| Name | type | default | description |
| gEyeBufferWidth | int | 1024 | Value returned as recommended eye buffer width in sxrDeviceInfo |
| gEyeBufferHeight | int | 1024 | Value returned as recommended eye buffer height in sxrDeviceInfo |
| gEyeBufferFovX | float | 90.0f | Value returned as recommended FOV X in sxrDeviceInfo |
| gEyeBufferFovY | float | 90.0f | Value returned as recommended FOV Y in sxrDeviceInfo |
| gFrustum_Convergence | float | 0.0f | Value returned as recommended eye convergence in sxrDeviceInfo |
| gFrustum_Pitch | float | 0.0f | Value returned as recommended eye pitch in sxrDeviceInfo |
| gLeftFrustum_Near | float | 0.0508 | Value returned as recommended view frustum size in sxrDeviceInfo |
| gLeftFrustum_Far | float | 100.0 | Value returned as recommended view frustum size in sxrDeviceInfo |
| gLeftFrustum_Left | float | -0.031 | Value returned as recommended view frustum size in sxrDeviceInfo |
| gLeftFrustum_Right | float | 0.031 | Value returned as recommended view frustum size in sxrDeviceInfo |
| gLeftFrustum_Top | float | 0.031 | Value returned as recommended view frustum size in sxrDeviceInfo |
| gLeftFrustum_Bottom | float | -0.031 | Value returned as recommended view frustum size in sxrDeviceInfo |
| gRightFrustum_Near | float | 0.0508 | Value returned as recommended view frustum size in sxrDeviceInfo |
| gRightFrustum_Far | float | 100.0 | Value returned as recommended view frustum size in sxrDeviceInfo |
| gRightFrustum_Left | float | -0.031 | Value returned as recommended view frustum size in sxrDeviceInfo |
| gRightFrustum_Right | float | 0.031 | Value returned as recommended view frustum size in sxrDeviceInfo |
| gRightFrustum_Top | float | 0.031 | Value returned as recommended view frustum size in sxrDeviceInfo |
| gRightFrustum_Bottom | float | -0.031 | Value returned as recommended view frustum size in sxrDeviceInfo |
| gLowFoveationArea | float | 0.0f | Value returned as recommended low foveation area in sxrDeviceInfo |
| gLowFoveationGainX | float | 2.0f | Value returned as recommended low foveation gain x in sxrDeviceInfo |
| gLowFoveationGainY | float | 2.0f | Value returned as recommended low foveation gain y in sxrDeviceInfo |
| gLowFoveationMinimum | float | 0.125f | Value returned as recommended low foveation minimum in sxrDeviceInfo |
| gMedFoveationArea | float | 1.0f | Value returned as recommended med foveation area in sxrDeviceInfo |
| gMedFoveationGainX | float | 3.0f | Value returned as recommended med foveation gain x in sxrDeviceInfo |
| gMedFoveationGainY | float | 3.0f | Value returned as recommended med foveation gain y in sxrDeviceInfo |
| gMedFoveationMinimum | float | 0.125f | Value returned as recommended med foveation minimum in sxrDeviceInfo |
| gHighFoveationArea | float | 2.0f | Value returned as recommended high foveation area in sxrDeviceInfo |
| gHighFoveationGainX | float | 4.0f | Value returned as recommended high foveation gain x in sxrDeviceInfo |
| gHighFoveationGainY | float | 4.0f | Value returned as recommended high foveation gain y in sxrDeviceInfo |
| gHighFoveationMinimum | float | 0.125f | Value returned as recommended high foveation minimum in sxrDeviceInfo |
| gCalibration_X_0 | float | 0.00505392f | |
| gCalibration_X_1 | float | -0.926172f | |
| gCalibration_X_2 | float | -0.377068f | |
| gCalibration_X_3 | float | -0.00667208f | |
| gCalibration_Y_0 | float | -0.903837f | |
| gCalibration_Y_1 | float | -0.165562f | |
| gCalibration_Y_2 | float | 0.394548f | |
| gCalibration_Y_3 | float | 0.0630108f | |
| gCalibration_Z_0 | float | -0.427847f | |
| gCalibration_Z_1 | float | 0.338814f | |
| gCalibration_Z_2 | float | -0.837945f | |
| gCalibration_Z_3 | float | -0.0338611f | |
| gPrincipalPoint_0 | float | 331.91989f | |
| gPrincipalPoint_1 | float | 241.84999f | |
| gFocalLength_0 | float | 268.08765f | |
