USDRT Python API Reference

Note: We are currently migrating documentation from a previous location here. Some python and C++ API reference may be missing.

Note that modules show up here in their private namespace, but they are usable from the public namespace, reflecting USD’s API. For example, the documentation here reports the class:

usdrt.Gf._Gf.Vec3d

But it can be used in Python code like:

from usdrt import Gf

vec_up = Gf.Vec3d(0, 1, 0)

Someday I’ll figure out how to fix this with Sphinx or in the build, but today is not that day.

usdrt.Gf module

usdrt.Gf math types and utilities.

This module mostly mirrors pxr.Gf value types (vectors, matrices, quaternions, ranges, transforms, rays, etc.) for use with usdrt APIs.

usdrt-specific note: convertToUsdrt() and convertToPxr() provide convenience bridges between pxr.Gf and usdrt.Gf.

usdrt.Gf.Abs(arg0: float) → float

usdrt.Gf.Absf(arg0: float) → float

class usdrt.Gf.BBox3d

Arbitrarily oriented 3D bounding box

static Combine(

b1: usdrt.Gf.BBox3d,

b2: usdrt.Gf.BBox3d,

) → usdrt.Gf.BBox3d

ComputeAlignedBox(self: usdrt.Gf.BBox3d) → usdrt.Gf.Range3d

ComputeAlignedRange(self: usdrt.Gf.BBox3d) → usdrt.Gf.Range3d

ComputeCentroid(self: usdrt.Gf.BBox3d) → usdrt.Gf.Vec3d

GetBox(self: usdrt.Gf.BBox3d) → usdrt.Gf.Range3d

GetInverseMatrix(self: usdrt.Gf.BBox3d) → usdrt.Gf.Matrix4d

GetMatrix(self: usdrt.Gf.BBox3d) → usdrt.Gf.Matrix4d

GetRange(self: usdrt.Gf.BBox3d) → usdrt.Gf.Range3d

GetVolume(self: usdrt.Gf.BBox3d) → float

HasZeroAreaPrimitives(self: usdrt.Gf.BBox3d) → bool

Set(

self: usdrt.Gf.BBox3d,

range: usdrt.Gf.Range3d,

mat: usdrt.Gf.Matrix4d,

) → usdrt.Gf.BBox3d

SetHasZeroAreaPrimitives(

self: usdrt.Gf.BBox3d,

hasThem: bool,

) → None

SetMatrix(

self: usdrt.Gf.BBox3d,

mat: usdrt.Gf.Matrix4d,

) → usdrt.Gf.BBox3d

SetRange(

self: usdrt.Gf.BBox3d,

range: usdrt.Gf.Range3d,

) → usdrt.Gf.BBox3d

Transform(

self: usdrt.Gf.BBox3d,

transform: usdrt.Gf.Matrix4d,

) → usdrt.Gf.BBox3d

property box

property hasZeroAreaPrimitives

property matrix

usdrt.Gf.Clamp(*args, **kwargs)

Overloaded function.

1. Clamp(arg0: int, arg1: int, arg2: int) -> int

2. Clamp(arg0: float, arg1: float, arg2: float) -> float

usdrt.Gf.Clampf(arg0: float, arg1: float, arg2: float) → float

usdrt.Gf.CompDiv(*args, **kwargs)

Overloaded function.

1. CompDiv(arg0: usdrt.Gf.Vec2f, arg1: usdrt.Gf.Vec2f) -> usdrt.Gf.Vec2f

2. CompDiv(arg0: usdrt.Gf.Vec2d, arg1: usdrt.Gf.Vec2d) -> usdrt.Gf.Vec2d

3. CompDiv(arg0: usdrt.Gf.Vec2i, arg1: usdrt.Gf.Vec2i) -> usdrt.Gf.Vec2i

4. CompDiv(arg0: usdrt.Gf.Vec2h, arg1: usdrt.Gf.Vec2h) -> usdrt.Gf.Vec2h

5. CompDiv(arg0: usdrt.Gf.Vec3f, arg1: usdrt.Gf.Vec3f) -> usdrt.Gf.Vec3f

6. CompDiv(arg0: usdrt.Gf.Vec3d, arg1: usdrt.Gf.Vec3d) -> usdrt.Gf.Vec3d

7. CompDiv(arg0: usdrt.Gf.Vec3i, arg1: usdrt.Gf.Vec3i) -> usdrt.Gf.Vec3i

8. CompDiv(arg0: usdrt.Gf.Vec3h, arg1: usdrt.Gf.Vec3h) -> usdrt.Gf.Vec3h

9. CompDiv(arg0: usdrt.Gf.Vec4f, arg1: usdrt.Gf.Vec4f) -> usdrt.Gf.Vec4f

10. CompDiv(arg0: usdrt.Gf.Vec4d, arg1: usdrt.Gf.Vec4d) -> usdrt.Gf.Vec4d

11. CompDiv(arg0: usdrt.Gf.Vec4i, arg1: usdrt.Gf.Vec4i) -> usdrt.Gf.Vec4i

12. CompDiv(arg0: usdrt.Gf.Vec4h, arg1: usdrt.Gf.Vec4h) -> usdrt.Gf.Vec4h

usdrt.Gf.CompMult(*args, **kwargs)

Overloaded function.

1. CompMult(arg0: usdrt.Gf.Vec2f, arg1: usdrt.Gf.Vec2f) -> usdrt.Gf.Vec2f

2. CompMult(arg0: usdrt.Gf.Vec2d, arg1: usdrt.Gf.Vec2d) -> usdrt.Gf.Vec2d

3. CompMult(arg0: usdrt.Gf.Vec2i, arg1: usdrt.Gf.Vec2i) -> usdrt.Gf.Vec2i

4. CompMult(arg0: usdrt.Gf.Vec2h, arg1: usdrt.Gf.Vec2h) -> usdrt.Gf.Vec2h

5. CompMult(arg0: usdrt.Gf.Vec3f, arg1: usdrt.Gf.Vec3f) -> usdrt.Gf.Vec3f

6. CompMult(arg0: usdrt.Gf.Vec3d, arg1: usdrt.Gf.Vec3d) -> usdrt.Gf.Vec3d

7. CompMult(arg0: usdrt.Gf.Vec3i, arg1: usdrt.Gf.Vec3i) -> usdrt.Gf.Vec3i

8. CompMult(arg0: usdrt.Gf.Vec3h, arg1: usdrt.Gf.Vec3h) -> usdrt.Gf.Vec3h

9. CompMult(arg0: usdrt.Gf.Vec4f, arg1: usdrt.Gf.Vec4f) -> usdrt.Gf.Vec4f

10. CompMult(arg0: usdrt.Gf.Vec4d, arg1: usdrt.Gf.Vec4d) -> usdrt.Gf.Vec4d

11. CompMult(arg0: usdrt.Gf.Vec4i, arg1: usdrt.Gf.Vec4i) -> usdrt.Gf.Vec4i

12. CompMult(arg0: usdrt.Gf.Vec4h, arg1: usdrt.Gf.Vec4h) -> usdrt.Gf.Vec4h

usdrt.Gf.Cross(*args, **kwargs)

Overloaded function.

1. Cross(arg0: usdrt.Gf.Vec3f, arg1: usdrt.Gf.Vec3f) -> usdrt.Gf.Vec3f

2. Cross(arg0: usdrt.Gf.Vec3d, arg1: usdrt.Gf.Vec3d) -> usdrt.Gf.Vec3d

3. Cross(arg0: usdrt.Gf.Vec3i, arg1: usdrt.Gf.Vec3i) -> usdrt.Gf.Vec3i

4. Cross(arg0: usdrt.Gf.Vec3h, arg1: usdrt.Gf.Vec3h) -> usdrt.Gf.Vec3h

usdrt.Gf.DegreesToRadians(arg0: float) → float

usdrt.Gf.Dot(*args, **kwargs)

Overloaded function.

1. Dot(arg0: usdrt.Gf.Vec2f, arg1: usdrt.Gf.Vec2f) -> float

2. Dot(arg0: usdrt.Gf.Vec2d, arg1: usdrt.Gf.Vec2d) -> float

3. Dot(arg0: usdrt.Gf.Vec2i, arg1: usdrt.Gf.Vec2i) -> int

4. Dot(arg0: usdrt.Gf.Vec2h, arg1: usdrt.Gf.Vec2h) -> GfHalf

5. Dot(arg0: usdrt.Gf.Vec3f, arg1: usdrt.Gf.Vec3f) -> float

6. Dot(arg0: usdrt.Gf.Vec3d, arg1: usdrt.Gf.Vec3d) -> float

7. Dot(arg0: usdrt.Gf.Vec3i, arg1: usdrt.Gf.Vec3i) -> int

8. Dot(arg0: usdrt.Gf.Vec3h, arg1: usdrt.Gf.Vec3h) -> GfHalf

9. Dot(arg0: usdrt.Gf.Vec4f, arg1: usdrt.Gf.Vec4f) -> float

10. Dot(arg0: usdrt.Gf.Vec4d, arg1: usdrt.Gf.Vec4d) -> float

11. Dot(arg0: usdrt.Gf.Vec4i, arg1: usdrt.Gf.Vec4i) -> int

12. Dot(arg0: usdrt.Gf.Vec4h, arg1: usdrt.Gf.Vec4h) -> GfHalf

13. Dot(arg0: usdrt.Gf.Quatd, arg1: usdrt.Gf.Quatd) -> float

14. Dot(arg0: usdrt.Gf.Quatf, arg1: usdrt.Gf.Quatf) -> float

15. Dot(arg0: usdrt.Gf.Quath, arg1: usdrt.Gf.Quath) -> GfHalf

usdrt.Gf.FindClosestPoints(*args, **kwargs)

Overloaded function.

1. FindClosestPoints(l1: usdrt::GfRay, l2: usdrt::GfLine) -> tuple

2. FindClosestPoints(l1: usdrt::GfRay, l2: usdrt::GfLineSeg) -> tuple

3. FindClosestPoints(l1: usdrt::GfLine, l2: usdrt::GfLine) -> tuple

4. FindClosestPoints(l1: usdrt.Gf.Line, l2: usdrt::GfLineSeg) -> tuple

5. FindClosestPoints(l1: usdrt::GfLineSeg, l2: usdrt::GfLineSeg) -> tuple

usdrt.Gf.FitPlaneToPoints(points: List[usdrt.Gf.Vec3d]) → object

class usdrt.Gf.Frustum

Basic view frustum

ComputeAspectRatio(self: usdrt.Gf.Frustum) → float

ComputeCorners(self: usdrt.Gf.Frustum) → List[usdrt.Gf.Vec3d]

ComputeCornersAtDistance(

self: usdrt.Gf.Frustum,

distance: float,

) → List[usdrt.Gf.Vec3d]

ComputeLookAtPoint(self: usdrt.Gf.Frustum) → usdrt.Gf.Vec3d

ComputeNarrowedFrustum(*args, **kwargs)

Overloaded function.

1. ComputeNarrowedFrustum(self: usdrt.Gf.Frustum, point: usdrt.Gf.Vec2d, halfSize: usdrt.Gf.Vec2d) -> usdrt.Gf.Frustum

2. ComputeNarrowedFrustum(self: usdrt.Gf.Frustum, worldPoint: usdrt.Gf.Vec3d, halfSize: usdrt.Gf.Vec2d) -> usdrt.Gf.Frustum

ComputePickRay(*args, **kwargs)

Overloaded function.

