceCmdStrings.rWsFlagFailed = "The workspace operation for ^1s failed."
s_TworkspaceCmdStrings.rWsInvalidDirectory = "The directory \"^1s\" is not valid."
s_TworkspaceCmdStrings.rWsInvalidRuleOrVariableName = "The workspace operation for ^1s failed.The name ^2s contains invalid characters."
s_TworkspaceCmdStrings.rWsMissingBaseWS = "The -baseWorkspace flag requires a workspace name argument."
s_TworkspaceCmdStrings.rWsMissingDirectory = "The ^1s flag requires a directory value."
s_TworkspaceCmdStrings.rWsMissingFileRule = "The file rule ^1s does not exist."
s_TworkspaceCmdStrings.rWsMissingFileRuleName = "The ^1s flag requires a file rule name."
s_TworkspaceCmdStrings.rWsMissingFileRuleValue = "The ^1s flag requires a file rule value."
s_TworkspaceCmdStrings.rWsMissingObjType = "The ^1s flag requires an object type."
s_TworkspaceCmdStrings.rWsMissingObjTypeValue = "The ^1s flag requires an object type and a value."
s_TworkspaceCmdStrings.rWsMissingVariable = "The variable ^1s does not exist."
s_TworkspaceCmdStrings.rWsMissingVariableName = "The ^1s flag requires a variable name."
s_TworkspaceCmdStrings.rWsMissingVariableValue = "The ^1s flag requires a variable value."
s_TworkspaceCmdStrings.rWsObsoleteFlag = "The flag \"^1s\" is obsolete and no longer does anything."
s_TworkspaceCmdStrings.rWsOnlySupportQueryFlag = "The flag \"^1s\" only supports query mode."
s_TworkspaceCmdStrings.rWsReplacedFlag = "The flag \"^1s\" is obsolete and has been replaced by the \"^2s\" flag.  Please use the new flag."
//
// String set: s_TworkspaceStrings
//
s_TworkspaceStrings.rCorruptedLayoutWarning = "Layout \"^1s\" is corrupted and was ignored."
s_TworkspaceStrings.rCurrentLayoutReloadError = "Unable to reload current layout."
s_TworkspaceStrings.rDeleteFactoryError = "Factory layouts may not be deleted."
s_TworkspaceStrings.rDeleteFactoryOverrideError = "Unable to delete factory override file."
s_TworkspaceStrings.rDeleteLayoutError = "Unable to delete layout file."
s_TworkspaceStrings.rForbiddenTabReorderMessage = "Workspace docking/undocking is disabled, UI layout cannot be changed."
s_TworkspaceStrings.rLayoutImportError = "Unable to import layout file."
s_TworkspaceStrings.rLayoutNotFoundError = "Specified layout not found."
s_TworkspaceStrings.rLayoutOverwriteError = "Unable to overwrite existing layout file."
s_TworkspaceStrings.rLayoutSaveAsError = "Unable to save workspace under specified name."
s_TworkspaceStrings.rMacCommandKey = "Command"
s_TworkspaceStrings.rWinControlKey = "Control"
s_TworkspaceStrings.rWorkspacePanelMoveMessage = "Hold ^1s key to prevent docking panel"
s_TworkspaceStrings.rWorkspacePanelMoveTitle = "Workspace Panel"
//
// String set: s_TwrinkleCmdStrings
//
s_TwrinkleCmdStrings.rWrinkleCreaseCurve = "^1s is not a valid curve."
s_TwrinkleCmdStrings.rWrinkleGeometryFlag = "The -g/-geometry flag is invalid and will be removed in a future version of Maya."
s_TwrinkleCmdStrings.rWrinkleInvalidCount = "Invalid parameter for -wrinkleCount flag"
s_TwrinkleCmdStrings.rWrinkleInvalidCrease = "Invalid parameter for -crease flag"
s_TwrinkleCmdStrings.rWrinkleInvalidEnv = "Invalid parameter for -envelope flag"
s_TwrinkleCmdStrings.rWrinkleInvalidInt = "Invalid parameter for -wrinkleIntensity flag"
s_TwrinkleCmdStrings.rWrinkleInvalidRand = "Invalid parameter for -randomness flag"
s_TwrinkleCmdStrings.rWrinkleInvalidStyle = "Invalid style specified. Valid arguments are \"lines\" and \"wrinkles\""
s_TwrinkleCmdStrings.rWrinkleNothingSelected = "Must select items to be deformed."
s_TwrinkleCmdStrings.rWrinkleRemoveFlag = "The -rm/-remove flag is invalid and will be removed in a future version of Maya."
