import typing import collections.abc import typing_extensions import numpy.typing as npt type AssetLibraryTypeItems = typing.Literal[ "ALL", # All Libraries.Show assets from all of the listed asset libraries. "LOCAL", # Current File.Show the assets currently available in this Blender session. "ESSENTIALS", # Essentials.Show the basic building blocks and utilities coming with Blender. "CUSTOM", # Custom.Show assets from the asset libraries configured in the Preferences. ] type AttrStorageTypeItems = typing.Literal[ "ARRAY", # Array.Store a value for every element. "SINGLE", # Single.Store a single value for the entire domain. ] type AttributeCurvesDomainItems = typing.Literal[ "POINT", # Control Point. "CURVE", # Curve. ] type AttributeDomainEdgeFaceItems = typing.Literal[ "EDGE", # Edge.Attribute on mesh edge. "FACE", # Face.Attribute on mesh faces. ] type AttributeDomainItems = typing.Literal[ "POINT", # Point.Attribute on point. "EDGE", # Edge.Attribute on mesh edge. "FACE", # Face.Attribute on mesh faces. "CORNER", # Face Corner.Attribute on mesh face corner. "CURVE", # Spline.Attribute on spline. "INSTANCE", # Instance.Attribute on instance. "LAYER", # Layer.Attribute on Grease Pencil layer. ] type AttributeDomainOnlyMeshItems = typing.Literal[ "POINT", # Point.Attribute on point. "EDGE", # Edge.Attribute on mesh edge. "FACE", # Face.Attribute on mesh faces. "CORNER", # Face Corner.Attribute on mesh face corner. ] type AttributeDomainOnlyMeshNoCornerItems = typing.Literal[ "POINT", # Point.Attribute on point. "EDGE", # Edge.Attribute on mesh edge. "FACE", # Face.Attribute on mesh faces. ] type AttributeDomainOnlyMeshNoEdgeItems = typing.Literal[ "POINT", # Point.Attribute on point. "FACE", # Face.Attribute on mesh faces. "CORNER", # Face Corner.Attribute on mesh face corner. ] type AttributeDomainPointEdgeFaceCurveItems = typing.Literal[ "POINT", # Point.Attribute on point. "EDGE", # Edge.Attribute on mesh edge. "FACE", # Face.Attribute on mesh faces. "CURVE", # Spline.Attribute on spline. ] type AttributeDomainPointFaceCurveItems = typing.Literal[ "POINT", # Point.Attribute on point. "FACE", # Face.Attribute on mesh faces. "CURVE", # Spline.Attribute on spline. ] type AttributeDomainWithAutoItems = typing.Literal[ "AUTO", # Auto. "POINT", # Point.Attribute on point. "EDGE", # Edge.Attribute on mesh edge. "FACE", # Face.Attribute on mesh faces. "CORNER", # Face Corner.Attribute on mesh face corner. "CURVE", # Spline.Attribute on spline. "INSTANCE", # Instance.Attribute on instance. "LAYER", # Layer.Attribute on Grease Pencil layer. ] type AttributeDomainWithoutCornerItems = typing.Literal[ "POINT", # Point.Attribute on point. "EDGE", # Edge.Attribute on mesh edge. "FACE", # Face.Attribute on mesh faces. "CURVE", # Spline.Attribute on spline. "INSTANCE", # Instance.Attribute on instance. "LAYER", # Layer.Attribute on Grease Pencil layer. ] type AttributeTypeItems = typing.Literal[ "FLOAT", # Float.Floating-point value. "INT", # Integer.32-bit integer. "BOOLEAN", # Boolean.True or false. "FLOAT_VECTOR", # Vector.3D vector with floating-point values. "FLOAT_COLOR", # Color.RGBA color with 32-bit floating-point values. "QUATERNION", # Quaternion.Floating point quaternion rotation. "FLOAT4X4", # 4x4 Matrix.Floating point matrix. "STRING", # String.Text string. "INT8", # 8-Bit Integer.Smaller integer with a range from -128 to 127. "INT16_2D", # 2D 16-Bit Integer Vector.16-bit signed integer vector. "INT32_2D", # 2D Integer Vector.32-bit signed integer vector. "FLOAT2", # 2D Vector.2D vector with floating-point values. "FLOAT4", # 4D Vector.4D vector with floating-point values. "BYTE_COLOR", # Byte Color.RGBA color with 8-bit positive integer values. ] type AttributeTypeWithAutoItems = typing.Literal[ "AUTO", # Auto. "FLOAT", # Float.Floating-point value. "INT", # Integer.32-bit integer. "BOOLEAN", # Boolean.True or false. "FLOAT_VECTOR", # Vector.3D vector with floating-point values. "FLOAT_COLOR", # Color.RGBA color with 32-bit floating-point values. "QUATERNION", # Quaternion.Floating point quaternion rotation. "FLOAT4X4", # 4x4 Matrix.Floating point matrix. "STRING", # String.Text string. "INT8", # 8-Bit Integer.Smaller integer with a range from -128 to 127. "INT16_2D", # 2D 16-Bit Integer Vector.16-bit signed integer vector. "INT32_2D", # 2D Integer Vector.32-bit signed integer vector. "FLOAT2", # 2D Vector.2D vector with floating-point values. "FLOAT4", # 4D Vector.4D vector with floating-point values. "BYTE_COLOR", # Byte Color.RGBA color with 8-bit positive integer values. ] type AxisFlagXyzItems = typing.Literal[ "X", # :4: (INFO/1) Enumerated list start value not ordinal-1: "X" (ordinal 24) "Y", # :4: (INFO/1) Enumerated list start value not ordinal-1: "Y" (ordinal 25) "Z", # :4: (INFO/1) Enumerated list start value not ordinal-1: "Z" (ordinal 26) ] type AxisXyItems = typing.Literal[ "X", # :4: (INFO/1) Enumerated list start value not ordinal-1: "X" (ordinal 24) "Y", # :4: (INFO/1) Enumerated list start value not ordinal-1: "Y" (ordinal 25) ] type AxisXyzItems = typing.Literal[ "X", # :4: (INFO/1) Enumerated list start value not ordinal-1: "X" (ordinal 24) "Y", # :4: (INFO/1) Enumerated list start value not ordinal-1: "Y" (ordinal 25) "Z", # :4: (INFO/1) Enumerated list start value not ordinal-1: "Z" (ordinal 26) ] type BakeMarginTypeItems = typing.Literal[ "ADJACENT_FACES", # Adjacent Faces.Use pixels from adjacent faces across UV seams. "EXTEND", # Extend.Extend border pixels outwards. ] type BakePassFilterTypeItems = typing.Literal[ "NONE", # None. "EMIT", # Emit. "DIRECT", # Direct. "INDIRECT", # Indirect. "COLOR", # Color. "DIFFUSE", # Diffuse. "GLOSSY", # Glossy. "TRANSMISSION", # Transmission. ] type BakePassTypeItems = typing.Literal[ "COMBINED", # Combined. "AO", # Ambient Occlusion. "SHADOW", # Shadow. "POSITION", # Position. "NORMAL", # Normal. "UV", # UV. "ROUGHNESS", # ROUGHNESS. "EMIT", # Emission. "ENVIRONMENT", # Environment. "DIFFUSE", # Diffuse. "GLOSSY", # Glossy. "TRANSMISSION", # Transmission. ] type BakeSaveModeItems = typing.Literal[ "INTERNAL", # Internal.Save the baking map in an internal image data-block. "EXTERNAL", # External.Save the baking map in an external file. ] type BakeTargetItems = typing.Literal[ "IMAGE_TEXTURES", # Image Textures.Bake to image data-blocks associated with active image texture nodes in materials. "VERTEX_COLORS", # Active Color Attribute.Bake to the active color attribute on meshes. ] type BeztripleInterpolationEasingItems = typing.Literal[ "AUTO", # Automatic Easing.Easing type is chosen automatically based on what the type of interpolation used (e.g. Ease In for transitional types, and Ease Out for dynamic effects). "EASE_IN", # Ease In.Only on the end closest to the next keyframe. "EASE_OUT", # Ease Out.Only on the end closest to the first keyframe. "EASE_IN_OUT", # Ease In and Out.Segment between both keyframes. ] type BeztripleInterpolationModeItems = typing.Literal[ "CONSTANT", # Constant.No interpolation, value of A gets held until B is encountered. "LINEAR", # Linear.Straight-line interpolation between A and B (i.e. no ease in/out). "BEZIER", # Bézier.Smooth interpolation between A and B, with some control over curve shape. "SINE", # Sinusoidal.Sinusoidal easing (weakest, almost linear but with a slight curvature). "QUAD", # Quadratic.Quadratic easing. "CUBIC", # Cubic.Cubic easing. "QUART", # Quartic.Quartic easing. "QUINT", # Quintic.Quintic easing. "EXPO", # Exponential.Exponential easing (dramatic). "CIRC", # Circular.Circular easing (strongest and most dynamic). "BACK", # Back.Cubic easing with overshoot and settle. "BOUNCE", # Bounce.Exponentially decaying parabolic bounce, like when objects collide. "ELASTIC", # Elastic.Exponentially decaying sine wave, like an elastic band. ] type BeztripleKeyframeTypeItems = typing.Literal[ "KEYFRAME", # Keyframe.Normal keyframe, e.g. for key poses. "BREAKDOWN", # Breakdown.A breakdown pose, e.g. for transitions between key poses. "MOVING_HOLD", # Moving Hold.A keyframe that is part of a moving hold. "EXTREME", # Extreme.An "extreme" pose, or some other purpose as needed. "JITTER", # Jitter.A filler or baked keyframe for keying on ones, or some other purpose as needed. "GENERATED", # Generated.A key generated automatically by a tool, not manually created. ] type BoidruleTypeItems = typing.Literal[ "GOAL", # Goal.Go to assigned object or loudest assigned signal source. "AVOID", # Avoid.Get away from assigned object or loudest assigned signal source. "AVOID_COLLISION", # Avoid Collision.Maneuver to avoid collisions with other boids and deflector objects in near future. "SEPARATE", # Separate.Keep from going through other boids. "FLOCK", # Flock.Move to center of neighbors and match their velocity. "FOLLOW_LEADER", # Follow Leader.Follow a boid or assigned object. "AVERAGE_SPEED", # Average Speed.Maintain speed, flight level or wander. "FIGHT", # Fight.Go to closest enemy and attack when in range. ] type BrushCurvePresetItems = typing.Literal[ "CUSTOM", # Custom. "SMOOTH", # Smooth. "SMOOTHER", # Smoother. "SPHERE", # Sphere. "ROOT", # Root. "SHARP", # Sharp. "LIN", # Linear. "POW4", # Sharper. "INVSQUARE", # Inverse Square. "CONSTANT", # Constant. ] type BrushCurvesSculptBrushTypeItems = typing.Literal[ "SELECTION_PAINT", # Paint Selection. "ADD", # Add. "DELETE", # Delete. "DENSITY", # Density. "COMB", # Comb. "SNAKE_HOOK", # Snake Hook. "GROW_SHRINK", # Grow / Shrink. "PINCH", # Pinch. "PUFF", # Puff. "SMOOTH", # Smooth. "SLIDE", # Slide. ] type BrushGpencilSculptTypesItems = typing.Literal[ "SMOOTH", # Smooth.Smooth stroke points. "THICKNESS", # Thickness.Adjust thickness of strokes. "STRENGTH", # Strength.Adjust color strength of strokes. "RANDOMIZE", # Randomize.Introduce jitter/randomness into strokes. "GRAB", # Grab.Translate the set of points initially within the brush circle. "PUSH", # Push.Move points out of the way, as if combing them. "TWIST", # Twist.Rotate points around the midpoint of the brush. "PINCH", # Pinch.Pull points towards the midpoint of the brush. "CLONE", # Clone.Paste copies of the strokes stored on the internal clipboard. ] type BrushGpencilTypesItems = typing.Literal[ "DRAW", # Draw.The brush is of type used for drawing strokes. "FILL", # Fill.The brush is of type used for filling areas. "ERASE", # Erase.The brush is used for erasing strokes. "TINT", # Tint.The brush is of type used for tinting strokes. ] type BrushGpencilVertexTypesItems = typing.Literal[ "DRAW", # Draw.Paint a color on stroke points. "BLUR", # Blur.Smooth out the colors of adjacent stroke points. "AVERAGE", # Average.Smooth out colors with the average color under the brush. "SMEAR", # Smear.Smudge colors by grabbing and dragging them. "REPLACE", # Replace.Replace the color of stroke points that already have a color applied. ] type BrushGpencilWeightTypesItems = typing.Literal[ "WEIGHT", # Weight.Paint weight in active vertex group. "BLUR", # Blur.Blur weight in active vertex group. "AVERAGE", # Average.Average weight in active vertex group. "SMEAR", # Smear.Smear weight in active vertex group. ] type BrushImageBrushTypeItems = typing.Literal[ "DRAW", # Draw. "SOFTEN", # Soften. "SMEAR", # Smear. "CLONE", # Clone. "FILL", # Fill. "MASK", # Mask. ] type BrushSculptBrushTypeItems = typing.Literal[ "DRAW", # Draw. "DRAW_SHARP", # Draw Sharp. "CLAY", # Clay. "CLAY_STRIPS", # Clay Strips. "CLAY_THUMB", # Clay Thumb. "LAYER", # Layer. "INFLATE", # Inflate. "BLOB", # Blob. "CREASE", # Crease. "SMOOTH", # Smooth. "PLANE", # Plane. "MULTIPLANE_SCRAPE", # Multi-plane Scrape. "PINCH", # Pinch. "GRAB", # Grab. "ELASTIC_DEFORM", # Elastic Deform. "SNAKE_HOOK", # Snake Hook. "THUMB", # Thumb. "POSE", # Pose. "NUDGE", # Nudge. "ROTATE", # Rotate. "TOPOLOGY", # Slide Relax. "BOUNDARY", # Boundary. "SCENE_PROJECT", # Scene Project. "CLOTH", # Cloth. "SIMPLIFY", # Simplify. "MASK", # Mask. "DRAW_FACE_SETS", # Draw Face Sets. "DISPLACEMENT_ERASER", # Multires Displacement Eraser. "DISPLACEMENT_SMEAR", # Multires Displacement Smear. "PAINT", # Paint. "SMEAR", # Smear. "BLUR", # Blur. ] type BrushVertexBrushTypeItems = typing.Literal[ "DRAW", # Draw. "BLUR", # Blur. "AVERAGE", # Average. "SMEAR", # Smear. ] type BrushWeightBrushTypeItems = typing.Literal[ "DRAW", # Draw. "BLUR", # Blur. "AVERAGE", # Average. "SMEAR", # Smear. ] type ClipEditorModeItems = typing.Literal[ "TRACKING", # Tracking.Show tracking and solving tools. "MASK", # Mask.Show mask editing tools. ] type CollectionColorItems = typing.Literal[ "NONE", # None.Assign no color tag to the collection. "COLOR_01", # Color 01. "COLOR_02", # Color 02. "COLOR_03", # Color 03. "COLOR_04", # Color 04. "COLOR_05", # Color 05. "COLOR_06", # Color 06. "COLOR_07", # Color 07. "COLOR_08", # Color 08. ] type ColorAttributeDomainItems = typing.Literal[ "POINT", # Vertex. "CORNER", # Face Corner. ] type ColorAttributeTypeItems = typing.Literal[ "FLOAT_COLOR", # Color.RGBA color 32-bit floating-point values. "BYTE_COLOR", # Byte Color.RGBA color with 8-bit positive integer values. ] type ColorSetsItems = typing.Literal[ "DEFAULT", # Default Colors. "THEME01", # 01 - Theme Color Set. "THEME02", # 02 - Theme Color Set. "THEME03", # 03 - Theme Color Set. "THEME04", # 04 - Theme Color Set. "THEME05", # 05 - Theme Color Set. "THEME06", # 06 - Theme Color Set. "THEME07", # 07 - Theme Color Set. "THEME08", # 08 - Theme Color Set. "THEME09", # 09 - Theme Color Set. "THEME10", # 10 - Theme Color Set. "THEME11", # 11 - Theme Color Set. "THEME12", # 12 - Theme Color Set. "THEME13", # 13 - Theme Color Set. "THEME14", # 14 - Theme Color Set. "THEME15", # 15 - Theme Color Set. "THEME16", # 16 - Theme Color Set. "THEME17", # 17 - Theme Color Set. "THEME18", # 18 - Theme Color Set. "THEME19", # 19 - Theme Color Set. "THEME20", # 20 - Theme Color Set. "CUSTOM", # Custom Color Set. ] type ColorSpaceConvertDefaultItems = typing.Literal[ "NONE", # None.Do not perform any color transform on load, treat colors as in scene linear space already. ] type ConstraintTypeItems = typing.Literal[ "CAMERA_SOLVER", # Camera Solver. "FOLLOW_TRACK", # Follow Track. "OBJECT_SOLVER", # Object Solver. "COPY_LOCATION", # Copy Location.Copy the location of a target (with an optional offset), so that they move together. "COPY_ROTATION", # Copy Rotation.Copy the rotation of a target (with an optional offset), so that they rotate together. "COPY_SCALE", # Copy Scale.Copy the scale factors of a target (with an optional offset), so that they are scaled by the same amount. "COPY_TRANSFORMS", # Copy Transforms.Copy all the transformations of a target, so that they move together. "LIMIT_DISTANCE", # Limit Distance.Restrict movements to within a certain distance of a target (at the time of constraint evaluation only). "LIMIT_LOCATION", # Limit Location.Restrict movement along each axis within given ranges. "LIMIT_ROTATION", # Limit Rotation.Restrict rotation along each axis within given ranges. "LIMIT_SCALE", # Limit Scale.Restrict scaling along each axis with given ranges. "MAINTAIN_VOLUME", # Maintain Volume.Compensate for scaling one axis by applying suitable scaling to the other two axes. "TRANSFORM", # Transformation.Use one transform property from target to control another (or same) property on owner. "TRANSFORM_CACHE", # Transform Cache.Look up the transformation matrix from an external file. "CLAMP_TO", # Clamp To.Restrict movements to lie along a curve by remapping location along curve's longest axis. "DAMPED_TRACK", # Damped Track.Point towards a target by performing the smallest rotation necessary. "IK", # Inverse Kinematics.Control a chain of bones by specifying the endpoint target (Bones only). "LOCKED_TRACK", # Locked Track.Rotate around the specified ('locked') axis to point towards a target. "SPLINE_IK", # Spline IK.Align chain of bones along a curve (Bones only). "STRETCH_TO", # Stretch To.Stretch along Y-Axis to point towards a target. "TRACK_TO", # Track To.Legacy tracking constraint prone to twisting artifacts. "ACTION", # Action.Use transform property of target to look up pose for owner from an Action. "ARMATURE", # Armature.Apply weight-blended transformation from multiple bones like the Armature modifier. "CHILD_OF", # Child Of.Make target the 'detachable' parent of owner. "FLOOR", # Floor.Use position (and optionally rotation) of target to define a 'wall' or 'floor' that the owner cannot cross. "FOLLOW_PATH", # Follow Path.Use to animate an object/bone following a path. "GEOMETRY_ATTRIBUTE", # Geometry Attribute.Retrieve transform from target geometry