1. ComputePickRay(self: usdrt.Gf.Frustum, windowPos: usdrt.Gf.Vec2d) -> usdrt.Gf.Ray

2. ComputePickRay(self: usdrt.Gf.Frustum, worldSpacePos: usdrt.Gf.Vec3d) -> usdrt.Gf.Ray

ComputeProjectionMatrix(

self: usdrt.Gf.Frustum,

) → usdrt.Gf.Matrix4d

ComputeUpVector(self: usdrt.Gf.Frustum) → usdrt.Gf.Vec3d

ComputeViewDirection(self: usdrt.Gf.Frustum) → usdrt.Gf.Vec3d

ComputeViewFrame(self: usdrt.Gf.Frustum) → tuple

ComputeViewInverse(

self: usdrt.Gf.Frustum,

) → usdrt.Gf.Matrix4d

ComputeViewMatrix(self: usdrt.Gf.Frustum) → usdrt.Gf.Matrix4d

FitToSphere(

self: usdrt.Gf.Frustum,

center: usdrt.Gf.Vec3d,

radius: float,

slack: float = 0.0,

) → None

GetFOV(

self: usdrt.Gf.Frustum,

isFovVertical: bool = False,

) → float

Returns the horizontal fov of the frustum. The fov of the frustum is not necessarily the same value as displayed in the viewer. The displayed fov is a function of the focal length or FOV avar. The frustum’s fov may be different due to things like lens breathing.

If the frustum is not of type GfFrustum::Perspective, the returned FOV will be 0.0.

GetNearFar(self: usdrt.Gf.Frustum) → usdrt.Gf.Range1d

GetOrthographic(self: usdrt.Gf.Frustum) → tuple

GetPerspective(

self: usdrt.Gf.Frustum,

isFovVertical: bool = True,

) → object

Returns the current perspective frustum values suitable for use by SetPerspective. If the current frustum is a perspective projection, the return value is a tuple of fieldOfView, aspectRatio, nearDistance, farDistance). If the current frustum is not perspective, the return value is None.

GetPosition(self: usdrt.Gf.Frustum) → usdrt.Gf.Vec3d

GetProjectionType(

self: usdrt.Gf.Frustum,

) → usdrt::GfFrustum::ProjectionType

static GetReferencePlaneDepth() → float

GetRotation(self: usdrt.Gf.Frustum) → usdrt.Gf.Rotation

GetViewDistance(self: usdrt.Gf.Frustum) → float

GetWindow(self: usdrt.Gf.Frustum) → usdrt.Gf.Range2d

Intersects(*args, **kwargs)

Overloaded function.

1. Intersects(self: usdrt.Gf.Frustum, bbox: usdrt::GfBBox3d) -> bool

2. Intersects(self: usdrt.Gf.Frustum, point: usdrt.Gf.Vec3d) -> bool

3. Intersects(self: usdrt.Gf.Frustum, p0: usdrt.Gf.Vec3d, p1: usdrt.Gf.Vec3d) -> bool

4. Intersects(self: usdrt.Gf.Frustum, p0: usdrt.Gf.Vec3d, p1: usdrt.Gf.Vec3d, p2: usdrt.Gf.Vec3d) -> bool

static IntersectsViewVolume(

bbox: usdrt::GfBBox3d,

vpMat: usdrt.Gf.Matrix4d,

) → bool

Orthographic = <ProjectionType.Orthographic: 0>

Perspective = <ProjectionType.Perspective: 1>

class ProjectionType

Members:

Orthographic

Perspective

Orthographic = <ProjectionType.Orthographic: 0>

Perspective = <ProjectionType.Perspective: 1>

property name

property value

SetNearFar(

self: usdrt.Gf.Frustum,

nearFar: usdrt.Gf.Range1d,

) → None

SetOrthographic(

self: usdrt.Gf.Frustum,

left: float,

right: float,

bottom: float,

top: float,

nearPlane: float,

farPlane: float,

) → None

SetPerspective(*args, **kwargs)

Overloaded function.

1. SetPerspective(self: usdrt.Gf.Frustum, fovHeight: float, aspectRatio: float, nearDist: float, farDist: float) -> None

2. SetPerspective(self: usdrt.Gf.Frustum, fov: float, isFovVertical: bool, aspectRatio: float, nearDist: float, farDist: float) -> None

SetPosition(

self: usdrt.Gf.Frustum,

position: usdrt.Gf.Vec3d,

) → None

SetPositionAndRotationFromMatrix(

self: usdrt.Gf.Frustum,

camToWorldXf: usdrt.Gf.Matrix4d,

) → None

SetProjectionType(

self: usdrt.Gf.Frustum,

projectionType: usdrt::GfFrustum::ProjectionType,

) → None

SetRotation(

self: usdrt.Gf.Frustum,

rotation: usdrt.Gf.Rotation,

) → None

SetViewDistance(

self: usdrt.Gf.Frustum,

viewDistance: float,

) → None

SetWindow(

self: usdrt.Gf.Frustum,

window: usdrt.Gf.Range2d,

) → None

Transform(

self: usdrt.Gf.Frustum,

matrix: usdrt.Gf.Matrix4d,

) → usdrt.Gf.Frustum

property nearFar

property position

property projectionType

property rotation

property viewDistance

property window

usdrt.Gf.GetComplement(*args, **kwargs)

Overloaded function.

1. GetComplement(arg0: usdrt.Gf.Vec2f, arg1: usdrt.Gf.Vec2f) -> usdrt.Gf.Vec2f

2. GetComplement(arg0: usdrt.Gf.Vec2d, arg1: usdrt.Gf.Vec2d) -> usdrt.Gf.Vec2d

3. GetComplement(arg0: usdrt.Gf.Vec2i, arg1: usdrt.Gf.Vec2i) -> usdrt.Gf.Vec2i

4. GetComplement(arg0: usdrt.Gf.Vec2h, arg1: usdrt.Gf.Vec2h) -> usdrt.Gf.Vec2h

5. GetComplement(arg0: usdrt.Gf.Vec3f, arg1: usdrt.Gf.Vec3f) -> usdrt.Gf.Vec3f

6. GetComplement(arg0: usdrt.Gf.Vec3d, arg1: usdrt.Gf.Vec3d) -> usdrt.Gf.Vec3d

7. GetComplement(arg0: usdrt.Gf.Vec3i, arg1: usdrt.Gf.Vec3i) -> usdrt.Gf.Vec3i

8. GetComplement(arg0: usdrt.Gf.Vec3h, arg1: usdrt.Gf.Vec3h) -> usdrt.Gf.Vec3h

9. GetComplement(arg0: usdrt.Gf.Vec4f, arg1: usdrt.Gf.Vec4f) -> usdrt.Gf.Vec4f

10. GetComplement(arg0: usdrt.Gf.Vec4d, arg1: usdrt.Gf.Vec4d) -> usdrt.Gf.Vec4d

11. GetComplement(arg0: usdrt.Gf.Vec4i, arg1: usdrt.Gf.Vec4i) -> usdrt.Gf.Vec4i

12. GetComplement(arg0: usdrt.Gf.Vec4h, arg1: usdrt.Gf.Vec4h) -> usdrt.Gf.Vec4h

usdrt.Gf.GetLength(*args, **kwargs)

Overloaded function.

1. GetLength(arg0: usdrt.Gf.Vec2f) -> float

2. GetLength(arg0: usdrt.Gf.Vec2d) -> float

3. GetLength(arg0: usdrt.Gf.Vec2i) -> float

4. GetLength(arg0: usdrt.Gf.Vec2h) -> float

5. GetLength(arg0: usdrt.Gf.Vec3f) -> float

6. GetLength(arg0: usdrt.Gf.Vec3d) -> float

7. GetLength(arg0: usdrt.Gf.Vec3i) -> float

8. GetLength(arg0: usdrt.Gf.Vec3h) -> float

9. GetLength(arg0: usdrt.Gf.Vec4f) -> float

10. GetLength(arg0: usdrt.Gf.Vec4d) -> float

11. GetLength(arg0: usdrt.Gf.Vec4i) -> float

12. GetLength(arg0: usdrt.Gf.Vec4h) -> float

usdrt.Gf.GetNormalized(*args, **kwargs)

Overloaded function.

1. GetNormalized(arg0: usdrt.Gf.Vec2f) -> usdrt.Gf.Vec2f

2. GetNormalized(arg0: usdrt.Gf.Vec2d) -> usdrt.Gf.Vec2d

3. GetNormalized(arg0: usdrt.Gf.Vec2i) -> usdrt.Gf.Vec2i

4. GetNormalized(arg0: usdrt.Gf.Vec2h) -> usdrt.Gf.Vec2h

5. GetNormalized(arg0: usdrt.Gf.Vec3f) -> usdrt.Gf.Vec3f

6. GetNormalized(arg0: usdrt.Gf.Vec3d) -> usdrt.Gf.Vec3d

7. GetNormalized(arg0: usdrt.Gf.Vec3i) -> usdrt.Gf.Vec3i

8. GetNormalized(arg0: usdrt.Gf.Vec3h) -> usdrt.Gf.Vec3h

9. GetNormalized(arg0: usdrt.Gf.Vec4f) -> usdrt.Gf.Vec4f

10. GetNormalized(arg0: usdrt.Gf.Vec4d) -> usdrt.Gf.Vec4d

11. GetNormalized(arg0: usdrt.Gf.Vec4i) -> usdrt.Gf.Vec4i

12. GetNormalized(arg0: usdrt.Gf.Vec4h) -> usdrt.Gf.Vec4h

usdrt.Gf.GetProjection(*args, **kwargs)

Overloaded function.

1. GetProjection(arg0: usdrt.Gf.Vec2f, arg1: usdrt.Gf.Vec2f) -> usdrt.Gf.Vec2f

2. GetProjection(arg0: usdrt.Gf.Vec2d, arg1: usdrt.Gf.Vec2d) -> usdrt.Gf.Vec2d

3. GetProjection(arg0: usdrt.Gf.Vec2i, arg1: usdrt.Gf.Vec2i) -> usdrt.Gf.Vec2i

4. GetProjection(arg0: usdrt.Gf.Vec2h, arg1: usdrt.Gf.Vec2h) -> usdrt.Gf.Vec2h

5. GetProjection(arg0: usdrt.Gf.Vec3f, arg1: usdrt.Gf.Vec3f) -> usdrt.Gf.Vec3f

6. GetProjection(arg0: usdrt.Gf.Vec3d, arg1: usdrt.Gf.Vec3d) -> usdrt.Gf.Vec3d

7. GetProjection(arg0: usdrt.Gf.Vec3i, arg1: usdrt.Gf.Vec3i) -> usdrt.Gf.Vec3i

8. GetProjection(arg0: usdrt.Gf.Vec3h, arg1: usdrt.Gf.Vec3h) -> usdrt.Gf.Vec3h

9. GetProjection(arg0: usdrt.Gf.Vec4f, arg1: usdrt.Gf.Vec4f) -> usdrt.Gf.Vec4f

10. GetProjection(arg0: usdrt.Gf.Vec4d, arg1: usdrt.Gf.Vec4d) -> usdrt.Gf.Vec4d

11. GetProjection(arg0: usdrt.Gf.Vec4i, arg1: usdrt.Gf.Vec4i) -> usdrt.Gf.Vec4i

12. GetProjection(arg0: usdrt.Gf.Vec4h, arg1: usdrt.Gf.Vec4h) -> usdrt.Gf.Vec4h

usdrt.Gf.IsClose(*args, **kwargs)

Overloaded function.