//
// String set: s_TwrinkleContextStrings
//
s_TwrinkleContextStrings.rWrinklePositionMsg = "Position Wrinkle swatch and finalize"
s_TwrinkleContextStrings.rWrinkleShapesMsg = "Select shape(s) to deform"
s_TwrinkleContextStrings.rWrinkleSurfaceShapesMsg = "Select surface to deform"
s_TwrinkleContextStrings.rWrinkleToolName = "Wrinkle Tool"
s_TwrinkleContextStrings.rWrinkleWiresMsg = "Select Wrinkle Creases"
//
// String set: s_TwriteTakeActionStrings
//
s_TwriteTakeActionStrings.rWriteTakeBadFile = "The file could not be opened: "
s_TwriteTakeActionStrings.rWriteTakeCorruptData = "The recorded data may be corrupt."
s_TwriteTakeActionStrings.rWriteTakeDeviceNotDefined = "The device is not defined: "
s_TwriteTakeActionStrings.rWriteTakeEmptyTakeName = "A valid take name must be specified."
s_TwriteTakeActionStrings.rWriteTakeError = "Error writing the take."
s_TwriteTakeActionStrings.rWriteTakeErrorVD = "Error writing out the virtual device file."
s_TwriteTakeActionStrings.rWriteTakeInvalidAngleUnit = "Invalid angle unit: "
s_TwriteTakeActionStrings.rWriteTakeInvalidLinearUnit = "Invalid linear unit: "
s_TwriteTakeActionStrings.rWriteTakeMissingArgs = "The -device flag and either the -take or -virtualDevice flags are required."
s_TwriteTakeActionStrings.rWriteTakeNoRecord = "The device contains no recorded data: "
//
// String set: s_TxformCmdStrings
//
s_TxformCmdStrings.rXformCmdCantXformComponentsFormat = "Cannot use 'xform' command flag '^1s' to modify components."
s_TxformCmdStrings.rXformCmdComponentsLocked = "One or more components were locked and could not be transformed."
s_TxformCmdStrings.rXformCmdNoQueryFlagFormat = "'xform' command flag '^1s' cannot be used for queries."
s_TxformCmdStrings.rXformCmdNoValidObjects = "No valid objects supplied to 'xform' command."
s_TxformCmdStrings.rXformCmdScaleQueryNotAbs = "Cannot query absolute scale.  Defaulting to relative."
s_TxformCmdStrings.rXformCmdScaleQueryNotWS = "Cannot query scale in worldspace.  Defaulting to local space."
s_TxformCmdStrings.rXformCmdShearQueryNotAbs = "Cannot query absolute shear.  Defaulting to relative."
s_TxformCmdStrings.rXformCmdShearQueryNotWS = "Cannot query shear in worldspace.  Defaulting to local space."
//
// String set: s_TxpmUtilStrings
//
s_TxpmUtilStrings.rXpmPixmapNotFoundString = ", pixmap not found."
s_TxpmUtilStrings.rXpmPixmapNotLoadedString = ", pixmap not loaded."
s_TxpmUtilStrings.rXpmUtilUnableToFindErr = "Unable to find path to xpm2bmp."
s_TxpmUtilStrings.rXpmUtilUnableToSpawnErr = "Unable to spawn the xpm2bmp converter."
//
// String set: s_UICommandsStr
//
s_UICommandsStr.rCompressionError = "Movie compression error"
s_UICommandsStr.rSpecifyNode = "Must specify node."
s_UICommandsStr.rSpecifySpotlightAttributes = "Must specify spotLight attributes"
//
// String set: s_blur2d
//
s_blur2d.rAcutualMemUsage = "      Actual memory usage = ^1f MB\n Done allocating buffers.\n"
s_blur2d.rBlurrImageDirection = "  Blurring image ^1s"
s_blur2d.rBlurringImage = "Blurring image......\n"
s_blur2d.rBufferAllocUsingMemCap = "Allocating buffers......\n      Using memory cap ^1f MB\n "
s_blur2d.rDone = "Done.\n"
s_blur2d.rFileDepthValReadErr = "Error reading input file depth values"
s_blur2d.rFileNotFoundErr = "Cannot read ^1s - file doesn't exist or is of unknown format"
s_blur2d.rForward = "Forward"
s_blur2d.rHelpUsage = "\nblur2d - 2D Motion Blur Utility\n 				\n 				Description\n 				\n 				The blur2d utility applies a 2D motion blur on the input image\n 				based on the saved motion vector information.\n 				In Maya the motion vectors are saved with the image at rendering time\n 				by checking on \"Keep Motion Vectors\" in the Render Settings.\n 				\n 				Options\n 				\n 				-h help\n 				-l float, >0 (blur length, scale on the motion vectors, default 1)\n 				-s float, >0 (blur sharpness, sharpness of the blur, default 1)\n 				-m int, >=0 (smooth value, filter size to smooth the blur, default 2)\n 				-r boolean (smooth color, on=1, off=0, default 0)\n 				-n start end step (animation start, end, and step, integers only)\n 				-f file_name (name of the image file containing motion vectors)\n 				-p frame_padding (Maximum number of leading 0's, default is none)\n 				-o int (memCap, limit 2d blur memory usage in megabytes, default 64)\n 				\n 				Examples\n 				\n 				blur2d -f sphere.iff\n 				  - the blurred image is saved as \"sphere_blur.iff\".\n 				blur2d -l 4 -f sphere.iff\n				  - the image is blurred with a blur length of 4\n 				    and saved as \"sphere_blur.iff\".\n 				blur2d -n 1 10 1 -f sphere.iff\n 				  - the input image sequence being sphere.iff.1 ... sphere.iff.10,\n 				    the output sequence would be sphere_blur.iff.1 ... sphere_blur.iff.10\n 				\n 				To blur an animation sequence, the sequence files have to\n 				be named as \"name.ext.#\" or \"name.#\".\n 				The command to blur the \"name.ext.#\" sequence is: \n 				\"blur2d -n start end by -f name.ext\".\n 				The command to blur the \"name.#\" sequence is: \n 				\"blur2d -n start end by -f name\".\n 				\n"
s_blur2d.rInputFileNameErr = "Input file name missing.							\nUse -f option to specify input file name."