attribute data. "PIVOT", # Pivot.Change pivot point for transforms (buggy). "SHRINKWRAP", # Shrinkwrap.Restrict movements to surface of target mesh. ] type ContextModeItems = typing.Literal[ "EDIT_MESH", # Mesh Edit. "EDIT_CURVE", # Curve Edit. "EDIT_CURVES", # Curves Edit. "EDIT_SURFACE", # Surface Edit. "EDIT_TEXT", # Text Edit. "EDIT_ARMATURE", # Armature Edit. "EDIT_METABALL", # Metaball Edit. "EDIT_LATTICE", # Lattice Edit. "EDIT_GREASE_PENCIL", # Grease Pencil Edit. "EDIT_POINTCLOUD", # Point Cloud Edit. "POSE", # Pose. "SCULPT", # Sculpt. "PAINT_WEIGHT", # Weight Paint. "PAINT_VERTEX", # Vertex Paint. "PAINT_TEXTURE", # Texture Paint. "PARTICLE", # Particle. "OBJECT", # Object. "PAINT_GPENCIL", # Grease Pencil Paint. "EDIT_GPENCIL", # Grease Pencil Edit. "SCULPT_GPENCIL", # Grease Pencil Sculpt. "WEIGHT_GPENCIL", # Grease Pencil Weight Paint. "VERTEX_GPENCIL", # Grease Pencil Vertex Paint. "SCULPT_CURVES", # Curves Sculpt. "PAINT_GREASE_PENCIL", # Grease Pencil Paint. "SCULPT_GREASE_PENCIL", # Grease Pencil Sculpt. "WEIGHT_GREASE_PENCIL", # Grease Pencil Weight Paint. "VERTEX_GREASE_PENCIL", # Grease Pencil Vertex Paint. ] type CurveFitMethodItems = typing.Literal[ "REFIT", # Refit.Incrementally refit the curve (high quality). "SPLIT", # Split.Split the curve until the tolerance is met (fast). ] type CurveNormalModeItems = typing.Literal[ "MINIMUM_TWIST", # Minimum Twist.Calculate normals with the smallest twist around the curve tangent across the whole curve. "Z_UP", # Z Up.Calculate normals perpendicular to the Z axis and the curve tangent. If a series of points is vertical, the X axis is used.. "FREE", # Free.Use the stored custom normal attribute as the final normals. ] type CurvesHandleTypeItems = typing.Literal[ "FREE", # Free.The handle can be moved anywhere, and does not influence the point's other handle. "AUTO", # Auto.The location is automatically calculated to be smooth. "VECTOR", # Vector.The location is calculated to point to the next/previous control point. "ALIGN", # Align.The location is constrained to point in the opposite direction as the other handle. ] type CurvesTypeItems = typing.Literal[ "CATMULL_ROM", # Catmull Rom. "POLY", # Poly. "BEZIER", # Bézier. "NURBS", # NURBS. ] type DriverTargetRotationModeItems = typing.Literal[ "AUTO", # Auto Euler.Euler using the rotation order of the target. "XYZ", # XYZ Euler.Euler using the XYZ rotation order. "XZY", # XZY Euler.Euler using the XZY rotation order. "YXZ", # YXZ Euler.Euler using the YXZ rotation order. "YZX", # YZX Euler.Euler using the YZX rotation order. "ZXY", # ZXY Euler.Euler using the ZXY rotation order. "ZYX", # ZYX Euler.Euler using the ZYX rotation order. "QUATERNION", # Quaternion.Quaternion rotation. "SWING_TWIST_X", # Swing and X Twist.Decompose into a swing rotation to aim the X axis, followed by twist around it. "SWING_TWIST_Y", # Swing and Y Twist.Decompose into a swing rotation to aim the Y axis, followed by twist around it. "SWING_TWIST_Z", # Swing and Z Twist.Decompose into a swing rotation to aim the Z axis, followed by twist around it. ] type DtLayersSelectDstItems = typing.Literal[ "ACTIVE", # Active Layer.Affect active data layer of all targets. "NAME", # By Name.Match target data layers to affect by name. "INDEX", # By Order.Match target data layers to affect by order (indices). ] type DtLayersSelectSrcItems = typing.Literal[ "ACTIVE", # Active Layer.Only transfer active data layer. "ALL", # All Layers.Transfer all data layers. "BONE_SELECT", # Selected Pose Bones.Transfer all vertex groups used by selected pose bones. "BONE_DEFORM", # Deform Pose Bones.Transfer all vertex groups used by deform bones. ] type DtMethodEdgeItems = typing.Literal[ "TOPOLOGY", # Topology.Copy from identical topology meshes. "VERT_NEAREST", # Nearest Vertices.Copy from most similar edge (edge which vertices are the closest of destination edge's ones). "NEAREST", # Nearest Edge.Copy from closest edge (using midpoints). "POLY_NEAREST", # Nearest Face Edge.Copy from closest edge of closest face (using midpoints). "EDGEINTERP_VNORPROJ", # Projected Edge Interpolated.Interpolate all source edges hit by the projection of destination one along its own normal (from vertices). ] type DtMethodLoopItems = typing.Literal[ "TOPOLOGY", # Topology.Copy from identical topology meshes. "NEAREST_NORMAL", # Nearest Corner and Best Matching Normal.Copy from nearest corner which has the best matching normal. "NEAREST_POLYNOR", # Nearest Corner and Best Matching Face Normal.Copy from nearest corner which has the face with the best matching normal to destination corner's face one. "NEAREST_POLY", # Nearest Corner of Nearest Face.Copy from nearest corner of nearest face. "POLYINTERP_NEAREST", # Nearest Face Interpolated.Copy from interpolated corners of the nearest source face. "POLYINTERP_LNORPROJ", # Projected Face Interpolated.Copy from interpolated corners of the source face hit by corner normal projection. ] type DtMethodPolyItems = typing.Literal[ "TOPOLOGY", # Topology.Copy from identical topology meshes. "NEAREST", # Nearest Face.Copy from nearest face (using center points). "NORMAL", # Best Normal-Matching.Copy from source face which normal is the closest to destination one. "POLYINTERP_PNORPROJ", # Projected Face Interpolated.Interpolate all source polygons intersected by the projection of destination one along its own normal. ] type DtMethodVertexItems = typing.Literal[ "TOPOLOGY", # Topology.Copy from identical topology meshes. "NEAREST", # Nearest Vertex.Copy from closest vertex. "EDGE_NEAREST", # Nearest Edge Vertex.Copy from closest vertex of closest edge. "EDGEINTERP_NEAREST", # Nearest Edge Interpolated.Copy from interpolated values of vertices from closest point on closest edge. "POLY_NEAREST", # Nearest Face Vertex.Copy from closest vertex of closest face. "POLYINTERP_NEAREST", # Nearest Face Interpolated.Copy from interpolated values of vertices from closest point on closest face. "POLYINTERP_VNORPROJ", # Projected Face Interpolated.Copy from interpolated values of vertices from point on closest face hit by normal-projection. ] type DtMixModeItems = typing.Literal[ "REPLACE", # Replace.Overwrite all elements' data. "ABOVE_THRESHOLD", # Above Threshold.Only replace destination elements where data is above given threshold (exact behavior depends on data type). "BELOW_THRESHOLD", # Below Threshold.Only replace destination elements where data is below given threshold (exact behavior depends on data type). "MIX", # Mix.Mix source value into destination one, using given threshold as factor. "ADD", # Add.Add source value to destination one, using given threshold as factor. "SUB", # Subtract.Subtract source value to destination one, using given threshold as factor. "MUL", # Multiply.Multiply source value to destination one, using given threshold as factor. ] type EventDirectionItems = typing.Literal[ "ANY", # Any. "NORTH", # North. "NORTH_EAST", # North-East. "EAST", # East. "SOUTH_EAST", # South-East. "SOUTH", # South. "SOUTH_WEST", # South-West. "WEST", # West. "NORTH_WEST", # North-West. ] type EventTypeItems = typing.Literal[ "NONE", "LEFTMOUSE", # Left Mouse.LMB. "MIDDLEMOUSE", # Middle Mouse.MMB. "RIGHTMOUSE", # Right Mouse.RMB. "BUTTON4MOUSE", # Button4 Mouse.MB4. "BUTTON5MOUSE", # Button5 Mouse.MB5. "BUTTON6MOUSE", # Button6 Mouse.MB6. "BUTTON7MOUSE", # Button7 Mouse.MB7. "PEN", # Pen. "ERASER", # Eraser. "MOUSEMOVE", # Mouse Move.MsMov. "INBETWEEN_MOUSEMOVE", # In-between Move.MsSubMov. "TRACKPADPAN", # Mouse/Trackpad Pan.MsPan. "TRACKPADZOOM", # Mouse/Trackpad Zoom.MsZoom. "MOUSEROTATE", # Mouse/Trackpad Rotate.MsRot. "MOUSESMARTZOOM", # Mouse/Trackpad Smart Zoom.MsSmartZoom. "WHEELUPMOUSE", # Wheel Up.WhUp. "WHEELDOWNMOUSE", # Wheel Down.WhDown. "WHEELINMOUSE", # Wheel In.WhIn. "WHEELOUTMOUSE", # Wheel Out.WhOut. "WHEELLEFTMOUSE", # Wheel Left.WhLeft. "WHEELRIGHTMOUSE", # Wheel Right.WhRight. "A", "B", # :4: (INFO/1) Enumerated list start value not ordinal-1: "B" (ordinal 2) "C", # :4: (INFO/1) Enumerated list start value not ordinal-1: "C" (ordinal 3) "D", # :4: (INFO/1) Enumerated list start value not ordinal-1: "D" (ordinal 4) "E", # :4: (INFO/1) Enumerated list start value not ordinal-1: "E" (ordinal 5) "F", # :4: (INFO/1) Enumerated list start value not ordinal-1: "F" (ordinal 6) "G", # :4: (INFO/1) Enumerated list start value not ordinal-1: "G" (ordinal 7) "H", # :4: (INFO/1) Enumerated list start value not ordinal-1: "H" (ordinal 8) "I", "J", # :4: (INFO/1) Enumerated list start value not ordinal-1: "J" (ordinal 10) "K", # :4: (INFO/1) Enumerated list start value not ordinal-1: "K" (ordinal 11) "L", # :4: (INFO/1) Enumerated list start value not ordinal-1: "L" (ordinal 12) "M", # :4: (INFO/1) Enumerated list start value not ordinal-1: "M" (ordinal 13) "N", # :4: (INFO/1) Enumerated list start value not ordinal-1: "N" (ordinal 14) "O", # :4: (INFO/1) Enumerated list start value not ordinal-1: "O" (ordinal 15) "P", # :4: (INFO/1) Enumerated list start value not ordinal-1: "P" (ordinal 16) "Q", # :4: (INFO/1) Enumerated list start value not ordinal-1: "Q" (ordinal 17) "R", # :4: (INFO/1) Enumerated list start value not ordinal-1: "R" (ordinal 18) "S", # :4: (INFO/1) Enumerated list start value not ordinal-1: "S" (ordinal 19) "T", # :4: (INFO/1) Enumerated list start value not ordinal-1: "T" (ordinal 20) "U", # :4: (INFO/1) Enumerated list start value not ordinal-1: "U" (ordinal 21) "V", # :4: (INFO/1) Enumerated list start value not ordinal-1: "V" (ordinal 22) "W", # :4: (INFO/1) Enumerated list start value not ordinal-1: "W" (ordinal 23) "X", # :4: (INFO/1) Enumerated list start value not ordinal-1: "X" (ordinal 24) "Y", # :4: (INFO/1) Enumerated list start value not ordinal-1: "Y" (ordinal 25) "Z", # :4: (INFO/1) Enumerated list start value not ordinal-1: "Z" (ordinal 26) "ZERO", # :4: (INFO/1) Enumerated list start value not ordinal-1: "0" (ordinal 0) "ONE", "TWO", # :4: (INFO/1) Enumerated list start value not ordinal-1: "2" (ordinal 2) "THREE", # :4: (INFO/1) Enumerated list start value not ordinal-1: "3" (ordinal 3) "FOUR", # :4: (INFO/1) Enumerated list start value not ordinal-1: "4" (ordinal 4) "FIVE", # :4: (INFO/1) Enumerated list start value not ordinal-1: "5" (ordinal 5) "SIX", # :4: (INFO/1) Enumerated list start value not ordinal-1: "6" (ordinal 6) "SEVEN", # :4: (INFO/1) Enumerated list start value not ordinal-1: "7" (ordinal 7) "EIGHT", # :4: (INFO/1) Enumerated list start value not ordinal-1: "8" (ordinal 8) "NINE", # :4: (INFO/1) Enumerated list start value not ordinal-1: "9" (ordinal 9) "LEFT_CTRL", # Left Ctrl.CtrlL. "LEFT_ALT", # Left Alt.AltL. "LEFT_SHIFT", # Left Shift.ShiftL. "RIGHT_ALT", # Right Alt.AltR. "RIGHT_CTRL", # Right Ctrl.CtrlR. "RIGHT_SHIFT", # Right Shift.ShiftR. "OSKEY", # OS Key.Cmd. "HYPER", # Hyper.Hyp. "APP", # Application.App. "GRLESS", # Grless. "ESC", # Esc. "TAB", # Tab. "RET", # Return.Enter. "SPACE", # Space Bar.Spacebar. "LINE_FEED", # Line Feed. "BACK_SPACE", # Backspace.BkSpace. "DEL", # Delete.Del. "SEMI_COLON", # ;. "PERIOD", "COMMA", # ,. "QUOTE", # ". "ACCENT_GRAVE", # `. "MINUS", # -. "PLUS", # +. "SLASH", # /. "BACK_SLASH", # \. "EQUAL", # =. "LEFT_BRACKET", # [. "RIGHT_BRACKET", # ]. "LEFT_ARROW", # Left Arrow.←. "DOWN_ARROW", # Down Arrow.↓. "RIGHT_ARROW", # Right Arrow.→. "UP_ARROW", # Up Arrow.↑. "NUMPAD_2", # Numpad 2.Pad2. "NUMPAD_4", # Numpad 4.Pad4. "NUMPAD_6", # Numpad 6.Pad6. "NUMPAD_8", # Numpad 8.Pad8. "NUMPAD_1", # Numpad 1.Pad1. "NUMPAD_3", # Numpad 3.Pad3. "NUMPAD_5", # Numpad 5.Pad5. "NUMPAD_7", # Numpad 7.Pad7. "NUMPAD_9", # Numpad 9.Pad9. "NUMPAD_PERIOD", # Numpad ..Pad.. "NUMPAD_SLASH", # Numpad /.Pad/. "NUMPAD_ASTERIX", # Numpad *.Pad*. "NUMPAD_0", # Numpad 0.Pad0. "NUMPAD_MINUS", # Numpad -.Pad-. "NUMPAD_ENTER", # Numpad Enter.PadEnter. "NUMPAD_PLUS", # Numpad +.Pad+. "F1", # F1. "F2", # F2. "F3", # F3. "F4", # F4. "F5", # F5. "F6", # F6. "F7", # F7. "F8", # F8. "F9", # F9. "F10", # F10. "F11", # F11. "F12", # F12. "F13", # F13. "F14", # F14. "F15", # F15. "F16", # F16. "F17", # F17. "F18", # F18. "F19", # F19. "F20", # F20. "F21", # F21. "F22", # F22. "F23", # F23. "F24", # F24. "PAUSE", # Pause. "INSERT", # Insert.Ins. "HOME", # Home. "PAGE_UP", # Page Up.PgUp. "PAGE_DOWN", # Page Down.PgDown. "END", # End. "MEDIA_PLAY", # Media Play/Pause.⏯. "MEDIA_STOP", # Media Stop.⏹. "MEDIA_FIRST", # Media First.⏮. "MEDIA_LAST", # Media Last.⏭. "TEXTINPUT", # Text Input.TxtIn. "WINDOW_DEACTIVATE", # Window Deactivate. "TIMER", # Timer.Tmr. "TIMER0", # Timer 0.Tmr0. "TIMER1", # Timer 1.Tmr1. "TIMER2", # Timer 2.Tmr2. "TIMER_JOBS", # Timer Jobs.TmrJob. "TIMER_AUTOSAVE", # Timer Autosave.TmrSave. "TIMER_REPORT", # Timer Report.TmrReport. "TIMERREGION", # Timer Region.TmrReg. "NDOF_MOTION", # NDOF Motion.NdofMov. "NDOF_BUTTON_MENU", # NDOF Menu.NdofMenu. "NDOF_BUTTON_FIT", # NDOF Fit.NdofFit. "NDOF_BUTTON_TOP", # NDOF Top.Ndof↑. "NDOF_BUTTON_BOTTOM", # NDOF Bottom.Ndof↓. "NDOF_BUTTON_LEFT", # NDOF Left.Ndof←. "NDOF_BUTTON_RIGHT", # NDOF Right.Ndof→. "NDOF_BUTTON_FRONT", # NDOF Front.NdofFront. "NDOF_BUTTON_BACK", # NDOF Back.NdofBack. "NDOF_BUTTON_ISO1", # NDOF Isometric 1.NdofIso1. "NDOF_BUTTON_ISO2", # NDOF Isometric 2.NdofIso2. "NDOF_BUTTON_ROLL_CW", # NDOF Roll CW.NdofRCW. "NDOF_BUTTON_ROLL_CCW", # NDOF Roll CCW.NdofRCCW. "NDOF_BUTTON_SPIN_CW", # NDOF Spin CW.NdofSCW. "NDOF_BUTTON_SPIN_CCW", # NDOF Spin CCW.NdofSCCW. "NDOF_BUTTON_TILT_CW", # NDOF Tilt CW.NdofTCW. "NDOF_BUTTON_TILT_CCW", # NDOF Tilt CCW.NdofTCCW. "NDOF_BUTTON_ROTATE", # NDOF Rotate.NdofRot. "NDOF_BUTTON_PANZOOM", # NDOF Pan/Zoom.NdofPanZoom. "NDOF_BUTTON_DOMINANT", # NDOF Dominant.NdofDom. "NDOF_BUTTON_PLUS", # NDOF Plus.Ndof+. "NDOF_BUTTON_MINUS", # NDOF Minus.Ndof-. "NDOF_BUTTON_V1", # NDOF View 1.NdofView1. "NDOF_BUTTON_V2", # NDOF View 2.NdofView2. "NDOF_BUTTON_V3", # NDOF View 3.NdofView3. "NDOF_BUTTON_SAVE_V1", # NDOF Save View 1.NdofSaveView1. "NDOF_BUTTON_SAVE_V2", # NDOF Save View 2.NdofSaveView2. "NDOF_BUTTON_SAVE_V3", # NDOF Save View 3.NdofSaveView3. "NDOF_BUTTON_1", # NDOF Button 1.NdofB1. "NDOF_BUTTON_2", # NDOF Button 2.NdofB2. "NDOF_BUTTON_3", # NDOF Button 3.NdofB3. "NDOF_BUTTON_4", # NDOF Button 4.NdofB4. "NDOF_BUTTON_5", # NDOF Button 5.NdofB5. "NDOF_BUTTON_6", # NDOF Button 6.NdofB6. "NDOF_BUTTON_7", # NDOF Button 7.NdofB7. "NDOF_BUTTON_8", # NDOF Button 8.NdofB8. "NDOF_BUTTON_9", # NDOF Button 9.NdofB9. "NDOF_BUTTON_10", # NDOF Button 10.NdofB10. "NDOF_BUTTON_11", # NDOF Button 11.NdofB11. "NDOF_BUTTON_12", # NDOF Button 12.NdofB12. "ACTIONZONE_AREA", # ActionZone Area.AZone Area. "ACTIONZONE_REGION", # ActionZone Region.AZone Region. "ACTIONZONE_REGION_QUAD", # ActionZone Quad.AZone Quad. "ACTIONZONE_FULLSCREEN", # ActionZone Fullscreen.AZone FullScr. "XR_ACTION", # XR Action. ] type EventTypeMaskItems = typing.Literal[ "KEYBOARD_MODIFIER", # Keyboard Modifier. "KEYBOARD", # Keyboard. "MOUSE_WHEEL", # Mouse Wheel. "MOUSE_GESTURE", # Mouse Gesture. "MOUSE_BUTTON", # Mouse Button. "MOUSE", # Mouse. "NDOF", # NDOF. "ACTIONZONE", # Action Zone. ] type EventValueItems = typing.Literal[ "ANY", # Any. "PRESS", # Press. "RELEASE", # Release. "CLICK", # Click. "DOUBLE_CLICK", # Double Click. "CLICK_DRAG", # Drag. "NOTHING", # Nothing. ] type ExrCodecItems = typing.Literal[ "NONE", # None.No compression. "ZIP", # ZIP.Lossless zip compression of 16 row image blocks. "PIZ", # PIZ.Lossless wavelet compression, effective for noisy/grainy images. "DWAA", # DWAA (lossy).JPEG-like lossy compression on 32 row image blocks. "DWAB", # DWAB (lossy).JPEG-like lossy compression on 256 row image blocks. "HTJ2K", # HTJ2K.Lossless compression based on high throughput JPEG 2000 encoding. It produces smaller files, but it is new and not widely supported by other software yet.. "ZIPS", # ZIPS.Lossless zip compression, each image row compressed separately. "RLE", # RLE.Lossless run length encoding compression. "PXR24", # Pxr24 (lossy).Lossy compression for 32 bit float images (stores 24 bits of each float). "B44", # B44 (lossy).Lossy compression for 16 bit float images, at fixed 2.3:1 ratio. "B44A", # B44A (lossy).Lossy compression for 16 bit float images, at fixed 2.3:1 ratio. ] type FcurveAutoSmoothingItems = typing.Literal[ "NONE", # None.Automatic handles only take immediately adjacent keys into account. "CONT_ACCEL", # Continuous Acceleration.Automatic handles are adjusted to avoid jumps in acceleration, resulting in smoother curves. However, key changes may affect interpolation over a larger stretch of the curve.. ] type FilePathForeachFlagItems = typing.Literal[ "SKIP_LINKED", # Skip Linked.Skip paths of linked IDs. "SKIP_PACKED", # Skip Packed.Skip paths when their matching data is packed. "RESOLVE_TOKEN", # Resolve Token.Resolve tokens within a virtual filepath to a single, concrete, filepath. Currently only used for UDIM tiles. "SKIP_WEAK_REFERENCES", # Skip Weak References.Skip weak reference paths. Those paths are typically 'nice to have' extra information, but are not used as actual source of data by the current .blend file. "SKIP_MULTIFILE", # Skip Multi-file.Skip paths where a single dir is used with an array of files, eg. sequence strip images or point-caches. In this case only the first file path is processed. This is needed for directory manipulation callbacks which might otherwise modify the same directory multiple times. "RELOAD_EDITED", # Reload Edited.Reload data when the path is edited. ] type FileselectParamsSortItems = typing.Literal[ "FILE_SORT_ALPHA", # Name.Sort the file list alphabetically. "FILE_SORT_EXTENSION", # Extension.Sort the file list by extension/type. "FILE_SORT_TIME", # Modified Date.Sort files by modification time. "FILE_SORT_SIZE", # Size.Sort files by size. "ASSET_CATALOG", # Asset Catalog.Sort the asset list so that assets in the same catalog are kept together. Within a single catalog, assets are ordered by name. The catalogs are in order of the flattened catalog hierarchy.. ] type FmodifierTypeItems = typing.Literal[ "NULL", # Invalid. "GENERATOR", # Generator.Generate a curve using a factorized or expanded polynomial. "FNGENERATOR", # Built-In Function.Generate a curve using standard math functions such as sin and cos. "ENVELOPE", # Envelope.Reshape F-Curve values, e.g. change amplitude of movements. "CYCLES", # Cycles.Cyclic extend/repeat keyframe sequence. "NOISE", # Noise.Add pseudo-random noise on top of F-Curves. "LIMITS", # Limits.Restrict maximum and minimum values of F-Curve. "STEPPED", # Stepped Interpolation.Snap values to nearest grid step, e.g. for a stop-motion look. "SMOOTH", # Smooth (Gaussian).Smooth curve using Gaussian smoothing. ] type GeometryComponentTypeItems = typing.Literal[ "MESH", # Mesh.Mesh component containing point, corner, edge and face data. "POINTCLOUD", # Point Cloud.Point cloud component containing only point data. "CURVE", # Curve.Curve component containing spline and control point data. "INSTANCES", # Instances.Instances of objects or collections. "GREASEPENCIL", # Grease Pencil.Grease Pencil component containing layers and curves data. ] type GeometryNodesGizmoColorItems = typing.Literal[ "PRIMARY", # Primary. "SECONDARY", # Secondary. "X", # :4: (INFO/1) Enumerated list start value not ordinal-1: "X" (ordinal 24) "Y", # :4: (INFO/1) Enumerated list start value not ordinal-1: "Y" (ordinal 25) "Z", # :4: (INFO/1) Enumerated list start value not ordinal-1: "Z" (ordinal 26) ] type GeometryNodesLinearGizmoDrawStyleItems = typing.Literal[ "ARROW", # Arrow. "CROSS", # Cross. "BOX", # Box. ] type GreasePencilSelectmodeItems = typing.Literal[ "POINT", # Point.Select only points. "STROKE", # Stroke.Select all stroke points. "SEGMENT", # Segment.Select all stroke points between other strokes. ] type IconItems = typing.Literal[ "NONE", # NONE. "CHAR_NOTDEF", # CHAR_NOTDEF. "CHAR_REPLACEMENT", # CHAR_REPLACEMENT. "NOT_FOUND", # NOT_FOUND. "BLANK1", # BLANK1. "AUTOMERGE_OFF", # AUTOMERGE_OFF. "AUTOMERGE_ON", # AUTOMERGE_ON. "CHECKBOX_DEHLT", # CHECKBOX_DEHLT. "CHECKBOX_HLT", # CHECKBOX_HLT. "CLIPUV_DEHLT", # CLIPUV_DEHLT. "CLIPUV_HLT", # CLIPUV_HLT. "DECORATE_UNLOCKED", # DECORATE_UNLOCKED. "DECORATE_LOCKED", # DECORATE_LOCKED. "FAKE_USER_OFF", # FAKE_USER_OFF. "FAKE_USER_ON", # FAKE_USER_ON. "HIDE_ON", # HIDE_ON. "HIDE_OFF", # HIDE_OFF. "INDIRECT_ONLY_OFF", # INDIRECT_ONLY_OFF. "INDIRECT_ONLY_ON", # INDIRECT_ONLY_ON. "ONIONSKIN_OFF", # ONIONSKIN_OFF. "ONIONSKIN_ON", # ONIONSKIN_ON. "UNPINNED", # UNPINNED. "PINNED", # PINNED. "RADIOBUT_OFF", # RADIOBUT_OFF. "RADIOBUT_ON", # RADIOBUT_ON. "RECORD_OFF", # RECORD_OFF. "RECORD_ON", # RECORD_ON. "RESTRICT_RENDER_ON", # RESTRICT_RENDER_ON. "RESTRICT_RENDER_OFF", # RESTRICT_RENDER_OFF. "RESTRICT_SELECT_ON", # RESTRICT_SELECT_ON. "RESTRICT_SELECT_OFF", # RESTRICT_SELECT_OFF. "RESTRICT_VIEW_ON", # RESTRICT_VIEW_ON. "RESTRICT_VIEW_OFF", # RESTRICT_VIEW_OFF. "RIGHTARROW", # RIGHTARROW. "DOWNARROW_HLT", # DOWNARROW_HLT. "SELECT_INTERSECT", # SELECT_INTERSECT. "SELECT_DIFFERENCE", # SELECT_DIFFERENCE. "SNAP_OFF", # SNAP_OFF. "SNAP_ON", # SNAP_ON. "PLAYHEAD_SNAP_OFF", # PLAYHEAD_SNAP_OFF. "PLAYHEAD_SNAP_ON", # PLAYHEAD_SNAP_ON. "UNLOCKED", # UNLOCKED. "LOCKED", # LOCKED. "VIS_SEL_11", # VIS_SEL_11. "VIS_SEL_10", # VIS_SEL_10. "VIS_SEL_01", # VIS_SEL_01. "VIS_SEL_00", # VIS_SEL_00. "CANCEL", # CANCEL. "ERROR", # ERROR. "QUESTION", # QUESTION. "ADD", # ADD. "ARROW_LEFTRIGHT", # ARROW_LEFTRIGHT. "AUTO", # AUTO. "BLENDER", # BLENDER. "BORDERMOVE", # BORDERMOVE. "BRUSHES_ALL", # BRUSHES_ALL. "CHECKMARK", # CHECKMARK. "COLLAPSEMENU", # COLLAPSEMENU. "COLLECTION_NEW", # COLLECTION_NEW. "COLOR", # COLOR. "COPY_ID", # COPY_ID. "DISCLOSURE_TRI_DOWN", # DISCLOSURE_TRI_DOWN. "DISCLOSURE_TRI_RIGHT", # DISCLOSURE_TRI_RIGHT. "DOT", # DOT. "DRIVER_DISTANCE", # DRIVER_DISTANCE. "DRIVER_ROTATIONAL_DIFFERENCE", # DRIVER_ROTATIONAL_DIFFERENCE. "DRIVER_TRANSFORM", # DRIVER_TRANSFORM. "DUPLICATE", # DUPLICATE. "EYEDROPPER", # EYEDROPPER. "FCURVE_SNAPSHOT", # FCURVE_SNAPSHOT. "FILE_NEW", # FILE_NEW. "FILE_TICK", # FILE_TICK. "FREEZE", # FREEZE. "FULLSCREEN_ENTER", # FULLSCREEN_ENTER. "FULLSCREEN_EXIT", # FULLSCREEN_EXIT. "GHOST_DISABLED", # GHOST_DISABLED. "GHOST_ENABLED", # GHOST_ENABLED. "GRIP", # GRIP. "GRIP_V", # GRIP_V. "HAND", # HAND. "HELP", # HELP. "LINKED", # LINKED. "MENU_PANEL", # MENU_PANEL. "NODE_SEL", # NODE_SEL. "NODE", # NODE. "OBJECT_HIDDEN", # OBJECT_HIDDEN. "OPTIONS", # OPTIONS. "PANEL_CLOSE", # PANEL_CLOSE. "PLUGIN", # PLUGIN. "PLUS", # PLUS. "PRESET_NEW", # PRESET_NEW. "PROJECT", # PROJECT. "QUIT", # QUIT. "RECOVER_LAST", # RECOVER_LAST. "REMOVE", # REMOVE. "RIGHTARROW_THIN", # RIGHTARROW_THIN. "SCREEN_BACK", # SCREEN_BACK. "STATUSBAR", # STATUSBAR. "STYLUS_PRESSURE", # STYLUS_PRESSURE. "THREE_DOTS", # THREE_DOTS. "TOPBAR", # TOPBAR. "TRASH", # TRASH. "TRIA_DOWN", # TRIA_DOWN. "TRIA_LEFT", # TRIA_LEFT. "TRIA_RIGHT", # TRIA_RIGHT. "TRIA_UP", # TRIA_UP. "UNLINKED", # UNLINKED. "URL", # URL. "VIEWZOOM", # VIEWZOOM. "WINDOW", # WINDOW. "WORKSPACE", # WORKSPACE. "X", # :4: (INFO/1) Enumerated list start value not ordinal-1: "X" (ordinal 24) "ZOOM_ALL", # ZOOM_ALL. "ZOOM_IN", # ZOOM_IN. "ZOOM_OUT", # ZOOM_OUT. "ZOOM_PREVIOUS", # ZOOM_PREVIOUS. "ZOOM_SELECTED", # ZOOM_SELECTED. "MODIFIER", # MODIFIER. "PARTICLES", # PARTICLES. "PHYSICS", # PHYSICS. "SHADERFX", # SHADERFX. "SPEAKER", # SPEAKER. "OUTPUT", # OUTPUT. "SCENE", # SCENE. "TOOL_SETTINGS", # TOOL_SETTINGS. "LIGHT", # LIGHT. "MATERIAL", # MATERIAL. "TEXTURE", # TEXTURE. "WORLD", # WORLD. "ANIM", # ANIM. "SCRIPT", # SCRIPT. "GEOMETRY_NODES", # GEOMETRY_NODES. "TEXT", # TEXT. "ACTION", # ACTION. "ASSET_MANAGER", # ASSET_MANAGER. "CONSOLE", # CONSOLE. "FILEBROWSER", # FILEBROWSER. "GEOMETRY_SET", # GEOMETRY_SET. "GRAPH", # GRAPH. "IMAGE", # IMAGE. "INFO", # INFO. "NLA", # NLA. "NODE_COMPOSITING", # NODE_COMPOSITING. "NODE_MATERIAL", # NODE_MATERIAL. "NODE_TEXTURE", # NODE_TEXTURE. "NODETREE", # NODETREE. "OUTLINER", # OUTLINER. "PREFERENCES", # PREFERENCES. "PROPERTIES", # PROPERTIES. "SEQUENCE", # SEQUENCE. "SOUND", # SOUND. "SPREADSHEET", # SPREADSHEET. "TIME", # TIME. "TRACKER", # TRACKER. "UV", # UV. "VIEW3D", # VIEW3D. "EDITMODE_HLT", # EDITMODE_HLT. "OBJECT_DATAMODE", # OBJECT_DATAMODE. "PARTICLEMODE", # PARTICLEMODE. "POSE_HLT", # POSE_HLT. "SCULPTMODE_HLT", # SCULPTMODE_HLT. "TPAINT_HLT", # TPAINT_HLT. "UV_DATA", # UV_DATA. "VPAINT_HLT", # VPAINT_HLT. "WPAINT_HLT", # WPAINT_HLT. "TRACKER_DATA", # TRACKER_DATA. "TRACKING_BACKWARDS_SINGLE", # TRACKING_BACKWARDS_SINGLE. "TRACKING_BACKWARDS", # TRACKING_BACKWARDS. "TRACKING_CLEAR_BACKWARDS", # TRACKING_CLEAR_BACKWARDS. "TRACKING_CLEAR_FORWARDS", # TRACKING_CLEAR_FORWARDS. "TRACKING_FORWARDS_SINGLE", # TRACKING_FORWARDS_SINGLE. "TRACKING_FORWARDS", # TRACKING_FORWARDS. "TRACKING_REFINE_BACKWARDS", # TRACKING_REFINE_BACKWARDS. "TRACKING_REFINE_FORWARDS", # TRACKING_REFINE_FORWARDS. "TRACKING", # TRACKING. "GROUP", # GROUP. "CONSTRAINT_BONE", # CONSTRAINT_BONE. "CONSTRAINT", # CONSTRAINT. "ARMATURE_DATA", # ARMATURE_DATA. "BONE_DATA", # BONE_DATA. "CAMERA_DATA", # CAMERA_DATA. "CURVE_DATA", # CURVE_DATA. "EMPTY_DATA", # EMPTY_DATA. "FONT_DATA", # FONT_DATA. "LATTICE_DATA", # LATTICE_DATA. "LIGHT_DATA", # LIGHT_DATA. "MESH_DATA", # MESH_DATA. "META_DATA", # META_DATA. "PARTICLE_DATA", # PARTICLE_DATA. "SHAPEKEY_DATA", # SHAPEKEY_DATA. "SURFACE_DATA", # SURFACE_DATA. "OBJECT_DATA", # OBJECT_DATA. "RENDER_RESULT", # RENDER_RESULT. "RENDERLAYERS", # RENDERLAYERS. "SCENE_DATA", # SCENE_DATA. "BRUSH_DATA", # BRUSH_DATA. "IMAGE_DATA", # IMAGE_DATA. "LINE_DATA", # LINE_DATA. "MATERIAL_DATA", # MATERIAL_DATA. "TEXTURE_DATA", # TEXTURE_DATA. "WORLD_DATA", # WORLD_DATA. "ANIM_DATA", # ANIM_DATA. "BOIDS", # BOIDS. "CAMERA_STEREO", # CAMERA_STEREO. "COMMUNITY", # COMMUNITY. "FACE_MAPS", # FACE_MAPS. "FCURVE", # FCURVE. "FILE", # FILE. "GREASEPENCIL", # GREASEPENCIL. "GREASEPENCIL_LAYER_GROUP", # GREASEPENCIL_LAYER_GROUP. "GROUP_BONE", # GROUP_BONE. "GROUP_UVS", # GROUP_UVS. "GROUP_VCOL", # GROUP_VCOL. "GROUP_VERTEX", # GROUP_VERTEX. "LIBRARY_DATA_BROKEN", # LIBRARY_DATA_BROKEN. "LIBRARY_DATA_DIRECT", # LIBRARY_DATA_DIRECT. "LIBRARY_DATA_OVERRIDE", # LIBRARY_DATA_OVERRIDE. "ORPHAN_DATA", # ORPHAN_DATA. "PACKAGE", # PACKAGE. "PRESET", # PRESET. "RENDER_ANIMATION", # RENDER_ANIMATION. "RENDER_STILL", # RENDER_STILL. "RNA", # RNA. "STRANDS", # STRANDS. "UGLYPACKAGE", # UGLYPACKAGE. "GP_DRAW_STROKE", # GP_DRAW_STROKE. "GP_DRAW_FILL", # GP_DRAW_FILL. "GP_DRAW_BOTH", # GP_DRAW_BOTH. "MOUSE_LMB", # MOUSE_LMB. "MOUSE_MMB", # MOUSE_MMB. "MOUSE_RMB", # MOUSE_RMB. "MOUSE_MMB_SCROLL", # MOUSE_MMB_SCROLL. "MOUSE_LMB_2X", # MOUSE_LMB_2X. "MOUSE_MOVE", # MOUSE_MOVE. "MOUSE_LMB_DRAG", # MOUSE_LMB_DRAG. "MOUSE_MMB_DRAG", # MOUSE_MMB_DRAG. "MOUSE_RMB_DRAG", # MOUSE_RMB_DRAG. "DECORATE_ANIMATE", # DECORATE_ANIMATE. "DECORATE_DRIVER", # DECORATE_DRIVER. "DECORATE_KEYFRAME", # DECORATE_KEYFRAME. "DECORATE_LIBRARY_OVERRIDE", # DECORATE_LIBRARY_OVERRIDE. "DECORATE_LINKED", # DECORATE_LINKED. "DECORATE_OVERRIDE", # DECORATE_OVERRIDE. "DECORATE", # DECORATE. "OUTLINER_COLLECTION", # OUTLINER_COLLECTION. "COLLECTION_COLOR_01", # COLLECTION_COLOR_01. "COLLECTION_COLOR_02", # COLLECTION_COLOR_02. "COLLECTION_COLOR_03", # COLLECTION_COLOR_03. "COLLECTION_COLOR_04", # COLLECTION_COLOR_04. "COLLECTION_COLOR_05", # COLLECTION_COLOR_05. "COLLECTION_COLOR_06", # COLLECTION_COLOR_06. "COLLECTION_COLOR_07", # COLLECTION_COLOR_07. "COLLECTION_COLOR_08", # COLLECTION_COLOR_08. "CURVES_DATA", # CURVES_DATA. "OUTLINER_DATA_ARMATURE", # OUTLINER_DATA_ARMATURE. "OUTLINER_DATA_CAMERA", # OUTLINER_DATA_CAMERA. "OUTLINER_DATA_CURVE", # OUTLINER_DATA_CURVE. "OUTLINER_DATA_CURVES", # OUTLINER_DATA_CURVES. "OUTLINER_DATA_EMPTY", # OUTLINER_DATA_EMPTY. "OUTLINER_DATA_FONT", # OUTLINER_DATA_FONT. "OUTLINER_DATA_GP_LAYER", # OUTLINER_DATA_GP_LAYER. "OUTLINER_DATA_GREASEPENCIL", # OUTLINER_DATA_GREASEPENCIL. "OUTLINER_DATA_LATTICE", # OUTLINER_DATA_LATTICE. "OUTLINER_DATA_LIGHT", # OUTLINER_DATA_LIGHT. "OUTLINER_DATA_LIGHTPROBE", # OUTLINER_DATA_LIGHTPROBE. "OUTLINER_DATA_MESH", # OUTLINER_DATA_MESH. "OUTLINER_DATA_META", # OUTLINER_DATA_META. "OUTLINER_DATA_POINTCLOUD", # OUTLINER_DATA_POINTCLOUD. "OUTLINER_DATA_SPEAKER", # OUTLINER_DATA_SPEAKER. "OUTLINER_DATA_SURFACE", # OUTLINER_DATA_SURFACE. "OUTLINER_DATA_VOLUME", # OUTLINER_DATA_VOLUME. "POINTCLOUD_DATA", # POINTCLOUD_DATA. "POINTCLOUD_POINT", # POINTCLOUD_POINT. "VOLUME_DATA", # VOLUME_DATA. "OUTLINER_OB_ARMATURE", # OUTLINER_OB_ARMATURE. "OUTLINER_OB_CAMERA", # OUTLINER_OB_CAMERA. "OUTLINER_OB_CURVE", # OUTLINER_OB_CURVE. "OUTLINER_OB_CURVES", # OUTLINER_OB_CURVES. "OUTLINER_OB_EMPTY", # OUTLINER_OB_EMPTY. "OUTLINER_OB_FONT", # OUTLINER_OB_FONT. "OUTLINER_OB_FORCE_FIELD", # OUTLINER_OB_FORCE_FIELD. "OUTLINER_OB_GREASEPENCIL", # OUTLINER_OB_GREASEPENCIL. "OUTLINER_OB_GROUP_INSTANCE", # OUTLINER_OB_GROUP_INSTANCE. "OUTLINER_OB_IMAGE", # OUTLINER_OB_IMAGE. "OUTLINER_OB_LATTICE", # OUTLINER_OB_LATTICE. "OUTLINER_OB_LIGHT", # OUTLINER_OB_LIGHT. "OUTLINER_OB_LIGHTPROBE", # OUTLINER_OB_LIGHTPROBE. "OUTLINER_OB_MESH", # OUTLINER_OB_MESH. "OUTLINER_OB_META", # OUTLINER_OB_META. "OUTLINER_OB_POINTCLOUD", # OUTLINER_OB_POINTCLOUD. "OUTLINER_OB_SPEAKER", # OUTLINER_OB_SPEAKER. "OUTLINER_OB_SURFACE", # OUTLINER_OB_SURFACE. "OUTLINER_OB_VOLUME", # OUTLINER_OB_VOLUME. "GP_MULTIFRAME_EDITING", # GP_MULTIFRAME_EDITING. "GP_ONLY_SELECTED", # GP_ONLY_SELECTED. "GP_SELECT_BETWEEN_STROKES", # GP_SELECT_BETWEEN_STROKES. "GP_SELECT_POINTS", # GP_SELECT_POINTS. "GP_SELECT_STROKES", # GP_SELECT_STROKES. "HOLDOUT_OFF", # HOLDOUT_OFF. "HOLDOUT_ON", # HOLDOUT_ON. "MODIFIER_OFF", # MODIFIER_OFF. "MODIFIER_ON", # MODIFIER_ON. "RESTRICT_COLOR_OFF", # RESTRICT_COLOR_OFF. "RESTRICT_COLOR_ON", # RESTRICT_COLOR_ON. "RESTRICT_INSTANCED_OFF", # RESTRICT_INSTANCED_OFF. "RESTRICT_INSTANCED_ON", # RESTRICT_INSTANCED_ON. "LIGHT_AREA", # LIGHT_AREA. "LIGHT_HEMI", # LIGHT_HEMI. "LIGHT_POINT", # LIGHT_POINT. "LIGHT_SPOT", # LIGHT_SPOT. "LIGHT_SUN", # LIGHT_SUN. "LIGHTPROBE_PLANE", # LIGHTPROBE_PLANE. "LIGHTPROBE_SPHERE", # LIGHTPROBE_SPHERE. "LIGHTPROBE_VOLUME", # LIGHTPROBE_VOLUME. "COLOR_BLUE", # COLOR_BLUE. "COLOR_GREEN", # COLOR_GREEN. "COLOR_RED", # COLOR_RED. "CONE", # CONE. "CUBE", # CUBE. "CURVE_BEZCIRCLE", # CURVE_BEZCIRCLE. "CURVE_BEZCURVE", # CURVE_BEZCURVE. "CURVE_NCIRCLE", # CURVE_NCIRCLE. "CURVE_NCURVE", # CURVE_NCURVE. "CURVE_PATH", # CURVE_PATH. "CURVES", # CURVES. "EMPTY_ARROWS", # EMPTY_ARROWS. "EMPTY_AXIS", # EMPTY_AXIS. "EMPTY_SINGLE_ARROW", # EMPTY_SINGLE_ARROW. "MESH_CAPSULE", # MESH_CAPSULE. "MESH_CIRCLE", # MESH_CIRCLE. "MESH_CONE", # MESH_CONE. "MESH_CUBE", # MESH_CUBE. "MESH_CYLINDER", # MESH_CYLINDER. "MESH_GRID", # MESH_GRID. "MESH_ICOSPHERE", # MESH_ICOSPHERE. "MESH_MONKEY", # MESH_MONKEY. "MESH_PLANE", # MESH_PLANE. "MESH_TORUS", # MESH_TORUS. "MESH_UVSPHERE", # MESH_UVSPHERE. "META_BALL", # META_BALL. "META_CAPSULE", # META_CAPSULE. "META_CUBE", # META_CUBE. "META_ELLIPSOID", # META_ELLIPSOID. "META_PLANE", # META_PLANE. "MONKEY", # MONKEY. "SPHERE", # SPHERE. "STROKE", # STROKE. "SURFACE_NCIRCLE", # SURFACE_NCIRCLE. "SURFACE_NCURVE", # SURFACE_NCURVE. "SURFACE_NCYLINDER", # SURFACE_NCYLINDER. "SURFACE_NSPHERE", # SURFACE_NSPHERE. "SURFACE_NSURFACE", # SURFACE_NSURFACE. "SURFACE_NTORUS", # SURFACE_NTORUS. "TRIA_DOWN_BAR", # TRIA_DOWN_BAR. "TRIA_LEFT_BAR", # TRIA_LEFT_BAR. "TRIA_RIGHT_BAR", # TRIA_RIGHT_BAR. "TRIA_UP_BAR", # TRIA_UP_BAR. "AREA_DOCK", # AREA_DOCK. "AREA_JOIN_DOWN", # AREA_JOIN_DOWN. "AREA_JOIN_LEFT", # AREA_JOIN_LEFT. "AREA_JOIN_UP", # AREA_JOIN_UP. "AREA_JOIN", # AREA_JOIN. "AREA_SWAP", # AREA_SWAP. "FORCE_BOID", # FORCE_BOID. "FORCE_CHARGE", # FORCE_CHARGE. "FORCE_CURVE", # FORCE_CURVE. "FORCE_DRAG", # FORCE_DRAG. "FORCE_FLUIDFLOW", # FORCE_FLUIDFLOW. "FORCE_FORCE", # FORCE_FORCE. "FORCE_HARMONIC", # FORCE_HARMONIC. "FORCE_LENNARDJONES", # FORCE_LENNARDJONES. "FORCE_MAGNETIC", # FORCE_MAGNETIC. "FORCE_TEXTURE", # FORCE_TEXTURE. "FORCE_TURBULENCE", # FORCE_TURBULENCE. "FORCE_VORTEX", # FORCE_VORTEX. "FORCE_WIND", # FORCE_WIND. "IMAGE_BACKGROUND", # IMAGE_BACKGROUND. "IMAGE_PLANE", # IMAGE_PLANE. "IMAGE_REFERENCE", # IMAGE_REFERENCE. "RENDER_SWAP_DIMENSIONS", # RENDER_SWAP_DIMENSIONS. "RIGID_BODY_CONSTRAINT", # RIGID_BODY_CONSTRAINT. "RIGID_BODY", # RIGID_BODY. "SPLIT_HORIZONTAL", # SPLIT_HORIZONTAL. "SPLIT_VERTICAL", # SPLIT_VERTICAL. "ANCHOR_BOTTOM", # ANCHOR_BOTTOM. "ANCHOR_CENTER", # ANCHOR_CENTER. "ANCHOR_LEFT", # ANCHOR_LEFT. "ANCHOR_RIGHT", # ANCHOR_RIGHT. "ANCHOR_TOP", # ANCHOR_TOP. "NODE_CORNER", # NODE_CORNER. "NODE_INSERT_OFF", # NODE_INSERT_OFF. "NODE_INSERT_ON", # NODE_INSERT_ON. "NODE_SIDE", # NODE_SIDE. "NODE_TOP", # NODE_TOP. "SELECT_EXTEND", # SELECT_EXTEND. "SELECT_SET", # SELECT_SET. "SELECT_SUBTRACT", # SELECT_SUBTRACT. "ALIGN_BOTTOM", # ALIGN_BOTTOM. "ALIGN_CENTER", # ALIGN_CENTER. "ALIGN_FLUSH", # ALIGN_FLUSH. "ALIGN_JUSTIFY", # ALIGN_JUSTIFY. "ALIGN_LEFT", # ALIGN_LEFT. "ALIGN_MIDDLE", # ALIGN_MIDDLE. "ALIGN_RIGHT", # ALIGN_RIGHT. "ALIGN_TOP", # ALIGN_TOP. "BOLD", # BOLD. "ITALIC", # ITALIC. "LINENUMBERS_OFF", # LINENUMBERS_OFF. "LINENUMBERS_ON", # LINENUMBERS_ON. "SCRIPTPLUGINS", # SCRIPTPLUGINS. "SMALL_CAPS", # SMALL_CAPS. "SYNTAX_OFF", # SYNTAX_OFF. "SYNTAX_ON", # SYNTAX_ON. "UNDERLINE", # UNDERLINE. "WORDWRAP_OFF", # WORDWRAP_OFF. "WORDWRAP_ON", # WORDWRAP_ON. "CON_ACTION", # CON_ACTION. "CON_ARMATURE", # CON_ARMATURE. "CON_GEOMETRYATTRIBUTE", # CON_GEOMETRYATTRIBUTE. "CON_CAMERASOLVER", # CON_CAMERASOLVER. "CON_CHILDOF", # CON_CHILDOF. "CON_CLAMPTO", # CON_CLAMPTO. "CON_DISTLIMIT", # CON_DISTLIMIT. "CON_FLOOR", # CON_FLOOR. "CON_FOLLOWPATH", # CON_FOLLOWPATH. "CON_FOLLOWTRACK", # CON_FOLLOWTRACK. "CON_KINEMATIC", # CON_KINEMATIC. "CON_LOCKTRACK", # CON_LOCKTRACK. "CON_LOCLIKE", # CON_LOCLIKE. "CON_LOCLIMIT", # CON_LOCLIMIT. "CON_OBJECTSOLVER", # CON_OBJECTSOLVER. "CON_PIVOT", # CON_PIVOT. "CON_ROTLIKE", # CON_ROTLIKE. "CON_ROTLIMIT", # CON_ROTLIMIT. "CON_SAMEVOL", # CON_SAMEVOL. "CON_SHRINKWRAP", # CON_SHRINKWRAP. "CON_SIZELIKE", # CON_SIZELIKE. "CON_SIZELIMIT", # CON_SIZELIMIT. "CON_SPLINEIK", # CON_SPLINEIK. "CON_STRETCHTO", # CON_STRETCHTO. "CON_TRACKTO", # CON_TRACKTO. "CON_TRANSFORM_CACHE", # CON_TRANSFORM_CACHE. "CON_TRANSFORM", # CON_TRANSFORM. "CON_TRANSLIKE", # CON_TRANSLIKE. "HOOK", # HOOK. "MOD_ARMATURE", # MOD_ARMATURE. "MOD_ARRAY", # MOD_ARRAY. "MOD_BEVEL", # MOD_BEVEL. "MOD_BOOLEAN", # MOD_BOOLEAN. "MOD_BUILD", # MOD_BUILD. "MOD_CAST", # MOD_CAST. "MOD_CLOTH", # MOD_CLOTH. "MOD_CURVE", # MOD_CURVE. "MOD_CURVE_TO_TUBE", # MOD_CURVE_TO_TUBE. "MOD_DASH", # MOD_DASH. "MOD_DATA_TRANSFER", # MOD_DATA_TRANSFER. "MOD_DECIM", # MOD_DECIM. "MOD_DISPLACE", # MOD_DISPLACE. "MOD_DYNAMICPAINT", # MOD_DYNAMICPAINT. "MOD_EDGESPLIT", # MOD_EDGESPLIT. "MOD_ENVELOPE", # MOD_ENVELOPE. "MOD_EXPLODE", # MOD_EXPLODE. "MOD_FLUID", # MOD_FLUID. "MOD_FLUIDSIM", # MOD_FLUIDSIM. "MOD_HUE_SATURATION", # MOD_HUE_SATURATION. "MOD_INSTANCE", # MOD_INSTANCE. "MOD_LATTICE", # MOD_LATTICE. "MOD_LENGTH", # MOD_LENGTH. "MOD_LINEART", # MOD_LINEART. "MOD_MASK", # MOD_MASK. "MOD_MESHDEFORM", # MOD_MESHDEFORM. "MOD_MIRROR", # MOD_MIRROR. "MOD_MULTIRES", # MOD_MULTIRES. "MOD_NOISE", # MOD_NOISE. "MOD_NORMALEDIT", # MOD_NORMALEDIT. "MOD_OCEAN", # MOD_OCEAN. "MOD_OFFSET", # MOD_OFFSET. "MOD_OPACITY", # MOD_OPACITY. "MOD_OUTLINE", # MOD_OUTLINE. "MOD_PARTICLE_INSTANCE", # MOD_PARTICLE_INSTANCE. "MOD_PARTICLES", # MOD_PARTICLES. "MOD_PHYSICS", # MOD_PHYSICS. "MOD_REMESH", # MOD_REMESH. "MOD_SCATTER_ON_SURFACE", # MOD_SCATTER_ON_SURFACE. "MOD_SCREW", # MOD_SCREW. "MOD_SHRINKWRAP", # MOD_SHRINKWRAP. "MOD_SIMPLEDEFORM", # MOD_SIMPLEDEFORM. "MOD_SIMPLIFY", # MOD_SIMPLIFY. "MOD_SKIN", # MOD_SKIN. "MOD_SMOOTH", # MOD_SMOOTH. "MOD_SOFT", # MOD_SOFT. "MOD_SOLIDIFY", # MOD_SOLIDIFY. "MOD_SUBSURF", # MOD_SUBSURF. "MOD_THICKNESS", # MOD_THICKNESS. "MOD_TIME", # MOD_TIME. "MOD_TINT", # MOD_TINT. "MOD_TRIANGULATE", # MOD_TRIANGULATE. "MOD_UVPROJECT", # MOD_UVPROJECT. "MOD_VERTEX_WEIGHT", # MOD_VERTEX_WEIGHT. "MOD_WARP", # MOD_WARP. "MOD_WAVE", # MOD_WAVE. "MOD_WIREFRAME", # MOD_WIREFRAME. "MODIFIER_DATA", # MODIFIER_DATA. "ACTION_SLOT", # ACTION_SLOT. "ACTION_TWEAK", # ACTION_TWEAK. "DRIVER", # DRIVER. "FF", # FF. "FRAME_NEXT", # FRAME_NEXT. "FRAME_PREV", # FRAME_PREV. "HANDLE_ALIGNED", # HANDLE_ALIGNED. "HANDLE_AUTO", # HANDLE_AUTO. "HANDLE_AUTOCLAMPED", # HANDLE_AUTOCLAMPED. "HANDLE_FREE", # HANDLE_FREE. "HANDLE_VECTOR", # HANDLE_VECTOR. "IPO_BACK", # IPO_BACK. "IPO_BEZIER", # IPO_BEZIER. "IPO_BOUNCE", # IPO_BOUNCE. "IPO_CIRC", # IPO_CIRC. "IPO_CONSTANT", # IPO_CONSTANT. "IPO_CUBIC", # IPO_CUBIC. "IPO_EASE_IN_OUT", # IPO_EASE_IN_OUT. "IPO_EASE_IN", # IPO_EASE_IN. "IPO_EASE_OUT", # IPO_EASE_OUT. "IPO_ELASTIC", # IPO_ELASTIC. "IPO_EXPO", # IPO_EXPO. "IPO_LINEAR", # IPO_LINEAR. "IPO_QUAD", # IPO_QUAD. "IPO_QUART", # IPO_QUART. "IPO_QUINT", # IPO_QUINT. "IPO_SINE", # IPO_SINE. "KEY_DEHLT", # KEY_DEHLT. "KEY_HLT", # KEY_HLT. "KEYFRAME_HLT", # KEYFRAME_HLT. "KEYFRAME", # KEYFRAME. "KEYINGSET", # KEYINGSET. "MARKER_HLT", # MARKER_HLT. "MARKER", # MARKER. "MUTE_IPO_OFF", # MUTE_IPO_OFF. "MUTE_IPO_ON", # MUTE_IPO_ON. "NEXT_KEYFRAME", # NEXT_KEYFRAME. "NLA_PUSHDOWN", # NLA_PUSHDOWN. "NORMALIZE_FCURVES", # NORMALIZE_FCURVES. "ORIENTATION_PARENT", # ORIENTATION_PARENT. "PAUSE", # PAUSE. "PLAY_REVERSE", # PLAY_REVERSE. "PLAY_SOUND", # PLAY_SOUND. "PLAY", # PLAY. "PMARKER_ACT", # PMARKER_ACT. "PMARKER_SEL", # PMARKER_SEL. "PMARKER", # PMARKER. "PREV_KEYFRAME", # PREV_KEYFRAME. "PREVIEW_RANGE", # PREVIEW_RANGE. "REC", # REC. "REW", # REW. "SOLO_OFF", # SOLO_OFF. "SOLO_ON", # SOLO_ON. "CENTER_ONLY", # CENTER_ONLY. "CURSOR", # CURSOR. "EDGESEL", # EDGESEL. "EDGE_BEVEL", # EDGE_BEVEL. "EDGE_CREASE", # EDGE_CREASE. "EDGE_SEAM", # EDGE_SEAM. "EDGE_SHARP", # EDGE_SHARP. "FACE_CORNER", # FACE_CORNER. "FACESEL", # FACESEL. "INVERSESQUARECURVE", # INVERSESQUARECURVE. "LINCURVE", # LINCURVE. "NOCURVE", # NOCURVE. "PARTICLE_PATH", # PARTICLE_PATH. "PARTICLE_POINT", # PARTICLE_POINT. "PARTICLE_TIP", # PARTICLE_TIP. "PIVOT_ACTIVE", # PIVOT_ACTIVE. "PIVOT_BOUNDBOX", # PIVOT_BOUNDBOX. "PIVOT_CURSOR", # PIVOT_CURSOR. "PIVOT_INDIVIDUAL", # PIVOT_INDIVIDUAL. "PIVOT_MEDIAN", # PIVOT_MEDIAN. "PROP_CON", # PROP_CON. "PROP_OFF", # PROP_OFF. "PROP_ON", # PROP_ON. "PROP_PROJECTED", # PROP_PROJECTED. "RNDCURVE", # RNDCURVE. "ROOTCURVE", # ROOTCURVE. "SHARPCURVE", # SHARPCURVE. "SMOOTHCURVE", # SMOOTHCURVE. "SPHERECURVE", # SPHERECURVE. "VERTEXSEL", # VERTEXSEL. "VERTEX_CREASE", # VERTEX_CREASE. "SNAP_EDGE", # SNAP_EDGE. "SNAP_FACE_CENTER", # SNAP_FACE_CENTER. "SNAP_FACE_NEAREST", # SNAP_FACE_NEAREST. "SNAP_FACE", # SNAP_FACE. "SNAP_GRID", # SNAP_GRID. "SNAP_INCREMENT", # SNAP_INCREMENT. "SNAP_MIDPOINT", # SNAP_MIDPOINT. "SNAP_NORMAL", # SNAP_NORMAL. "SNAP_PEEL_OBJECT", # SNAP_PEEL_OBJECT. "SNAP_PERPENDICULAR", # SNAP_PERPENDICULAR. "SNAP_VERTEX", # SNAP_VERTEX. "SNAP_VOLUME", # SNAP_VOLUME. "STICKY_UVS_DISABLE", # STICKY_UVS_DISABLE. "STICKY_UVS_LOC", # STICKY_UVS_LOC. "STICKY_UVS_VERT", # STICKY_UVS_VERT. "ORIENTATION_GIMBAL", # ORIENTATION_GIMBAL. "ORIENTATION_GLOBAL", # ORIENTATION_GLOBAL. "ORIENTATION_LOCAL", # ORIENTATION_LOCAL. "ORIENTATION_NORMAL", # ORIENTATION_NORMAL. "ORIENTATION_VIEW", # ORIENTATION_VIEW. "COPYDOWN", # COPYDOWN. "FIXED_SIZE", # FIXED_SIZE. "GIZMO", # GIZMO. "GP_CAPS_FLAT", # GP_CAPS_FLAT. "GP_CAPS_ROUND", # GP_CAPS_ROUND. "NORMALS_FACE", # NORMALS_FACE. "NORMALS_VERTEX_FACE", # NORMALS_VERTEX_FACE. "NORMALS_VERTEX", # NORMALS_VERTEX. "OBJECT_ORIGIN", # OBJECT_ORIGIN. "ORIENTATION_CURSOR", # ORIENTATION_CURSOR. "PASTEDOWN", # PASTEDOWN. "PASTEFLIPDOWN", # PASTEFLIPDOWN. "PASTEFLIPUP", # PASTEFLIPUP. "TRANSFORM_ORIGINS", # TRANSFORM_ORIGINS. "UV_EDGESEL", # UV_EDGESEL. "UV_FACESEL", # UV_FACESEL. "UV_ISLANDSEL", # UV_ISLANDSEL. "UV_SYNC_SELECT", # UV_SYNC_SELECT. "UV_VERTEXSEL", # UV_VERTEXSEL. "AXIS_FRONT", # AXIS_FRONT. "AXIS_SIDE", # AXIS_SIDE. "AXIS_TOP", # AXIS_TOP. "GRID", # GRID. "LAYER_ACTIVE", # LAYER_ACTIVE. "LAYER_USED", # LAYER_USED. "LOCKVIEW_OFF", # LOCKVIEW_OFF. "LOCKVIEW_ON", # LOCKVIEW_ON. "OVERLAY", # OVERLAY. "SHADING_BBOX", # SHADING_BBOX. "SHADING_RENDERED", # SHADING_RENDERED. "SHADING_SOLID", # SHADING_SOLID. "SHADING_TEXTURE", # SHADING_TEXTURE. "SHADING_WIRE", # SHADING_WIRE. "XRAY", # XRAY. "VIEW_CAMERA_UNSELECTED", # VIEW_CAMERA_UNSELECTED. "VIEW_CAMERA", # VIEW_CAMERA. "VIEW_LOCKED", # VIEW_LOCKED. "VIEW_ORTHO", # VIEW_ORTHO. "VIEW_PAN", # VIEW_PAN. "VIEW_PERSPECTIVE", # VIEW_PERSPECTIVE. "VIEW_UNLOCKED", # VIEW_UNLOCKED. "VIEW_ZOOM", # VIEW_ZOOM. "FILE_ALIAS", # FILE_ALIAS. "FILE_FOLDER", # FILE_FOLDER. "FOLDER_REDIRECT", # FOLDER_REDIRECT. "APPEND_BLEND", # APPEND_BLEND. "BACK", # BACK. "BOOKMARKS", # BOOKMARKS. "CURRENT_FILE", # CURRENT_FILE. "DESKTOP", # DESKTOP. "DISC", # DISC. "DISK_DRIVE", # DISK_DRIVE. "DOCUMENTS", # DOCUMENTS. "EXPORT", # EXPORT. "EXTERNAL_DRIVE", # EXTERNAL_DRIVE. "USB_DRIVE", # USB_DRIVE. "FILE_3D", # FILE_3D. "FILE_ARCHIVE", # FILE_ARCHIVE. "FILE_BACKUP", # FILE_BACKUP. "FILE_BLANK", # FILE_BLANK. "FILE_BLEND", # FILE_BLEND. "FILE_CACHE", # FILE_CACHE. "FILE_FONT", # FILE_FONT. "FILE_HIDDEN", # FILE_HIDDEN. "FILE_IMAGE", # FILE_IMAGE. "FILE_MOVIE", # FILE_MOVIE. "FILE_PARENT", # FILE_PARENT. "FILE_REFRESH", # FILE_REFRESH. "FILE_SCRIPT", # FILE_SCRIPT. "FILE_SOUND", # FILE_SOUND. "FILE_TEXT", # FILE_TEXT. "FILE_VOLUME", # FILE_VOLUME. "FILTER", # FILTER. "FILTER_FILLED", # FILTER_FILLED. "FONTPREVIEW", # FONTPREVIEW. "FORWARD", # FORWARD. "HOME", # HOME. "IMGDISPLAY", # IMGDISPLAY. "IMPORT", # IMPORT. "LINK_BLEND", # LINK_BLEND. "LONGDISPLAY", # LONGDISPLAY. "LOOP_BACK", # LOOP_BACK. "LOOP_FORWARDS", # LOOP_FORWARDS. "NETWORK_DRIVE", # NETWORK_DRIVE. "NEWFOLDER", # NEWFOLDER. "PREVIEW_LOADING", # PREVIEW_LOADING. "SETTINGS", # SETTINGS. "SHORTDISPLAY", # SHORTDISPLAY. "SORT_ASC", # SORT_ASC. "SORT_DESC", # SORT_DESC. "SORTALPHA", # SORTALPHA. "SORTBYEXT", # SORTBYEXT. "SORTSIZE", # SORTSIZE. "SORTTIME", # SORTTIME. "SYSTEM", # SYSTEM. "TAG", # TAG. "TEMP", # TEMP. "ALIASED", # ALIASED. "ANTIALIASED", # ANTIALIASED. "MAT_SPHERE_SKY", # MAT_SPHERE_SKY. "MATCLOTH", # MATCLOTH. "MATCUBE", # MATCUBE. "MATFLUID", # MATFLUID. "MATPLANE", # MATPLANE. "MATSHADERBALL", # MATSHADERBALL. "MATSPHERE", # MATSPHERE. "SEQ_CHROMA_SCOPE", # SEQ_CHROMA_SCOPE. "SEQ_HISTOGRAM", # SEQ_HISTOGRAM. "SEQ_LUMA_WAVEFORM", # SEQ_LUMA_WAVEFORM. "SEQ_PREVIEW", # SEQ_PREVIEW. "SEQ_SEQUENCER", # SEQ_SEQUENCER. "SEQ_SPLITVIEW", # SEQ_SPLITVIEW. "SEQ_STRIP_DUPLICATE", # SEQ_STRIP_DUPLICATE. "SEQ_STRIP_META", # SEQ_STRIP_META. "SEQ_STRIP_MODIFIER", # SEQ_STRIP_MODIFIER. "MOD_BRIGHTNESS_CONTRAST", # MOD_BRIGHTNESS_CONTRAST. "MOD_COLOR_BALANCE", # MOD_COLOR_BALANCE. "MOD_CURVES", # MOD_CURVES. "MOD_HUE_CORRECT", # MOD_HUE_CORRECT. "MOD_TONEMAP", # MOD_TONEMAP. "MOD_WHITE_BALANCE", # MOD_WHITE_BALANCE. "IMAGE_ALPHA", # IMAGE_ALPHA. "IMAGE_RGB_ALPHA", # IMAGE_RGB_ALPHA. "IMAGE_RGB", # IMAGE_RGB. "IMAGE_ZDEPTH", # IMAGE_ZDEPTH. "BLENDER_LOGO_LARGE", # BLENDER_LOGO_LARGE. "CANCEL_LARGE", # CANCEL_LARGE. "DISC_LARGE", # DISC_LARGE. "DISK_DRIVE_LARGE", # DISK_DRIVE_LARGE. "EXTERNAL_DRIVE_LARGE", # EXTERNAL_DRIVE_LARGE. "USB_DRIVE_LARGE", # USB_DRIVE_LARGE. "FILE_FOLDER_LARGE", # FILE_FOLDER_LARGE. "FILE_LARGE", # FILE_LARGE. "FILE_PARENT_LARGE", # FILE_PARENT_LARGE. "INFO_LARGE", # INFO_LARGE. "NETWORK_DRIVE_LARGE", # NETWORK_DRIVE_LARGE. "QUESTION_LARGE", # QUESTION_LARGE. "WARNING_LARGE", # WARNING_LARGE. "KEY_BACKSPACE_FILLED", # KEY_BACKSPACE_FILLED. "KEY_BACKSPACE", # KEY_BACKSPACE. "KEY_COMMAND_FILLED", # KEY_COMMAND_FILLED. "KEY_COMMAND", # KEY_COMMAND. "KEY_CONTROL_FILLED", # KEY_CONTROL_FILLED. "KEY_CONTROL", # KEY_CONTROL. "KEY_EMPTY1_FILLED", # KEY_EMPTY1_FILLED. "KEY_EMPTY1", # KEY_EMPTY1. "KEY_EMPTY2_FILLED", # KEY_EMPTY2_FILLED. "KEY_EMPTY2", # KEY_EMPTY2. "KEY_EMPTY3_FILLED", # KEY_EMPTY3_FILLED. "KEY_EMPTY3", # KEY_EMPTY3. "KEY_MENU_FILLED", # KEY_MENU_FILLED. "KEY_MENU", # KEY_MENU. "KEY_OPTION_FILLED", # KEY_OPTION_FILLED. "KEY_OPTION", # KEY_OPTION. "KEY_RETURN_FILLED", # KEY_RETURN_FILLED. "KEY_RETURN", # KEY_RETURN. "KEY_RING_FILLED", # KEY_RING_FILLED. "KEY_RING", # KEY_RING. "KEY_SHIFT_FILLED", # KEY_SHIFT_FILLED. "KEY_SHIFT", # KEY_SHIFT. "KEY_TAB_FILLED", # KEY_TAB_FILLED. "KEY_TAB", # KEY_TAB. "KEY_WINDOWS_FILLED", # KEY_WINDOWS_FILLED. "KEY_WINDOWS", # KEY_WINDOWS. "GESTURE_PAN", # GESTURE_PAN. "GESTURE_ROTATE", # GESTURE_ROTATE. "GESTURE_ZOOM", # GESTURE_ZOOM. "FUND", # FUND. "HEART", # HEART. "INTERNET_OFFLINE", # INTERNET_OFFLINE. "INTERNET", # INTERNET. "USER", # USER. "EXPERIMENTAL", # EXPERIMENTAL. "MEMORY", # MEMORY. "RGB_RED", # RGB_RED. "RGB_GREEN", # RGB_GREEN. "RGB_BLUE", # RGB_BLUE. "KEYTYPE_KEYFRAME_VEC", # KEYTYPE_KEYFRAME_VEC. "KEYTYPE_BREAKDOWN_VEC", # KEYTYPE_BREAKDOWN_VEC. "KEYTYPE_EXTREME_VEC", # KEYTYPE_EXTREME_VEC. "KEYTYPE_JITTER_VEC", # KEYTYPE_JITTER_VEC. "KEYTYPE_MOVING_HOLD_VEC", # KEYTYPE_MOVING_HOLD_VEC. "KEYTYPE_GENERATED_VEC", # KEYTYPE_GENERATED_VEC. "HANDLETYPE_FREE_VEC", # HANDLETYPE_FREE_VEC. "HANDLETYPE_ALIGNED_VEC", # HANDLETYPE_ALIGNED_VEC. "HANDLETYPE_VECTOR_VEC", # HANDLETYPE_VECTOR_VEC. "HANDLETYPE_AUTO_VEC", # HANDLETYPE_AUTO_VEC. "HANDLETYPE_AUTO_CLAMP_VEC", # HANDLETYPE_AUTO_CLAMP_VEC. "COLORSET_01_VEC", # COLORSET_01_VEC. "COLORSET_02_VEC", # COLORSET_02_VEC. "COLORSET_03_VEC", # COLORSET_03_VEC. "COLORSET_04_VEC", # COLORSET_04_VEC. "COLORSET_05_VEC", # COLORSET_05_VEC. "COLORSET_06_VEC", # COLORSET_06_VEC. "COLORSET_07_VEC", # COLORSET_07_VEC. "COLORSET_08_VEC", # COLORSET_08_VEC. "COLORSET_09_VEC", # COLORSET_09_VEC. "COLORSET_10_VEC", # COLORSET_10_VEC. "COLORSET_11_VEC", # COLORSET_11_VEC. "COLORSET_12_VEC", # COLORSET_12_VEC. "COLORSET_13_VEC", # COLORSET_13_VEC. "COLORSET_14_VEC", # COLORSET_14_VEC. "COLORSET_15_VEC", # COLORSET_15_VEC. "COLORSET_16_VEC", # COLORSET_16_VEC. "COLORSET_17_VEC", # COLORSET_17_VEC. "COLORSET_18_VEC", # COLORSET_18_VEC. "COLORSET_19_VEC", # COLORSET_19_VEC. "COLORSET_20_VEC", # COLORSET_20_VEC. "STRIP_COLOR_01", # STRIP_COLOR_01. "STRIP_COLOR_02", # STRIP_COLOR_02. "STRIP_COLOR_03", # STRIP_COLOR_03. "STRIP_COLOR_04", # STRIP_COLOR_04. "STRIP_COLOR_05", # STRIP_COLOR_05. "STRIP_COLOR_06", # STRIP_COLOR_06. "STRIP_COLOR_07", # STRIP_COLOR_07. "STRIP_COLOR_08", # STRIP_COLOR_08. "STRIP_COLOR_09", # STRIP_COLOR_09. "LIBRARY_DATA_INDIRECT", # LIBRARY_DATA_INDIRECT. "LIBRARY_DATA_OVERRIDE_NONEDITABLE", # LIBRARY_DATA_OVERRIDE_NONEDITABLE. "LAYERGROUP_COLOR_01", # LAYERGROUP_COLOR_01. "LAYERGROUP_COLOR_02", # LAYERGROUP_COLOR_02. "LAYERGROUP_COLOR_03", # LAYERGROUP_COLOR_03. "LAYERGROUP_COLOR_04", # LAYERGROUP_COLOR_04. "LAYERGROUP_COLOR_05", # LAYERGROUP_COLOR_05. "LAYERGROUP_COLOR_06", # LAYERGROUP_COLOR_06. "LAYERGROUP_COLOR_07", # LAYERGROUP_COLOR_07. "LAYERGROUP_COLOR_08", # LAYERGROUP_COLOR_08. "EVENT_A", # EVENT_A. "EVENT_B", # EVENT_B. "EVENT_C", # EVENT_C. "EVENT_D", # EVENT_D. "EVENT_E", # EVENT_E. "EVENT_F", # EVENT_F. "EVENT_G", # EVENT_G. "EVENT_H", # EVENT_H. "EVENT_I", # EVENT_I. "EVENT_J", # EVENT_J. "EVENT_K", # EVENT_K. "EVENT_L", # EVENT_L. "EVENT_M", # EVENT_M. "EVENT_N", # EVENT_N. "EVENT_O", # EVENT_O. "EVENT_P", # EVENT_P. "EVENT_Q", # EVENT_Q. "EVENT_R", # EVENT_R. "EVENT_S", # EVENT_S. "EVENT_T", # EVENT_T. "EVENT_U", # EVENT_U. "EVENT_V", # EVENT_V. "EVENT_W", # EVENT_W. "EVENT_X", # EVENT_X. "EVENT_Y", # EVENT_Y. "EVENT_Z", # EVENT_Z. "EVENT_SHIFT", # EVENT_SHIFT. "EVENT_CTRL", # EVENT_CTRL. "EVENT_ALT", # EVENT_ALT. "EVENT_OS", # EVENT_OS. "EVENT_HYPER", # EVENT_HYPER. "EVENT_F1", # EVENT_F1. "EVENT_F2", # EVENT_F2. "EVENT_F3", # EVENT_F3. "EVENT_F4", # EVENT_F4. "EVENT_F5", # EVENT_F5. "EVENT_F6", # EVENT_F6. "EVENT_F7", # EVENT_F7. "EVENT_F8", # EVENT_F8. "EVENT_F9", # EVENT_F9. "EVENT_F10", # EVENT_F10. "EVENT_F11", # EVENT_F11. "EVENT_F12", # EVENT_F12. "EVENT_F13", # EVENT_F13. "EVENT_F14", # EVENT_F14. "EVENT_F15", # EVENT_F15. "EVENT_F16", # EVENT_F16. "EVENT_F17", # EVENT_F17. "EVENT_F18", # EVENT_F18. "EVENT_F19", # EVENT_F19. "EVENT_F20", # EVENT_F20. "EVENT_F21", # EVENT_F21. "EVENT_F22", # EVENT_F22. "EVENT_F23", # EVENT_F23. "EVENT_F24", # EVENT_F24. "EVENT_ESC", # EVENT_ESC. "EVENT_TAB", # EVENT_TAB. "EVENT_PAGEUP", # EVENT_PAGEUP. "EVENT_PAGEDOWN", # EVENT_PAGEDOWN. "EVENT_RETURN", # EVENT_RETURN. "EVENT_SPACEKEY", # EVENT_SPACEKEY. "EVENT_ZEROKEY", # EVENT_ZEROKEY. "EVENT_ONEKEY", # EVENT_ONEKEY. "EVENT_TWOKEY", # EVENT_TWOKEY. "EVENT_THREEKEY", # EVENT_THREEKEY. "EVENT_FOURKEY", # EVENT_FOURKEY. "EVENT_FIVEKEY", # EVENT_FIVEKEY. "EVENT_SIXKEY", # EVENT_SIXKEY. "EVENT_SEVENKEY", # EVENT_SEVENKEY. "EVENT_EIGHTKEY", # EVENT_EIGHTKEY. "EVENT_NINEKEY", # EVENT_NINEKEY. "EVENT_PAD0", # EVENT_PAD0. "EVENT_PAD1", # EVENT_PAD1. "EVENT_PAD2", # EVENT_PAD2. "EVENT_PAD3", # EVENT_PAD3. "EVENT_PAD4", # EVENT_PAD4. "EVENT_PAD5", # EVENT_PAD5. "EVENT_PAD6", # EVENT_PAD6. "EVENT_PAD7", # EVENT_PAD7. "EVENT_PAD8", # EVENT_PAD8. "EVENT_PAD9", # EVENT_PAD9. "EVENT_PADASTER", # EVENT_PADASTER. "EVENT_PADSLASH", # EVENT_PADSLASH. "EVENT_PADMINUS", # EVENT_PADMINUS. "EVENT_PADENTER", # EVENT_PADENTER. "EVENT_PADPLUS", # EVENT_PADPLUS. "EVENT_PADPERIOD", # EVENT_PADPERIOD. "EVENT_MOUSE_4", # EVENT_MOUSE_4. "EVENT_MOUSE_5", # EVENT_MOUSE_5. "EVENT_MOUSE_6", # EVENT_MOUSE_6. "EVENT_MOUSE_7", # EVENT_MOUSE_7. "EVENT_TABLET_STYLUS", # EVENT_TABLET_STYLUS. "EVENT_TABLET_ERASER", # EVENT_TABLET_ERASER. "EVENT_LEFT_ARROW", # EVENT_LEFT_ARROW. "EVENT_DOWN_ARROW", # EVENT_DOWN_ARROW. "EVENT_RIGHT_ARROW", # EVENT_RIGHT_ARROW. "EVENT_UP_ARROW", # EVENT_UP_ARROW. "EVENT_PAUSE", # EVENT_PAUSE. "EVENT_INSERT", # EVENT_INSERT. "EVENT_HOME", # EVENT_HOME. "EVENT_END", # EVENT_END. "EVENT_UNKNOWN", # EVENT_UNKNOWN. "EVENT_GRLESS", # EVENT_GRLESS. "EVENT_MEDIAPLAY", # EVENT_MEDIAPLAY. "EVENT_MEDIASTOP", # EVENT_MEDIASTOP. "EVENT_MEDIAFIRST", # EVENT_MEDIAFIRST. "EVENT_MEDIALAST", # EVENT_MEDIALAST. "EVENT_APP", # EVENT_APP. "EVENT_CAPSLOCK", # EVENT_CAPSLOCK. "EVENT_BACKSPACE", # EVENT_BACKSPACE. "EVENT_DEL", # EVENT_DEL. "EVENT_SEMICOLON", # EVENT_SEMICOLON. "EVENT_PERIOD", # EVENT_PERIOD. "EVENT_COMMA", # EVENT_COMMA. "EVENT_QUOTE", # EVENT_QUOTE. "EVENT_ACCENTGRAVE", # EVENT_ACCENTGRAVE. "EVENT_MINUS", # EVENT_MINUS. "EVENT_PLUS", # EVENT_PLUS. "EVENT_SLASH", # EVENT_SLASH. "EVENT_BACKSLASH", # EVENT_BACKSLASH. "EVENT_EQUAL", # EVENT_EQUAL. "EVENT_LEFTBRACKET", # EVENT_LEFTBRACKET. "EVENT_RIGHTBRACKET", # EVENT_RIGHTBRACKET. "EVENT_PAD_PAN", # EVENT_PAD_PAN. "EVENT_PAD_ROTATE", # EVENT_PAD_ROTATE. "EVENT_PAD_ZOOM", # EVENT_PAD_ZOOM. "EVENT_NDOF_BUTTON_V1", # EVENT_NDOF_BUTTON_V1. "EVENT_NDOF_BUTTON_V2", # EVENT_NDOF_BUTTON_V2. "EVENT_NDOF_BUTTON_V3", # EVENT_NDOF_BUTTON_V3. "EVENT_NDOF_BUTTON_SAVE_V1", # EVENT_NDOF_BUTTON_SAVE_V1. "EVENT_NDOF_BUTTON_SAVE_V2", # EVENT_NDOF_BUTTON_SAVE_V2. "EVENT_NDOF_BUTTON_SAVE_V3", # EVENT_NDOF_BUTTON_SAVE_V3. "EVENT_NDOF_BUTTON_1", # EVENT_NDOF_BUTTON_1. "EVENT_NDOF_BUTTON_2", # EVENT_NDOF_BUTTON_2. "EVENT_NDOF_BUTTON_3", # EVENT_NDOF_BUTTON_3. "EVENT_NDOF_BUTTON_4", # EVENT_NDOF_BUTTON_4. "EVENT_NDOF_BUTTON_5", # EVENT_NDOF_BUTTON_5. "EVENT_NDOF_BUTTON_6", # EVENT_NDOF_BUTTON_6. "EVENT_NDOF_BUTTON_7", # EVENT_NDOF_BUTTON_7. "EVENT_NDOF_BUTTON_8", # EVENT_NDOF_BUTTON_8. "EVENT_NDOF_BUTTON_9", # EVENT_NDOF_BUTTON_9. "EVENT_NDOF_BUTTON_10", # EVENT_NDOF_BUTTON_10. "EVENT_NDOF_BUTTON_11", # EVENT_NDOF_BUTTON_11. "EVENT_NDOF_BUTTON_12", # EVENT_NDOF_BUTTON_12. "EVENT_NDOF_BUTTON_MENU", # EVENT_NDOF_BUTTON_MENU. "EVENT_NDOF_BUTTON_FIT", # EVENT_NDOF_BUTTON_FIT. "EVENT_NDOF_BUTTON_TOP", # EVENT_NDOF_BUTTON_TOP. "EVENT_NDOF_BUTTON_BOTTOM", # EVENT_NDOF_BUTTON_BOTTOM. "EVENT_NDOF_BUTTON_LEFT", # EVENT_NDOF_BUTTON_LEFT. "EVENT_NDOF_BUTTON_RIGHT", # EVENT_NDOF_BUTTON_RIGHT. "EVENT_NDOF_BUTTON_FRONT", # EVENT_NDOF_BUTTON_FRONT. "EVENT_NDOF_BUTTON_BACK", # EVENT_NDOF_BUTTON_BACK. "EVENT_NDOF_BUTTON_ISO1", # EVENT_NDOF_BUTTON_ISO1. "EVENT_NDOF_BUTTON_ISO2", # EVENT_NDOF_BUTTON_ISO2. "EVENT_NDOF_BUTTON_ROLL_CW", # EVENT_NDOF_BUTTON_ROLL_CW. "EVENT_NDOF_BUTTON_ROLL_CCW", # EVENT_NDOF_BUTTON_ROLL_CCW. "EVENT_NDOF_BUTTON_SPIN_CW", # EVENT_NDOF_BUTTON_SPIN_CW. "EVENT_NDOF_BUTTON_SPIN_CCW", # EVENT_NDOF_BUTTON_SPIN_CCW. "EVENT_NDOF_BUTTON_TILT_CW", # EVENT_NDOF_BUTTON_TILT_CW. "EVENT_NDOF_BUTTON_TILT_CCW", # EVENT_NDOF_BUTTON_TILT_CCW. "EVENT_NDOF_BUTTON_ROTATE", # EVENT_NDOF_BUTTON_ROTATE. "EVENT_NDOF_BUTTON_PANZOOM", # EVENT_NDOF_BUTTON_PANZOOM. "EVENT_NDOF_BUTTON_DOMINANT", # EVENT_NDOF_BUTTON_DOMINANT. "EVENT_NDOF_BUTTON_PLUS", # EVENT_NDOF_BUTTON_PLUS. "EVENT_NDOF_BUTTON_MINUS", # EVENT_NDOF_BUTTON_MINUS. "NODE_SOCKET_FLOAT", # NODE_SOCKET_FLOAT. "NODE_SOCKET_VECTOR", # NODE_SOCKET_VECTOR. "NODE_SOCKET_RGBA", # NODE_SOCKET_RGBA. "NODE_SOCKET_SHADER", # NODE_SOCKET_SHADER. "NODE_SOCKET_BOOLEAN", # NODE_SOCKET_BOOLEAN. "NODE_SOCKET_INT", # NODE_SOCKET_INT. "NODE_SOCKET_STRING", # NODE_SOCKET_STRING. "NODE_SOCKET_OBJECT", # NODE_SOCKET_OBJECT. "NODE_SOCKET_IMAGE", # NODE_SOCKET_IMAGE. "NODE_SOCKET_GEOMETRY", # NODE_SOCKET_GEOMETRY. "NODE_SOCKET_COLLECTION", # NODE_SOCKET_COLLECTION. "NODE_SOCKET_TEXTURE", # NODE_SOCKET_TEXTURE. "NODE_SOCKET_MATERIAL", # NODE_SOCKET_MATERIAL. "NODE_SOCKET_ROTATION", # NODE_SOCKET_ROTATION. "NODE_SOCKET_MENU", # NODE_SOCKET_MENU. "NODE_SOCKET_MATRIX", # NODE_SOCKET_MATRIX. "NODE_SOCKET_BUNDLE", # NODE_SOCKET_BUNDLE. "NODE_SOCKET_CLOSURE", # NODE_SOCKET_CLOSURE. "NODE_SOCKET_FONT", # NODE_SOCKET_FONT. "NODE_SOCKET_SCENE", # NODE_SOCKET_SCENE. "NODE_SOCKET_TEXT", # NODE_SOCKET_TEXT. "NODE_SOCKET_MASK", # NODE_SOCKET_MASK. "NODE_SOCKET_SOUND", # NODE_SOCKET_SOUND. "NODE_SOCKET_INT_VECTOR", # NODE_SOCKET_INT_VECTOR. ] type IdTypeItems = typing.Literal[ "ACTION", # Action. "ARMATURE", # Armature. "BRUSH", # Brush. "CACHEFILE", # Cache File. "CAMERA", # Camera. "COLLECTION", # Collection. "CURVE", # Curve. "CURVES", # Curves. "FONT", # Font. "GREASEPENCIL", # Grease Pencil. "GREASEPENCIL_V3", # Grease Pencil v3. "IMAGE", # Image. "KEY", # Key. "LATTICE", # Lattice. "LIBRARY", # Library. "LIGHT", # Light. "LIGHT_PROBE", # Light Probe. "LINESTYLE", # Line Style. "MASK", # Mask. "MATERIAL", # Material. "MESH", # Mesh. "META", # Metaball. "MOVIECLIP", # Movie Clip. "NODETREE", # Node Tree. "OBJECT", # Object. "PAINTCURVE", # Paint Curve. "PALETTE", # Palette. "PARTICLE", # Particle. "POINTCLOUD", # Point Cloud. "SCENE", # Scene. "SCREEN", # Screen. "SOUND", # Sound. "SPEAKER", # Speaker. "TEXT", # Text. "TEXTURE", # Texture. "VOLUME", # Volume. "WINDOWMANAGER", # Window Manager. "WORKSPACE", # Workspace. "WORLD", # World. ] type ImageColorDepthItems = typing.Literal[ "8", # :4: (INFO/1) Enumerated list start value not ordinal-1: "8" (ordinal 8)8-bit color channels. "10", # :4: (INFO/1) Enumerated list start value not ordinal-1: "10" (ordinal 10)10-bit color channels. "12", # :4: (INFO/1) Enumerated list start value not ordinal-1: "12" (ordinal 12)12-bit color channels. "16", # :4: (INFO/1) Enumerated list start value not ordinal-1: "16" (ordinal 16)16-bit color channels. "32", # :4: (INFO/1) Enumerated list start value not ordinal-1: "32" (ordinal 32)32-bit color channels. ] type ImageColorModeItems = typing.Literal[ "BW", # BW.Images get saved in 8-bit grayscale (only PNG, JPEG, TGA, TIF). "RGB", # RGB.Images are saved with RGB (color) data. "RGBA", # RGBA.Images are saved with RGB and Alpha data (if supported). ] type ImageGeneratedTypeItems = typing.Literal[ "BLANK", # Blank.Generate a blank image. "UV_GRID", # UV Grid.Generated grid to test UV mappings. "COLOR_GRID", # Color Grid.Generated improved UV grid to test UV mappings. ] type ImageTypeAllItems = typing.Literal[ "AVIF", # AVIF (.avif).Output image in AVIF format. "JPEG", # JPEG (.jpg).Output image in JPEG format. "OPEN_EXR", # OpenEXR (.exr).Output image in OpenEXR format. "PNG", # PNG (.png).Output image in PNG format. "WEBP", # WebP (.webp).Output image in WebP format. "BMP", # Bitmap (.bmp).Output image in bitmap format. "CINEON", # Cineon (.cin).Output image in Cineon format. "DPX", # DPX (.dpx).Output image in DPX format. "IRIS", # Iris (.rgb).Output image in SGI IRIS format. "JPEG2000", # JPEG 2000 (.jp2).Output image in JPEG 2000 format. "HDR", # Radiance HDR (.hdr).Output image in Radiance HDR format. "TARGA", # Targa (.tga).Output image in Targa format. "TARGA_RAW", # Targa Raw (.tga).Output image in uncompressed Targa format. "TIFF", # TIFF (.tif).Output image in TIFF format. "OPEN_EXR_MULTILAYER", # OpenEXR MultiLayer (.exr).Output image in multilayer OpenEXR format. "FFMPEG", # FFmpeg Video. ] type KeyblockTypeItems = typing.Literal[ "KEY_LINEAR", # Linear. "KEY_CARDINAL", # Cardinal. "KEY_CATMULL_ROM", # Catmull-Rom. "KEY_BSPLINE", # BSpline. ] type KeyframeHandleTypeItems = typing.Literal[ "FREE", # Free.Completely independent manually set handle. "ALIGNED", # Aligned.Manually set handle with rotation locked together with its pair. "VECTOR", # Vector.Automatic handles that create straight lines. "AUTO", # Automatic.Automatic handles that create smooth curves. "AUTO_CLAMPED", # Auto Clamped.Automatic handles that create smooth curves which only change direction at keyframes. ] type KeyframePasteMergeItems = typing.Literal[ "MIX", # Mix.Overlay existing with new keys. "OVER_ALL", # Overwrite All.Replace all keys. "OVER_RANGE", # Overwrite Range.Overwrite keys in pasted range. "OVER_RANGE_ALL", # Overwrite Entire Range.Overwrite keys in pasted range, using the range of all copied keys. ] type KeyframePasteOffsetItems = typing.Literal[ "START", # Frame Start.Paste keys starting at current frame. "END", # Frame End.Paste keys ending at current frame. "RELATIVE", # Frame Relative.Paste keys relative to the current frame when copying. "NONE", # No Offset.Paste keys from original time. ] type KeyframePasteOffsetValueItems = typing.Literal[ "LEFT_KEY", # Left Key.Paste keys with the first key matching the key left of the cursor. "RIGHT_KEY", # Right Key.Paste keys with the last key matching the key right of the cursor. "CURRENT_FRAME", # Current Frame Value.Paste keys relative to the value of the curve under the cursor. "CURSOR_VALUE", # Cursor Value.Paste keys relative to the Y-Position of the cursor. "NONE", # No Offset.Paste keys with the same value as they were copied. ] type KeyingFlagApiItems = typing.Literal[ "INSERTKEY_NEEDED", # Only Needed.Only insert keyframes where they're needed in the relevant F-Curves. "INSERTKEY_VISUAL", # Visual Keying.Insert keyframes based on 'visual transforms'. "INSERTKEY_REPLACE", # Replace Existing.Only replace existing keyframes. "INSERTKEY_AVAILABLE", # Only Available.Don't create F-Curves when they don't already exist. "INSERTKEY_CYCLE_AWARE", # Cycle Aware Keying.When inserting into a curve with cyclic extrapolation, remap the keyframe inside the cycle time range, and if changing an end key, also update the other one. ] type KeyingFlagItems = typing.Literal[ "INSERTKEY_NEEDED", # Only Needed.Only insert keyframes where they're needed in the relevant F-Curves. "INSERTKEY_VISUAL", # Visual Keying.Insert keyframes based on 'visual transforms'. ] type KeyingsetPathGroupingItems = typing.Literal[ "NAMED", # Named Group. "NONE", # None. "KEYINGSET", # Keying Set Name. ] type KeymapPropvalueItems = typing.Literal["NONE",] type LightTypeItems = typing.Literal[ "POINT", # Point.Omnidirectional point light source. "SUN", # Sun.Constant direction parallel ray light source. "SPOT", # Spot.Directional cone light source. "AREA", # Area.Directional area light source. ] type LightprobesTypeItems = typing.Literal[ "SPHERE", # Sphere. "PLANE", # Plane. "VOLUME", # Volume. ] type LinestyleAlphaModifierTypeItems = typing.Literal[ "ALONG_STROKE", # Along Stroke. "CREASE_ANGLE", # Crease Angle. "CURVATURE_3D", # Curvature 3D. "DISTANCE_FROM_CAMERA", # Distance from Camera. "DISTANCE_FROM_OBJECT", # Distance from Object. "MATERIAL", # Material. "NOISE", # Noise. "TANGENT", # Tangent. ] type LinestyleColorModifierTypeItems = typing.Literal[ "ALONG_STROKE", # Along Stroke. "CREASE_ANGLE", # Crease Angle. "CURVATURE_3D", # Curvature 3D. "DISTANCE_FROM_CAMERA", # Distance from Camera. "DISTANCE_FROM_OBJECT", # Distance from Object. "MATERIAL", # Material. "NOISE", # Noise. "TANGENT", # Tangent. ] type LinestyleGeometryModifierTypeItems = typing.Literal[ "2D_OFFSET", # 2D Offset. "2D_TRANSFORM", # 2D Transform. "BACKBONE_STRETCHER", # Backbone Stretcher. "BEZIER_CURVE", # Bézier Curve. "BLUEPRINT", # Blueprint. "GUIDING_LINES", # Guiding Lines. "PERLIN_NOISE_1D", # Perlin Noise 1D. "PERLIN_NOISE_2D", # Perlin Noise 2D. "POLYGONIZATION", # Polygonization. "SAMPLING", # Sampling. "SIMPLIFICATION", # Simplification. "SINUS_DISPLACEMENT", # Sinus Displacement. "SPATIAL_NOISE", # Spatial Noise. "TIP_REMOVER", # Tip Remover. ] type LinestyleThicknessModifierTypeItems = typing.Literal[ "ALONG_STROKE", # Along Stroke. "CALLIGRAPHY", # Calligraphy. "CREASE_ANGLE", # Crease Angle. "CURVATURE_3D", # Curvature 3D. "DISTANCE_FROM_CAMERA", # Distance from Camera. "DISTANCE_FROM_OBJECT", # Distance from Object. "MATERIAL", # Material. "NOISE", # Noise. "TANGENT", # Tangent. ] type MappingTypeItems = typing.Literal[ "POINT", # Point.Transform a point. "TEXTURE", # Texture.Transform a texture by inverse mapping the texture coordinate. "VECTOR", # Vector.Transform a direction vector (Location is ignored). "NORMAL", # Normal.Transform a unit normal vector (Location is ignored). ] type MeshDelimitModeItems = typing.Literal[ "NORMAL", # Normal.Delimit by face directions. "MATERIAL", # Material.Delimit by face material. "SEAM", # Seam.Delimit by edge seams. "SHARP", # Sharp.Delimit by sharp edges. "UV", # UVs.Delimit by UV coordinates. ] type MeshSelectModeItems = typing.Literal[ "VERT", # Vertex.Vertex selection mode. "EDGE", # Edge.Edge selection mode. "FACE", # Face.Face selection mode. ] type MeshSelectModeUvItems = typing.Literal[ "VERTEX", # Vertex.Vertex selection mode. "EDGE", # Edge.Edge selection mode. "FACE", # Face.Face selection mode. ] type MeshWalkDelimitEdgeLoopItems = typing.Literal[ "SEAM", # Seam.Delimit edge loop selection at seams. "SHARP", # Sharp.Delimit edge loop selection at sharp edges. "NGONS", # N-gons.Stop boundary selection at n-gons. "INNER_CORNERS", # Inner Corners.Stop boundary selection at vertices with more than three edges. "OUTER_CORNERS", # Outer Corners.Stop boundary selection at vertices with two edges when they share a face that is not an n-gon. ] type MeshWalkDelimitEdgeRingItems = typing.Literal[ "SEAM", # Seam.Delimit edge ring selection at seams. "SHARP", # Sharp.Delimit edge ring selection at sharp edges. "MATERIAL", # Material.Delimit edge ring selection at material boundaries. "NGONS", # N-gons.Allow edge ring selection to step over n-gons with an even number of sides. ] type MeshWalkDelimitFaceLoopItems = typing.Literal[ "SEAM", # Seam.Delimit face loop selection at seams. "SHARP", # Sharp.Delimit face loop selection at sharp edges. "MATERIAL", # Material.Delimit face loop selection at material boundaries. ] type MetaelemTypeItems = typing.Literal[ "BALL", # Ball. "CAPSULE", # Capsule. "PLANE", # Plane. "ELLIPSOID", # Ellipsoid. "CUBE", # Cube. ] type ModifierShrinkwrapModeItems = typing.Literal[ "ON_SURFACE", # On Surface.The point is constrained to the surface of the target object, with distance offset towards the original point location. "INSIDE", # Inside.The point is constrained to be inside the target object. "OUTSIDE", # Outside.The point is constrained to be outside the target object. "OUTSIDE_SURFACE", # Outside Surface.The point is constrained to the surface of the target object, with distance offset always to the outside, towards or away from the original location. "ABOVE_SURFACE", # Above Surface.The point is constrained to the surface of the target object, with distance offset applied exactly along the target normal. ] type ModifierTriangulateNgonMethodItems = typing.Literal[ "BEAUTY", # Beauty.Arrange the new triangles evenly (slow). "CLIP", # Clip.Split the polygons with an ear clipping algorithm. ] type ModifierTriangulateQuadMethodItems = typing.Literal[ "BEAUTY", # Beauty.Split the quads in nice triangles, slower method. "FIXED", # Fixed.Split the quads on the first and third vertices. "FIXED_ALTERNATE", # Fixed Alternate.Split the quads on the 2nd and 4th vertices. "SHORTEST_DIAGONAL", # Shortest Diagonal.Split the quads along their shortest diagonal. "LONGEST_DIAGONAL", # Longest Diagonal.Split the quads along their longest diagonal. ] type MotionpathBakeLocationItems = typing.Literal[ "HEADS", # Heads.Calculate bone paths from heads. "TAILS", # Tails.Calculate bone paths from tails. ] type MotionpathDisplayTypeItems = typing.Literal[ "CURRENT_FRAME", # Around Frame.Display Paths of poses within a fixed number of frames around the current frame. "RANGE", # In Range.Display Paths of poses within specified range. ] type MotionpathRangeItems = typing.Literal[ "KEYS_ALL", # All Keys.From the first keyframe to the last. "KEYS_SELECTED", # Selected Keys.From the first selected keyframe to the last. "SCENE", # Scene Frame Range.The entire Scene / Preview range. "MANUAL", # Manual Range.Manually determined frame range. ] type NavigationModeItems = typing.Literal[ "WALK", # Walk.Interactively walk or free navigate around the scene. "FLY", # Fly.Use fly dynamics to navigate the scene. ] type NlaModeBlendItems = typing.Literal[ "REPLACE", # Replace.The strip values replace the accumulated results by amount specified by influence. "COMBINE", # Combine.The strip values are combined with accumulated results by appropriately using addition, multiplication, or quaternion math, based on channel type. "ADD", # Add.Weighted result of strip is added to the accumulated results. "SUBTRACT", # Subtract.Weighted result of strip is removed from the accumulated results. "MULTIPLY", # Multiply.Weighted result of strip is multiplied with the accumulated results. ] type NlaModeExtendItems = typing.Literal[ "NOTHING", # Nothing.Strip has no influence past its extents. "HOLD", # Hold.Hold the first frame if no previous strips in track, and always hold last frame. "HOLD_FORWARD", # Hold Forward.Only hold last frame. ] type NodeBooleanMathItems = typing.Literal[ "AND", # And.True when both inputs are true. "OR", # Or.True when at least one input is true. "NOT", # Not.Opposite of the