// ===========================================================================
// Copyright 2018 Autodesk, Inc. All rights reserved.
//
// Use of this software is subject to the terms of the Autodesk license
// agreement provided at the time of installation or download, or which
// otherwise accompanies this software in either electronic or hard copy form.
// ===========================================================================
displayString -replace -value "Basic Emitter Attributes" m_dynCreateFluidLayout.kBasicEmitterAttributes;
displayString -replace -value "Cone" m_dynCreateFluidLayout.kCone;
displayString -replace -value "Add Emitter:" m_dynCreateFluidLayout.kCreate2DAddEmitter;
displayString -replace -value "Add Emitter to the container" m_dynCreateFluidLayout.kCreate2DAddEmitterAnnot;
displayString -replace -value "Basic Fluid Attributes" m_dynCreateFluidLayout.kCreate2DBasicFluid;
displayString -replace -value "X resolution:" m_dynCreateFluidLayout.kCreate2DXResolution;
displayString -replace -value "X resolution" m_dynCreateFluidLayout.kCreate2DXResolutionAnnot;
displayString -replace -value "X size:" m_dynCreateFluidLayout.kCreate2DXSize;
displayString -replace -value "X size" m_dynCreateFluidLayout.kCreate2DXSizeAnnot;
displayString -replace -value "Y resolution:" m_dynCreateFluidLayout.kCreate2DYResolution;
displayString -replace -value "Y resolution" m_dynCreateFluidLayout.kCreate2DYResolutionAnnot;
displayString -replace -value "Y size:" m_dynCreateFluidLayout.kCreate2DYSize;
displayString -replace -value "Y size" m_dynCreateFluidLayout.kCreate2DYSizeAnnot;
displayString -replace -value "Z size:" m_dynCreateFluidLayout.kCreate2DZSize;
displayString -replace -value "Z size" m_dynCreateFluidLayout.kCreate2DZSizeAnnot;
displayString -replace -value "Add Emitter:" m_dynCreateFluidLayout.kCreate3DAddEmitter;
displayString -replace -value "Add Emitter to the container" m_dynCreateFluidLayout.kCreate3DAddEmitterAnnot;
displayString -replace -value "Basic Fluid Attributes" m_dynCreateFluidLayout.kCreate3DBasicFluid;
displayString -replace -value "X resolution:" m_dynCreateFluidLayout.kCreate3DXResolution;
displayString -replace -value "X resolution" m_dynCreateFluidLayout.kCreate3DXResolutionAnnot;
displayString -replace -value "Y resolution:" m_dynCreateFluidLayout.kCreate3DYResolution;
displayString -replace -value "Y resolution" m_dynCreateFluidLayout.kCreate3DYResolutionAnnot;
displayString -replace -value "Z resolution:" m_dynCreateFluidLayout.kCreate3DZResolution;
displayString -replace -value "Z resolution" m_dynCreateFluidLayout.kCreate3DZResolutionAnnot;
displayString -replace -value "Cube" m_dynCreateFluidLayout.kCube;
displayString -replace -value "Curve" m_dynCreateFluidLayout.kCurve;
displayString -replace -value "Cycle emission:" m_dynCreateFluidLayout.kCycleEmission;
displayString -replace -value "Restart random stream for this emitter each frame or after some number of particles" m_dynCreateFluidLayout.kCycleEmissionAnnot;
displayString -replace -value "Cycle interval:" m_dynCreateFluidLayout.kCycleInterval;
displayString -replace -value "Number of frames/particles between restarts of random stream" m_dynCreateFluidLayout.kCycleIntervalAnnot;
displayString -replace -value "Cylinder" m_dynCreateFluidLayout.kCylinder;
displayString -replace -value "Density rate (/voxel/sec):" m_dynCreateFluidLayout.kDensityRateVoxelSec;
displayString -replace -value "Density emission per voxel per second" m_dynCreateFluidLayout.kDensityRateVoxelSecAnnot;
displayString -replace -value "Distance Attributes" m_dynCreateFluidLayout.kDistanceAttributes;
displayString -replace -value "Emitter name:" m_dynCreateFluidLayout.kEmitterName;
displayString -replace -value "Name for the new emitter" m_dynCreateFluidLayout.kEmitterNameAnnot;