| gFocalLength_1 | float | 268.08765f | |
| gRadialDistortion_0 | float | 0.084730856f | |
| gRadialDistortion_1 | float | -0.058135655f | |
| gRadialDistortion_2 | float | 0.23780872f | |
| gRadialDistortion_3 | float | -0.12837055f | |
| gRadialDistortion_4 | float | 0.0f | |
| gRadialDistortion_5 | float | 0.0f | |
| gRadialDistortion_6 | float | 0.0f | |
| gRadialDistortion_7 | float | 0.0f | |
| gEnableTimeWarp | bool | true | Override to disable TimeWarp |
| gDisableReprojection | bool | false | Override to disable reprojection |
| gDisablePredictedTime | bool | false | Forces sxrGetPredictedDisplayTime to return 0.0 |
| gRenderThreadCore | int | 3 | Core id to set render thread affinity for (-1 disables affinity), ignored if the QVR Perf module is active. |
| gEnableRenderThreadFifo | bool | false | Enable/disable setting SCHED_FIFO scheduling policy on the render thread thread, ignored if the QVR Perf module is active. |
| gForceMinVsync | int | 0 | Override for sxrFrameParams minVsync option (0:override disabled, 1 or 2 forced value) |
| gUseVSyncCallback | bool | false | Override for using the vsync callback, if set to false then check gUseLinePtr |
| gUseLinePtr | bool | true | Override for using the linePtr interrupt, if set to false Choreographer will be used instead |
| gTimeToHalfExposure | float | 8.33f | Time (milliseconds) to get to Half Exposure on the display. This usually T/2, but this property can be used to adjust for OLED vs LCD, getting to 3T/4, additional display delay time, etc. |
| gTimeToMidEyeWarp | float | 4.16f | Time (milliseconds) between warping each eye. |
| gHeuristicPredictedTime | bool | false | Whether to use a heuristic predicted time |
| gNumHeuristicEntries | int | 25 | How many entries to average to get heuristic predicted time |
| gHeuristicOffset | float | 0.0 | Offset added to the heuristic predicted time |
| gUseQvrPerfModule | bool | true | Enable/disable the QVR Performance module. If active all thread affinities, priorities and HW clocks will be based on the QVR perf module configuration rather than the SDK configuration |
| gForceCpuLevel | int | -1 | Override to force CPU performance level (-1: app defined, 0:system defined/off, 1/2/3 for min,medium,max) |
| gCpuLvl1Min | int | 30 | Lower CPU frequency (percentage) bound for min performance level, ignored if the QVR Perf module is active. |
| gCpuLvl1Max | int | 50 | Upper CPU frequency (percentage) bound for min performance level, ignored if the QVR Perf module is active. |
| gCpuLvl2Min | int | 51 | Lower CPU frequency (percentage) bound for medium performance level, ignored if the QVR Perf module is active. |
| gCpuLvl2Max | int | 80 | Upper CPU frequency (percentage) bound for medium performance level, ignored if the QVR Perf module is active. |
| gCpuLvl3Min | int | 81 | Lower CPU frequency (percentage) bound for max performance level, ignored if the QVR Perf module is active. |
| gCpuLvl3Max | int | 100 | Upper CPU frequency (percentage) bound for max performance level , ignored if the QVR Perf module is active. |
| gForceGpuLevel | int | -1 | Override to force GPU performance level (-1: app defined, 0:system defined/off, 1/2/3 for min,medium,max) |
| gGpuLvl1Min | int | 30 | Lower GPU frequency (percentage) bound for min performance level, ignored if the QVR Perf module is active. |
| gGpuLvl1Max | int | 50 | Upper GPU frequency (percentage) bound for min performance level, ignored if the QVR Perf module is active. |
| gGpuLvl2Min | int | 51 | Lower GPU frequency (percentage) bound for medium performance level, ignored if the QVR Perf module is active. |
| gGpuLvl2Max | int | 80 | Upper GPU frequency (percentage) bound for medium performance level, ignored if the QVR Perf module is active. |
| gGpuLvl3Min | int | 81 | Lower GPU frequency (percentage) bound for max performance level, ignored if the QVR Perf module is active. |