input. "NAND", # Not And.True when at least one input is false. "NOR", # Nor.True when both inputs are false. "XNOR", # Equal.True when both inputs are equal (exclusive nor). "XOR", # Not Equal.True when both inputs are different (exclusive or). "IMPLY", # Imply.True unless the first input is true and the second is false. "NIMPLY", # Subtract.True when the first input is true and the second is false (not imply). ] type NodeClampItems = typing.Literal[ "MINMAX", # Min Max.Constrain value between min and max. "RANGE", # Range.Constrain value between min and max, swapping arguments when min > max. ] type NodeCombsepColorItems = typing.Literal[ "RGB", # RGB.Use RGB (Red, Green, Blue) color processing. "HSV", # HSV.Use HSV (Hue, Saturation, Value) color processing. "HSL", # HSL.Use HSL (Hue, Saturation, Lightness) color processing. ] type NodeCompareOperationItems = typing.Literal[ "LESS_THAN", # Less Than.True when the first input is smaller than second input. "LESS_EQUAL", # Less Than or Equal.True when the first input is smaller than the second input or equal. "GREATER_THAN", # Greater Than.True when the first input is greater than the second input. "GREATER_EQUAL", # Greater Than or Equal.True when the first input is greater than the second input or equal. "EQUAL", # Equal.True when both inputs are approximately equal. "NOT_EQUAL", # Not Equal.True when both inputs are not approximately equal. "BRIGHTER", # Brighter.True when the first input is brighter. "DARKER", # Darker.True when the first input is darker. ] type NodeCompositorExtensionItems = typing.Literal[ "CLIP", # Clip.Areas outside of the image are filled with zero. "EXTEND", # Extend.Areas outside of the image are filled with the closest boundary pixel in the image. "REPEAT", # Repeat.Areas outside of the image are filled with repetitions of the image. ] type NodeCompositorInterpolationItems = typing.Literal[ "NEAREST", # Nearest.Use Nearest interpolation. "BILINEAR", # Bilinear.Use Bilinear interpolation. "BICUBIC", # Bicubic.Use Cubic B-Spline interpolation. "ANISOTROPIC", # Anisotropic.Use Anisotropic interpolation. ] type NodeFloatToIntItems = typing.Literal[ "ROUND", # Round.Round the float up or down to the nearest integer. "FLOOR", # Floor.Round the float down to the next smallest integer. "CEILING", # Ceiling.Round the float up to the next largest integer. "TRUNCATE", # Truncate.Round the float to the closest integer in the direction of zero (floor if positive; ceiling if negative). ] type NodeGeometryCurveHandleSideItems = typing.Literal[ "LEFT", # Left.Use the left handles. "RIGHT", # Right.Use the right handles. ] type NodeGeometryMeshCircleFillTypeItems = typing.Literal[ "NONE", # None. "NGON", # N-Gon. "TRIANGLE_FAN", # Triangles. ] type NodeIntegerMathItems = typing.Literal[ "ADD", # Add.A + B. "SUBTRACT", # Subtract.A - B. "MULTIPLY", # Multiply.A * B. "DIVIDE", # Divide.A / B. "MULTIPLY_ADD", # Multiply Add.A * B + C. "ABSOLUTE", # Absolute.Non-negative value of A, abs(A). "NEGATE", # Negate.-A. "POWER", # Power.A power B, pow(A,B). "MINIMUM", # Minimum.The minimum value from A and B, min(A,B). "MAXIMUM", # Maximum.The maximum value from A and B, max(A,B). "SIGN", # Sign.Return the sign of A, sign(A). "DIVIDE_ROUND", # Divide Round.Divide and round result toward zero. "DIVIDE_FLOOR", # Divide Floor.Divide and floor result, the largest integer smaller than or equal A. "DIVIDE_CEIL", # Divide Ceiling.Divide and ceil result, the smallest integer greater than or equal A. "FLOORED_MODULO", # Floored Modulo.Modulo that is periodic for both negative and positive operands. "MODULO", # Modulo.Modulo which is the remainder of A / B. "GCD", # Greatest Common Divisor.The largest positive integer that divides into each of the values A and B, e.g. GCD(8,12) = 4. "LCM", # Least Common Multiple.The smallest positive integer that is divisible by both A and B, e.g. LCM(6,10) = 30. ] type NodeMapRangeItems = typing.Literal[ "LINEAR", # Linear.Linear interpolation between From Min and From Max values. "STEPPED", # Stepped Linear.Stepped linear interpolation between From Min and From Max values. "SMOOTHSTEP", # Smooth Step.Smooth Hermite edge interpolation between From Min and From Max values. "SMOOTHERSTEP", # Smoother Step.Smoother Hermite edge interpolation between From Min and From Max values. ] type NodeMathItems = typing.Literal[ "ADD", # Add.A + B. "SUBTRACT", # Subtract.A - B. "MULTIPLY", # Multiply.A * B. "DIVIDE", # Divide.A / B. "MULTIPLY_ADD", # Multiply Add.A * B + C. "POWER", # Power.A power B. "LOGARITHM", # Logarithm.Logarithm A base B. "SQRT", # Square Root.Square root of A. "INVERSE_SQRT", # Inverse Square Root.1 / Square root of A. "ABSOLUTE", # Absolute.Magnitude of A. "EXPONENT", # Exponent.exp(A). "MINIMUM", # Minimum.The minimum from A and B. "MAXIMUM", # Maximum.The maximum from A and B. "LESS_THAN", # Less Than.1 if A < B else 0. "GREATER_THAN", # Greater Than.1 if A > B else 0. "SIGN", # Sign.Returns the sign of A. "COMPARE", # Compare.1 if (A == B) within tolerance C else 0. "SMOOTH_MIN", # Smooth Minimum.The minimum from A and B with smoothing C. "SMOOTH_MAX", # Smooth Maximum.The maximum from A and B with smoothing C. "ROUND", # Round.Round A to the nearest integer. Round upward if the fraction part is 0.5. "FLOOR", # Floor.The largest integer smaller than or equal A. "CEIL", # Ceil.The smallest integer greater than or equal A. "TRUNC", # Truncate.The integer part of A, removing fractional digits. "FRACT", # Fraction.The fraction part of A. "MODULO", # Truncated Modulo.The remainder of truncated division using fmod(A,B). "FLOORED_MODULO", # Floored Modulo.The remainder of floored division. "WRAP", # Wrap.Wrap value to range, wrap(A,B). "SNAP", # Snap.Snap to increment, snap(A,B). "PINGPONG", # Ping-Pong.Wraps a value and reverses every other cycle (A,B). "SINE", # Sine.sin(A). "COSINE", # Cosine.cos(A). "TANGENT", # Tangent.tan(A). "ARCSINE", # Arcsine.arcsin(A). "ARCCOSINE", # Arccosine.arccos(A). "ARCTANGENT", # Arctangent.arctan(A). "ARCTAN2", # Arctan2.The signed angle arctan(A / B). "SINH", # Hyperbolic Sine.sinh(A). "COSH", # Hyperbolic Cosine.cosh(A). "TANH", # Hyperbolic Tangent.tanh(A). "RADIANS", # To Radians.Convert from degrees to radians. "DEGREES", # To Degrees.Convert from radians to degrees. ] type NodeSocketDataTypeItems = typing.Literal[ "FLOAT", # Float. "INT", # Integer. "BOOLEAN", # Boolean. "VECTOR", # Vector. "RGBA", # Color. "ROTATION", # Rotation. "MATRIX", # Matrix. "STRING", # String. "MENU", # Menu. "SHADER", # Shader. "OBJECT", # Object. "IMAGE", # Image. "GEOMETRY", # Geometry. "COLLECTION", # Collection. "TEXTURE", # Texture. "MATERIAL", # Material. "BUNDLE", # Bundle. "CLOSURE", # Closure. "FONT", # Font. "SCENE", # Scene. "TEXT", # Text. "MASK", # Mask. "SOUND", # Sound. "INT_VECTOR", # Integer Vector. ] type NodeSocketInOutItems = typing.Literal[ "IN", # Input. "OUT", # Output. ] type NodeSocketStructureTypeItems = typing.Literal[ "AUTO", # Auto.Automatically detect a good structure type based on how the socket is used. "DYNAMIC", # Dynamic.Socket can work with different kinds of structures. "FIELD", # Field.Socket expects a field. "GRID", # Grid.Socket expects a grid. "LIST", # List.Socket expects a list. "SINGLE", # Single.Socket expects a single value. ] type NodeSocketTypeItems = typing.Literal[ "CUSTOM", # Custom. "VALUE", # Value. "INT", # Integer. "BOOLEAN", # Boolean. "VECTOR", # Vector. "ROTATION", # Rotation. "MATRIX", # Matrix. "STRING", # String. "RGBA", # RGBA. "SHADER", # Shader. "OBJECT", # Object. "IMAGE", # Image. "GEOMETRY", # Geometry. "COLLECTION", # Collection. "TEXTURE", # Texture. "MATERIAL", # Material. "MENU", # Menu. "BUNDLE", # Bundle. "CLOSURE", # Closure. "FONT", # Font. "SCENE", # Scene. "TEXT", # Text. "MASK", # Mask. "SOUND", # Sound. "INT_VECTOR", # Integer Vector. ] type NodeTreeInterfaceItemTypeItems = typing.Literal[ "SOCKET", # Socket. "PANEL", # Panel. ] type NodeVecMathItems = typing.Literal[ "ADD", # Add.A + B. "SUBTRACT", # Subtract.A - B. "MULTIPLY", # Multiply.Entry-wise multiply. "DIVIDE", # Divide.Entry-wise divide. "MULTIPLY_ADD", # Multiply Add.A * B + C. "CROSS_PRODUCT", # Cross Product.A cross B. "PROJECT", # Project.Project A onto B. "REFLECT", # Reflect.Reflect A around the normal B. B does not need to be normalized.. "REFRACT", # Refract.For a given incident vector A, surface normal B and ratio of indices of refraction, Ior, refract returns the refraction vector, R. "FACEFORWARD", # Faceforward.Orients a vector A to point away from a surface B as defined by its normal C. Returns (dot(B, C) < 0) ? A : -A. "DOT_PRODUCT", # Dot Product.A dot B. "DISTANCE", # Distance.Distance between A and B. "LENGTH", # Length.Length of A. "SCALE", # Scale.A multiplied by Scale. "NORMALIZE", # Normalize.Normalize A. "ABSOLUTE", # Absolute.Entry-wise absolute. "POWER", # Power.Entry-wise power. "SIGN", # Sign.Entry-wise sign. "MINIMUM", # Minimum.Entry-wise minimum. "MAXIMUM", # Maximum.Entry-wise maximum. "ROUND", # Round.Entry-wise round to the nearest integer. Round upward if the fraction part is 0.5. "FLOOR", # Floor.Entry-wise floor. "CEIL", # Ceil.Entry-wise ceil. "FRACTION", # Fraction.The fraction part of A entry-wise. "MODULO", # Modulo.Entry-wise modulo using fmod(A,B). "WRAP", # Wrap.Entry-wise wrap(A,B). "SNAP", # Snap.Round A to the largest integer multiple of B less than or equal A. "SINE", # Sine.Entry-wise sin(A). "COSINE", # Cosine.Entry-wise cos(A). "TANGENT", # Tangent.Entry-wise tan(A). ] type NodeWarningTypeItems = typing.Literal[ "ERROR", # Error. "WARNING", # Warning. "INFO", # Info. ] type NormalSpaceItems = typing.Literal[ "OBJECT", # Object.Bake the normals in object space. "TANGENT", # Tangent.Bake the normals in tangent space. ] type NormalSwizzleItems = typing.Literal[ "POS_X", # +X. "POS_Y", # +Y. "POS_Z", # +Z. "NEG_X", # -X. "NEG_Y", # -Y. "NEG_Z", # -Z. ] type ObjectAxisFlipItems = typing.Literal[ "POS_X", # -X to +X. "POS_Y", # -Y to +Y. "POS_Z", # -Z to +Z. "NEG_X", # +X to -X. "NEG_Y", # +Y to -Y. "NEG_Z", # +Z to -Z. ] type ObjectAxisItems = typing.Literal[ "POS_X", # +X. "POS_Y", # +Y. "POS_Z", # +Z. "NEG_X", # -X. "NEG_Y", # -Y. "NEG_Z", # -Z. ] type ObjectEmptyDrawtypeItems = typing.Literal[ "PLAIN_AXES", # Plain Axes. "ARROWS", # Arrows. "SINGLE_ARROW", # Single Arrow. "CIRCLE", # Circle. "CUBE", # Cube. "SPHERE", # Sphere. "CONE", # Cone. "IMAGE", # Image. ] type ObjectGpencilTypeItems = typing.Literal[ "EMPTY", # Blank.Create an empty Grease Pencil object. "STROKE", # Stroke.Create a simple stroke with basic colors. "MONKEY", # Monkey.Construct a Suzanne Grease Pencil object. "LINEART_SCENE", # Scene Line Art.Quickly set up Line Art for the entire scene. "LINEART_COLLECTION", # Collection Line Art.Quickly set up Line Art for the active collection. "LINEART_OBJECT", # Object Line Art.Quickly set up Line Art for the active object. ] type ObjectModeItems = typing.Literal[ "OBJECT", # Object Mode. "EDIT", # Edit Mode. "POSE", # Pose Mode. "SCULPT", # Sculpt Mode. "VERTEX_PAINT", # Vertex Paint. "WEIGHT_PAINT", # Weight Paint. "TEXTURE_PAINT", # Texture Paint. "PARTICLE_EDIT", # Particle Edit. "EDIT_GPENCIL", # Edit Mode.Edit Grease Pencil Strokes. "SCULPT_GREASE_PENCIL", # Sculpt Mode.Sculpt Grease Pencil Strokes. "PAINT_GREASE_PENCIL", # Draw Mode.Paint Grease Pencil Strokes. "WEIGHT_GREASE_PENCIL", # Weight Paint.Grease Pencil Weight Paint Strokes. "VERTEX_GREASE_PENCIL", # Vertex Paint.Grease Pencil Vertex Paint Strokes. "SCULPT_CURVES", # Sculpt Mode. ] type ObjectModifierTypeItems = typing.Literal[ "GREASE_PENCIL_VERTEX_WEIGHT_PROXIMITY", # Vertex Weight Proximity.Generate vertex weights based on distance to object. "DATA_TRANSFER", # Data Transfer.Transfer several types of data (vertex groups, UV maps, vertex colors, custom normals) from one mesh to another. "MESH_CACHE", # Mesh Cache.Deform the mesh using an external frame-by-frame vertex transform cache. "MESH_SEQUENCE_CACHE", # Mesh Sequence Cache.Deform the mesh or curve using an external mesh cache in Alembic format. "NORMAL_EDIT", # Normal Edit.Modify the direction of the surface normals. "WEIGHTED_NORMAL", # Weighted Normal.Modify the direction of the surface normals using a weighting method. "UV_PROJECT", # UV Project.Project the UV map coordinates from the negative Z axis of another object. "UV_WARP", # UV Warp.Transform the UV map using the difference between two objects. "VERTEX_WEIGHT_EDIT", # Vertex Weight Edit.Modify of the weights of a vertex group. "VERTEX_WEIGHT_MIX", # Vertex Weight Mix.Mix the weights of two vertex groups. "VERTEX_WEIGHT_PROXIMITY", # Vertex Weight Proximity.Set the vertex group weights based on the distance to another target object. "GREASE_PENCIL_COLOR", # Hue/Saturation.Change hue/saturation/value of the strokes. "GREASE_PENCIL_TINT", # Tint.Tint the color of the strokes. "GREASE_PENCIL_OPACITY", # Opacity.Change the opacity of the strokes. "GREASE_PENCIL_VERTEX_WEIGHT_ANGLE", # Vertex Weight Angle.Generate vertex weights based on stroke angle. "GREASE_PENCIL_TIME", # Time Offset.Offset keyframes. "GREASE_PENCIL_TEXTURE", # Texture Mapping.Change stroke UV texture values. "ARRAY", # Array.Create copies of the shape with offsets. "BEVEL", # Bevel.Generate sloped corners by adding geometry to the mesh's edges or vertices. "BOOLEAN", # Boolean.Use another shape to cut, combine or perform a difference operation. "BUILD", # Build.Cause the faces of the mesh object to appear or disappear one after the other over time. "DECIMATE", # Decimate.Reduce the geometry density. "EDGE_SPLIT", # Edge Split.Split away joined faces at the edges. "NODES", # Geometry Nodes. "MASK", # Mask.Dynamically hide vertices based on a vertex group or armature. "MIRROR", # Mirror.Mirror along the local X, Y and/or Z axes, over the object origin. "MESH_TO_VOLUME", # Mesh to Volume. "MULTIRES", # Multiresolution.Subdivide the mesh in a way that allows editing the higher subdivision levels. "REMESH", # Remesh.Generate new mesh topology based on the current shape. "SCREW", # Screw.Lathe around an axis, treating the input mesh as a profile. "SKIN", # Skin.Create a solid shape from vertices and edges, using the vertex radius to define the thickness. "SOLIDIFY", # Solidify.Make the surface thick. "SUBSURF", # Subdivision Surface.Split the faces into smaller parts, giving it a smoother appearance. "TRIANGULATE", # Triangulate.Convert all polygons to triangles. "VOLUME_TO_MESH", # Volume to Mesh. "WELD", # Weld.Find groups of vertices closer than dist and merge them together. "WIREFRAME", # Wireframe.Convert faces into thickened edges. "GREASE_PENCIL_ARRAY", # Array.Duplicate strokes into an array. "GREASE_PENCIL_BUILD", # Build.Grease Pencil build modifier. "GREASE_PENCIL_LENGTH", # Length.Grease Pencil length modifier. "LINEART", # Line Art.Generate Line Art from scene geometries. "GREASE_PENCIL_MIRROR", # Mirror.Duplicate strokes like a mirror. "GREASE_PENCIL_MULTIPLY", # Multiple Strokes.Generate multiple strokes around original strokes. "GREASE_PENCIL_SIMPLIFY", # Simplify.Simplify stroke reducing number of points. "GREASE_PENCIL_SUBDIV", # Subdivide.Grease Pencil subdivide modifier. "GREASE_PENCIL_ENVELOPE", # Envelope.Create an envelope shape. "GREASE_PENCIL_OUTLINE", # Outline.Convert stroke to outline. "ARMATURE", # Armature.Deform the shape using an armature object. "CAST", # Cast.Shift the shape towards a predefined primitive. "CURVE", # Curve.Bend the mesh using a curve object. "DISPLACE", # Displace.Offset vertices based on a texture. "HOOK", # Hook.Deform specific points using another object. "LAPLACIANDEFORM", # Laplacian Deform.Deform based a series of anchor points. "LATTICE", # Lattice.Deform using the shape of a lattice object. "MESH_DEFORM", # Mesh Deform.Deform using a different mesh, which acts as a deformation cage. "SHRINKWRAP", # Shrinkwrap.Project the shape onto another object. "SIMPLE_DEFORM", # Simple Deform.Deform the shape by twisting, bending, tapering or stretching. "SMOOTH", # Smooth.Smooth the mesh by flattening the angles between adjacent faces. "CORRECTIVE_SMOOTH", # Smooth Corrective.Smooth the mesh while still preserving the volume. "LAPLACIANSMOOTH", # Smooth Laplacian.Reduce the noise on a mesh surface with minimal changes to its shape. "SURFACE_DEFORM", # Surface Deform.Transfer motion from another mesh. "WARP", # Warp.Warp parts of a mesh to a new location in a very flexible way thanks to 2 specified objects. "WAVE", # Wave.Adds a ripple-like motion to an object's