1. IsClose(arg0: float, arg1: float, arg2: float) -> bool

2. IsClose(arg0: usdrt.Gf.Vec2f, arg1: usdrt.Gf.Vec2f, arg2: float) -> bool

3. IsClose(arg0: usdrt.Gf.Vec2d, arg1: usdrt.Gf.Vec2d, arg2: float) -> bool

4. IsClose(arg0: usdrt.Gf.Vec2i, arg1: usdrt.Gf.Vec2i, arg2: float) -> bool

5. IsClose(arg0: usdrt.Gf.Vec2h, arg1: usdrt.Gf.Vec2h, arg2: float) -> bool

6. IsClose(arg0: usdrt.Gf.Vec3f, arg1: usdrt.Gf.Vec3f, arg2: float) -> bool

7. IsClose(arg0: usdrt.Gf.Vec3d, arg1: usdrt.Gf.Vec3d, arg2: float) -> bool

8. IsClose(arg0: usdrt.Gf.Vec3i, arg1: usdrt.Gf.Vec3i, arg2: float) -> bool

9. IsClose(arg0: usdrt.Gf.Vec3h, arg1: usdrt.Gf.Vec3h, arg2: float) -> bool

10. IsClose(arg0: usdrt.Gf.Vec4f, arg1: usdrt.Gf.Vec4f, arg2: float) -> bool

11. IsClose(arg0: usdrt.Gf.Vec4d, arg1: usdrt.Gf.Vec4d, arg2: float) -> bool

12. IsClose(arg0: usdrt.Gf.Vec4i, arg1: usdrt.Gf.Vec4i, arg2: float) -> bool

13. IsClose(arg0: usdrt.Gf.Vec4h, arg1: usdrt.Gf.Vec4h, arg2: float) -> bool

14. IsClose(arg0: usdrt.Gf.Matrix4d, arg1: usdrt.Gf.Matrix4d, arg2: float) -> bool

15. IsClose(arg0: usdrt.Gf.Matrix4f, arg1: usdrt.Gf.Matrix4f, arg2: float) -> bool

16. IsClose(arg0: usdrt.Gf.Quatd, arg1: usdrt.Gf.Quatd, arg2: float) -> bool

17. IsClose(arg0: usdrt.Gf.Quatf, arg1: usdrt.Gf.Quatf, arg2: float) -> bool

18. IsClose(arg0: usdrt.Gf.Quath, arg1: usdrt.Gf.Quath, arg2: float) -> bool

usdrt.Gf.Lerp(*args, **kwargs)

Overloaded function.

1. Lerp(alpha: float, a: float, b: float) -> float

2. Lerp(alpha: float, a: usdrt.Gf.Vec2f, b: usdrt.Gf.Vec2f) -> usdrt.Gf.Vec2f

3. Lerp(alpha: float, a: usdrt.Gf.Vec2d, b: usdrt.Gf.Vec2d) -> usdrt.Gf.Vec2d

4. Lerp(alpha: float, a: usdrt.Gf.Vec2i, b: usdrt.Gf.Vec2i) -> usdrt.Gf.Vec2i

5. Lerp(alpha: float, a: usdrt.Gf.Vec2h, b: usdrt.Gf.Vec2h) -> usdrt.Gf.Vec2h

6. Lerp(alpha: float, a: usdrt.Gf.Vec3f, b: usdrt.Gf.Vec3f) -> usdrt.Gf.Vec3f

7. Lerp(alpha: float, a: usdrt.Gf.Vec3d, b: usdrt.Gf.Vec3d) -> usdrt.Gf.Vec3d

8. Lerp(alpha: float, a: usdrt.Gf.Vec3i, b: usdrt.Gf.Vec3i) -> usdrt.Gf.Vec3i

9. Lerp(alpha: float, a: usdrt.Gf.Vec3h, b: usdrt.Gf.Vec3h) -> usdrt.Gf.Vec3h

10. Lerp(alpha: float, a: usdrt.Gf.Vec4f, b: usdrt.Gf.Vec4f) -> usdrt.Gf.Vec4f

11. Lerp(alpha: float, a: usdrt.Gf.Vec4d, b: usdrt.Gf.Vec4d) -> usdrt.Gf.Vec4d

12. Lerp(alpha: float, a: usdrt.Gf.Vec4i, b: usdrt.Gf.Vec4i) -> usdrt.Gf.Vec4i

13. Lerp(alpha: float, a: usdrt.Gf.Vec4h, b: usdrt.Gf.Vec4h) -> usdrt.Gf.Vec4h

usdrt.Gf.Lerpf(alpha: float, a: float, b: float) → float

class usdrt.Gf.Line

Line class

FindClosestPoint(

self: usdrt.Gf.Line,

point: usdrt.Gf.Vec3d,

) → tuple

GetDirection(self: usdrt.Gf.Line) → usdrt.Gf.Vec3d

GetPoint(self: usdrt.Gf.Line, t: float) → usdrt.Gf.Vec3d

Set(

self: usdrt.Gf.Line,

p0: usdrt.Gf.Vec3d,

dir: usdrt.Gf.Vec3d,

) → usdrt.Gf.Line

property direction

class usdrt.Gf.LineSeg

Line segment class

FindClosestPoint(

self: usdrt.Gf.LineSeg,

point: usdrt.Gf.Vec3d,

) → tuple

GetDirection(self: usdrt.Gf.LineSeg) → usdrt.Gf.Vec3d

GetLength(self: usdrt.Gf.LineSeg) → float

GetPoint(self: usdrt.Gf.LineSeg, t: float) → usdrt.Gf.Vec3d

property direction

property length

class usdrt.Gf.Matrix2d

GetArrayItem(self: usdrt.Gf.Matrix2d, arg0: int) → float

GetColumn(

self: usdrt.Gf.Matrix2d,

arg0: int,

) → usdrt.Gf.Vec2d

GetDeterminant(self: usdrt.Gf.Matrix2d) → float

GetInverse(self: usdrt.Gf.Matrix2d) → usdrt.Gf.Matrix2d

GetRow(self: usdrt.Gf.Matrix2d, arg0: int) → usdrt.Gf.Vec2d

GetTranspose(self: usdrt.Gf.Matrix2d) → usdrt.Gf.Matrix2d

Set(

self: usdrt.Gf.Matrix2d,

arg0: float,

arg1: float,

arg2: float,

arg3: float,

) → usdrt.Gf.Matrix2d

SetArrayItem(

self: usdrt.Gf.Matrix2d,

arg0: int,

arg1: float,

) → None

SetColumn(

self: usdrt.Gf.Matrix2d,

arg0: int,

arg1: usdrt.Gf.Vec2d,

) → None

SetDiagonal(*args, **kwargs)

Overloaded function.

1. SetDiagonal(self: usdrt.Gf.Matrix2d, arg0: float) -> usdrt.Gf.Matrix2d

2. SetDiagonal(self: usdrt.Gf.Matrix2d, arg0: usdrt.Gf.Vec2d) -> usdrt.Gf.Matrix2d

SetIdentity(self: usdrt.Gf.Matrix2d) → usdrt.Gf.Matrix2d

SetRow(

self: usdrt.Gf.Matrix2d,

arg0: int,

arg1: usdrt.Gf.Vec2d,

) → None

SetZero(self: usdrt.Gf.Matrix2d) → usdrt.Gf.Matrix2d

property dimension

class usdrt.Gf.Matrix2f

GetArrayItem(self: usdrt.Gf.Matrix2f, arg0: int) → float

GetColumn(

self: usdrt.Gf.Matrix2f,

arg0: int,

) → usdrt.Gf.Vec2f

GetDeterminant(self: usdrt.Gf.Matrix2f) → float

GetInverse(self: usdrt.Gf.Matrix2f) → usdrt.Gf.Matrix2f

GetRow(self: usdrt.Gf.Matrix2f, arg0: int) → usdrt.Gf.Vec2f

GetTranspose(self: usdrt.Gf.Matrix2f) → usdrt.Gf.Matrix2f

Set(

self: usdrt.Gf.Matrix2f,

arg0: float,

arg1: float,

arg2: float,

arg3: float,

) → usdrt.Gf.Matrix2f

SetArrayItem(

self: usdrt.Gf.Matrix2f,

arg0: int,

arg1: float,

) → None

SetColumn(

self: usdrt.Gf.Matrix2f,

arg0: int,

arg1: usdrt.Gf.Vec2f,

) → None

SetDiagonal(*args, **kwargs)

Overloaded function.

1. SetDiagonal(self: usdrt.Gf.Matrix2f, arg0: float) -> usdrt.Gf.Matrix2f

2. SetDiagonal(self: usdrt.Gf.Matrix2f, arg0: usdrt.Gf.Vec2f) -> usdrt.Gf.Matrix2f

SetIdentity(self: usdrt.Gf.Matrix2f) → usdrt.Gf.Matrix2f

SetRow(

self: usdrt.Gf.Matrix2f,

arg0: int,

arg1: usdrt.Gf.Vec2f,

) → None

SetZero(self: usdrt.Gf.Matrix2f) → usdrt.Gf.Matrix2f

property dimension

class usdrt.Gf.Matrix3d

DecomposeRotation(

self: usdrt.Gf.Matrix3d,

axis0: usdrt.Gf.Vec3d,

axis1: usdrt.Gf.Vec3d,

axis2: usdrt.Gf.Vec3d,

) → usdrt.Gf.Vec3d

ExtractRotation(*args, **kwargs)

Overloaded function.

1. ExtractRotation(self: usdrt.Gf.Matrix3d) -> usdrt::GfRotation

2. ExtractRotation(self: usdrt.Gf.Matrix3d) -> omni::math::linalg::quat<double>

ExtractRotationQuaternion(

self: usdrt.Gf.Matrix3d,

) → omni::math::linalg::quat<double>

GetArrayItem(self: usdrt.Gf.Matrix3d, arg0: int) → float

GetColumn(

self: usdrt.Gf.Matrix3d,

arg0: int,

) → usdrt.Gf.Vec3d

GetDeterminant(self: usdrt.Gf.Matrix3d) → float

GetHandedness(self: usdrt.Gf.Matrix3d) → int

GetInverse(self: usdrt.Gf.Matrix3d) → usdrt.Gf.Matrix3d

GetOrthonormalized(

self: usdrt.Gf.Matrix3d,

) → usdrt.Gf.Matrix3d

GetRow(self: usdrt.Gf.Matrix3d, arg0: int) → usdrt.Gf.Vec3d

GetTranspose(self: usdrt.Gf.Matrix3d) → usdrt.Gf.Matrix3d

IsLeftHanded(self: usdrt.Gf.Matrix3d) → bool

IsRightHanded(self: usdrt.Gf.Matrix3d) → bool

Orthonormalize(self: usdrt.Gf.Matrix3d) → bool

Set(

self: usdrt.Gf.Matrix3d,

arg0: float,

arg1: float,

arg2: float,

arg3: float,

arg4: float,

arg5: float,

arg6: float,

arg7: float,

arg8: float,

) → usdrt.Gf.Matrix3d

SetArrayItem(

self: usdrt.Gf.Matrix3d,

arg0: int,

arg1: float,

) → None

SetColumn(

self: usdrt.Gf.Matrix3d,

arg0: int,

arg1: usdrt.Gf.Vec3d,

) → None

SetDiagonal(*args, **kwargs)

Overloaded function.

1. SetDiagonal(self: usdrt.Gf.Matrix3d, arg0: float) -> usdrt.Gf.Matrix3d

2. SetDiagonal(self: usdrt.Gf.Matrix3d, arg0: usdrt.Gf.Vec3d) -> usdrt.Gf.Matrix3d

SetGfRotation(

self: usdrt.Gf.Matrix3d,

arg0: usdrt::GfRotation,

) → usdrt.Gf.Matrix3d

SetIdentity(self: usdrt.Gf.Matrix3d) → usdrt.Gf.Matrix3d

SetRotate(*args, **kwargs)

Overloaded function.

1. SetRotate(self: usdrt.Gf.Matrix3d, arg0: usdrt::GfRotation) -> usdrt.Gf.Matrix3d

2. SetRotate(self: usdrt.Gf.Matrix3d, arg0: omni::math::linalg::quat<double>) -> usdrt.Gf.Matrix3d

SetRow(

self: usdrt.Gf.Matrix3d,

arg0: int,

arg1: usdrt.Gf.Vec3d,

) → None

SetScale(*args, **kwargs)

Overloaded function.