displayString -replace -value "Emitter type:" m_dynCreateFluidLayout.kEmitterType;
displayString -replace -value "Select the emitter type: either omni-directional or volume" m_dynCreateFluidLayout.kEmitterTypeAnnot;
displayString -replace -value "Extend -X by:" m_dynCreateFluidLayout.kExtendMinusXBy;
displayString -replace -value "Extend negative X" m_dynCreateFluidLayout.kExtendMinusXByAnnot;
displayString -replace -value "Extend -Y by:" m_dynCreateFluidLayout.kExtendMinusYBy;
displayString -replace -value "Extend negative Y" m_dynCreateFluidLayout.kExtendMinusYByAnnot;
displayString -replace -value "Extend -Z by:" m_dynCreateFluidLayout.kExtendMinusZBy;
displayString -replace -value "Extend negative Z" m_dynCreateFluidLayout.kExtendMinusZByAnnot;
displayString -replace -value "Extend   X by:" m_dynCreateFluidLayout.kExtendPlusXBy;
displayString -replace -value "Extend X" m_dynCreateFluidLayout.kExtendPlusXByAnnot;
displayString -replace -value "Extend   Y by:" m_dynCreateFluidLayout.kExtendPlusYBy;
displayString -replace -value "Extend Y" m_dynCreateFluidLayout.kExtendPlusYByAnnot;
displayString -replace -value "Extend   Z by:" m_dynCreateFluidLayout.kExtendPlusZBy;
displayString -replace -value "Extend Z" m_dynCreateFluidLayout.kExtendPlusZByAnnot;
displayString -replace -value "Basic Emitter Attributes" m_dynCreateFluidLayout.kFluid2DBasicEmitter;
displayString -replace -value "Cone" m_dynCreateFluidLayout.kFluid2DCone;
displayString -replace -value "Cube" m_dynCreateFluidLayout.kFluid2DCube;
displayString -replace -value "Cycle emission:" m_dynCreateFluidLayout.kFluid2DCycleEmission;
displayString -replace -value "Restart random stream for this emitter each frame or after some number of particles" m_dynCreateFluidLayout.kFluid2DCycleEmissionAnnot;
displayString -replace -value "Cycle interval:" m_dynCreateFluidLayout.kFluid2DCycleInterval;
displayString -replace -value "Number of frames/particles between restarts of random stream" m_dynCreateFluidLayout.kFluid2DCycleIntervalAnnot;
displayString -replace -value "Cylinder" m_dynCreateFluidLayout.kFluid2DCylinder;
displayString -replace -value "Density rate (/voxel/sec):" m_dynCreateFluidLayout.kFluid2DDensityRate;
displayString -replace -value "Density emission per voxel per second" m_dynCreateFluidLayout.kFluid2DDensityRateAnnot;
displayString -replace -value "Distance Attributes" m_dynCreateFluidLayout.kFluid2DDistanceAttributes;
displayString -replace -value "Emitter name:" m_dynCreateFluidLayout.kFluid2DEmitterName;
displayString -replace -value "Name for the new emitter" m_dynCreateFluidLayout.kFluid2DEmitterNameAnnot;
displayString -replace -value "Emitter type:" m_dynCreateFluidLayout.kFluid2DEmitterType;
displayString -replace -value "Select the emitter type: either omni-directional or volume" m_dynCreateFluidLayout.kFluid2DEmitterTypeAnnot;
displayString -replace -value "Fluid dropoff:" m_dynCreateFluidLayout.kFluid2DFluidDropoff;
displayString -replace -value "Fluid dropoff within volume" m_dynCreateFluidLayout.kFluid2DFluidDropoffAnnot;
displayString -replace -value "Frame (timeRandom on)" m_dynCreateFluidLayout.kFluid2DFrameTimeRandomOn;
displayString -replace -value "Fuel rate (/voxel/sec):" m_dynCreateFluidLayout.kFluid2DFuelRate;
displayString -replace -value "Fuel emission per voxel per second" m_dynCreateFluidLayout.kFluid2DFuelRateAnnot;
displayString -replace -value "Heat rate (/voxel/sec):" m_dynCreateFluidLayout.kFluid2DHeatRate;
displayString -replace -value "Heat emission per voxel per second" m_dynCreateFluidLayout.kFluid2DHeatRateAnnot;
displayString -replace -value "Max distance:" m_dynCreateFluidLayout.kFluid2DMaxDistance;
displayString -replace -value "Emit particles in a sphere bounded by this distance (does not apply to volumes)" m_dynCreateFluidLayout.kFluid2DMaxDistanceAnnot;