geometry. "VOLUME_DISPLACE", # Volume Displace.Deform volume based on noise or other vector fields. "GREASE_PENCIL_HOOK", # Hook.Deform stroke points using objects. "GREASE_PENCIL_NOISE", # Noise.Generate noise wobble in Grease Pencil strokes. "GREASE_PENCIL_OFFSET", # Offset.Change stroke location, rotation, or scale. "GREASE_PENCIL_SMOOTH", # Smooth.Smooth Grease Pencil strokes. "GREASE_PENCIL_THICKNESS", # Thickness.Change stroke thickness. "GREASE_PENCIL_LATTICE", # Lattice.Deform strokes using a lattice object. "GREASE_PENCIL_DASH", # Dot Dash.Generate dot-dash styled strokes. "GREASE_PENCIL_ARMATURE", # Armature.Deform stroke points using armature object. "GREASE_PENCIL_SHRINKWRAP", # Shrinkwrap.Project the shape onto another object. "CLOTH", # Cloth.Physic simulation for cloth. "COLLISION", # Collision.For colliders participating in physics simulation, control which level in the modifier stack is used as the collision surface. "DYNAMIC_PAINT", # Dynamic Paint.Turn objects into paint canvases and brushes, creating color attributes, image sequences, or displacement. "EXPLODE", # Explode.Break apart the mesh faces and let them follow particles. "FLUID", # Fluid.Physics simulation for fluids, like water, oil and smoke. "OCEAN", # Ocean.Generate a moving ocean surface. "PARTICLE_INSTANCE", # Particle Instance.Duplicate mesh at the location of particles. "PARTICLE_SYSTEM", # Particle System.Spawn particles from the shape. "SOFT_BODY", # Soft Body.Simulate soft deformable objects. "SURFACE", # Surface. ] type ObjectRotationModeItems = typing.Literal[ "QUATERNION", # Quaternion (WXYZ).No Gimbal Lock. "XYZ", # XYZ Euler.XYZ Rotation Order - prone to Gimbal Lock (default). "XZY", # XZY Euler.XZY Rotation Order - prone to Gimbal Lock. "YXZ", # YXZ Euler.YXZ Rotation Order - prone to Gimbal Lock. "YZX", # YZX Euler.YZX Rotation Order - prone to Gimbal Lock. "ZXY", # ZXY Euler.ZXY Rotation Order - prone to Gimbal Lock. "ZYX", # ZYX Euler.ZYX Rotation Order - prone to Gimbal Lock. "AXIS_ANGLE", # Axis Angle.Axis Angle (W+XYZ), defines a rotation around some axis defined by 3D-Vector. ] type ObjectShaderfxTypeItems = typing.Literal[ "FX_BLUR", # Blur.Apply Gaussian Blur to object. "FX_COLORIZE", # Colorize.Apply different tint effects. "FX_FLIP", # Flip.Flip image. "FX_GLOW", # Glow.Create a glow effect. "FX_PIXEL", # Pixelate.Pixelate image. "FX_RIM", # Rim.Add a rim to the image. "FX_SHADOW", # Shadow.Create a shadow effect. "FX_SWIRL", # Swirl.Create a rotation distortion. "FX_WAVE", # Wave Distortion.Apply sinusoidal deformation. ] type ObjectTypeCurveItems = typing.Literal[ "CURVE", # Curve. "SURFACE", # Surface. "FONT", # Text. ] type ObjectTypeItems = typing.Literal[ "MESH", # Mesh. "CURVE", # Curve. "SURFACE", # Surface. "META", # Metaball. "FONT", # Text. "CURVES", # Hair Curves. "POINTCLOUD", # Point Cloud. "VOLUME", # Volume. "GREASEPENCIL", # Grease Pencil. "ARMATURE", # Armature. "LATTICE", # Lattice. "EMPTY", # Empty. "LIGHT", # Light. "LIGHT_PROBE", # Light Probe. "CAMERA", # Camera. "SPEAKER", # Speaker. ] type OperatorContextItems = typing.Literal[ "INVOKE_DEFAULT", # Invoke Default. "INVOKE_REGION_WIN", # Invoke Region Window. "INVOKE_REGION_CHANNELS", # Invoke Region Channels. "INVOKE_REGION_PREVIEW", # Invoke Region Preview. "INVOKE_AREA", # Invoke Area. "INVOKE_SCREEN", # Invoke Screen. "EXEC_DEFAULT", # Exec Default. "EXEC_REGION_WIN", # Exec Region Window. "EXEC_REGION_CHANNELS", # Exec Region Channels. "EXEC_REGION_PREVIEW", # Exec Region Preview. "EXEC_AREA", # Exec Area. "EXEC_SCREEN", # Exec Screen. ] type OperatorPropertyTagItems = typing.Literal[ "ADVANCED", # Advanced.The property is advanced so UI is suggested to hide it. ] type OperatorReturnItems = typing.Literal[ "RUNNING_MODAL", # Running Modal.Keep the operator running with blender. "CANCELLED", # Cancelled.The operator exited without doing anything, so no undo entry should be pushed. "FINISHED", # Finished.The operator exited after completing its action. "PASS_THROUGH", # Pass Through.Do nothing and pass the event on. "INTERFACE", # Interface.Handled but not executed (popup menus). ] type OperatorTypeFlagItems = typing.Literal[ "REGISTER", # Register.Display in the info window and support the redo toolbar panel. "UNDO", # Undo.Push an undo event when the operator returns `FINISHED` (needed for operator redo, mandatory if the operator modifies Blender data). "UNDO_GROUPED", # Grouped Undo.Push a single undo event for repeated instances of this operator. "BLOCKING", # Blocking.Block anything else from using the cursor. "MACRO", # Macro.Use to check if an operator is a macro. "GRAB_CURSOR", # Grab Pointer.Use so the operator grabs the mouse focus, enables wrapping when continuous grab is enabled. "GRAB_CURSOR_X", # Grab Pointer X.Grab, only warping the X axis. "GRAB_CURSOR_Y", # Grab Pointer Y.Grab, only warping the Y axis. "DEPENDS_ON_CURSOR", # Depends on Cursor.The initial cursor location is used, when running from a menus or buttons the user is prompted to place the cursor before beginning the operation. "PRESET", # Preset.Display a preset button with the operators settings. "INTERNAL", # Internal.Removes the operator from search results. "MODAL_PRIORITY", # Modal Priority.Handle events before other modal operators without this option. Use with caution, do not modify data that other modal operators assume is unchanged during their operation.. ] type ParticleEditDisconnectedHairBrushItems = typing.Literal[ "COMB", # Comb.Comb hairs. "SMOOTH", # Smooth.Smooth hairs. "LENGTH", # Length.Make hairs longer or shorter. "CUT", # Cut.Cut hairs. "WEIGHT", # Weight.Weight hair particles. ] type ParticleEditHairBrushItems = typing.Literal[ "COMB", # Comb.Comb hairs. "SMOOTH", # Smooth.Smooth hairs. "ADD", # Add.Add hairs. "LENGTH", # Length.Make hairs longer or shorter. "PUFF", # Puff.Make hairs stand up. "CUT", # Cut.Cut hairs. "WEIGHT", # Weight.Weight hair particles. ] type PreferenceSectionItems = typing.Literal[ "INTERFACE", # Interface. "VIEWPORT", # Viewport. "LIGHTS", # Lights. "EDITING", # Editing. "ANIMATION", # Animation. "EXTENSIONS", # Get Extensions.Browse, install and manage extensions from remote and local repositories. "ADDONS", # Add-ons.Manage add-ons installed via Extensions. "THEMES", # Themes.Edit and save themes installed via Extensions. "ASSETS", # Asset Libraries. "INPUT", # Input. "NAVIGATION", # Navigation. "KEYMAP", # Keymap. "SYSTEM", # System. "SAVE_LOAD", # Save & Load. "FILE_PATHS", # File Paths. "DEVELOPER_TOOLS", # Developer Tools. "EXPERIMENTAL", # Experimental. ] type PropDynamicpaintTypeItems = typing.Literal[ "CANVAS", # Canvas. "BRUSH", # Brush. ] type PropertyFlagEnumItems = typing.Literal[ "READ_ONLY", # Read Only.When set, the property cannot be edited. "HIDDEN", # Hidden.For operators: hide from places in the user interface where Blender would add the property automatically, like Adjust Last Operation. Also this property is not written to presets.. "SKIP_SAVE", # Skip Save.For operators: the value of this property will not be remembered between invocations of the operator; instead, each invocation will start by using the default value. Also this property is not written to presets.. "ANIMATABLE", # Animatable. "LIBRARY_EDITABLE", # Library Editable.This property can be edited, even when it is used on linked data (which normally is read-only). Note that edits to the property will not be saved to the blend file.. "ENUM_FLAG", # Enum Flag. ] type PropertyFlagItems = typing.Literal[ "READ_ONLY", # Read Only.When set, the property cannot be edited. "HIDDEN", # Hidden.For operators: hide from places in the user interface where Blender would add the property automatically, like Adjust Last Operation. Also this property is not written to presets.. "SKIP_SAVE", # Skip Save.For operators: the value of this property will not be remembered between invocations of the operator; instead, each invocation will start by using the default value. Also this property is not written to presets.. "SKIP_PRESET", # Skip Preset.Do not write in presets. "ANIMATABLE", # Animatable. "LIBRARY_EDITABLE", # Library Editable.This property can be edited, even when it is used on linked data (which normally is read-only). Note that edits to the property will not be saved to the blend file.. "PROPORTIONAL", # Adjust values proportionally to each other. "TEXTEDIT_UPDATE", # Update on every keystroke in textedit 'mode'. "OUTPUT_PATH", # Output Path. "PATH_SUPPORTS_BLEND_RELATIVE", # Relative Path Support.This path supports relative prefix "//" which is expanded the directory where the current ".blend" file is located.. "SUPPORTS_TEMPLATES", # Variable expression support.This path supports the "{variable_name}" template syntax, which substitutes the value of the referenced variable in place of the template expression. ] type PropertyOverrideFlagCollectionItems = typing.Literal[ "LIBRARY_OVERRIDABLE", # Library Overridable.Make that property editable in library overrides of linked data-blocks.NOTE: For a property to be overridable, its whole chain of parent properties must also be defined as overridable. "NO_PROPERTY_NAME", # No Name.Do not use the names of the items, only their indices in the collection. "USE_INSERTION", # Use Insertion.Allow users to add new items in that collection in library overrides. ] type PropertyOverrideFlagItems = typing.Literal[ "LIBRARY_OVERRIDABLE", # Library Overridable.Make that property editable in library overrides of linked data-blocks.NOTE: For a property to be overridable, its whole chain of parent properties must also be defined as overridable. ] type PropertyStringSearchFlagItems = typing.Literal[ "SORT", # Sort Search Results. "SUGGESTION", # Suggestion.Search results are suggestions (other values may be entered). ] type PropertySubtypeItems = typing.Literal[ "NONE", # None. "FILE_PATH", # File Path. "DIR_PATH", # Directory Path. "FILE_NAME", # File Name. "BYTE_STRING", # Byte String. "PASSWORD", # Password.A string that is displayed hidden ('********'). "PIXEL", # Pixel.A distance on screen. "PIXEL_DIAMETER", # Pixel.A distance on screen, specifically representing a diameter value. "UNSIGNED", # Unsigned. "PERCENTAGE", # Percentage.A percentage between 0 and 100. "FACTOR", # Factor.A factor between 0.0 and 1.0. "MASS", # Mass.A mass, based on scene unit settings. "ANGLE", # Angle.A rotational value specified in radians. "TIME", # Time (Scene Relative).Time specified in frames, converted to seconds based on scene frame rate. "TIME_ABSOLUTE", # Time (Absolute).Time specified in seconds, independent of the scene. "DISTANCE", # Distance.A distance between two points. "DISTANCE_DIAMETER", # Distance.A distance between two points, specifically representing a diameter value. "DISTANCE_CAMERA", # Camera Distance. "POWER", # Power. "TEMPERATURE", # Temperature. "WAVELENGTH", # Wavelength. "COLOR_TEMPERATURE", # Color Temperature. "FREQUENCY", # Frequency. "COLOR", # Linear Color.Color in the scene linear working color space. "TRANSLATION", # Translation. "DIRECTION", # Direction. "VELOCITY", # Velocity. "ACCELERATION", # Acceleration. "MATRIX", # Matrix. "EULER", # Euler Angles.Euler rotation angles in radians. "QUATERNION", # Quaternion.Quaternion rotation (affects NLA blending). "AXISANGLE", # Axis-Angle.Angle and axis to rotate around. "XYZ", # XYZ. "XYZ_LENGTH", # XYZ Length. "COLOR_GAMMA", # sRGB Color.Color in sRGB color space (mainly for user interface colors). "COORDINATES", # Coordinates. "LAYER", # Layer. "LAYER_MEMBER", # Layer Member. ] type PropertySubtypeNumberArrayItems = typing.Literal[ "COLOR", # Linear Color.Color in the scene linear working color space. "TRANSLATION", # Translation. "DIRECTION", # Direction. "VELOCITY", # Velocity. "ACCELERATION", # Acceleration. "MATRIX", # Matrix. "EULER", # Euler Angles.Euler rotation angles in radians. "QUATERNION", # Quaternion.Quaternion rotation (affects NLA blending). "AXISANGLE", # Axis-Angle.Angle and axis to rotate around. "XYZ", # XYZ. "XYZ_LENGTH", # XYZ Length. "COLOR_GAMMA", # sRGB Color.Color in sRGB color space (mainly for user interface colors). "COORDINATES", # Coordinates. "LAYER", # Layer. "LAYER_MEMBER", # Layer Member. "NONE", # None. ] type PropertySubtypeNumberItems = typing.Literal[ "PIXEL", # Pixel.A distance on screen. "PIXEL_DIAMETER", # Pixel.A distance on screen, specifically representing a diameter value. "UNSIGNED", # Unsigned. "PERCENTAGE", # Percentage.A percentage between 0 and 100. "FACTOR", # Factor.A factor between 0.0 and 1.0. "MASS", # Mass.A mass, based on scene unit settings. "ANGLE", # Angle.A rotational value specified in radians. "TIME", # Time (Scene Relative).Time specified in frames, converted to seconds based on scene frame rate. "TIME_ABSOLUTE", # Time (Absolute).Time specified in seconds, independent of the scene. "DISTANCE", # Distance.A distance between two points. "DISTANCE_DIAMETER", # Distance.A distance between two points, specifically representing a diameter value. "DISTANCE_CAMERA", # Camera Distance. "POWER", # Power. "TEMPERATURE", # Temperature. "WAVELENGTH", # Wavelength. "COLOR_TEMPERATURE", # Color Temperature. "FREQUENCY", # Frequency. "NONE", # None. ] type PropertySubtypeStringItems = typing.Literal[ "FILE_PATH", # File Path. "DIR_PATH", # Directory Path. "FILE_NAME", # File Name. "BYTE_STRING", # Byte String. "PASSWORD", # Password.A string that is displayed hidden ('********'). "NONE", # None. ] type PropertyTypeItems = typing.Literal[ "BOOLEAN", # Boolean. "INT", # Integer. "FLOAT", # Float. "STRING", # String. "ENUM", # Enumeration. "POINTER", # Pointer. "COLLECTION", # Collection. ] type PropertyUnitItems = typing.Literal[ "NONE", # None. "LENGTH", # Length. "AREA", # Area. "VOLUME", # Volume. "ROTATION", # Rotation. "TIME", # Time (Scene Relative). "TIME_ABSOLUTE", # Time (Absolute). "VELOCITY", # Velocity. "ACCELERATION", # Acceleration. "MASS", # Mass. "CAMERA", # Camera. "POWER", # Power. "TEMPERATURE", # Temperature. "WAVELENGTH", # Wavelength. "COLOR_TEMPERATURE", # Color Temperature. "FREQUENCY", # Frequency. ] type ProportionalFalloffCurveOnlyItems = typing.Literal[ "SMOOTH", # Smooth.Smooth falloff. "SPHERE", # Sphere.Spherical falloff. "ROOT", # Root.Root falloff. "INVERSE_SQUARE", # Inverse Square.Inverse Square falloff. "SHARP", # Sharp.Sharp falloff. "LINEAR", # Linear.Linear falloff. ] type ProportionalFalloffItems = typing.Literal[ "SMOOTH", # Smooth.Smooth falloff. "SPHERE", # Sphere.Spherical falloff. "ROOT", # Root.Root falloff. "INVERSE_SQUARE", # Inverse Square.Inverse Square falloff. "SHARP", # Sharp.Sharp falloff. "LINEAR", # Linear.Linear falloff. "CONSTANT", # Constant.Constant falloff. "RANDOM", # Random.Random falloff. ] type RampBlendItems = typing.Literal[ "MIX", # Mix. "DARKEN", # Darken. "MULTIPLY", # Multiply. "BURN", # Color Burn. "LIGHTEN", # Lighten. "SCREEN", # Screen. "DODGE", # Color Dodge. "ADD", # Add. "OVERLAY", # Overlay. "SOFT_LIGHT", # Soft Light. "LINEAR_LIGHT", # Linear Light. "DIFFERENCE", # Difference. "EXCLUSION", # Exclusion. "SUBTRACT", # Subtract. "DIVIDE", # Divide. "HUE", # Hue. "SATURATION", # Saturation. "COLOR", # Color. "VALUE", # Value. ] type RegionPanelCategoryItems = typing.Literal[ "UNSUPPORTED", # Not Supported.This region does not support panel categories. ] type RegionTypeItems = typing.Literal[ "WINDOW", # Window. "HEADER", # Header. "CHANNELS", # Channels. "TEMPORARY", # Temporary. "UI", # Sidebar. "TOOLS", # Tools. "TOOL_PROPS", # Tool Properties. "ASSET_SHELF", # Asset Shelf. "ASSET_SHELF_HEADER", # Asset Shelf Header. "PREVIEW", # Preview. "HUD", # Floating Region. "NAVIGATION_BAR", # Navigation Bar. "EXECUTE", # Execute Buttons. "FOOTER", # Footer. "TOOL_HEADER", # Tool Header. "XR", # XR. ] type RigidbodyConstraintTypeItems = typing.Literal[ "FIXED", # Fixed.Glue rigid bodies together. "POINT", # Point.Constrain rigid bodies to move around common pivot point. "HINGE", # Hinge.Restrict rigid body rotation to one axis. "SLIDER", # Slider.Restrict rigid body translation to one axis. "PISTON", # Piston.Restrict rigid body translation and rotation to one axis. "GENERIC", # Generic.Restrict translation and rotation to specified axes. "GENERIC_SPRING", # Generic Spring.Restrict translation and rotation to specified axes with springs. "MOTOR", # Motor.Drive rigid body around or along an axis. ] type RigidbodyObjectShapeItems = typing.Literal[ "BOX", # Box.Box-like shapes (i.e. cubes), including planes (i.e. ground planes). "SPHERE", # Sphere. "CAPSULE", # Capsule. "CYLINDER", # Cylinder. "CONE", # Cone. "CONVEX_HULL", # Convex