s_blur2d.rInputFileOpenErr = "Error - can't reopen input image ^1s\n 							\nto extract depth - output image will not contain depth info."
s_blur2d.rMotionVectorFileReadErr = "Error in reading the motion vector file ^1s"
s_blur2d.rMotionVectorFileResErr = "Error - motion vector file not same res as image file"
s_blur2d.rMotionVectorFileVersionErr = "Error: Motion Vector Information in ^1s was generated by an older version of Maya.							\nPlease re-render the Motion Vectors."
s_blur2d.rOpeningCreatingOutFile = "Opening image and creating output file......"
s_blur2d.rOutputFileWriteErr = "Error writing the output color image"
s_blur2d.rReadingColorInput = "Reading color input......"
s_blur2d.rReadingMotionInput = "Reading motion input......"
s_blur2d.rReverse = "Reverse"
s_blur2d.rSmoothingBluredImage = "Smoothing blurred image:      "
s_blur2d.rUsage = "Usage: blur2d [-l] [-s] [-m] [-r] [-n] [-p] [-f] ... use blur2d -h for more help"
s_blur2d.rWritingOutputFile = "Writing output file........."
//
// String set: s_dataTransferStrings
//
s_dataTransferStrings.rBadImportFile = "This file cannot be imported because it is an incomplete StyleGuide file or a 1.5 Catalog item."
s_dataTransferStrings.rDXFError = "Unable to import any object from this DXF file."
s_dataTransferStrings.rDXFInputHeading = "Reading File \"^1s\":"
s_dataTransferStrings.rDXFOutputHeading = "Writing File \"^1s\":"
s_dataTransferStrings.rDXFProgressTitle = "DXF"
s_dataTransferStrings.rDimBadData = "Unable to import: Bad data in Dimensions file."
s_dataTransferStrings.rDimDiskFull = "Unable to import Dimensions file : Disk is Full."
s_dataTransferStrings.rDimError = "Unable to import any object from this Dimensions file."
s_dataTransferStrings.rDimIOError = "Unable to import Dimensions file : I/O error."
s_dataTransferStrings.rDimWrongFile = "Unable to import: Not a Dimensions file."
s_dataTransferStrings.rDimWrongVers = "Unable to import: Wrong version of Dimensions."
s_dataTransferStrings.rEPSFopen = "Unable to save the EPSF file."
s_dataTransferStrings.rFHBadData = "Unable to import: Bad data in EPS file."
s_dataTransferStrings.rFHDiskFull = "Unable to import EPS file : Disk is Full."
s_dataTransferStrings.rFHError = "Unable to import any object from this EPS file."
s_dataTransferStrings.rFHIOError = "Unable to import EPS file : I/O error."
s_dataTransferStrings.rFHUnknownError = "Unable to import EPS file : unknown error."
s_dataTransferStrings.rFHWrongFile = "Unable to import: Not a encapsulated Postscript (EPS) file."
s_dataTransferStrings.rFHWrongVers = "Unable to import: Wrong version of EPS."
s_dataTransferStrings.rGeometryError = "Unable to save the geometry."
s_dataTransferStrings.rIGESProgressTitle = "IGES"
s_dataTransferStrings.rIgesError = "Unable to import any object from this IGES file."
s_dataTransferStrings.rIllBadData = "Unable to import: Bad data in Adobe(R) Illustrator(R) file."
s_dataTransferStrings.rIllDiskFull = "Unable to import Adobe(R) Illustrator(R) file : Disk is Full."