displayString -replace -value "Min distance:" m_dynCreateFluidLayout.kFluid2DMinDistance;
displayString -replace -value "Emit particles in a sphere bounded by this distance (does not apply to volumes)" m_dynCreateFluidLayout.kFluid2DMinDistanceAnnot;
displayString -replace -value "None (timeRandom off)" m_dynCreateFluidLayout.kFluid2DNoneTimeRandomOff;
displayString -replace -value "Parent to container:" m_dynCreateFluidLayout.kFluid2DParentTo;
displayString -replace -value "Parent emitter to container, or place at directly at center of container" m_dynCreateFluidLayout.kFluid2DParentToAnnot;
displayString -replace -value "Section radius:" m_dynCreateFluidLayout.kFluid2DSectionRadius;
displayString -replace -value "Change size of torus volume, as in modelling" m_dynCreateFluidLayout.kFluid2DSectionRadiusAnnot;
displayString -replace -value "Set emitter type to Volume to enable" m_dynCreateFluidLayout.kFluid2DSetEmitterTypeTo;
displayString -replace -value "Sphere" m_dynCreateFluidLayout.kFluid2DSphere;
displayString -replace -value "Torus" m_dynCreateFluidLayout.kFluid2DTorus;
displayString -replace -value "Volume Emitter Attributes" m_dynCreateFluidLayout.kFluid2DVolumeEmitter;
displayString -replace -value "Volume offset X:" m_dynCreateFluidLayout.kFluid2DVolumeOffsetX;
displayString -replace -value "Move volume away from actual emitter location" m_dynCreateFluidLayout.kFluid2DVolumeOffsetXAnnot;
displayString -replace -value "Volume offset Y:" m_dynCreateFluidLayout.kFluid2DVolumeOffsetY;
displayString -replace -value "Move volume away from actual emitter location" m_dynCreateFluidLayout.kFluid2DVolumeOffsetYAnnot;
displayString -replace -value "Volume offset Z:" m_dynCreateFluidLayout.kFluid2DVolumeOffsetZ;
displayString -replace -value "Move volume away from actual emitter location" m_dynCreateFluidLayout.kFluid2DVolumeOffsetZAnnot;
displayString -replace -value "Volume shape:" m_dynCreateFluidLayout.kFluid2DVolumeShape;
displayString -replace -value "Determines where particles are created (for volume type emitter, only)" m_dynCreateFluidLayout.kFluid2DVolumeShapeAnnot;
displayString -replace -value "Volume sweep:" m_dynCreateFluidLayout.kFluid2DVolumeSweep;
displayString -replace -value "Change extent of volume, as in modelling" m_dynCreateFluidLayout.kFluid2DVolumeSweepAnnot;
displayString -replace -value "Basic Emitter Attributes" m_dynCreateFluidLayout.kFluid3DBasicEmitter;
displayString -replace -value "Cone" m_dynCreateFluidLayout.kFluid3DCone;
displayString -replace -value "Cube" m_dynCreateFluidLayout.kFluid3DCube;
displayString -replace -value "Cycle emission:" m_dynCreateFluidLayout.kFluid3DCycleEmission;
displayString -replace -value "Restart random stream for this emitter each frame or after some number of particles" m_dynCreateFluidLayout.kFluid3DCycleEmissionAnnot;
displayString -replace -value "Cycle interval:" m_dynCreateFluidLayout.kFluid3DCycleInterval;
displayString -replace -value "Number of frames/particles between restarts of random stream" m_dynCreateFluidLayout.kFluid3DCycleIntervalAnnot;
displayString -replace -value "Cylinder" m_dynCreateFluidLayout.kFluid3DCylinder;
displayString -replace -value "Density rate (/voxel/sec):" m_dynCreateFluidLayout.kFluid3DDensityRate;
displayString -replace -value "Density emission per voxel per second" m_dynCreateFluidLayout.kFluid3DDensityRateAnnot;
displayString -replace -value "Distance Attributes" m_dynCreateFluidLayout.kFluid3DDistanceAttributes;
displayString -replace -value "Emitter name:" m_dynCreateFluidLayout.kFluid3DEmitterName;
displayString -replace -value "Name for the new emitter" m_dynCreateFluidLayout.kFluid3DEmitterNameAnnot;
displayString -replace -value "Emitter type:" m_dynCreateFluidLayout.kFluid3DEmitterType;