1. SetScale(self: usdrt.Gf.Matrix3d, arg0: float) -> usdrt.Gf.Matrix3d

2. SetScale(self: usdrt.Gf.Matrix3d, arg0: usdrt.Gf.Vec3d) -> usdrt.Gf.Matrix3d

SetZero(self: usdrt.Gf.Matrix3d) → usdrt.Gf.Matrix3d

property dimension

class usdrt.Gf.Matrix3f

DecomposeRotation(

self: usdrt.Gf.Matrix3f,

axis0: usdrt.Gf.Vec3f,

axis1: usdrt.Gf.Vec3f,

axis2: usdrt.Gf.Vec3f,

) → usdrt.Gf.Vec3f

ExtractRotation(*args, **kwargs)

Overloaded function.

1. ExtractRotation(self: usdrt.Gf.Matrix3f) -> usdrt::GfRotation

2. ExtractRotation(self: usdrt.Gf.Matrix3f) -> omni::math::linalg::quat<double>

ExtractRotationQuaternion(

self: usdrt.Gf.Matrix3f,

) → omni::math::linalg::quat<double>

GetArrayItem(self: usdrt.Gf.Matrix3f, arg0: int) → float

GetColumn(

self: usdrt.Gf.Matrix3f,

arg0: int,

) → usdrt.Gf.Vec3f

GetDeterminant(self: usdrt.Gf.Matrix3f) → float

GetHandedness(self: usdrt.Gf.Matrix3f) → int

GetInverse(self: usdrt.Gf.Matrix3f) → usdrt.Gf.Matrix3f

GetOrthonormalized(

self: usdrt.Gf.Matrix3f,

) → usdrt.Gf.Matrix3f

GetRow(self: usdrt.Gf.Matrix3f, arg0: int) → usdrt.Gf.Vec3f

GetTranspose(self: usdrt.Gf.Matrix3f) → usdrt.Gf.Matrix3f

IsLeftHanded(self: usdrt.Gf.Matrix3f) → bool

IsRightHanded(self: usdrt.Gf.Matrix3f) → bool

Orthonormalize(self: usdrt.Gf.Matrix3f) → bool

Set(

self: usdrt.Gf.Matrix3f,

arg0: float,

arg1: float,

arg2: float,

arg3: float,

arg4: float,

arg5: float,

arg6: float,

arg7: float,

arg8: float,

) → usdrt.Gf.Matrix3f

SetArrayItem(

self: usdrt.Gf.Matrix3f,

arg0: int,

arg1: float,

) → None

SetColumn(

self: usdrt.Gf.Matrix3f,

arg0: int,

arg1: usdrt.Gf.Vec3f,

) → None

SetDiagonal(*args, **kwargs)

Overloaded function.

1. SetDiagonal(self: usdrt.Gf.Matrix3f, arg0: float) -> usdrt.Gf.Matrix3f

2. SetDiagonal(self: usdrt.Gf.Matrix3f, arg0: usdrt.Gf.Vec3f) -> usdrt.Gf.Matrix3f

SetGfRotation(

self: usdrt.Gf.Matrix3f,

arg0: usdrt::GfRotation,

) → usdrt.Gf.Matrix3f

SetIdentity(self: usdrt.Gf.Matrix3f) → usdrt.Gf.Matrix3f

SetRotate(*args, **kwargs)

Overloaded function.

1. SetRotate(self: usdrt.Gf.Matrix3f, arg0: usdrt::GfRotation) -> usdrt.Gf.Matrix3f

2. SetRotate(self: usdrt.Gf.Matrix3f, arg0: omni::math::linalg::quat<double>) -> usdrt.Gf.Matrix3f

SetRow(

self: usdrt.Gf.Matrix3f,

arg0: int,

arg1: usdrt.Gf.Vec3f,

) → None

SetScale(*args, **kwargs)

Overloaded function.

1. SetScale(self: usdrt.Gf.Matrix3f, arg0: float) -> usdrt.Gf.Matrix3f

2. SetScale(self: usdrt.Gf.Matrix3f, arg0: usdrt.Gf.Vec3f) -> usdrt.Gf.Matrix3f

SetZero(self: usdrt.Gf.Matrix3f) → usdrt.Gf.Matrix3f

property dimension

class usdrt.Gf.Matrix4d

DecomposeRotation(

self: usdrt.Gf.Matrix4d,

axis0: usdrt.Gf.Vec3d,

axis1: usdrt.Gf.Vec3d,

axis2: usdrt.Gf.Vec3d,

) → usdrt.Gf.Vec3d

ExtractRotation(self: usdrt.Gf.Matrix4d) → usdrt::GfRotation

ExtractRotationMatrix(

self: usdrt.Gf.Matrix4d,

) → omni::math::linalg::matrix3<double>

ExtractRotationQuat(

self: usdrt.Gf.Matrix4d,

) → omni::math::linalg::quat<double>

ExtractTranslation(self: usdrt.Gf.Matrix4d) → usdrt.Gf.Vec3d

Factor(self: usdrt.Gf.Matrix4d) → tuple

FactorWithEpsilon(

self: usdrt.Gf.Matrix4d,

arg0: float,

) → tuple

GetArrayItem(self: usdrt.Gf.Matrix4d, arg0: int) → float

GetColumn(

self: usdrt.Gf.Matrix4d,

arg0: int,

) → usdrt.Gf.Vec4d

GetDeterminant(self: usdrt.Gf.Matrix4d) → float

GetDeterminant3(self: usdrt.Gf.Matrix4d) → float

GetHandedness(self: usdrt.Gf.Matrix4d) → int

GetInverse(self: usdrt.Gf.Matrix4d) → usdrt.Gf.Matrix4d

GetOrthonormalized(

self: usdrt.Gf.Matrix4d,

) → usdrt.Gf.Matrix4d

GetRow(self: usdrt.Gf.Matrix4d, arg0: int) → usdrt.Gf.Vec4d

GetRow3(self: usdrt.Gf.Matrix4d, arg0: int) → usdrt.Gf.Vec3d

GetTranspose(self: usdrt.Gf.Matrix4d) → usdrt.Gf.Matrix4d

IsLeftHanded(self: usdrt.Gf.Matrix4d) → bool

IsRightHanded(self: usdrt.Gf.Matrix4d) → bool

Orthonormalize(self: usdrt.Gf.Matrix4d) → bool

RemoveScaleShear(

self: usdrt.Gf.Matrix4d,

) → usdrt.Gf.Matrix4d

Set(

self: usdrt.Gf.Matrix4d,

arg0: float,

arg1: float,

arg2: float,

arg3: float,

arg4: float,

arg5: float,

arg6: float,

arg7: float,

arg8: float,

arg9: float,

arg10: float,

arg11: float,

arg12: float,

arg13: float,

arg14: float,

arg15: float,

) → usdrt.Gf.Matrix4d

SetArrayItem(

self: usdrt.Gf.Matrix4d,

arg0: int,

arg1: float,

) → None

SetColumn(

self: usdrt.Gf.Matrix4d,

arg0: int,

arg1: usdrt.Gf.Vec4d,

) → None

SetDiagonal(*args, **kwargs)

Overloaded function.

1. SetDiagonal(self: usdrt.Gf.Matrix4d, arg0: float) -> usdrt.Gf.Matrix4d

2. SetDiagonal(self: usdrt.Gf.Matrix4d, arg0: usdrt.Gf.Vec4d) -> usdrt.Gf.Matrix4d

SetIdentity(self: usdrt.Gf.Matrix4d) → usdrt.Gf.Matrix4d

SetLookAt(*args, **kwargs)

Overloaded function.

1. SetLookAt(self: usdrt.Gf.Matrix4d, arg0: usdrt.Gf.Vec3d, arg1: usdrt.Gf.Vec3d, arg2: usdrt.Gf.Vec3d) -> usdrt.Gf.Matrix4d

2. SetLookAt(self: usdrt.Gf.Matrix4d, arg0: usdrt.Gf.Vec3d, arg1: omni::math::linalg::quat<double>) -> usdrt.Gf.Matrix4d

3. SetLookAt(self: usdrt.Gf.Matrix4d, arg0: usdrt.Gf.Vec3d, arg1: usdrt::GfRotation) -> usdrt.Gf.Matrix4d

SetRotate(*args, **kwargs)

Overloaded function.

1. SetRotate(self: usdrt.Gf.Matrix4d, arg0: omni::math::linalg::quat<double>) -> usdrt.Gf.Matrix4d

2. SetRotate(self: usdrt.Gf.Matrix4d, arg0: omni::math::linalg::matrix3<double>) -> usdrt.Gf.Matrix4d

3. SetRotate(self: usdrt.Gf.Matrix4d, arg0: usdrt::GfRotation) -> usdrt.Gf.Matrix4d

SetRotateOnly(*args, **kwargs)

Overloaded function.

1. SetRotateOnly(self: usdrt.Gf.Matrix4d, arg0: omni::math::linalg::quat<double>) -> usdrt.Gf.Matrix4d

2. SetRotateOnly(self: usdrt.Gf.Matrix4d, arg0: omni::math::linalg::matrix3<double>) -> usdrt.Gf.Matrix4d

3. SetRotateOnly(self: usdrt.Gf.Matrix4d, arg0: usdrt::GfRotation) -> usdrt.Gf.Matrix4d

SetRow(

self: usdrt.Gf.Matrix4d,

arg0: int,

arg1: usdrt.Gf.Vec4d,

) → None

SetRow3(

self: usdrt.Gf.Matrix4d,

arg0: int,

arg1: usdrt.Gf.Vec3d,

) → None

SetScale(*args, **kwargs)

Overloaded function.

1. SetScale(self: usdrt.Gf.Matrix4d, arg0: float) -> usdrt.Gf.Matrix4d

2. SetScale(self: usdrt.Gf.Matrix4d, arg0: usdrt.Gf.Vec3d) -> usdrt.Gf.Matrix4d

SetTransform(*args, **kwargs)

Overloaded function.

1. SetTransform(self: usdrt.Gf.Matrix4d, arg0: usdrt::GfRotation, arg1: usdrt.Gf.Vec3d) -> usdrt.Gf.Matrix4d

2. SetTransform(self: usdrt.Gf.Matrix4d, arg0: omni::math::linalg::matrix3<double>, arg1: usdrt.Gf.Vec3d) -> usdrt.Gf.Matrix4d

SetTranslate(

self: usdrt.Gf.Matrix4d,

arg0: usdrt.Gf.Vec3d,

) → usdrt.Gf.Matrix4d

SetTranslateOnly(

self: usdrt.Gf.Matrix4d,

arg0: usdrt.Gf.Vec3d,

) → usdrt.Gf.Matrix4d

SetZero(self: usdrt.Gf.Matrix4d) → usdrt.Gf.Matrix4d

Transform(*args, **kwargs)

Overloaded function.

1. Transform(self: usdrt.Gf.Matrix4d, arg0: usdrt.Gf.Vec3f) -> usdrt.Gf.Vec3f

2. Transform(self: usdrt.Gf.Matrix4d, arg0: usdrt.Gf.Vec3d) -> usdrt.Gf.Vec3d

TransformAffine(*args, **kwargs)

Overloaded function.

1. TransformAffine(self: usdrt.Gf.Matrix4d, arg0: usdrt.Gf.Vec3f) -> usdrt.Gf.Vec3f

2. TransformAffine(self: usdrt.Gf.Matrix4d, arg0: usdrt.Gf.Vec3d) -> usdrt.Gf.Vec3d

TransformDir(*args, **kwargs)

Overloaded function.