s_dataTransferStrings.rIllError = "Unable to import any object from this Illustrator file."
s_dataTransferStrings.rIllIOError = "Unable to import Adobe(R) Illustrator(R) file : I/O error."
s_dataTransferStrings.rIllNoContent = "Unable to import Adobe(R) Illustrator(R) file : no readable content. Convert any text to Outlines in Illustrator."
s_dataTransferStrings.rIllUnknownError = "Unable to import Adobe(R) Illustrator(R) file : unknown error."
s_dataTransferStrings.rIllWrongFile = "Unable to import: Require an Adobe(R) Illustrator(R) file saved without compression."
s_dataTransferStrings.rIllWrongVers = "Unable to import: Wrong version of Adobe(R) Illustrator(R)."
s_dataTransferStrings.rImportError = "Internal error: Import cancelled."
s_dataTransferStrings.rInputHeading = "Reading File \"^1s\":"
s_dataTransferStrings.rInternalError = "Internal error: Operation cancelled."
s_dataTransferStrings.rNotAllImported = "Maya was unable to import the complete file due to low memory or improper geometry."
s_dataTransferStrings.rOutputHeading = "Writing File \"^1s\":"
s_dataTransferStrings.rPromptName = "File Name"
s_dataTransferStrings.rSaveAsError = "Internal error: Save As cancelled."
s_dataTransferStrings.rSgBadCatalog = "This file cannot be imported because it is an incomplete Catalog file."
s_dataTransferStrings.rStyleguideError = "Unable to import any object from this StyleGuide file."
s_dataTransferStrings.rUPFError = "Unable to import any object from this Upfront file."
s_dataTransferStrings.rUpfColor = "The colors in this Upfront file cannot be imported."
s_dataTransferStrings.rUpfHeader = "The header of this Upfront file cannot be imported."
s_dataTransferStrings.rUpfMaterial = "The materials in this Upfront file cannot be created."
s_dataTransferStrings.rUpfModel = "The header of this Upfront file's model cannot be imported."
s_dataTransferStrings.rUpfNonPlanar = "Some polygons in the Upfront file are non-planar, and they were not imported."
s_dataTransferStrings.rUpfObject = "An object in this file cannot be imported."
s_dataTransferStrings.rUpfPoints = "The points in this file cannot be imported."
s_dataTransferStrings.rUpfPolygon = "The polygons in this Upfront file cannot be imported."
s_dataTransferStrings.rUpfVersion = "Only Upfront Version C files can be imported."
s_dataTransferStrings.rUpfView = "The views in this file cannot be imported."
s_dataTransferStrings.rWindowError = "Unable to create the window."
s_dataTransferStrings.rigesConnect = "Insufficient memory to connect the IGES assembly"
s_dataTransferStrings.ropenError = "Unable to open this IGES file."
s_dataTransferStrings.rsizeError = "Insufficient memory to import this file"
//
// String set: s_fileTypeStrings
//
s_fileTypeStrings.rAgFiles = "*.ag"
s_fileTypeStrings.rAgName = "Applied Geometry Files"
s_fileTypeStrings.rAudioFiles = "*.aif;*.aiff;*.wav"
s_fileTypeStrings.rAudioName = "Sound Files"
s_fileTypeStrings.rBestGuessFiles = "*.*"
s_fileTypeStrings.rBestGuessName = "Best Guess"
s_fileTypeStrings.rDxfFiles = "*.dxf"
s_fileTypeStrings.rDxfName = "DXF Files"
s_fileTypeStrings.rIgesFiles = "*.iges"
s_fileTypeStrings.rIgesName = "IGES Files"
s_fileTypeStrings.rImageFiles = "*.als;*.bmp;*.cin;*.dib;*.eps;*.gif;*.iff;*.jfif;*.jpeg;*.jpg;*.pic;*.pix;*.qtl;*.rgb;*.rla;*.sgi;*.si;*.tdi;*.tga;*.tif;*.tiff;*.yuv"
s_fileTypeStrings.rImageName = "Image Files"
s_fileTypeStrings.rMayaAsciiFiles = "*.ma"
s_fileTypeStrings.rMayaAsciiName = "mayaAscii Scenes"
s_fileTypeStrings.rMayaBinaryFiles = "*.mb"
s_fileTypeStrings.rMayaBinaryName = "mayaBinary Scenes"
s_fileTypeStrings.rMayaSceneFiles = "*.ma;*.mb"
s_fileTypeStrings.rMayaSceneName = "Maya Scenes"
s_fileTypeStrings.rMelFiles = "*.mel"
s_fileTypeStrings.rMelName = "Mel Scripts"
s_fileTypeStrings.rMoveFiles = "*.mov"
s_fileTypeStrings.rMoveName = "Move Files"
s_fileTypeStrings.rObjFiles = "*.obj"
s_fileTypeStrings.rObjName = "OBJ Files"
s_fileTypeStrings.rPlugInFiles = "*.mll;*.so;*.bundle"
s_fileTypeStrings.rPlugInName = "Plug-Ins"
s_fileTypeStrings.rVideoFiles = "*.avi;*.mov;*.qt"