| gGpuLvl3Max | int | 100 | Upper GPU frequency (percentage) bound for max performance level, ignored if the QVR Perf module is active. |
| gForceTrackingMode | int | 0 | Force a specific tracking mode 1 = rotational 3 = rotational & positional |
| gUseMagneticRotationFlag | bool | true | If using roational data only, use version that is magnetically corrected |
| gLogLinePtrDelay | float | 0.0 | Log line ptr delays longer greater than this value (0.0 = disabled) |
| gLogSubmitFps | bool | false | Enables output of submit FPS to LogCat |
| gLogPoseVelocity | bool | false | Log out the tracking velocity |
| gMaxAngVel | float | 450.0f | Detected angular velocity larger than this value will be considered an error in the tracking system (degrees / sec) |
| gMaxLinearVel | float | 6.0f | Detected linear/translational velocity larger than this value will be considered an error in the tracking system (meters / sec) |
| gLogSubmitFrame | bool | false | Log svrSubmitFrame() parameters |
| gEnableDebugServer | bool | false | Enables a very basic json-rpc server for interacting with vr while running |
| gDisableFrameSubmit | bool | false | Debug flag that will prevent the eye buffer render thread from submitted frames to time warp |
| gControllerService | char* | " " | |
| gControllerRingBufferSize | int | 80 | |
| gDebugServerPort | int | 8080 | Port for the debug server to listen for incoming requests on |
| gLogEvents | bool | false | Enables logcat logging of events |
| gSensorOrientationCorrectX | float | 0.0f | Adjustment if sensors are physically rotated (degrees) |
| gSensorOrientationCorrectY | float | 0.0f | Adjustment if sensors are physically rotated (degrees) |
| gSensorOrientationCorrectZ | float | 0.0f | Adjustment if sensors are physically rotated (degrees) |
| gSensorHomePosition | int | 0 | Base device configuration. 0 = Landscape Left; 1 = Landscape Right |
| gSensorHeadOffsetX | float | 0.0f | Adjustment for device physical distance from head (meters) |
| gSensorHeadOffsetY | float | 0.0f | Adjustment for device physical distance from head (meters) |
| gSensorHeadOffsetZ | float | 0.0762 | Adjustment for device physical distance from head (meters) |
| gMinPoseQuality | float | 0.7 | Minimum pose quality (In range [0.0, 1.0]) allowed |
| gIMUSensorPoseDelay | float | 0.0 | Base IMU delay (milliseconds). How old is pose before it is recorded? |
| gMaxPredictedTime | float | 75.0 | Max allowable predicted pose time (milliseconds) |
| gLogMaxPredictedTime | bool | true | Enable/disable logging when max predicted time is enforced |
| gLogRawSensorData | bool | false | Enable/disable logging of sensor values directly from the service |
| gUseFixedRotation | bool | false | Enable/disable setting of sensor rotation value directly |
| gFixedRotationQuatX | float | 0.0f | |
| gFixedRotationQuatY | float | 0.0f | |
| gFixedRotationQuatZ | float | 0.0f | |
| gFixedRotationQuatW | float | 1.0f | |
| gFixedRotationSpeedX | float | 0.0f | |
| gFixedRotationSpeedY | float | 0.0f | |
| gFixedRotationSpeedZ | float | 0.0f | |
| gUseFixedPosition | bool | false | Enable/disable setting of sensor position value directly |
| gFixedPositionX | float | 0.0f | |
| gFixedPositionY | float | 0.0f | |
| gFixedPositionZ | float | 0.0f | |
| gFixedPositionEndX | float | 0.0f | |
| gFixedPositionEndY | float | 0.0f | |
| gFixedPositionEndZ | float | 0.0f | |
| gFixedPositionSpeed | float | 0.0f | |
| gEnableMotionVectors | bool | false | Enables motion vector support |
| gForceAppEnableMotionVectors | bool | false | Force motion vectors for all applications. Otherwise up to application |
| gEnableYuvDecode | bool | true | For Power: Whether or not to actually send data to motion engine |
| gUseMotionVectors | bool | true | For Power: Whether or not to use motion data |