1. TransformDir(self: usdrt.Gf.Matrix4d, arg0: usdrt.Gf.Vec3f) -> usdrt.Gf.Vec3f

2. TransformDir(self: usdrt.Gf.Matrix4d, arg0: usdrt.Gf.Vec3d) -> usdrt.Gf.Vec3d

property dimension

class usdrt.Gf.Matrix4f

DecomposeRotation(

self: usdrt.Gf.Matrix4f,

axis0: usdrt.Gf.Vec3f,

axis1: usdrt.Gf.Vec3f,

axis2: usdrt.Gf.Vec3f,

) → usdrt.Gf.Vec3f

ExtractRotation(self: usdrt.Gf.Matrix4f) → usdrt::GfRotation

ExtractRotationMatrix(

self: usdrt.Gf.Matrix4f,

) → omni::math::linalg::matrix3<float>

ExtractRotationQuat(

self: usdrt.Gf.Matrix4f,

) → omni::math::linalg::quat<double>

ExtractTranslation(self: usdrt.Gf.Matrix4f) → usdrt.Gf.Vec3f

Factor(self: usdrt.Gf.Matrix4f) → tuple

FactorWithEpsilon(

self: usdrt.Gf.Matrix4f,

arg0: float,

) → tuple

GetArrayItem(self: usdrt.Gf.Matrix4f, arg0: int) → float

GetColumn(

self: usdrt.Gf.Matrix4f,

arg0: int,

) → usdrt.Gf.Vec4f

GetDeterminant(self: usdrt.Gf.Matrix4f) → float

GetDeterminant3(self: usdrt.Gf.Matrix4f) → float

GetHandedness(self: usdrt.Gf.Matrix4f) → int

GetInverse(self: usdrt.Gf.Matrix4f) → usdrt.Gf.Matrix4f

GetOrthonormalized(

self: usdrt.Gf.Matrix4f,

) → usdrt.Gf.Matrix4f

GetRow(self: usdrt.Gf.Matrix4f, arg0: int) → usdrt.Gf.Vec4f

GetRow3(self: usdrt.Gf.Matrix4f, arg0: int) → usdrt.Gf.Vec3f

GetTranspose(self: usdrt.Gf.Matrix4f) → usdrt.Gf.Matrix4f

IsLeftHanded(self: usdrt.Gf.Matrix4f) → bool

IsRightHanded(self: usdrt.Gf.Matrix4f) → bool

Orthonormalize(self: usdrt.Gf.Matrix4f) → bool

RemoveScaleShear(

self: usdrt.Gf.Matrix4f,

) → usdrt.Gf.Matrix4f

Set(

self: usdrt.Gf.Matrix4f,

arg0: float,

arg1: float,

arg2: float,

arg3: float,

arg4: float,

arg5: float,

arg6: float,

arg7: float,

arg8: float,

arg9: float,

arg10: float,

arg11: float,

arg12: float,

arg13: float,

arg14: float,

arg15: float,

) → usdrt.Gf.Matrix4f

SetArrayItem(

self: usdrt.Gf.Matrix4f,

arg0: int,

arg1: float,

) → None

SetColumn(

self: usdrt.Gf.Matrix4f,

arg0: int,

arg1: usdrt.Gf.Vec4f,

) → None

SetDiagonal(*args, **kwargs)

Overloaded function.

1. SetDiagonal(self: usdrt.Gf.Matrix4f, arg0: float) -> usdrt.Gf.Matrix4f

2. SetDiagonal(self: usdrt.Gf.Matrix4f, arg0: usdrt.Gf.Vec4f) -> usdrt.Gf.Matrix4f

SetIdentity(self: usdrt.Gf.Matrix4f) → usdrt.Gf.Matrix4f

SetLookAt(*args, **kwargs)

Overloaded function.

1. SetLookAt(self: usdrt.Gf.Matrix4f, arg0: usdrt.Gf.Vec3f, arg1: usdrt.Gf.Vec3f, arg2: usdrt.Gf.Vec3f) -> usdrt.Gf.Matrix4f

2. SetLookAt(self: usdrt.Gf.Matrix4f, arg0: usdrt.Gf.Vec3f, arg1: omni::math::linalg::quat<double>) -> usdrt.Gf.Matrix4f

3. SetLookAt(self: usdrt.Gf.Matrix4f, arg0: usdrt.Gf.Vec3f, arg1: usdrt::GfRotation) -> usdrt.Gf.Matrix4f

SetRotate(*args, **kwargs)

Overloaded function.

1. SetRotate(self: usdrt.Gf.Matrix4f, arg0: omni::math::linalg::quat<double>) -> usdrt.Gf.Matrix4f

2. SetRotate(self: usdrt.Gf.Matrix4f, arg0: omni::math::linalg::matrix3<float>) -> usdrt.Gf.Matrix4f

3. SetRotate(self: usdrt.Gf.Matrix4f, arg0: usdrt::GfRotation) -> usdrt.Gf.Matrix4f

SetRotateOnly(*args, **kwargs)

Overloaded function.

1. SetRotateOnly(self: usdrt.Gf.Matrix4f, arg0: omni::math::linalg::quat<double>) -> usdrt.Gf.Matrix4f

2. SetRotateOnly(self: usdrt.Gf.Matrix4f, arg0: omni::math::linalg::matrix3<float>) -> usdrt.Gf.Matrix4f

3. SetRotateOnly(self: usdrt.Gf.Matrix4f, arg0: usdrt::GfRotation) -> usdrt.Gf.Matrix4f

SetRow(

self: usdrt.Gf.Matrix4f,

arg0: int,

arg1: usdrt.Gf.Vec4f,

) → None

SetRow3(

self: usdrt.Gf.Matrix4f,

arg0: int,

arg1: usdrt.Gf.Vec3f,

) → None

SetScale(*args, **kwargs)

Overloaded function.

1. SetScale(self: usdrt.Gf.Matrix4f, arg0: float) -> usdrt.Gf.Matrix4f

2. SetScale(self: usdrt.Gf.Matrix4f, arg0: usdrt.Gf.Vec3f) -> usdrt.Gf.Matrix4f

SetTransform(*args, **kwargs)

Overloaded function.

1. SetTransform(self: usdrt.Gf.Matrix4f, arg0: usdrt::GfRotation, arg1: usdrt.Gf.Vec3f) -> usdrt.Gf.Matrix4f

2. SetTransform(self: usdrt.Gf.Matrix4f, arg0: omni::math::linalg::matrix3<float>, arg1: usdrt.Gf.Vec3f) -> usdrt.Gf.Matrix4f

SetTranslate(

self: usdrt.Gf.Matrix4f,

arg0: usdrt.Gf.Vec3f,

) → usdrt.Gf.Matrix4f

SetTranslateOnly(

self: usdrt.Gf.Matrix4f,

arg0: usdrt.Gf.Vec3f,

) → usdrt.Gf.Matrix4f

SetZero(self: usdrt.Gf.Matrix4f) → usdrt.Gf.Matrix4f

Transform(*args, **kwargs)

Overloaded function.

1. Transform(self: usdrt.Gf.Matrix4f, arg0: usdrt.Gf.Vec3f) -> usdrt.Gf.Vec3f

2. Transform(self: usdrt.Gf.Matrix4f, arg0: usdrt.Gf.Vec3d) -> usdrt.Gf.Vec3d

TransformAffine(*args, **kwargs)

Overloaded function.

1. TransformAffine(self: usdrt.Gf.Matrix4f, arg0: usdrt.Gf.Vec3f) -> usdrt.Gf.Vec3f

2. TransformAffine(self: usdrt.Gf.Matrix4f, arg0: usdrt.Gf.Vec3d) -> usdrt.Gf.Vec3d

TransformDir(*args, **kwargs)

Overloaded function.

1. TransformDir(self: usdrt.Gf.Matrix4f, arg0: usdrt.Gf.Vec3f) -> usdrt.Gf.Vec3f

2. TransformDir(self: usdrt.Gf.Matrix4f, arg0: usdrt.Gf.Vec3d) -> usdrt.Gf.Vec3d

property dimension

usdrt.Gf.Max(*args, **kwargs)

Overloaded function.

1. Max(arg0: float, arg1: float) -> float

2. Max(arg0: float, arg1: float, arg2: float) -> float

3. Max(arg0: float, arg1: float, arg2: float, arg3: float) -> float

4. Max(arg0: float, arg1: float, arg2: float, arg3: float, arg4: float) -> float

5. Max(arg0: int, arg1: int) -> int

6. Max(arg0: int, arg1: int, arg2: int) -> int

7. Max(arg0: int, arg1: int, arg2: int, arg3: int) -> int

8. Max(arg0: int, arg1: int, arg2: int, arg3: int, arg4: int) -> int

usdrt.Gf.Min(*args, **kwargs)

Overloaded function.

1. Min(arg0: float, arg1: float) -> float

2. Min(arg0: float, arg1: float, arg2: float) -> float

3. Min(arg0: float, arg1: float, arg2: float, arg3: float) -> float

4. Min(arg0: float, arg1: float, arg2: float, arg3: float, arg4: float) -> float

5. Min(arg0: int, arg1: int) -> int

6. Min(arg0: int, arg1: int, arg2: int) -> int

7. Min(arg0: int, arg1: int, arg2: int, arg3: int) -> int

8. Min(arg0: int, arg1: int, arg2: int, arg3: int, arg4: int) -> int

usdrt.Gf.Normalize(*args, **kwargs)

Overloaded function.

1. Normalize(arg0: usdrt.Gf.Vec2f) -> float

2. Normalize(arg0: usdrt.Gf.Vec2d) -> float

3. Normalize(arg0: usdrt.Gf.Vec2i) -> float

4. Normalize(arg0: usdrt.Gf.Vec2h) -> float

5. Normalize(arg0: usdrt.Gf.Vec3f) -> float

6. Normalize(arg0: usdrt.Gf.Vec3d) -> float

7. Normalize(arg0: usdrt.Gf.Vec3i) -> float

8. Normalize(arg0: usdrt.Gf.Vec3h) -> float

9. Normalize(arg0: usdrt.Gf.Vec4f) -> float

10. Normalize(arg0: usdrt.Gf.Vec4d) -> float

11. Normalize(arg0: usdrt.Gf.Vec4i) -> float

12. Normalize(arg0: usdrt.Gf.Vec4h) -> float

class usdrt.Gf.Plane

GetDistance(self: usdrt.Gf.Plane, p: usdrt.Gf.Vec3d) → float

GetDistanceFromOrigin(self: usdrt.Gf.Plane) → float

GetEquation(self: usdrt.Gf.Plane) → usdrt.Gf.Vec4d

GetNormal(self: usdrt.Gf.Plane) → usdrt.Gf.Vec3d

IntersectsPositiveHalfSpace(*args, **kwargs)

Overloaded function.

1. IntersectsPositiveHalfSpace(self: usdrt.Gf.Plane, box: usdrt.Gf.Range3d) -> bool

2. IntersectsPositiveHalfSpace(self: usdrt.Gf.Plane, pt: usdrt.Gf.Vec3d) -> bool

Project(

self: usdrt.Gf.Plane,

p: usdrt.Gf.Vec3d,

) → usdrt.Gf.Vec3d

Reorient(

self: usdrt.Gf.Plane,

p: usdrt.Gf.Vec3d,

) → usdrt.Gf.Plane

Set(*args, **kwargs)

Overloaded function.

