+ KiZcsRt^RIHt^RIt^RIHtHt^RIHt]!RR4t !RR4t !RR 4t !R R 4t !R R ] 4t !RR4t!RR4t!RR4t!RR4t!RR4tR#)z)DBus backed display management for Mutter) namedtupleN)DEFAULT_RESOLUTION_HEIGHTDEFAULT_RESOLUTION_WIDTH)logger DisplayConfigcsa]tRt^ toRtRtRt]R4t]R4t ]R4t ]R4t ]R4t ]R 4t ]R 4t]R 4t]R 4t]R 4t]R4t]R4tRtVtR#)Outputz+Representation of a physical display outputcWnR#N_output)selfZ output_info&&G/usr/lib/python3.14/site-packages/lutris/util/graphics/displayconfig.py__init__ZOutput.__init__s" c\RVP: RVP: RVP: R2#)z )vendorproduct display_namer &r __repr__ZOutput.__repr__s)-dllDDUDUVVrc (VP^,#)zID of the outputrrrr output_idZOutput.output_id||Arc (VP^,#)z3The low-level ID of this output (XID or KMS handle)rrrr winsys_idZOutput.winsys_idrrc (VP^,#)zPThe CRTC that is currently driving this output, or -1 if the output is disabled rrrr current_crtcZOutput.current_crtc  ||Arc (VP^,#)z&All CRTCs that can control this outputrrrr crtcsZ Output.crtcs'rrc (VP^,#)zMThe name of the connector to which the output is attached (like VGA1 or HDMI)rrrr nameZ Output.name,rrc sdVP^,Uu.uFp\V4NK up#uupi)zValid modes for this output)r int)r Zmode_id& r modesZ Output.modes1s(-1LLO233rc r*)z%True if the output is the primary oneprimary)boolr rrr is_primaryZOutput.is_primaryUsDLLOI.//rrN)__name__ __module__ __qualname____firstlineno____doc__r rpropertyrrrr r"r%r(r)rrrr0__static_attributes____classdictcell__Z __classdict__@r rr s5#W == ..//4400rrcsa]tRt^[toRtRtRtRt]R4t ]R4t ]R4t ]R4t ]R 4t ]R 4tR tVtR #) DisplayModez:Representation of a screen mode (resolution, refresh rate)crr mode_info)r r=r r r ZDisplayMode.__init__^"rcsXVP: RVP: RVP: 2#)x@widthheight frequencyrrr __str__ZDisplayMode.__str__as!ZZdnnEErcr)zrArrr rZDisplayMode.__repr__ds,0JJ T^^TTrc :\VP^,4#)zID of the moder,r=rrr idZDisplayMode.idg4>>!$%%rc :\VP^,4#)zthe low-level ID of this moderGrrr rZDisplayMode.winsys_idlrIrc :\VP^,4#zwidth in physical pixelsr#r=rrr rBZDisplayMode.widthqrIrc :\VP^,4#zheight in physical pixelsrMrrr rCZDisplayMode.heightvrIrc :\VP^,4#z refresh raterGrrr rDZDisplayMode.frequency{rIrc (VP^,#)z2mode flags as defined in xf86drmMode.h and randr.hr<rrr flagsZDisplayMode.flags~~a  rr<N)r1r2r3r4r5r rErr6rHrrBrCrDrSr7r8r9r:r r;r;[sD#FU&&&&&&&&&&!!rr;csa]tRt^toRtRtRt]R4t]R4t ]R4t ]R4t ]R4t ]R 4t ]R 4t]R 4tR tVtR #)CRTCa A CRTC (CRT controller) is a logical monitor, ie a portion of the compositor coordinate space. It might correspond to multiple monitors, when in clone mode, but not that it is possible to implement clone mode also by setting different CRTCs to the same coordinates. crr crtc_info)r rWr r r Z CRTC.__init__r>rcsXVP: RVP: RVP: 2#)r)rH geometry_str current_moderrr rZ CRTC.__repr__s!WWd&7&79J9JKKrc rF)zThe ID in the API of this CRTCr,rWrrr rHZCRTC.idrIrc r)zbthe low-level ID of this CRTC (which might be a XID, a KMS handle or something entirely different)rVrrr rZCRTC.winsys_ids~~a  rc sRVP^,VP^,VP^,^8dRMRVP^,VP^,^8dRMRVP^,3,#)z6Return a human readable representation of the geometryz %dx%d%s%d%s%dZZ+)geometryrrr rXZCRTC.geometry_strsp MM!  MM! --"Q&BC MM! --"Q&BC MM!  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No property is specified in this version of the API. rZrrr r)ZCRTC.propertiess 4>>!$%%rrVN)r1r2r3r4r5r rr6rHrrXr[rYr]r^r)r7r8r9r:r rUrUs #L&&!!     