| gWarpMotionVectors | bool | true | Warp current motion engine input to remove head motion |
| gWarpMotionScale | float | 1.0f | Scale of motion vector warping |
| gLogMotionVectors | bool | false | Enables logging of motion vector activities |
| gLogThreadState | bool | false | Subject to "gLogMotionVectors": Logs thread activities |
| gMotionVectorScale | float | 0.5f | Scale of eye buffer size to motion vector input |
| gMotionInterpolationFactor | float | 0.5f | Scale of motion vector data applied to interpolated frames (Assume half framerate) |
| gSmoothMotionVectors | bool | true | Motion data is average of surrounding samples |
| gSmoothMotionVectorsWithGPU | bool | true | Motion data smoothing is done on the GPU |
| gRenderMotionVectors | bool | false | Enables display of motion vectors as one of the eye buffers |
| gRenderMotionInput | bool | false | Enables display of motion input. Current/Previous are the Left/Right eyes (for checking warp). Subject to gRenderMotionVectors |
| gGenerateBothEyes | bool | false | Generate separate motion data for each eye. Otherwise, same data is used for both |
| gDiscardLargeMotionVectors | bool | true | Anything over max is set to zero |
| gClampLargeMotionVectors | bool | false | Anything over max is clamped to max |
| gMaxMotionVectorX | uint32_t | 15 | Max Pixels based on motion engine input |
| gMaxMotionVectorY | uint32_t | 15 | Max Pixels based on motion engine input |
| gDisableLensCorrection | bool | false | Override to disable any lens correction during time warp |
| gDirectModeWarp | bool | true | Override to enable/disable "direct" non-binning mode for time warp rendering |
| gSingleBufferWindow | bool | true | Override to enable/disable use of single buffer surface for time warp |
| gTimeWarpThreadCore | int | 2 | Core affinity for time warp thread (-1=system defined), ignored if the QVR Perf module is active. |
| gTimeWarpClearBuffer | bool | false | Enable/disable clearing the time warp surface before rendering |
| gBusyWait | bool | false | Enable/disable "busy" wait between eyes (on some builds use of nanosleep function can oversleep by as much as 10ms if FIFO isn't set on the sleeping thread) |
| gEnableWarpThreadFifo | bool | true | Enable/disable setting SCHED_FIFO scheduling policy on the warp thread (must be true if gBusyWait is false to avoid tearing), ignored if the QVR Perf module is active. |
| gRecenterFrames | int | 0 | Number of frames to disable reprojection after sensors are recentered |
| gSensorInitializeFrames | int | 0 | Number of frames to disable display after sensors are started |
| gTimeWarpMinLoopTime | int | 0 | For testing: minimum time (milliseconds) for a timewarp loop. Can be used to simulate timewarp not able to keep up with render. Set to 0 to disable test |
| gTimeWarpWaitBias | float | 0.0f | Bias applied to the time we wait to kick off warping for each eye |
| gTimeWarpDelayBetweenEyes | bool | true | Second eye is rendered at apporpriate vsync time. Otherwise, both eyes rendered back to back |
| gTimeWarpClearColorR | float | 0.0f | Fill color for TimeWarp clear (if gTimeWarpClearBuffer enabled) |
| gTimeWarpClearColorG | float | 0.0f | Fill color for TimeWarp clear (if gTimeWarpClearBuffer enabled) |
| gTimeWarpClearColorB | float | 0.0f | Fill color for TimeWarp clear (if gTimeWarpClearBuffer enabled) |
| gTimeWarpClearColorA | float | 1.0f | Fill color for TimeWarp clear (if gTimeWarpClearBuffer enabled) |
| gSupportColorPlaneWarp | bool | false | Some displays support different color planes. |
| gColorPlaneTimeOffsetR | float | 0.0f | When warping, each color plane has a different time (milliseconds) to be warped |
| gColorPlaneTimeOffsetG | float | 0.0f | When warping, each color plane has a different time (milliseconds) to be warped |
| gColorPlaneTimeOffsetB | float | 0.0f | When warping, each color plane has a different time (milliseconds) to be warped |