Hull.A mesh-like surface encompassing (i.e. shrinkwrap over) all vertices (best results with fewer vertices). "MESH", # Mesh.Mesh consisting of triangles only, allowing for more detailed interactions than convex hulls. "COMPOUND", # Compound Parent.Combines all of its direct rigid body children into one rigid object. ] type RigidbodyObjectTypeItems = typing.Literal[ "ACTIVE", # Active.Object is directly controlled by simulation results. "PASSIVE", # Passive.Object is directly controlled by animation system. ] type ShadingTypeItems = typing.Literal[ "WIREFRAME", # Wireframe.Display only edges of geometry without surface shading. "SOLID", # Solid.Display objects with flat lighting and basic surface shading. "MATERIAL", # Material Preview.Preview materials using predefined environment lights. "RENDERED", # Rendered.Preview the final scene using the active render engine. ] type SharedAutomaskingFlagItems = typing.Literal[ "use_automasking_topology", # Topology.Affect only vertices connected to the active vertex under the brush. "use_automasking_face_sets", # Face Sets.Affect only vertices that share face sets with the active vertex. "use_automasking_boundary_edges", # Mesh Boundary Auto-Masking.Do not affect non manifold boundary edges. "use_automasking_boundary_face_sets", # Face Sets Boundary Automasking.Do not affect vertices that belong to a face set boundary. "use_automasking_cavity", # Cavity Mask.Do not affect vertices on peaks, based on the surface curvature. "use_automasking_cavity_inverted", # Inverted Cavity Mask.Do not affect vertices within crevices, based on the surface curvature. "use_automasking_custom_cavity_curve", # Custom Cavity Curve.Use custom curve. "use_automasking_start_normal", # Area Normal.Affect only vertices with a similar normal to where the stroke starts. "use_automasking_view_normal", # View Normal.Affect only vertices with a normal that faces the viewer. "use_automasking_view_occlusion", # Occlusion.Only affect vertices that are not occluded by other faces (slower performance). ] type ShrinkwrapFaceCullItems = typing.Literal[ "OFF", # Off.No culling. "FRONT", # Front.No projection when in front of the face. "BACK", # Back.No projection when behind the face. ] type ShrinkwrapTypeItems = typing.Literal[ "NEAREST_SURFACEPOINT", # Nearest Surface Point.Shrink the mesh to the nearest target surface. "PROJECT", # Project.Shrink the mesh to the nearest target surface along a given axis. "NEAREST_VERTEX", # Nearest Vertex.Shrink the mesh to the nearest target vertex. "TARGET_PROJECT", # Target Normal Project.Shrink the mesh to the nearest target surface along the interpolated vertex normals of the target. ] type SnapAnimationElementItems = typing.Literal[ "FRAME", # Frame.Snap to frame. "SECOND", # Second.Snap to seconds. "MARKER", # Nearest Marker.Snap to nearest marker. ] type SnapElementItems = typing.Literal[ "INCREMENT", # Increment.Snap to increments. "GRID", # Grid.Snap to grid. "VERTEX", # Vertex.Snap to vertices. "EDGE", # Edge.Snap to edges. "FACE", # Face.Snap by projecting onto faces. "VOLUME", # Volume.Snap to volume. "EDGE_MIDPOINT", # Edge Center.Snap to the middle of edges. "EDGE_PERPENDICULAR", # Edge Perpendicular.Snap to the nearest point on an edge. "FACE_MIDPOINT", # Face Center.Snap to the middle of faces. "FACE_PROJECT", # Face Project.Snap by projecting onto faces. "FACE_NEAREST", # Face Nearest.Snap to nearest point on faces. ] type SnapSourceItems = typing.Literal[ "CLOSEST", # Closest.Snap closest point onto target. "CENTER", # Center.Snap transformation center onto target. "MEDIAN", # Median.Snap median onto target. "ACTIVE", # Active.Snap active onto target. ] type SpaceActionModeItems = typing.Literal[ "DOPESHEET", # Dope Sheet.Edit all keyframes in scene. "TIMELINE", # Timeline.Simple timeline view with playback controls in the header, without channel list, side-panel, or footer. ] type SpaceFileBrowseModeItems = typing.Literal[ "FILES", # File Browser.Built-in file manager for opening, saving, and linking data. "ASSETS", # Asset Browser.Manage assets in the current file and access linked asset libraries. ] type SpaceGraphModeItems = typing.Literal[ "FCURVES", # Graph Editor.Edit animation/keyframes displayed as 2D curves. "DRIVERS", # Drivers.Define and edit drivers that link properties to custom functions or other data. ] type SpaceImageModeAllItems = typing.Literal[ "VIEW", # View.Inspect images or render results. "UV", # UV Editor.View and edit UVs. "PAINT", # Paint.Paint images in 2D. "MASK", # Mask.View and edit masks. ] type SpaceImageModeItems = typing.Literal[ "IMAGE_EDITOR", # Image Editor.Inspect images or render results. "UV", # UV Editor.View and edit UVs. ] type SpaceSequencerViewTypeItems = typing.Literal[ "SEQUENCER", # Sequencer. "PREVIEW", # Preview. "SEQUENCER_PREVIEW", # Sequencer & Preview. ] type SpaceTypeItems = typing.Literal[ "EMPTY", # Empty. "VIEW_3D", # 3D Viewport.Manipulate objects in a 3D environment. "IMAGE_EDITOR", # UV/Image Editor.View and edit images and UV Maps. "NODE_EDITOR", # Node Editor.Editor for node-based shading and compositing tools. "SEQUENCE_EDITOR", # Video Sequencer.Non-linear editor for arranging and mixing scenes, video, audio, and effects. "CLIP_EDITOR", # Movie Clip Editor.Motion tracking tools. "DOPESHEET_EDITOR", # Dope Sheet.Adjust timing of keyframes. "GRAPH_EDITOR", # Graph Editor.Edit drivers and keyframe interpolation. "NLA_EDITOR", # Nonlinear Animation.Combine and layer Actions. "TEXT_EDITOR", # Text Editor.Edit scripts and in-file documentation. "CONSOLE", # Python Console.Interactive programmatic console for advanced editing and script development. "INFO", # Info.Log of operations, warnings and error messages. "TOPBAR", # Top Bar.Global bar at the top of the screen for global per-window settings. "STATUSBAR", # Status Bar.Global bar at the bottom of the screen for general status information. "OUTLINER", # Outliner.Overview of scene graph and all available data-blocks. "PROPERTIES", # Properties.Edit properties of active object and related data-blocks. "FILE_BROWSER", # File Browser.Browse for files and assets. "SPREADSHEET", # Spreadsheet.Explore geometry data in a table. "PREFERENCES", # Preferences.Edit persistent configuration settings. ] type Stereo3DAnaglyphTypeItems = typing.Literal[ "RED_CYAN", # Red-Cyan. "GREEN_MAGENTA", # Green-Magenta. "YELLOW_BLUE", # Yellow-Blue. ] type Stereo3DDisplayItems = typing.Literal[ "ANAGLYPH", # Anaglyph.Render views for left and right eyes as two differently filtered colors in a single image (anaglyph glasses are required). "INTERLACE", # Interlace.Render views for left and right eyes interlaced in a single image (3D-ready monitor is required). "TIMESEQUENTIAL", # Time Sequential.Render alternate eyes (also known as page flip, quad buffer support in the graphic card is required). "SIDEBYSIDE", # Side-by-Side.Render views for left and right eyes side-by-side. "TOPBOTTOM", # Top-Bottom.Render views for left and right eyes one above another. ] type Stereo3DInterlaceTypeItems = typing.Literal[ "ROW_INTERLEAVED", # Row Interleaved. "COLUMN_INTERLEAVED", # Column Interleaved. "CHECKERBOARD_INTERLEAVED", # Checkerboard Interleaved. ] type StripColorItems = typing.Literal[ "NONE", # None.Assign no color tag to the collection. "COLOR_01", # Color 01. "COLOR_02", # Color 02. "COLOR_03", # Color 03. "COLOR_04", # Color 04. "COLOR_05", # Color 05. "COLOR_06", # Color 06. "COLOR_07", # Color 07. "COLOR_08", # Color 08. "COLOR_09", # Color 09. ] type StripModifierTypeItems = typing.Literal[ "BRIGHT_CONTRAST", # Brightness/Contrast. "COLOR_BALANCE", # Color Balance. "COMPOSITOR", # Compositor. "CURVES", # Curves. "HUE_CORRECT", # Hue Correct. "MASK", # Mask. "TONEMAP", # Tone Map. "WHITE_BALANCE", # White Balance. "SOUND_EQUALIZER", # Sound Equalizer. "PITCH", # Pitch. "ECHO", # Echo. ] type StripScaleMethodItems = typing.Literal[ "FIT", # Scale to Fit.Fits the image bounds inside the canvas, avoiding crops while maintaining aspect ratio. "FILL", # Scale to Fill.Fills the canvas edge-to-edge, cropping if needed, while maintaining aspect ratio. "STRETCH", # Stretch to Fill.Stretches image bounds to the canvas without preserving aspect ratio. "ORIGINAL", # Use Original Size.Display image at its original size. ] type StripSoundModifierTypeItems = typing.Literal[ "SOUND_EQUALIZER", # Sound Equalizer. "PITCH", # Pitch. "ECHO", # Echo. ] type StripVideoModifierTypeItems = typing.Literal[ "BRIGHT_CONTRAST", # Brightness/Contrast. "COLOR_BALANCE", # Color Balance. "COMPOSITOR", # Compositor. "CURVES", # Curves. "HUE_CORRECT", # Hue Correct. "MASK", # Mask. "TONEMAP", # Tone Map. "WHITE_BALANCE", # White Balance. ] type StrokeDepthOrderItems = typing.Literal[ "2D", # 2D Layers.Display strokes using Grease Pencil layer order and stroke order to define depth. "3D", # 3D Location.Display strokes using real 3D position in 3D space. ] type SubdivisionBoundarySmoothItems = typing.Literal[ "PRESERVE_CORNERS", # Keep Corners.Smooth boundaries, but corners are kept sharp. "ALL", # All.Smooth boundaries, including corners. ] type SubdivisionUvSmoothItems = typing.Literal[ "NONE", # None.UVs are not smoothed, boundaries are kept sharp. "PRESERVE_CORNERS", # Keep Corners.UVs are smoothed, corners on discontinuous boundary are kept sharp. "PRESERVE_CORNERS_AND_JUNCTIONS", # Keep Corners, Junctions.UVs are smoothed, corners on discontinuous boundary and junctions of 3 or more regions are kept sharp. "PRESERVE_CORNERS_JUNCTIONS_AND_CONCAVE", # Keep Corners, Junctions, Concave.UVs are smoothed, corners on discontinuous boundary, junctions of 3 or more regions and darts and concave corners are kept sharp. "PRESERVE_BOUNDARIES", # Keep Boundaries.UVs are smoothed, boundaries are kept sharp. "SMOOTH_ALL", # All.UVs and boundaries are smoothed. ] type SymmetrizeDirectionItems = typing.Literal[ "NEGATIVE_X", # -X to +X. "POSITIVE_X", # +X to -X. "NEGATIVE_Y", # -Y to +Y. "POSITIVE_Y", # +Y to -Y. "NEGATIVE_Z", # -Z to +Z. "POSITIVE_Z", # +Z to -Z. ] type TextureTypeItems = typing.Literal[ "NONE", # None. "BLEND", # Blend.Procedural - create a ramp texture. "CLOUDS", # Clouds.Procedural - create a cloud-like fractal noise texture. "DISTORTED_NOISE", # Distorted Noise.Procedural - noise texture distorted by two noise algorithms. "IMAGE", # Image or Movie.Allow for images or movies to be used as textures. "MAGIC", # Magic.Procedural - color texture based on trigonometric functions. "MARBLE", # Marble.Procedural - marble-like noise texture with wave generated bands. "MUSGRAVE", # Musgrave.Procedural - highly flexible fractal noise texture. "NOISE", # Noise.Procedural - random noise, gives a different result every time, for every frame, for every pixel. "STUCCI", # Stucci.Procedural - create a fractal noise texture. "VORONOI", # Voronoi.Procedural - create cell-like patterns based on Worley noise. "WOOD", # Wood.Procedural - wave generated bands or rings, with optional noise. ] type TransformModeTypeItems = typing.Literal[ "INIT", # Init. "DUMMY", # Dummy. "TRANSLATION", # Translation. "ROTATION", # Rotation. "RESIZE", # Resize. "SKIN_RESIZE", # Skin Resize. "TOSPHERE", # To Sphere. "SHEAR", # Shear. "BEND", # Bend. "SHRINKFATTEN", # Shrink/Fatten. "TILT", # Tilt. "TRACKBALL", # Trackball. "PUSHPULL", # Push/Pull. "CREASE", # Crease. "VERTEX_CREASE", # Vertex Crease. "MIRROR", # Mirror. "BONE_SIZE", # Bone Size. "BONE_ENVELOPE", # Bone Envelope. "BONE_ENVELOPE_DIST", # Bone Envelope Distance. "CURVE_SHRINKFATTEN", # Curve Shrink/Fatten. "MASK_SHRINKFATTEN", # Mask Shrink/Fatten. "BONE_ROLL", # Bone Roll. "TIME_TRANSLATE", # Time Translate. "TIME_SLIDE", # Time Slide. "TIME_SCALE", # Time Scale. "TIME_EXTEND", # Time Extend. "BAKE_TIME", # Bake Time. "BWEIGHT", # Bevel Weight. "ALIGN", # Align. "EDGESLIDE", # Edge Slide. "SEQSLIDE", # Sequence Slide. "GPENCIL_OPACITY", # Grease Pencil Opacity. ] type TransformOrientationItems = typing.Literal[ "GLOBAL", # Global.Align the transformation axes to world space. "LOCAL", # Local.Align the transformation axes to the selected objects' local space. "NORMAL", # Normal.Align the transformation axes to average normal of selected elements (bone Y axis for pose mode). "GIMBAL", # Gimbal.Align each axis to the Euler rotation axis as used for input. "VIEW", # View.Align the transformation axes to the window. "CURSOR", # Cursor.Align the transformation axes to the 3D cursor. "PARENT", # Parent.Align the transformation axes to the object's parent space. ] type TransformPivotFullItems = typing.Literal[ "BOUNDING_BOX_CENTER", # Bounding Box Center.Pivot around bounding box center of selected object(s). "CURSOR", # 3D Cursor.Pivot around the 3D cursor. "INDIVIDUAL_ORIGINS", # Individual Origins.Pivot around each object's own origin. "MEDIAN_POINT", # Median Point.Pivot around the median point of selected objects. "ACTIVE_ELEMENT", # Active Element.Pivot around active object. ] type UilistLayoutTypeItems = typing.Literal[ "DEFAULT", # Default Layout.Use the default, multi-rows layout. "COMPACT", # Compact Layout.Use the compact, single-row layout. ] type UnpackMethodItems = typing.Literal[ "REMOVE", # Remove Pack. "USE_LOCAL", # Use Local File. "WRITE_LOCAL", # Write Local File (overwrite existing). "USE_ORIGINAL", # Use Original File. "WRITE_ORIGINAL", # Write Original File (overwrite existing). ] type VelocityUnitItems = typing.Literal[ "SECOND", # Second. "FRAME", # Frame. ] type ViewsFormatItems = typing.Literal[ "INDIVIDUAL", # Individual.Individual files for each view with the prefix as defined by the scene views. "STEREO_3D", # Stereo 3D.Single file with an encoded stereo pair. ] type ViewsFormatMultilayerItems = typing.Literal[ "INDIVIDUAL", # Individual.Individual files for each view with the prefix as defined by the scene views. "MULTIVIEW", # Multi-View.Single file with all the views. ] type ViewsFormatMultiviewItems = typing.Literal[ "INDIVIDUAL", # Individual.Individual files for each view with the prefix as defined by the scene views. "STEREO_3D", # Stereo 3D.Single file with an encoded stereo pair. "MULTIVIEW", # Multi-View.Single file with all the views. ] type VolumeGridDataTypeItems = typing.Literal[ "BOOLEAN", # Boolean.Boolean. "FLOAT", # Float.Single precision float. "DOUBLE", # Double.Double precision. "INT", # Integer.32-bit integer. "INT64", # Integer 64-bit.64-bit integer. "MASK", # Mask.No data, boolean mask of active voxels. "VECTOR_FLOAT", # Vector.3D float vector. "VECTOR_DOUBLE", # Double Vector.3D double vector. "VECTOR_INT", # Integer Vector.3D integer vector. "POINTS", # Points (Unsupported).Points grid, currently unsupported by volume objects. "UNKNOWN", # Unknown.Unsupported data type. ] type WindowCursorItems = typing.Literal[ "DEFAULT", # Default. "NONE", # None. "WAIT", # Wait. "CROSSHAIR", # Crosshair. "MOVE_X", # Move-X. "MOVE_Y", # Move-Y. "KNIFE", # Knife. "TEXT", # Text. "PAINT_BRUSH", # Paint Brush. "PAINT_CROSS", # Paint Cross. "DOT", # Dot Cursor. "ERASER", # Eraser. "HAND", # Open Hand. "HAND_POINT", # Pointing Hand. "HAND_CLOSED", # Closed Hand. "SCROLL_X", # Scroll-X. "SCROLL_Y", # Scroll-Y. "SCROLL_XY", # Scroll-XY. "EYEDROPPER", # Eyedropper. "PICK_AREA", # Pick Area. "STOP", # Stop. "COPY", # Copy. "CROSS", # Cross. "MUTE", # Mute. "ZOOM_IN", # Zoom In. "ZOOM_OUT", # Zoom Out. ] type WmJobTypeItems = typing.Literal[ "RENDER", # Regular rendering. "RENDER_PREVIEW", # Rendering previews. "OBJECT_BAKE", # Object Baking. "COMPOSITE", # Compositing. "SHADER_COMPILATION", # Shader compilation. ] type WmReportItems = typing.Literal[ "DEBUG", # Debug. "INFO", # Info. "OPERATOR", # Operator. "PROPERTY", # Property. "WARNING", # Warning. "ERROR", # Error. "ERROR_INVALID_INPUT", # Invalid Input. "ERROR_INVALID_CONTEXT", # Invalid Context. "ERROR_OUT_OF_MEMORY", # Out of Memory. ] type WorkspaceObjectModeItems = typing.Literal[ "OBJECT", # Object Mode. "EDIT", # Edit Mode. "POSE", # Pose Mode. "SCULPT", # Sculpt Mode. "VERTEX_PAINT", # Vertex Paint. "WEIGHT_PAINT", # Weight Paint. "TEXTURE_PAINT", # Texture Paint. "PARTICLE_EDIT", # Particle Edit. "EDIT_GPENCIL", # Grease Pencil Edit Mode.Edit Grease Pencil Strokes. "SCULPT_GREASE_PENCIL", # Grease Pencil Sculpt Mode.Sculpt Grease Pencil Strokes. "PAINT_GREASE_PENCIL", # Grease Pencil Draw.Paint Grease Pencil Strokes. "VERTEX_GREASE_PENCIL", # Grease Pencil Vertex Paint.Grease Pencil Vertex Paint Strokes. "WEIGHT_GREASE_PENCIL", # Grease Pencil Weight Paint.Grease Pencil Weight Paint Strokes. ]