pp && &&&&&&rrUcsa]tRt^toRt]R4t]R4t]R4t]R4t ]R4t ]R4t ]R4t R t VtR #) MonitorModezRepresents a mode given by a Monitor instance In addition to DisplayMode objects, this gives acces to the current scaling used and some additional properties like is_current. c rJrLrMrrr rBZMonitorMode.widthrIrc rKrOrMrrr rCZMonitorMode.heightrIrc rNrQrGrrr rDZMonitorMode.frequencyrIrc rP)z#scale preferred as per calculations)Zfloatr=rrr scaleZMonitorMode.scalesT^^A&''rc rR)zscales supported by this moder<rrr supported_scaleZMonitorMode.supported_scalerTrc r')zAdditional propertiesr<rrr r)ZMonitorMode.propertiesrTrc s RVP9#)z*Return True if the mode is the current onez is-current)r)rrr is_currentZMonitorMode.is_currentst..rN)r1r2r3r4r5r6rBrCrDr`rar)rbr7r8r9r:r r_r_s &&&&&&((!!!!//rr_csa]tRt^toRtRtRtRtRt] R4t ] R4t ] R4t ] R 4t ] R 4t] R 4t] R 4tR tVtR#)MonitorzA physical monitorcrr_monitorr monitorr r r ZMonitor.__init__s rc s`VP4FpVP'gKVu# R#)Return the current modeN) get_modesrbr moder$r get_current_modeZMonitor.get_current_modes&NN$D % rc dVP^,Uu.uFp\V4NK up#uupi)zReturn available modes)rfr_rkr$r rjZMonitor.get_modess*.2mmA.>?.>d D!.>???r&c sVPR4Uu.uFp\V4NK upwr4VP4F+pVPV8XgKVPV8XgK)Vu# R#uupiz1Return an appropriate mode for a given resolutionr?N)splitr#rjrBrCr resolutionZirBrCrl&& r get_mode_for_resolutionZMonitor.get_mode_for_resolutionsa)3)9)9#)>?)>AQ)>? NN$DzzU"t{{f'< %  @sA.c sH\VP^,^,4#)zName of the connectorr,rfrrr r"Z Monitor.name4==#A&''rc sH\VP^,^,4#)zManufacturer of the monitorrurrr rZMonitor.vendorrvrc sH\VP^,^,4#)zModel name of the monitorrurrr modelZ Monitor.modelrvrc sH\VP^,^,4#)z Serial numberrurrr serial_numberZMonitor.serial_numberrvrc H\VP^,R,4#)z+Return true if the monitor is underscanningzis-underscanningr/rfrrr is_underscanningZMonitor.is_underscanning"sDMM!$%7899rc ry)zHReturn true if the display is builtin the machine (a laptop or a tablet)z is-builtinrzrrr is_builtinZMonitor.is_builtin'sDMM!$\233rc ry)z"Human readable name of the displayr-rurrr rZMonitor.display_name,s4==#N344rreN)r1r2r3r4r5r rmrjrtr6r"rrwrxr{r|rr7r8r9r:r rdrds @((((((((::4455rrdcsa]tRtRtoRtRt]R4t]R4t]R4t ]R4t Rt ]R 4t ]R 4t R tR tVtR #)LogicalMonitori2z[A logical monitor. Similar to CRTCs but logical monitors also contain scaling information. csWnW nR#r_lm _monitors)r Zlm_infomonitorss&&&r r ZLogicalMonitor.__init__7s !rc sr\VP^,4\VP^,43#)z"Return the position of the monitor)r#rrrr positionZLogicalMonitor.position;s)488A;TXXa[!111rc r)ZScalerrrr r`ZLogicalMonitor.scale@xx{rc r)uTransforms Possible transform values: 0: normal 1: 90° 2: 180° 3: 270° 4: flipped 5: 90° flipped 6: 180° flipped 7: 270° flipped rrrr transformZLogicalMonitor.transformEsxx{rc rP)z+True if this is the primary logical monitor)r/rrrr r.ZLogicalMonitor.primaryUsDHHQK  rc shVPF!pVP\V48XgKVu# R#)z1Return a Monitor instance from its connector nameN)rr"r,)r Z connectorrhs&& r _get_monitor_for_connectorZ)LogicalMonitor._get_monitor_for_connectorZs*~~G||s9~-& rc s|VP^,Uu.uFqPV^,4NK up#uupi)z(Monitors displaying that logical monitor)rr)r Zmr$r rZLogicalMonitor.monitorsas3@Dxx{K{!//!5{KKKs 9c r')zPossibly other propertiesrrrr r)ZLogicalMonitor.propertiesfrrc s,VPUu.uF(qPVP4P3NK* pp\ W P^,PVP VP VPVP4#uupi)zIExport the current configuration so it can be stored then reapplied later) rr"rmrHrrrr.r`)r rhr& r get_configZLogicalMonitor.get_configksrQUQ^Q^_Q^g\\7#;#;#=#@#@AQ^_X}}Q'7'<' !