displayString -replace -value "Select the emitter type: either omni-directional or volume" m_dynCreateFluidLayout.kFluid3DEmitterTypeAnnot;
displayString -replace -value "Fluid dropoff:" m_dynCreateFluidLayout.kFluid3DFluidDropoff;
displayString -replace -value "Fluid dropoff within volume" m_dynCreateFluidLayout.kFluid3DFluidDropoffAnnot;
displayString -replace -value "Frame (timeRandom on)" m_dynCreateFluidLayout.kFluid3DFrameTimeRandomOn;
displayString -replace -value "Fuel rate (/voxel/sec):" m_dynCreateFluidLayout.kFluid3DFuelRate;
displayString -replace -value "Fuel emission per voxel per second" m_dynCreateFluidLayout.kFluid3DFuelRateAnnot;
displayString -replace -value "Heat rate (/voxel/sec):" m_dynCreateFluidLayout.kFluid3DHeatRate;
displayString -replace -value "Heat emission per voxel per second" m_dynCreateFluidLayout.kFluid3DHeatRateAnnot;
displayString -replace -value "Max distance:" m_dynCreateFluidLayout.kFluid3DMaxDistance;
displayString -replace -value "Emit particles in a sphere bounded by this distance (does not apply to volumes)" m_dynCreateFluidLayout.kFluid3DMaxDistanceAnnot;
displayString -replace -value "Min distance:" m_dynCreateFluidLayout.kFluid3DMinDistance;
displayString -replace -value "Emit particles in a sphere bounded by this distance (does not apply to volumes)" m_dynCreateFluidLayout.kFluid3DMinDistanceAnnot;
displayString -replace -value "None (timeRandom off)" m_dynCreateFluidLayout.kFluid3DNoneTimeRandomOff;
displayString -replace -value "Parent to container:" m_dynCreateFluidLayout.kFluid3DParentTo;
displayString -replace -value "Parent emitter to container, or place at directly at center of container" m_dynCreateFluidLayout.kFluid3DParentToAnnot;
displayString -replace -value "Section radius:" m_dynCreateFluidLayout.kFluid3DSectionRadius;
displayString -replace -value "Change size of torus volume, as in modelling" m_dynCreateFluidLayout.kFluid3DSectionRadiusAnnot;
displayString -replace -value "Set emitter type to Volume to enable" m_dynCreateFluidLayout.kFluid3DSetEmitterType;
displayString -replace -value "Sphere" m_dynCreateFluidLayout.kFluid3DSphere;
displayString -replace -value "Torus" m_dynCreateFluidLayout.kFluid3DTorus;
displayString -replace -value "Volume Emitter Attributes" m_dynCreateFluidLayout.kFluid3DVolumeEmitter;
displayString -replace -value "Volume offset X:" m_dynCreateFluidLayout.kFluid3DVolumeOffsetX;
displayString -replace -value "Move volume away from actual emitter location" m_dynCreateFluidLayout.kFluid3DVolumeOffsetXAnnot;
displayString -replace -value "Volume offset Y:" m_dynCreateFluidLayout.kFluid3DVolumeOffsetY;
displayString -replace -value "Move volume away from actual emitter location" m_dynCreateFluidLayout.kFluid3DVolumeOffsetYAnnot;
displayString -replace -value "Volume offset Z:" m_dynCreateFluidLayout.kFluid3DVolumeOffsetZ;
displayString -replace -value "Move volume away from actual emitter location" m_dynCreateFluidLayout.kFluid3DVolumeOffsetZAnnot;
displayString -replace -value "Volume shape:" m_dynCreateFluidLayout.kFluid3DVolumeShape;
displayString -replace -value "Determines where particles are created (for volume type emitter, only)" m_dynCreateFluidLayout.kFluid3DVolumeShapeAnnot;
displayString -replace -value "Volume sweep:" m_dynCreateFluidLayout.kFluid3DVolumeSweep;
displayString -replace -value "Change extent of volume, as in modelling" m_dynCreateFluidLayout.kFluid3DVolumeSweepAnnot;
displayString -replace -value "Fluid dropoff:" m_dynCreateFluidLayout.kFluidDropoff;
displayString -replace -value "Fluid dropoff within volume" m_dynCreateFluidLayout.kFluidDropoffAnnot;
displayString -replace -value "Frame (timeRandom on)" m_dynCreateFluidLayout.kFluidFrameTimeRandomOn;
displayString -replace -value "None (timeRandom off)" m_dynCreateFluidLayout.kFluidNoneTimeRandomOff;