1. Set(self: usdrt.Gf.Plane, normal: usdrt.Gf.Vec3d, distanceToOrigin: float) -> usdrt.Gf.Plane

2. Set(self: usdrt.Gf.Plane, normal: usdrt.Gf.Vec3d, point: usdrt.Gf.Vec3d) -> usdrt.Gf.Plane

3. Set(self: usdrt.Gf.Plane, p0: usdrt.Gf.Vec3d, p1: usdrt.Gf.Vec3d, p2: usdrt.Gf.Vec3d) -> usdrt.Gf.Plane

4. Set(self: usdrt.Gf.Plane, eqn: usdrt.Gf.Vec4d) -> usdrt.Gf.Plane

Transform(

self: usdrt.Gf.Plane,

matrix: usdrt.Gf.Matrix4d,

) → usdrt.Gf.Plane

property distanceFromOrigin

property normal

class usdrt.Gf.Quatd

Dot(self: usdrt.Gf.Quatd, arg0: usdrt.Gf.Quatd) → float

GetConjugate(self: usdrt.Gf.Quatd) → usdrt.Gf.Quatd

GetIdentity() → usdrt.Gf.Quatd

GetImaginary(self: usdrt.Gf.Quatd) → usdrt.Gf.Vec3d

GetInverse(self: usdrt.Gf.Quatd) → usdrt.Gf.Quatd

GetLength(self: usdrt.Gf.Quatd) → float

GetLengthSq(self: usdrt.Gf.Quatd) → float

GetNormalized(self: usdrt.Gf.Quatd) → usdrt.Gf.Quatd

GetReal(self: usdrt.Gf.Quatd) → float

Normalize(self: usdrt.Gf.Quatd) → float

SetImaginary(*args, **kwargs)

Overloaded function.

1. SetImaginary(self: usdrt.Gf.Quatd, imaginary: usdrt.Gf.Vec3d) -> None

2. SetImaginary(self: usdrt.Gf.Quatd, i: float, j: float, k: float) -> None

SetReal(self: usdrt.Gf.Quatd, real: float) → None

Transform(

self: usdrt.Gf.Quatd,

point: usdrt.Gf.Vec3d,

) → usdrt.Gf.Vec3d

property imaginary

property real

class usdrt.Gf.Quatf

Dot(self: usdrt.Gf.Quatf, arg0: usdrt.Gf.Quatf) → float

GetConjugate(self: usdrt.Gf.Quatf) → usdrt.Gf.Quatf

GetIdentity() → usdrt.Gf.Quatf

GetImaginary(self: usdrt.Gf.Quatf) → usdrt.Gf.Vec3f

GetInverse(self: usdrt.Gf.Quatf) → usdrt.Gf.Quatf

GetLength(self: usdrt.Gf.Quatf) → float

GetLengthSq(self: usdrt.Gf.Quatf) → float

GetNormalized(self: usdrt.Gf.Quatf) → usdrt.Gf.Quatf

GetReal(self: usdrt.Gf.Quatf) → float

Normalize(self: usdrt.Gf.Quatf) → float

SetImaginary(*args, **kwargs)

Overloaded function.

1. SetImaginary(self: usdrt.Gf.Quatf, imaginary: usdrt.Gf.Vec3f) -> None

2. SetImaginary(self: usdrt.Gf.Quatf, i: float, j: float, k: float) -> None

SetReal(self: usdrt.Gf.Quatf, real: float) → None

Transform(

self: usdrt.Gf.Quatf,

point: usdrt.Gf.Vec3f,

) → usdrt.Gf.Vec3f

property imaginary

property real

class usdrt.Gf.Quath

Dot(self: usdrt.Gf.Quath, arg0: usdrt.Gf.Quath) → GfHalf

GetConjugate(self: usdrt.Gf.Quath) → usdrt.Gf.Quath

GetIdentity() → usdrt.Gf.Quath

GetImaginary(self: usdrt.Gf.Quath) → usdrt.Gf.Vec3h

GetInverse(self: usdrt.Gf.Quath) → usdrt.Gf.Quath

GetLength(self: usdrt.Gf.Quath) → float

GetLengthSq(self: usdrt.Gf.Quath) → GfHalf

GetNormalized(self: usdrt.Gf.Quath) → usdrt.Gf.Quath

GetReal(self: usdrt.Gf.Quath) → GfHalf

Normalize(self: usdrt.Gf.Quath) → float

SetImaginary(*args, **kwargs)

Overloaded function.

1. SetImaginary(self: usdrt.Gf.Quath, imaginary: usdrt.Gf.Vec3h) -> None

2. SetImaginary(self: usdrt.Gf.Quath, i: GfHalf, j: GfHalf, k: GfHalf) -> None

SetReal(self: usdrt.Gf.Quath, real: GfHalf) → None

Transform(

self: usdrt.Gf.Quath,

point: usdrt.Gf.Vec3h,

) → usdrt.Gf.Vec3h

property imaginary

property real

usdrt.Gf.RadiansToDegrees(arg0: float) → float

class usdrt.Gf.Range1d

Contains(*args, **kwargs)

Overloaded function.

1. Contains(self: usdrt.Gf.Range1d, arg0: float) -> bool

2. Contains(self: usdrt.Gf.Range1d, arg0: usdrt.Gf.Range1d) -> bool

GetDistanceSquared(

self: usdrt.Gf.Range1d,

arg0: float,

) → float

static GetIntersection(

arg0: usdrt.Gf.Range1d,

arg1: usdrt.Gf.Range1d,

) → usdrt.Gf.Range1d

GetMax(self: usdrt.Gf.Range1d) → float

GetMidpoint(self: usdrt.Gf.Range1d) → float

GetMin(self: usdrt.Gf.Range1d) → float

GetSize(self: usdrt.Gf.Range1d) → float

static GetUnion(

arg0: usdrt.Gf.Range1d,

arg1: usdrt.Gf.Range1d,

) → usdrt.Gf.Range1d

IntersectWith(

self: usdrt.Gf.Range1d,

arg0: usdrt.Gf.Range1d,

) → usdrt.Gf.Range1d

IsEmpty(self: usdrt.Gf.Range1d) → bool

SetEmpty(self: usdrt.Gf.Range1d) → None

SetMax(self: usdrt.Gf.Range1d, arg0: float) → None

SetMin(self: usdrt.Gf.Range1d, arg0: float) → None

UnionWith(*args, **kwargs)

Overloaded function.

1. UnionWith(self: usdrt.Gf.Range1d, arg0: float) -> usdrt.Gf.Range1d

2. UnionWith(self: usdrt.Gf.Range1d, arg0: usdrt.Gf.Range1d) -> usdrt.Gf.Range1d

property max

property min

class usdrt.Gf.Range1f

Contains(*args, **kwargs)

Overloaded function.

1. Contains(self: usdrt.Gf.Range1f, arg0: float) -> bool

2. Contains(self: usdrt.Gf.Range1f, arg0: usdrt.Gf.Range1f) -> bool

GetDistanceSquared(

self: usdrt.Gf.Range1f,

arg0: float,

) → float

static GetIntersection(

arg0: usdrt.Gf.Range1f,

arg1: usdrt.Gf.Range1f,

) → usdrt.Gf.Range1f

GetMax(self: usdrt.Gf.Range1f) → float

GetMidpoint(self: usdrt.Gf.Range1f) → float

GetMin(self: usdrt.Gf.Range1f) → float

GetSize(self: usdrt.Gf.Range1f) → float

static GetUnion(

arg0: usdrt.Gf.Range1f,

arg1: usdrt.Gf.Range1f,

) → usdrt.Gf.Range1f

IntersectWith(

self: usdrt.Gf.Range1f,

arg0: usdrt.Gf.Range1f,

) → usdrt.Gf.Range1f

IsEmpty(self: usdrt.Gf.Range1f) → bool

SetEmpty(self: usdrt.Gf.Range1f) → None

SetMax(self: usdrt.Gf.Range1f, arg0: float) → None

SetMin(self: usdrt.Gf.Range1f, arg0: float) → None

UnionWith(*args, **kwargs)

Overloaded function.

1. UnionWith(self: usdrt.Gf.Range1f, arg0: float) -> usdrt.Gf.Range1f

2. UnionWith(self: usdrt.Gf.Range1f, arg0: usdrt.Gf.Range1f) -> usdrt.Gf.Range1f

property max

property min

class usdrt.Gf.Range2d

Contains(*args, **kwargs)

Overloaded function.

1. Contains(self: usdrt.Gf.Range2d, arg0: usdrt.Gf.Vec2d) -> bool

2. Contains(self: usdrt.Gf.Range2d, arg0: usdrt.Gf.Range2d) -> bool

GetCorner(self: usdrt.Gf.Range2d, arg0: int) → usdrt.Gf.Vec2d

GetDistanceSquared(

self: usdrt.Gf.Range2d,

arg0: usdrt.Gf.Vec2d,

) → float

static GetIntersection(

arg0: usdrt.Gf.Range2d,

arg1: usdrt.Gf.Range2d,

) → usdrt.Gf.Range2d

GetMax(self: usdrt.Gf.Range2d) → usdrt.Gf.Vec2d

GetMidpoint(self: usdrt.Gf.Range2d) → usdrt.Gf.Vec2d

GetMin(self: usdrt.Gf.Range2d) → usdrt.Gf.Vec2d

GetQuadrant(

self: usdrt.Gf.Range2d,

arg0: int,

) → usdrt.Gf.Range2d

GetSize(self: usdrt.Gf.Range2d) → usdrt.Gf.Vec2d

static GetUnion(

arg0: usdrt.Gf.Range2d,

arg1: usdrt.Gf.Range2d,

) → usdrt.Gf.Range2d

IntersectWith(

self: usdrt.Gf.Range2d,

arg0: usdrt.Gf.Range2d,

) → usdrt.Gf.Range2d

IsEmpty(self: usdrt.Gf.Range2d) → bool

SetEmpty(self: usdrt.Gf.Range2d) → None

SetMax(self: usdrt.Gf.Range2d, arg0: usdrt.Gf.Vec2d) → None

SetMin(self: usdrt.Gf.Range2d, arg0: usdrt.Gf.Vec2d) → None

UnionWith(*args, **kwargs)

Overloaded function.

1. UnionWith(self: usdrt.Gf.Range2d, arg0: usdrt.Gf.Vec2d) -> usdrt.Gf.Range2d

2. UnionWith(self: usdrt.Gf.Range2d, arg0: usdrt.Gf.Range2d) -> usdrt.Gf.Range2d

property max

property min

static unitSquare() → usdrt.Gf.Range2d

class usdrt.Gf.Range2f

Contains(*args, **kwargs)

Overloaded function.

1. Contains(self: usdrt.Gf.Range2f, arg0: usdrt.Gf.Vec2f) -> bool

2. Contains(self: usdrt.Gf.Range2f, arg0: usdrt.Gf.Range2f) -> bool

GetCorner(self: usdrt.Gf.Range2f, arg0: int) → usdrt.Gf.Vec2f

GetDistanceSquared(

self: usdrt.Gf.Range2f,

arg0: usdrt.Gf.Vec2f,

) → float

static GetIntersection(

arg0: usdrt.Gf.Range2f,

arg1: usdrt.Gf.Range2f,

) → usdrt.Gf.Range2f

GetMax(self: usdrt.Gf.Range2f) → usdrt.Gf.Vec2f

GetMidpoint(self: usdrt.Gf.Range2f) → usdrt.Gf.Vec2f

GetMin(self: usdrt.Gf.Range2f) → usdrt.Gf.Vec2f

GetQuadrant(

self: usdrt.Gf.Range2f,

arg0: int,

) → usdrt.Gf.Range2f

GetSize(self: usdrt.Gf.Range2f) → usdrt.Gf.Vec2f

static GetUnion(

arg0: usdrt.Gf.Range2f,

arg1: usdrt.Gf.Range2f,

) → usdrt.Gf.Range2f

IntersectWith(

self: usdrt.Gf.Range2f,

arg0: usdrt.Gf.Range2f,

) → usdrt.Gf.Range2f

IsEmpty(self: usdrt.Gf.Range2f) → bool

SetEmpty(self: usdrt.Gf.Range2f) → None

SetMax(self: usdrt.Gf.Range2f, arg0: usdrt.Gf.Vec2f) → None

SetMin(self: usdrt.Gf.Range2f, arg0: usdrt.Gf.Vec2f) → None

UnionWith(*args, **kwargs)

Overloaded function.