s_fileTypeStrings.rVideoName = "Video Files"
//
// String set: s_geoUtilsStrings
//
s_geoUtilsStrings.rCannotEvaluate = "geoUtils: cannot evaluate (check arguments)"
s_geoUtilsStrings.rMeshSpecified = "Either mesh should be specified in argument list or the subd cache should be set"
s_geoUtilsStrings.rSubdIgnored = "geoUtils: -subdLevel is ignored; -meshSubdLevel is in use"
s_geoUtilsStrings.rUnablePolygon = "Unable to get polygon vertices"
s_geoUtilsStrings.rUnableToGetPoints = "Unable to get points from FnMesh"
s_geoUtilsStrings.rUnableToNum = "Unable to get number of faces from FnMesh"
//
// String set: s_imgcvtStrings
//
s_imgcvtStrings.rAdvanceFrame = "^1s: advancing to frame: ^2d"
s_imgcvtStrings.rAlphaNoSupport = "^1s: output format does not support depth. "
s_imgcvtStrings.rCloseOPFileFailed = "^1s: close output file failed "
s_imgcvtStrings.rCloseWarning = "^1s: closing ^2s"
s_imgcvtStrings.rConvImage = "^1s: converting to image type ^2s"
s_imgcvtStrings.rConvStr = "^1s: converting image type ^2s"
s_imgcvtStrings.rEmptyInputImage = "^1s: empty input image."
s_imgcvtStrings.rErrorConverting = "^1s: error in conversion of ^2s."
s_imgcvtStrings.rErrorReport = "^1d image ^2c converted, ^3d error ^4c"
s_imgcvtStrings.rFailStatInput = "^1s: Failed to stat the input file ^2s"
s_imgcvtStrings.rFormatsSupported = "FORMATS\n\tThe following image formats are supported:\n\n\timage formats                      IMF key  extensions  modes\n\n"
s_imgcvtStrings.rHelp = "\tNAME\n\timgcvt - image format conversion utility\n\nSYNOPSIS\n\timgcvt [ options ] input_image output_image\n\n"
s_imgcvtStrings.rHelpDescription = "DESCRIPTION\n\timgcvt converts an image or a sequence to a different image\n\tformat.  The input and output image formats are usually\n\tdetermined by filename extension or image content. However,\n\twhen the input or output image has no extension, or does not\n\tcontain an identifiable tag, the -f and -t options can be\n\tused to select the desired formats.\n\n"
s_imgcvtStrings.rHelpDescription2 = "\tWhen working on a sequence of images, the # and @ symbols are\n\tused to reference the current frame number. # indicates a\n\tfour-digits padded number, wheras @ indicates a non padded\n\tnumber. The following converts a sequence of 100 frames:\n\n\timgcvt -n 1 100 1 image_in.tdi.@ image_out.#.rla\n\n"
s_imgcvtStrings.rHelpDescription3 = "\tFor more precise control of the frame number format, use\n\teither multiple @ symbols to set a specific padding or use\n\tthe standard printf(3S) notation:\n\n\timgcvt -n 1 100 1 image_in.@@@.rgb image_out.#.rla\n\timgcvt -n 1 100 1 image_in.%03d.rgb image_out.#.rla\n\timgcvt -n 1 100 1 image_in.%.2f.rgb image_out.#.rla\n\n"
s_imgcvtStrings.rHelpDescription4 = "\tSimple input and output sequences can be specified with -n\n\tand -N.  Use -r and -R for more complex sequences, like\n\tdiscontinuous sets of frames. A sequence specifier is a list\n\tof single frames or ranges separated by a , or a /. For each\n\trange, an optional step can be specified after a x:\n\n\timgcvt -r 1-5 ...\n\timgcvt -r 1-5x2 ...\n\timgcvt -r 1-5,10-20x2,50 ...\n\n"
s_imgcvtStrings.rHelpDescription5 = "\tSequences can be reversed and offsets can be added to the\n\tinput or output frame number:\n\n\timgcvt -r 100-1 -R 1-100 in.#.rgb out.#.rla\n\timgcvt -r 1-100 in.#.rgb out.#+100.rla"
s_imgcvtStrings.rHelpOptions = "OPTIONS\n\t-f input_image_format \timage format key (IMF key)\n\t-t output_image_format \timage format key (IMF key)\n\t-n start end step \tinput sequence\n\t-N start end step \toutput sequence\n\t-r range \t\tinput range\n\t-R range \t\toutput range\n\t-h short help message\n\t-s silent mode\n\t-v verbose mode\n\t-V pal/ntsc \t\tvideo mode for yuv files\n\t-C compression \t\tTIFF compression types (default lzw)\n\tLZW\n\tNONE\n\t-q N \t\t\tJPEG quality (0..100; 75 default)\n\t-m \t\t\tExplore map format\n\n"
s_imgcvtStrings.rIMFError = "IMF error "
s_imgcvtStrings.rIMFNoReckon = "^1s: IMF did not recognise image file ^2s."