displayString -replace -value "Frame (timeRandom on)" m_dynCreateFluidLayout.kFrameTimeRandomOn;
displayString -replace -value "Fuel rate (/voxel/sec):" m_dynCreateFluidLayout.kFuelRateVoxelSec;
displayString -replace -value "Fuel emission per voxel per second" m_dynCreateFluidLayout.kFuelRateVoxelSecAnnot;
displayString -replace -value "Heat rate (/voxel/sec):" m_dynCreateFluidLayout.kHeatRateVoxelSec;
displayString -replace -value "Heat emission per voxel per second" m_dynCreateFluidLayout.kHeatRateVoxelSecAnnot;
displayString -replace -value "Max distance:" m_dynCreateFluidLayout.kMaxDistance;
displayString -replace -value "Emit particles in a sphere bounded by this distance (does not apply to volumes)" m_dynCreateFluidLayout.kMaxDistanceAnnot;
displayString -replace -value "Min distance:" m_dynCreateFluidLayout.kMinDistance;
displayString -replace -value "Emit particles in a sphere bounded by this distance (does not apply to volumes)" m_dynCreateFluidLayout.kMinDistanceAnnot;
displayString -replace -value "None (timeRandom off)" m_dynCreateFluidLayout.kNoneTimeRandomOff;
displayString -replace -value "Basic Emitter Attributes" m_dynCreateFluidLayout.kObjectBasicEmitterAttributes;
displayString -replace -value "Cycle emission:" m_dynCreateFluidLayout.kObjectCycleEmission;
displayString -replace -value "Restart random stream for this emitter each frame or after some number of particles" m_dynCreateFluidLayout.kObjectCycleEmissionAnnot;
displayString -replace -value "Cycle interval:" m_dynCreateFluidLayout.kObjectCycleInterval;
displayString -replace -value "Number of frames/particles between restarts of random stream" m_dynCreateFluidLayout.kObjectCycleIntervalAnnot;
displayString -replace -value "Density rate (/voxel/sec):" m_dynCreateFluidLayout.kObjectDensityRate;
displayString -replace -value "Density emission per voxel per second" m_dynCreateFluidLayout.kObjectDensityRateAnnot;
displayString -replace -value "Distance Attributes" m_dynCreateFluidLayout.kObjectDistance;
displayString -replace -value "Fluid dropoff:" m_dynCreateFluidLayout.kObjectEmitFluidDropoff;
displayString -replace -value "Fluid dropoff within volume" m_dynCreateFluidLayout.kObjectEmitFluidDropoffAnnot;
displayString -replace -value "Emitter name:" m_dynCreateFluidLayout.kObjectEmitterName;
displayString -replace -value "Name for the new emitter" m_dynCreateFluidLayout.kObjectEmitterNameAnnot;
displayString -replace -value "Emitter type:" m_dynCreateFluidLayout.kObjectEmitterType;
displayString -replace -value "Select the emitter type: either omni-directional, surface, or curve" m_dynCreateFluidLayout.kObjectEmitterTypeAnnot;
displayString -replace -value "Fuel Rate (/voxel/sec):" m_dynCreateFluidLayout.kObjectFuelRate;
displayString -replace -value "Fuel emission per voxel per second" m_dynCreateFluidLayout.kObjectFuelRateAnnot;
displayString -replace -value "Heat rate (/voxel/sec):" m_dynCreateFluidLayout.kObjectHeatRate;
displayString -replace -value "Heat emission per voxel per second" m_dynCreateFluidLayout.kObjectHeatRateAnnot;
displayString -replace -value "Max distance:" m_dynCreateFluidLayout.kObjectMaxDistance;
displayString -replace -value "Emit particles in a sphere bounded by this distance (does not apply to volumes)" m_dynCreateFluidLayout.kObjectMaxDistanceAnnot;
displayString -replace -value "Min distance:" m_dynCreateFluidLayout.kObjectMinDistance;
displayString -replace -value "Emit particles in a sphere bounded by this distance (does not apply to volumes)" m_dynCreateFluidLayout.kObjectMinDistanceAnnot;
displayString -replace -value "Omni" m_dynCreateFluidLayout.kOmni;
displayString -replace -value "Parent to container:" m_dynCreateFluidLayout.kParentToContainer;