| gTimeWarpEnabledEyeMask | int | 3 | sxrEyeMask Bit Field: 1 = Left; 2 = Right; 3 = Both |
| gForceColorSpace | int | -1.0f | Force warp colorspace -1 = app specified, 0 = linear, 1 = sRGB |
| gApplyDisplaySkew | bool | false | Apply a skew during warp to counteract the impact of display rates |
| gApplyDisplaySquash | bool | false | Apply a skew during warp to counteract the impact of display rates |
| gSkewScaleFactor | float | 1.0f | Scale factor to apply to the display skewing |
| gSquashScaleFactor | float | 1.0f | Scale factor to apply to the display squash |
| gCompositeRadius | float | 0.25f | Any layer quad outside this range will be composited |
| gWarpMeshType | int | 0 | Warp mesh type: 0 = Columns (Left To Right); 1 = Columns (Right To Left); 2 = Rows (Top To Bottom); 3 = Rows (Bottom To Top) |
| gWarpMeshRows | int | 50 | Number of rows in the warp mesh grid |
| gWarpMeshCols | int | 50 | Number of columns in the warp mesh grid |
| gLayerMeshRows | int | 8 | Number of rows in the layer mesh grid |
| gLayerMeshCols | int | 8 | Number of columns in the layer mesh grid |
| gWarpEqrMeshRadius | float | 2.0 | Radius of warp mesh used for EquiRectangular display (Affects curvature) |
| gWarpEqrMeshScale | float | 0.9 | Amount of screen covered by the EquiRectangular warp mesh |
| gWarpMeshMinX | float | -1.0f | Screen space coordinate of minimum X-Value |
| gWarpMeshMaxX | float | 1.0f | Screen space coordinate of maximum X-Value |
| gWarpMeshMinY | float | -1.0f | Screen space coordinate of minimum Y-Value |
| gWarpMeshMaxY | float | 1.0f | Screen space coordinate of maximum Y-Value |
| gMeshOffsetLeftX | float | 0.0f | Screen space adjustment for left mesh to center under lens |
| gMeshOffsetLeftY | float | 0.0f | Screen space adjustment for left mesh to center under lens |
| gMeshOffsetRightX | float | 0.0f | Screen space adjustment for right mesh to center under lens |
| gMeshOffsetRightY | float | 0.0f | Screen space adjustment for right mesh to center under lens |
| gMeshAspectRatio | float | 1.0 | 0.0 = Use Screen Size; X.X = Force aspect ratio |
| gMeshVignette | bool | false | Enable/Disable vignette feature on the warp mesh |
| gVignetteRadius | float | 0.7f | Start radius of vignette feature. Completes at gMeshDiscardUV applied to lens polynomial |
| gClampBorderEnabled | bool | true | Enable/disable clamp to border color on eye buffers |
| gClampBorderColorR | float | 0.0f | Fill color for clamp to border (if enabled) |
| gClampBorderColorG | float | 0.0f | Fill color for clamp to border (if enabled) |
| gClampBorderColorB | float | 0.0f | Fill color for clamp to border (if enabled) |
| gClampBorderColorA | float | 1.0f | Fill color for clamp to border (if enabled) |
| gClampBorderOverlayEnabled | bool | true | Enable/disable clamp to border color on overlay buffers |
| gClampBorderOverlayColorR | float | 0.0f | Fill color for clamp to border (if enabled) |
| gClampBorderOverlayColorG | float | 0.0f | Fill color for clamp to border (if enabled) |
| gClampBorderOverlayColorB | float | 0.0f | Fill color for clamp to border (if enabled) |
| gClampBorderOverlayColorA | float | 1.0f | Fill color for clamp to border (if enabled) |
| gStencilMeshEnabled | bool | false | Enable/disable stencil mesh optimization on eye buffers |
| gStencilMeshRadius | float | 0.95f | Radius of stencil mesh used for eye buffers |
| gStencilMeshColorR | float | 0.0f | Fill color for stencil mesh (if enabled) |
| gStencilMeshColorG | float | 0.0f | Fill color for stencil mesh (if enabled) |
| gStencilMeshColorB | float | 0.0f | Fill color for stencil mesh (if enabled) |
| gStencilMeshColorA | float | 1.0f | Fill color for stencil mesh (if enabled) |
| gEnableBoundarySystem | bool | false | Enable/disable Boundary display |
| gForceDisplayBoundarySystem | bool | false | Forces the display of the Boundary display |