}}Qrc s>VP4P4#)ri)rrmrrr rmZDisplayState.get_current_modes'')::<>4>>J  ..Q446)$..9rc r)a @serial is an unique identifier representing the current state of the screen. It must be passed back to ApplyConfiguration() and will be increased for every configuration change (so that mutter can detect that the new configuration is based on old state) rrrr rZMutterDisplayConfig.serials~~a  rc rn)a A CRTC (CRT controller) is a logical monitor, ie a portion of the compositor coordinate space. It might correspond to multiple monitors, when in clone mode, but not that it is possible to implement clone mode also by setting different CRTCs to the same coordinates. The number of CRTCs represent the maximum number of monitors that can be set to expand and it is a HW constraint; if more monitors are connected, then necessarily some will clone. This is complementary to the concept of the encoder (not exposed in the API), which groups outputs that necessarily will show the same image (again a HW constraint). A CRTC is represented by a DBus structure with the following layout: * u ID: the ID in the API of this CRTC * x winsys_id: the low-level ID of this CRTC (which might be a XID, a KMS handle or something entirely different) * i x, y, width, height: the geometry of this CRTC (might be invalid if the CRTC is not in use) * i current_mode: the current mode of the CRTC, or -1 if this CRTC is not used Note: the size of the mode will always correspond to the width and height of the CRTC * u current_transform: the current transform (espressed according to the wayland protocol) * au transforms: all possible transforms * a{sv} properties: other high-level properties that affect this CRTC; they are not necessarily reflected in the hardware. No property is specified in this version of the API. Note: all geometry information refers to the untransformed display. )rrU)r Zcrtcr$r r ZMutterDisplayConfig.crtcss,P(,~~a'89'8tT '8999r&c sdVP^,Uu.uFp\V4NK up#uupi)a4 An output represents a physical screen, connected somewhere to the computer. Floating connectors are not exposed in the API. An output is a DBus struct with the following fields: * u ID: the ID in the API * x winsys_id: the low-level ID of this output (XID or KMS handle) * i current_crtc: the CRTC that is currently driving this output, or -1 if the output is disabled * au possible_crtcs: all CRTCs that can control this output * s name: the name of the connector to which the output is attached (like VGA1 or HDMI) * au modes: valid modes for this output * au clones: valid clones for this output, ie other outputs that can be assigned the same CRTC as this one; if you want to mirror two outputs that don't have each other in the clone list, you must configure two different CRTCs for the same geometry * a{sv} properties: other high-level properties that affect this output; they are not necessarily reflected in the hardware. Known properties: - "vendor" (s): (readonly) the human readable name of the manufacturer - "product" (s): (readonly) the human readable name of the display model - "serial" (s): (readonly) the serial number of this particular hardware part - "display-name" (s): (readonly) a human readable name of this output, to be shown in the UI - "backlight" (i): (readonly, use the specific interface) the backlight value as a percentage (-1 if not supported) - "primary" (b): whether this output is primary or not - "presentation" (b): whether this output is for presentation only Note: properties might be ignored if not consistenly applied to all outputs in the same clone group. In general, it's expected that presentation or primary outputs will not be cloned. )rrr Zoutputr$r outputsZMutterDisplayConfig.outputss,V.2^^A->?