displayString -replace -value "Parent emitter to container, or place at directly at center of container" m_dynCreateFluidLayout.kParentToContainerAnnot;
displayString -replace -value "Rebuild initial state:" m_dynCreateFluidLayout.kRebuildInitialState;
displayString -replace -value "Prevents invalidation of initial state cache when changing fluid resolution" m_dynCreateFluidLayout.kRebuildInitialStateAnnot;
displayString -replace -value "Prevents invalidation of initial state cache when changing fluid resolution" m_dynCreateFluidLayout.kResampleRebuildInitialAnnot;
displayString -replace -value "Rebuild initial state:" m_dynCreateFluidLayout.kResampleRebuildInitialState;
displayString -replace -value "     3D Only" m_dynCreateFluidLayout.kResampleThreeDOnly;
displayString -replace -value "Section radius:" m_dynCreateFluidLayout.kSectionRadius;
displayString -replace -value "Change size of torus volume, as in modelling" m_dynCreateFluidLayout.kSectionRadiusAnnot;
displayString -replace -value "Set emitter type to Volume to enable" m_dynCreateFluidLayout.kSetEmitterTypeToVolume;
displayString -replace -value "Sphere" m_dynCreateFluidLayout.kSphere;
displayString -replace -value "Surface" m_dynCreateFluidLayout.kSurface;
displayString -replace -value "Tessellation factor:" m_dynCreateFluidLayout.kTessellationFactor;
displayString -replace -value "Tessellation factor" m_dynCreateFluidLayout.kTessellationFactorAnnot;
displayString -replace -value "     3D Only" m_dynCreateFluidLayout.kThreeDOnly;
displayString -replace -value "Torus" m_dynCreateFluidLayout.kTorus;
displayString -replace -value "Volume" m_dynCreateFluidLayout.kVolume;
displayString -replace -value "Volume Emitter Attributes" m_dynCreateFluidLayout.kVolumeEmitterAttributes;
displayString -replace -value "Volume offset X:" m_dynCreateFluidLayout.kVolumeOffsetX;
displayString -replace -value "Move volume away from actual emitter location" m_dynCreateFluidLayout.kVolumeOffsetXAnnot;
displayString -replace -value "Volume offset Y:" m_dynCreateFluidLayout.kVolumeOffsetY;
displayString -replace -value "Move volume away from actual emitter location" m_dynCreateFluidLayout.kVolumeOffsetYAnnot;
displayString -replace -value "Volume offset Z:" m_dynCreateFluidLayout.kVolumeOffsetZ;
displayString -replace -value "Move volume away from actual emitter location" m_dynCreateFluidLayout.kVolumeOffsetZAnnot;
displayString -replace -value "Volume shape:" m_dynCreateFluidLayout.kVolumeShape;
displayString -replace -value "Determines where particles are created (for volume type emitter, only)" m_dynCreateFluidLayout.kVolumeShapeAnnot;
displayString -replace -value "Volume sweep:" m_dynCreateFluidLayout.kVolumeSweep;
displayString -replace -value "Change extent of volume, as in modelling" m_dynCreateFluidLayout.kVolumeSweepAnnot;
displayString -replace -value "Voxels" m_dynCreateFluidLayout.kVoxels;
displayString -replace -value "X resolution:" m_dynCreateFluidLayout.kXResolution;
displayString -replace -value "X resolution" m_dynCreateFluidLayout.kXResolutionAnnot;
displayString -replace -value "X size:" m_dynCreateFluidLayout.kXSize;
displayString -replace -value "X size" m_dynCreateFluidLayout.kXSizeAnnot;
displayString -replace -value "Y resolution:" m_dynCreateFluidLayout.kYResolution;
displayString -replace -value "Y resolution" m_dynCreateFluidLayout.kYResolutionAnnot;
displayString -replace -value "Y size:" m_dynCreateFluidLayout.kYSize;
displayString -replace -value "Y size" m_dynCreateFluidLayout.kYSizeAnnot;
displayString -replace -value "Z resolution:" m_dynCreateFluidLayout.kZResolution;
displayString -replace -value "Z resolution" m_dynCreateFluidLayout.kZResolutionAnnot;
displayString -replace -value "Z size:" m_dynCreateFluidLayout.kZSize;
displayString -replace -value "Z size" m_dynCreateFluidLayout.kZSizeAnnot;