s_imgcvtStrings.rIgnZbuffer = "^1s: output format does not support 31 bit integer depth. Ignoring z-buffer"
s_imgcvtStrings.rIimageAlpha = "^1s: input image has alpha mask data."
s_imgcvtStrings.rIimageDepth = "^1s: input image has depth data."
s_imgcvtStrings.rImgcvtUsage = "Usage: ^1s [options] [-f fromformat] [-t toformat] [fromimg] [toimg]"
s_imgcvtStrings.rInputImagePixel = "^1s: input image has ^2d bytes per pixel."
s_imgcvtStrings.rInputImageSize = "^1s: input image size is ^2d x ^3d."
s_imgcvtStrings.rInputOutputUsage = "^1s: ^2s is used for input and output"
s_imgcvtStrings.rIthArgument = "^1s"
s_imgcvtStrings.rMax32BitsPix = "^1s: a maximum of 32 bits per pixel is supported."
s_imgcvtStrings.rMax8AlphaBitsPix = "^1s: maximum of 8 alpha bits per pixel, rounding down."
s_imgcvtStrings.rMax8BitsPix = "^1s: only 8 bits per pixel is supported, rounding down."
s_imgcvtStrings.rMemAllocFailRGBImage = "^1s: failed to allocate memory for rgbaImage"
s_imgcvtStrings.rMemAllocFailScanLine = "^1s: failed to allocate memory for imfScanLineBuffers"
s_imgcvtStrings.rMultiFrameNOSupport = "^1s: multiframe output files are not supported : ^2s"
s_imgcvtStrings.rNoMultiFrameSupport = "^1s: multiframe input files are not supported : ^2s"
s_imgcvtStrings.rNoOutMultiFrameSupport = "^1s: multiframe output files are not supported : ^2s."
s_imgcvtStrings.rNoSupportBitsPixel = "^1s: output file cannot support any bits per pixel?!"
s_imgcvtStrings.rNoSupportBytesChannel = "^1s: input image has unsupported number of bytes per channel: ^2d"
s_imgcvtStrings.rNotinIMF = "^1s: IMF did not recognise input image file ^2s."
s_imgcvtStrings.rOFNoAlphaSupport = "^1s: output format does not support alpha. "
s_imgcvtStrings.rOFOpenFailed = "^1s: failed to open output file: ^2s"
s_imgcvtStrings.rOpFileOpen = "^1s: opened output file"
s_imgcvtStrings.rOutputImagePixel = "^1s: output image will have ^2d bits per pixel."
s_imgcvtStrings.rRGBOnly = "^1s: only converts rgb images, which this is not."
s_imgcvtStrings.rUnknownIPImgType = "^1s: Unknown input image type - ^2s."
s_imgcvtStrings.rUnknownImageType = "^1s: unknown output image type - ^2s."
s_imgcvtStrings.rWarningDifferentLength = "Warning: input and output sequences have different lengths"
//
// String set: s_nurbTssStrings
//
s_nurbTssStrings.rNurbsDisplaceError = "Could not displace TrenderGroup, ignoring displacement on ^1s."
s_nurbTssStrings.rParamNurbsError = "Cannot calculate parameter space domain for '^1s'."
s_nurbTssStrings.rTessErrorMessage = "Cannot tessellate the NURBS surface '^1s': ^2s"
//
// String set: s_polyEdit
//
s_polyEdit.rNoPolyToolAssembly = "Poly modification operations are not supported on assembly members."
s_polyEdit.rPolyInvalidObjectName = "Name of invalid object: \"^1s\""
s_polyEdit.rPolyInvalidUVMap = "Invalid UV map on mesh."
s_polyEdit.rPolySelectModifiablePoly = "Select an object that allows topology modification."
s_polyEdit.rPolySelectionActionToolHelp = "Do selection and hit enter key."
s_polyEdit.rPolyToolWarnObjectChanged = "The current object has been modified : cancel its edition."
s_polyEdit.rPolyToolWarnObjectDeleted = "The current object has been deleted : cancel its edition."
s_polyEdit.rPolyToolWarnObjectEdited = "An object is currently being edited."