->6v->???r&c sdVP^,Uu.uFp\V4NK up#uupi)ab A mode represents a set of parameters that are applied to each output, such as resolution and refresh rate. It is a separate object so that it can be referenced by CRTCs and outputs. Multiple outputs in the same CRTCs must all have the same mode. A mode is exposed as: * u ID: the ID in the API * x winsys_id: the low-level ID of this mode * u width, height: the resolution * d frequency: refresh rate * u flags: mode flags as defined in xf86drmMode.h and randr.h Output and modes are read-only objects (except for output properties), they can change only in accordance to HW changes (such as hotplugging a monitor), while CRTCs can be changed with ApplyConfiguration(). XXX: actually, if you insist enough, you can add new modes through xrandr command line or the KMS API, overriding what the kernel driver and the EDID say. Usually, it only matters with old cards with broken drivers, or old monitors with broken EDIDs, but it happens more often with projectors (if for example the kernel driver doesn't add the 640x480 - 800x600 - 1024x768 default modes). 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JJDzzU"t{{f'<   @sA*c r)r)rrrrr rZ/MutterDisplayConfig.get_primary_logical_monitorFs!!==??rc rr)rrrrr rZ'MutterDisplayConfig.get_primary_monitorJs!!5577rc sV'g\P!R4R#VPP4Vn\ VP4VnVUUUu.uFpVP^,VP^,\P!VP4\P!VP4VPVPUUu.uFDwr4\P!\!V44\P!\!V44/.NKF upp.NK ppppVPP#VP P$VP&V/4R#uuppiuupppi)z2Set the selected display to the desired resolutionz.No display config given, not applying anythingN)rerrorrrrrrrrZDoubler`ZUInt32rr.rZStringr,ZApplyMonitorsConfigrTEMPORARY_METHOD)r Zdisplay_configsconfigrrlZmonitors_configrsr apply_monitors_configZ)MutterDisplayConfig.apply_monitors_configNs# LLI J 446)$..9*  *"" FLL) F,,-/5oo.=* [[\!23T[[T5KRP.= *    **4+=+=+D+DdF[F[]lnpq  s BE<!A E6+ E<6E<)rrrN)r1r2r3r4r5rrZ VERIFY_METHODrZPERSISTENT_METHODr r6rr rr%rrrtrrrr7r8r9r:r rrsA0I1IM:!!':':R*@*@XAA8!!!!@8rrrrcsHa]tRtRtoRtRtRtRtRtRt Rt R t Vt R #) MutterDisplayManagerigz/Manage displays using the DBus Mutter interfacecs$\4VnR#r)rdisplay_configrrr r ZMutterDisplayManager.__init__js 13rc sVPPPUu.uFqP4NK up#uupi)z9Return the current configuration for each logical monitor)rrrr)r Zlogical_monitorr$r rZMutterDisplayManager.get_configms5DHDWDWDeDeDvDvwDv**,Dvwwws>c sjVPPUu.uFqPNK up#uupi)z*Return display names of connected displays)rrrrr$r get_display_namesZ&MutterDisplayManager.get_display_namesqs,262E2E2M2MN2M##2MNNNs0c sVPPUu.uFqP: RVP: 2NK! ppV'g)\P !R4\ : R\: 2.#\\V4RRR7#uupi)zReturn available resolutionsr?z"Could not generate resolution listcsD\VPR4^,4#r?)r#rprrr ZZ6MutterDisplayManager.get_resolutions..{sc!''#,q/6JrT)ZkeyZreverse) rr%rBrCrrrrZsortedZset)r rlZ resolutionsrr get_resolutionsZ$MutterDisplayManager.get_resolutionsusjGKGZGZG`G`aG`t**dkk:G` a LL= >79RST Tc+&,JTXYY bs%Bc sB\P!R4VPPP 4pV'g5\P !R4\ \4\ \43#\ VP4\ VP43#)z5Return the current resolution for the primary displayzRetrieving current resolutionz+Could not retrieve the current display mode) rZdebugrrrmrr,rrrBrC)r rYr$r get_current_resolutionZ+MutterDisplayManager.get_current_resolution}sq 45**88IIK  LLF G/0#6O2PP P<%%&L,?,?(@@@rc s\V\4'dVPP4pVP V4pV'g\ P !RV4R#\VPVP3.VPR^RR4.pVPPV4M&V'dVPPV4MR#\4VnR#)zChange the current resolutionz!Could not find valid mode for %sNTg?)r) Z isinstancer,rrrtrrrr"rHrr)r rrrhrlrs&& r set_resolutionZ#MutterDisplayManager.set_resolutions j# & &))==?G22:>D @*M#gllDGG%<$=w||VUVX\^abcF    5 5f =     5 5j A 23r)rN) r1r2r3r4r5r rrrrrr7r8r9r:r rrgs/94xOZA44rr)rr"rrr.r`)r5Z collectionsrrZlutris.settingsrrZlutris.util.logrrrr;rUr_rdr}rrrrcrr rs/" O"?,mn K0K0\(!(!VB&B&J'/+'/T:5:5z<w<w~/=/=dArArH/4/4r