| gLogBoundarySystem | bool | false | Enable/disable loging of Boundary system |
| gEnableBoundaryMesh | bool | false | Enable/disable Boundary feature using mesh |
| gBoundaryWarpMeshRows | int | 2 | Number of rows in the Boundary mesh |
| gBoundaryWarpMeshCols | int | 2 | Number of cols in the Boundary mesh |
| gBoundaryZoneMinX | float | -4.0 | Boundary zone size (Real world coordinates in meters) |
| gBoundaryZoneMaxX | float | 4.0 | Boundary zone size (Real world coordinates in meters) |
| gBoundaryZoneMinY | float | -4.0 | Boundary zone size (Real world coordinates in meters) |
| gBoundaryZoneMaxY | float | 4.0 | Boundary zone size (Real world coordinates in meters) |
| gBoundaryZoneMinZ | float | -4.0 | Boundary zone size (Real world coordinates in meters) |
| gBoundaryZoneMaxZ | float | 4.0 | Boundary zone size (Real world coordinates in meters) |
| gBoundaryUVScale | float | 10.0 | Boundary zone texture repeat scale (grid spacing) |
| gBoundaryGridWidth | float | 0.1 | Boundary zone grid line width (fractional part of result of gBoundaryUVScale) |
| gBoundaryVisabilityRadius | float | 0.5 | Distance from Boundary zone boundaries when the Boundary mesh starts to be visible |
| gBoundaryVisabilityScale | float | 1.5 | Scale for how quickly the Boundary mesh fades in to full opacity |
| gBoundaryMeshColorR | float | 1.0 | Boundary mesh color |
| gBoundaryMeshColorG | float | 1.0 | Boundary mesh color |
| gBoundaryMeshColorB | float | 1.0 | Boundary mesh color |
| gBoundaryMeshColorA | float | 1.0 | Boundary mesh color |
| gLensOffsetX | float | 0.0f | Horizontal lens offset |
| gLensOffsetY | float | 0.0f | Vertical lens offset |
| gLensInverse | bool | false | |
| gLensPolyK0 | float | 1.0f | |
| gLensPolyK1 | float | 0.0f | |
| gLensPolyK2 | float | 0.22f | |
| gLensPolyK3 | float | 0.0f | |
| gLensPolyK4 | float | 0.24f | |
| gLensPolyK5 | float | 0.0f | |
| gLensPolyK6 | float | 0.0f | |
| gChromaticPolyK0_R | float | 0.994f | |
| gChromaticPolyK1_R | float | 0.0f | |
| gChromaticPolyK2_R | float | 0.0f | |
| gChromaticPolyK3_R | float | 0.0f | |
| gChromaticPolyK4_R | float | 0.0f | |
| gChromaticPolyK5_R | float | 0.0f | |
| gChromaticPolyK6_R | float | 0.0f | |
| gChromaticPolyK0_G | float | 1.003f | |
| gChromaticPolyK1_G | float | 0.0f | |
| gChromaticPolyK2_G | float | 0.0f | |
| gChromaticPolyK3_G | float | 0.0f | |
| gChromaticPolyK4_G | float | 0.0f | |
| gChromaticPolyK5_G | float | 0.0f | |
| gChromaticPolyK6_G | float | 0.0f | |
| gChromaticPolyK0_B | float | 1.014f | |
| gChromaticPolyK1_B | float | 0.0f | |
| gChromaticPolyK2_B | float | 0.0f | |
| gChromaticPolyK3_B | float | 0.0f | |
| gChromaticPolyK4_B | float | 0.0f | |
| gChromaticPolyK5_B | float | 0.0f | |
| gChromaticPolyK6_B | float | 0.0f | |
| gChromaticPixelBorder | float | 0.0f | |
| gMeshDiscardUV | float | 1.0f | After lens polynomial applied, anything greater than this value will be discarded. |
| gLogEyeOverSleep | bool | false | Enable/disable checking and logging of oversleep during eye buffer rendering |
| gLogFrameDoubles | bool | false | Enables output of LogCat messages when TimeWarp frames are reused |
| gLogMeshCreation | bool | false | Enables output of LogCat messages when meshes are created |
| gLogVSyncData | bool | false | Enables output of LogCat messages when VSync data is updated |
| gLogPrediction | bool | false | |
| gLogDroppedFrames | bool | false | If next frame warped is not one more than last frame (Application may break this if it assigns wrong frameIndx) |
| gLogShaderUniforms | bool | false | |
| gLogEyeRender | bool | false | |
| gMotionToPhotonC | float | 10.0f | Scale factor driving intensity of color from angular velocity |
| gMotionToPhotonAccThreshold | float | 0.999998f | Minimum threshold for motion to be considered significant enough to light the display |
1.8.11