1. UnionWith(self: usdrt.Gf.Range2f, arg0: usdrt.Gf.Vec2f) -> usdrt.Gf.Range2f

2. UnionWith(self: usdrt.Gf.Range2f, arg0: usdrt.Gf.Range2f) -> usdrt.Gf.Range2f

property max

property min

static unitSquare() → usdrt.Gf.Range2f

class usdrt.Gf.Range3d

Contains(*args, **kwargs)

Overloaded function.

1. Contains(self: usdrt.Gf.Range3d, arg0: usdrt.Gf.Vec3d) -> bool

2. Contains(self: usdrt.Gf.Range3d, arg0: usdrt.Gf.Range3d) -> bool

GetCorner(self: usdrt.Gf.Range3d, arg0: int) → usdrt.Gf.Vec3d

GetDistanceSquared(

self: usdrt.Gf.Range3d,

arg0: usdrt.Gf.Vec3d,

) → float

static GetIntersection(

arg0: usdrt.Gf.Range3d,

arg1: usdrt.Gf.Range3d,

) → usdrt.Gf.Range3d

GetMax(self: usdrt.Gf.Range3d) → usdrt.Gf.Vec3d

GetMidpoint(self: usdrt.Gf.Range3d) → usdrt.Gf.Vec3d

GetMin(self: usdrt.Gf.Range3d) → usdrt.Gf.Vec3d

GetOctant(

self: usdrt.Gf.Range3d,

arg0: int,

) → usdrt.Gf.Range3d

GetSize(self: usdrt.Gf.Range3d) → usdrt.Gf.Vec3d

static GetUnion(

arg0: usdrt.Gf.Range3d,

arg1: usdrt.Gf.Range3d,

) → usdrt.Gf.Range3d

IntersectWith(

self: usdrt.Gf.Range3d,

arg0: usdrt.Gf.Range3d,

) → usdrt.Gf.Range3d

IsEmpty(self: usdrt.Gf.Range3d) → bool

SetEmpty(self: usdrt.Gf.Range3d) → None

SetMax(self: usdrt.Gf.Range3d, arg0: usdrt.Gf.Vec3d) → None

SetMin(self: usdrt.Gf.Range3d, arg0: usdrt.Gf.Vec3d) → None

UnionWith(*args, **kwargs)

Overloaded function.

1. UnionWith(self: usdrt.Gf.Range3d, arg0: usdrt.Gf.Vec3d) -> usdrt.Gf.Range3d

2. UnionWith(self: usdrt.Gf.Range3d, arg0: usdrt.Gf.Range3d) -> usdrt.Gf.Range3d

property max

property min

static unitCube() → usdrt.Gf.Range3d

class usdrt.Gf.Range3f

Contains(*args, **kwargs)

Overloaded function.

1. Contains(self: usdrt.Gf.Range3f, arg0: usdrt.Gf.Vec3f) -> bool

2. Contains(self: usdrt.Gf.Range3f, arg0: usdrt.Gf.Range3f) -> bool

GetCorner(self: usdrt.Gf.Range3f, arg0: int) → usdrt.Gf.Vec3f

GetDistanceSquared(

self: usdrt.Gf.Range3f,

arg0: usdrt.Gf.Vec3f,

) → float

static GetIntersection(

arg0: usdrt.Gf.Range3f,

arg1: usdrt.Gf.Range3f,

) → usdrt.Gf.Range3f

GetMax(self: usdrt.Gf.Range3f) → usdrt.Gf.Vec3f

GetMidpoint(self: usdrt.Gf.Range3f) → usdrt.Gf.Vec3f

GetMin(self: usdrt.Gf.Range3f) → usdrt.Gf.Vec3f

GetOctant(

self: usdrt.Gf.Range3f,

arg0: int,

) → usdrt.Gf.Range3f

GetSize(self: usdrt.Gf.Range3f) → usdrt.Gf.Vec3f

static GetUnion(

arg0: usdrt.Gf.Range3f,

arg1: usdrt.Gf.Range3f,

) → usdrt.Gf.Range3f

IntersectWith(

self: usdrt.Gf.Range3f,

arg0: usdrt.Gf.Range3f,

) → usdrt.Gf.Range3f

IsEmpty(self: usdrt.Gf.Range3f) → bool

SetEmpty(self: usdrt.Gf.Range3f) → None

SetMax(self: usdrt.Gf.Range3f, arg0: usdrt.Gf.Vec3f) → None

SetMin(self: usdrt.Gf.Range3f, arg0: usdrt.Gf.Vec3f) → None

UnionWith(*args, **kwargs)

Overloaded function.

1. UnionWith(self: usdrt.Gf.Range3f, arg0: usdrt.Gf.Vec3f) -> usdrt.Gf.Range3f

2. UnionWith(self: usdrt.Gf.Range3f, arg0: usdrt.Gf.Range3f) -> usdrt.Gf.Range3f

property max

property min

static unitCube() → usdrt.Gf.Range3f

class usdrt.Gf.Ray

FindClosestPoint(

self: usdrt.Gf.Ray,

point: usdrt.Gf.Vec3d,

) → tuple

GetPoint(self: usdrt.Gf.Ray, arg0: float) → usdrt.Gf.Vec3d

Intersect(*args, **kwargs)

Overloaded function.

1. Intersect(self: usdrt.Gf.Ray, p0: usdrt.Gf.Vec3d, p1: usdrt.Gf.Vec3d, p2: usdrt.Gf.Vec3d) -> tuple

2. Intersect(self: usdrt.Gf.Ray, plane: usdrt::GfPlane) -> tuple

3. Intersect(self: usdrt.Gf.Ray, box: usdrt.Gf.Range3d) -> tuple

4. Intersect(self: usdrt.Gf.Ray, box: usdrt::GfBBox3d) -> tuple

5. Intersect(self: usdrt.Gf.Ray, center: usdrt.Gf.Vec3d, radius: float) -> tuple

6. Intersect(self: usdrt.Gf.Ray, origin: usdrt.Gf.Vec3d, axis: usdrt.Gf.Vec3d, radius: float) -> tuple

7. Intersect(self: usdrt.Gf.Ray, origin: usdrt.Gf.Vec3d, axis: usdrt.Gf.Vec3d, radius: float, height: float) -> tuple

SetEnds(

self: usdrt.Gf.Ray,

startPoint: usdrt.Gf.Vec3d,

endPoint: usdrt.Gf.Vec3d,

) → usdrt.Gf.Ray

SetPointAndDirection(

self: usdrt.Gf.Ray,

startPoint: usdrt.Gf.Vec3d,

direction: usdrt.Gf.Vec3d,

) → usdrt.Gf.Ray

Transform(

self: usdrt.Gf.Ray,

matrix: usdrt.Gf.Matrix4d,

) → usdrt.Gf.Ray

property direction

property startPoint

class usdrt.Gf.Rect2i

Contains(self: usdrt.Gf.Rect2i, arg0: usdrt.Gf.Vec2i) → bool

GetArea(self: usdrt.Gf.Rect2i) → int

GetCenter(self: usdrt.Gf.Rect2i) → usdrt.Gf.Vec2i

GetHeight(self: usdrt.Gf.Rect2i) → int

GetIntersection(

self: usdrt.Gf.Rect2i,

arg0: usdrt.Gf.Rect2i,

) → usdrt.Gf.Rect2i

GetMax(self: usdrt.Gf.Rect2i) → usdrt.Gf.Vec2i

GetMaxX(self: usdrt.Gf.Rect2i) → int

GetMaxY(self: usdrt.Gf.Rect2i) → int

GetMin(self: usdrt.Gf.Rect2i) → usdrt.Gf.Vec2i

GetMinX(self: usdrt.Gf.Rect2i) → int

GetMinY(self: usdrt.Gf.Rect2i) → int

GetNormalized(self: usdrt.Gf.Rect2i) → usdrt.Gf.Rect2i

GetSize(self: usdrt.Gf.Rect2i) → usdrt.Gf.Vec2i

GetUnion(

self: usdrt.Gf.Rect2i,

arg0: usdrt.Gf.Rect2i,

) → usdrt.Gf.Rect2i

GetWidth(self: usdrt.Gf.Rect2i) → int

Intersect(

self: usdrt.Gf.Rect2i,

arg0: usdrt.Gf.Rect2i,

) → usdrt.Gf.Rect2i

IsEmpty(self: usdrt.Gf.Rect2i) → bool

IsNull(self: usdrt.Gf.Rect2i) → bool

IsValid(self: usdrt.Gf.Rect2i) → bool

SetMax(self: usdrt.Gf.Rect2i, arg0: usdrt.Gf.Vec2i) → None

SetMaxX(self: usdrt.Gf.Rect2i, arg0: int) → None

SetMaxY(self: usdrt.Gf.Rect2i, arg0: int) → None

SetMin(self: usdrt.Gf.Rect2i, arg0: usdrt.Gf.Vec2i) → None

SetMinX(self: usdrt.Gf.Rect2i, arg0: int) → None

SetMinY(self: usdrt.Gf.Rect2i, arg0: int) → None

Translate(self: usdrt.Gf.Rect2i, arg0: usdrt.Gf.Vec2i) → None

Union(

self: usdrt.Gf.Rect2i,

arg0: usdrt.Gf.Rect2i,

) → usdrt.Gf.Rect2i

property area

property center

property height

property max

property maxX

property maxY

property min

property minX

property minY

property size

property width

class usdrt.Gf.Rotation

Decompose(

self: usdrt.Gf.Rotation,

arg0: usdrt.Gf.Vec3d,

arg1: usdrt.Gf.Vec3d,

arg2: usdrt.Gf.Vec3d,

) → usdrt.Gf.Vec3d

static DecomposeRotation(

rot: usdrt.Gf.Matrix4d,

twAxis: usdrt.Gf.Vec3d,

fbAxis: usdrt.Gf.Vec3d,

lrAxis: usdrt.Gf.Vec3d,

handedness: float,

thetaTwHint: object = None,

thetaFBHint: object = None,

thetaLRHint: object = None,

thetaSwHint: object = None,

useHint: bool = False,

swShift: object = None,

) → Tuple[float, float, float, float]

static DecomposeRotation3(

rot: usdrt.Gf.Matrix4d,

twAxis: usdrt.Gf.Vec3d,

fbAxis: usdrt.Gf.Vec3d,

lrAxis: usdrt.Gf.Vec3d,

handedness: float,

thetaTwHint: float = 0.0,

thetaFBHint: float = 0.0,

thetaLRHint: float = 0.0,

useHint: bool = False,

) → Tuple[float, float, float]

GetAngle(self: usdrt.Gf.Rotation) → float

GetAxis(self: usdrt.Gf.Rotation) → usdrt.Gf.Vec3d

GetInverse(self: usdrt.Gf.Rotation) → usdrt.Gf.Rotation

GetQuat(self: usdrt.Gf.Rotation) → usdrt.Gf.Quatd

static RotateOntoProjected(

arg0: usdrt.Gf.Vec3d,

arg1: usdrt.Gf.Vec3d,

arg2: usdrt.Gf.Vec3d,

) → usdrt.Gf.Rotation

SetAxisAngle(

self: usdrt.Gf.Rotation,

axis: usdrt.Gf.Vec3d,

angle: float,

) → usdrt.Gf.Rotation

SetIdentity(self: usdrt.Gf.Rotation) → usdrt.Gf.Rotation

SetQuat(

self: usdrt.Gf.Rotation,

quat: usdrt.Gf.Quatd,

) → usdrt.Gf.Rotation

SetRotateInto(

self: usdrt.Gf.Rotation,

rotateFrom: usdrt.Gf.Vec3d,

rotateTo: usdrt.Gf.Vec3d,

) → usdrt.Gf.Rotation

TransformDir(*args, **kwargs)

Overloaded function.