s_polyEdit.rTpolyBevelCtxName = "Bevel"
s_polyEdit.rTpolyChipOffCtxName = "ChipOff"
s_polyEdit.rTpolyCloseBorderCtxName = "CloseBorder"
s_polyEdit.rTpolyCollapseEdgeCtxName = "CollapseEdge"
s_polyEdit.rTpolyCollapseFacetCtxName = "CollapseFacet"
s_polyEdit.rTpolyCylProjCtxName = "CylProj"
s_polyEdit.rTpolyDelEdgeCtxName = "DelEdge"
s_polyEdit.rTpolyDelFacetCtxName = "DelFacet"
s_polyEdit.rTpolyDelVertexCtxName = "DelVertex"
s_polyEdit.rTpolyExtrudeFacetCtxName = "ExtrudeFacet"
s_polyEdit.rTpolyMapCutCtxName = "MapCut"
s_polyEdit.rTpolyMapDelCtxName = "MapDel"
s_polyEdit.rTpolyMapSewCtxName = "MapSew"
s_polyEdit.rTpolyMergeEdgeCtxName = "MergeEdge"
s_polyEdit.rTpolyMergeFacetCtxName = "MergeFacet"
s_polyEdit.rTpolyMoveEdgeCtxName = "MoveEdge"
s_polyEdit.rTpolyMoveFacetCtxName = "MoveFacet"
s_polyEdit.rTpolyMoveUVCtxName = "MoveUV"
s_polyEdit.rTpolyMoveVertexCtxName = "MoveVertex"
s_polyEdit.rTpolyNormalCtxName = "Normal"
s_polyEdit.rTpolyPlanProjCtxName = "PlanProj"
s_polyEdit.rTpolyQuadCtxName = "Quad"
s_polyEdit.rTpolySmoothCtxName = "Smooth"
s_polyEdit.rTpolySoftEdgeCtxName = "SoftEdge"
s_polyEdit.rTpolySphProjCtxName = "SphProj"
s_polyEdit.rTpolySubdEdgeCtxName = "SubdEdge"
s_polyEdit.rTpolySubdFacetCtxName = "SubdFacet"
s_polyEdit.rTpolyTriangulateCtxName = "Triangulate"
//
// String set: s_pythonAPIStrings
//
s_pythonAPIStrings.rPython_arrayOf_Count = "array of ^1d ^2c"
s_pythonAPIStrings.rPython_bool = "boolean"
s_pythonAPIStrings.rPython_cannotBeInstantiated = "^1c : cannot be instantiated"
s_pythonAPIStrings.rPython_char = "char"
s_pythonAPIStrings.rPython_expected = "^1c expected"
s_pythonAPIStrings.rPython_expected2 = "^1c or ^2c expected"
s_pythonAPIStrings.rPython_expected3 = "^1c, ^2c or ^3c expected"
s_pythonAPIStrings.rPython_expected4 = "^1c, ^2c, ^3c or ^4c expected"
s_pythonAPIStrings.rPython_expectedSeq = "sequence of ^1c expected"
s_pythonAPIStrings.rPython_expectedSeq2 = "sequence of ^1c or ^2c expected"
s_pythonAPIStrings.rPython_expectedTupleWithSize = "tuple of ^1d ^2c expected"
s_pythonAPIStrings.rPython_expectedWithParamName = "^1c expected for '^2c' parameter"
s_pythonAPIStrings.rPython_expectedWithParamNum = "^1c expected for parameter ^2d"
s_pythonAPIStrings.rPython_float = "float"
s_pythonAPIStrings.rPython_int = "integer"
s_pythonAPIStrings.rPython_invalidParamFloat = "invalid value for '^1c' parameter: ^2f"
s_pythonAPIStrings.rPython_invalidParamInt = "invalid value for '^1c' parameter: ^2d"
s_pythonAPIStrings.rPython_invalidParamStr = "invalid value for '^1c' parameter: '^2c'"
s_pythonAPIStrings.rPython_invalidValue = "^1c : invalid value"
s_pythonAPIStrings.rPython_list = "list"
s_pythonAPIStrings.rPython_long = "long"
s_pythonAPIStrings.rPython_noMatchingConstructor = "^1c : no matching constructor found"
s_pythonAPIStrings.rPython_notImplemented = "Python method '^1c' not implemented"
s_pythonAPIStrings.rPython_numeric = "numeric"
s_pythonAPIStrings.rPython_paramOutOfRange = "'^1c' out of range"
s_pythonAPIStrings.rPython_pyBuffer = "Python buffer"
s_pythonAPIStrings.rPython_pyByteArray = "Python bytearray"
s_pythonAPIStrings.rPython_pyFunction = "Python function"
s_pythonAPIStrings.rPython_pyList = "Python list"
s_pythonAPIStrings.rPython_pySequence = "Python sequence"
s_pythonAPIStrings.rPython_pyTuple = "Python tuple"
s_pythonAPIStrings.rPython_sequence = "sequence"
s_pythonAPIStrings.rPython_sequenceOf = "sequence of ^1c"
s_pythonAPIStrings.rPython_sequenceOf_Dim = "sequence of ^1c, minimum ^2d elements, maximum ^3d elements"
s_pythonAPIStrings.rPython_string = "string or unicode object"
s_pythonAPIStrings.rPython_stringSeq = "sequence of strings or unicode objects"
s_pythonAPIStrings.rPython_tuple = "tuple"
s_pythonAPIStrings.rPython_unsignedInt = "unsigned integer"
s_pythonAPIStrings.rPython_unsignedLong = "unsigned long"
s_pythonAPIStrings.rPython_unsignedLongLong = "unsigned long long"
//
// String set: s_shelfStrings
//
s_shelfStrings.rNoFileName = "No File name found: "
s_shelfStrings.rNoOpenFile = "Can't open the file: "
s_shelfStrings.rNoPrefDir = "Can't find preferences directory."
s_shelfStrings.rNoShelfFound = "Can't find the shelf: "
s_shelfStrings.rWrongNumberOfArgs = "Wrong number of arguments found for the command: saveAllShelves"
//
// String set: s_spf_dagNodeStrings
//
s_spf_dagNodeStrings.rCameraSkippedStr = "Camera skipped \"^1s\" not converted."
s_spf_dagNodeStrings.rLeafNonShapeStr = "Supposed leaf dagNode \"^1s\" has non-shape underneath."
s_spf_dagNodeStrings.rMayaLayerNotFoundStr = "Can't find Maya layer ^1d (corresponding to Studio layer ID ^2d)."
s_spf_dagNodeStrings.rUnresolvedPointerStr = "dagNode \"^1s\" has unresolved down pointer."
//
// String set: s_studioImportStrings
//
s_studioImportStrings.rCaughtExceptionReadAborted = "Caught exception, read aborted."
s_studioImportStrings.rConversionPre10UnsupportedOnThisPlatform = "Conversion of pre 10.0 Studio wire files is unsupported on this platform"
s_studioImportStrings.rStudioImportFailedTranslationPre10Studio = "Translation of pre 10.0 Studio wire file failed"
//
// String set: s_testTstringStr
//
s_testTstringStr.rTestEscapedQuotesInFormat = "doSomeCommand -c \"^1s\" -v \"^2s\""
s_testTstringStr.rTestEscapedQuotesInFormat2 = "open \"^1s\""
s_testTstringStr.rTestTstringCommentsIn = "This string // has a comment in it"
s_testTstringStr.rTestTstringEmbeddedQuotes = "Test for embedded \"Quotes\" in string"
s_testTstringStr.rTestTstringMultiLine = "\nLine1\nLine2\nLine3"
s_testTstringStr.rTestTstringMultiLine2 = "\r\nLine1\r\nLine2\r\nLine3"
s_testTstringStr.rTestTstringMultiLine3 = "\n\tLine1\n\tLine2\n\t\tLine3"
s_testTstringStr.rTestTstringMultiLineSplit = "This string should have 5 lines in it, but should have 275 characters. It achieves this by splitting the string across lines but also embedding newlines.\n\nYou can use this technique to simulate pre-formatted strings such as you would find in a <pre> HTML tagged section\n\n{\n}\n"
s_testTstringStr.rTestTstringString0 = "BasicTestString"
s_testTstringStr.rTestTstringString1 = "AnotherBasicTestString"
s_testTstringStr.rTestTstringString2 = " plus another string for catenate"
s_testTstringStr.rTestTstringStringTooLong = "start6789112345678921234567893123456789412345678951234567896123456789712345678981234567899123456789|123456789112345678921234567893123456789412345678951234567896123456789712345678981234567899123456789|123456789112345678921234567893123456789412345678951234567896123456789712345678981234567899123456789|123456789112345678921234567893123456789412345678951234567896123456789712345678981234567899123456789|123456789112345678921234567893123456789412345678951234567896123456789712345678981234567899123456789|1234567891123456789212345678931234567894123456789512345678961234567897123456789812345678991234567end"
//
// String set: s_textureToGeom
//
s_textureToGeom.rAbortingStr = "Aborting Program."
s_textureToGeom.rErrorStr = "^1s Error: ^2s"
s_textureToGeom.rFatalErrorStr = "^1s Fatal Error: ^2s"
s_textureToGeom.rLookUpFatal = "generateLookupTable Fatal Error: User defined kernel for subspace ^1d undefined."
s_textureToGeom.rNegDimension = "Dimension is zero or negative."
s_textureToGeom.rNegLength = "Length of data set is zero or negative."
s_textureToGeom.rNegRegions = "Maximum number of regions is zero or negative."
s_textureToGeom.rNoMemory = "Not enough memory."