1. TransformDir(self: usdrt.Gf.Rotation, arg0: usdrt.Gf.Vec3f) -> usdrt.Gf.Vec3f

2. TransformDir(self: usdrt.Gf.Rotation, arg0: usdrt.Gf.Vec3d) -> usdrt.Gf.Vec3d

property angle

property axis

usdrt.Gf.Slerp(*args, **kwargs)

Overloaded function.

1. Slerp(alpha: float, v1: usdrt.Gf.Vec2f, v2: usdrt.Gf.Vec2f) -> usdrt.Gf.Vec2f

2. Slerp(alpha: float, v1: usdrt.Gf.Vec2d, v2: usdrt.Gf.Vec2d) -> usdrt.Gf.Vec2d

3. Slerp(alpha: float, v1: usdrt.Gf.Vec2i, v2: usdrt.Gf.Vec2i) -> usdrt.Gf.Vec2i

4. Slerp(alpha: float, v1: usdrt.Gf.Vec2h, v2: usdrt.Gf.Vec2h) -> usdrt.Gf.Vec2h

5. Slerp(alpha: float, v1: usdrt.Gf.Vec3f, v2: usdrt.Gf.Vec3f) -> usdrt.Gf.Vec3f

6. Slerp(alpha: float, v1: usdrt.Gf.Vec3d, v2: usdrt.Gf.Vec3d) -> usdrt.Gf.Vec3d

7. Slerp(alpha: float, v1: usdrt.Gf.Vec3i, v2: usdrt.Gf.Vec3i) -> usdrt.Gf.Vec3i

8. Slerp(alpha: float, v1: usdrt.Gf.Vec3h, v2: usdrt.Gf.Vec3h) -> usdrt.Gf.Vec3h

9. Slerp(alpha: float, v1: usdrt.Gf.Vec4f, v2: usdrt.Gf.Vec4f) -> usdrt.Gf.Vec4f

10. Slerp(alpha: float, v1: usdrt.Gf.Vec4d, v2: usdrt.Gf.Vec4d) -> usdrt.Gf.Vec4d

11. Slerp(alpha: float, v1: usdrt.Gf.Vec4i, v2: usdrt.Gf.Vec4i) -> usdrt.Gf.Vec4i

12. Slerp(alpha: float, v1: usdrt.Gf.Vec4h, v2: usdrt.Gf.Vec4h) -> usdrt.Gf.Vec4h

13. Slerp(arg0: float, arg1: usdrt.Gf.Quatd, arg2: usdrt.Gf.Quatd) -> usdrt.Gf.Quatd

14. Slerp(arg0: float, arg1: usdrt.Gf.Quatf, arg2: usdrt.Gf.Quatf) -> usdrt.Gf.Quatf

15. Slerp(arg0: float, arg1: usdrt.Gf.Quath, arg2: usdrt.Gf.Quath) -> usdrt.Gf.Quath

usdrt.Gf.Sqr(*args, **kwargs)

Overloaded function.

1. Sqr(arg0: float) -> float

2. Sqr(arg0: float) -> float

usdrt.Gf.Sqrt(*args, **kwargs)

Overloaded function.

1. Sqrt(arg0: float) -> float

2. Sqrt(arg0: float) -> float

class usdrt.Gf.Transform

GetMatrix(self: usdrt.Gf.Transform) → usdrt.Gf.Matrix4d

GetPivotOrientation(

self: usdrt.Gf.Transform,

) → usdrt.Gf.Rotation

GetPivotPosition(self: usdrt.Gf.Transform) → usdrt.Gf.Vec3d

GetRotation(self: usdrt.Gf.Transform) → usdrt.Gf.Rotation

GetScale(self: usdrt.Gf.Transform) → usdrt.Gf.Vec3d

GetTranslation(self: usdrt.Gf.Transform) → usdrt.Gf.Vec3d

Set(

self: usdrt.Gf.Transform,

translation: usdrt.Gf.Vec3d = Gf.Vec3d(0.0, 0.0, 0.0),

rotation: usdrt.Gf.Rotation = Gf.Rotation(Gf.Vec3d(1.0, 0.0, 0.0), 0.0),

scale: usdrt.Gf.Vec3d = Gf.Vec3d(1.0, 1.0, 1.0),

pivotPosition: usdrt.Gf.Vec3d = Gf.Vec3d(0.0, 0.0, 0.0),

pivotOrientation: usdrt.Gf.Rotation = Gf.Rotation(Gf.Vec3d(1.0, 0.0, 0.0), 0.0),

) → usdrt.Gf.Transform

SetIdentity(self: usdrt.Gf.Transform) → usdrt.Gf.Transform

SetMatrix(

self: usdrt.Gf.Transform,

matrix: usdrt.Gf.Matrix4d,

) → usdrt.Gf.Transform

SetPivotOrientation(

self: usdrt.Gf.Transform,

pivotOrient: usdrt.Gf.Rotation,

) → None

SetPivotPosition(

self: usdrt.Gf.Transform,

pivotPosition: usdrt.Gf.Vec3d,

) → None

SetRotation(

self: usdrt.Gf.Transform,

rotation: usdrt.Gf.Rotation,

) → None

SetScale(

self: usdrt.Gf.Transform,

scale: usdrt.Gf.Vec3d,

) → None

SetTranslation(

self: usdrt.Gf.Transform,

translation: usdrt.Gf.Vec3d,

) → None

property pivotOrientation

property pivotPosition

property rotation

property scale

property translation

class usdrt.Gf.Vec2d

static Axis(arg0: int) → usdrt.Gf.Vec2d

GetComplement(

self: usdrt.Gf.Vec2d,

arg0: usdrt.Gf.Vec2d,

) → usdrt.Gf.Vec2d

GetDot(self: usdrt.Gf.Vec2d, arg0: usdrt.Gf.Vec2d) → float

GetLength(self: usdrt.Gf.Vec2d) → float

GetNormalized(self: usdrt.Gf.Vec2d) → usdrt.Gf.Vec2d

GetProjection(

self: usdrt.Gf.Vec2d,

arg0: usdrt.Gf.Vec2d,

) → usdrt.Gf.Vec2d

Normalize(self: usdrt.Gf.Vec2d) → float

static XAxis() → usdrt.Gf.Vec2d

static YAxis() → usdrt.Gf.Vec2d

property dimension

class usdrt.Gf.Vec2f

static Axis(arg0: int) → usdrt.Gf.Vec2f

GetComplement(

self: usdrt.Gf.Vec2f,

arg0: usdrt.Gf.Vec2f,

) → usdrt.Gf.Vec2f

GetDot(self: usdrt.Gf.Vec2f, arg0: usdrt.Gf.Vec2f) → float

GetLength(self: usdrt.Gf.Vec2f) → float

GetNormalized(self: usdrt.Gf.Vec2f) → usdrt.Gf.Vec2f

GetProjection(

self: usdrt.Gf.Vec2f,

arg0: usdrt.Gf.Vec2f,

) → usdrt.Gf.Vec2f

Normalize(self: usdrt.Gf.Vec2f) → float

static XAxis() → usdrt.Gf.Vec2f

static YAxis() → usdrt.Gf.Vec2f

property dimension

class usdrt.Gf.Vec2h

static Axis(arg0: int) → usdrt.Gf.Vec2h

GetComplement(

self: usdrt.Gf.Vec2h,

arg0: usdrt.Gf.Vec2h,

) → usdrt.Gf.Vec2h

GetDot(self: usdrt.Gf.Vec2h, arg0: usdrt.Gf.Vec2h) → GfHalf

GetLength(self: usdrt.Gf.Vec2h) → float

GetNormalized(self: usdrt.Gf.Vec2h) → usdrt.Gf.Vec2h

GetProjection(

self: usdrt.Gf.Vec2h,

arg0: usdrt.Gf.Vec2h,

) → usdrt.Gf.Vec2h

Normalize(self: usdrt.Gf.Vec2h) → float

static XAxis() → usdrt.Gf.Vec2h

static YAxis() → usdrt.Gf.Vec2h

property dimension

class usdrt.Gf.Vec2i

static Axis(arg0: int) → usdrt.Gf.Vec2i

GetComplement(

self: usdrt.Gf.Vec2i,

arg0: usdrt.Gf.Vec2i,

) → usdrt.Gf.Vec2i

GetDot(self: usdrt.Gf.Vec2i, arg0: usdrt.Gf.Vec2i) → int

GetLength(self: usdrt.Gf.Vec2i) → float

GetNormalized(self: usdrt.Gf.Vec2i) → usdrt.Gf.Vec2i

GetProjection(

self: usdrt.Gf.Vec2i,

arg0: usdrt.Gf.Vec2i,

) → usdrt.Gf.Vec2i

Normalize(self: usdrt.Gf.Vec2i) → float

static XAxis() → usdrt.Gf.Vec2i

static YAxis() → usdrt.Gf.Vec2i

property dimension

class usdrt.Gf.Vec3d

static Axis(arg0: int) → usdrt.Gf.Vec3d

BuildOrthonormalFrame(

self: usdrt.Gf.Vec3d,

eps: float = 1e-10,

) → tuple

GetComplement(

self: usdrt.Gf.Vec3d,

arg0: usdrt.Gf.Vec3d,

) → usdrt.Gf.Vec3d

GetCross(

self: usdrt.Gf.Vec3d,

arg0: usdrt.Gf.Vec3d,

) → usdrt.Gf.Vec3d

GetDot(self: usdrt.Gf.Vec3d, arg0: usdrt.Gf.Vec3d) → float

GetLength(self: usdrt.Gf.Vec3d) → float

GetNormalized(self: usdrt.Gf.Vec3d) → usdrt.Gf.Vec3d

GetProjection(

self: usdrt.Gf.Vec3d,

arg0: usdrt.Gf.Vec3d,

) → usdrt.Gf.Vec3d

Normalize(self: usdrt.Gf.Vec3d) → float

static OrthogonalizeBasis(

v1: usdrt.Gf.Vec3d,

v2: usdrt.Gf.Vec3d,

v3: usdrt.Gf.Vec3d,

normalize: bool = True,

) → bool

static XAxis() → usdrt.Gf.Vec3d

static YAxis() → usdrt.Gf.Vec3d

static ZAxis() → usdrt.Gf.Vec3d

property dimension

class usdrt.Gf.Vec3f

static Axis(arg0: int) → usdrt.Gf.Vec3f

BuildOrthonormalFrame(

self: usdrt.Gf.Vec3f,

eps: float = 1e-10,

) → tuple

GetComplement(

self: usdrt.Gf.Vec3f,

arg0: usdrt.Gf.Vec3f,

) → usdrt.Gf.Vec3f

GetCross(

self: usdrt.Gf.Vec3f,

arg0: usdrt.Gf.Vec3f,

) → usdrt.Gf.Vec3f

GetDot(self: usdrt.Gf.Vec3f, arg0: usdrt.Gf.Vec3f) → float

GetLength(self: usdrt.Gf.Vec3f) → float

GetNormalized(self: usdrt.Gf.Vec3f) → usdrt.Gf.Vec3f

GetProjection(

self: usdrt.Gf.Vec3f,

arg0: usdrt.Gf.Vec3f,

) → usdrt.Gf.Vec3f

Normalize(self: usdrt.Gf.Vec3f) → float

static OrthogonalizeBasis(

v1: usdrt.Gf.Vec3f,

v2: usdrt.Gf.Vec3f,

v3: usdrt.Gf.Vec3f,

normalize: bool = True,

) → bool

static XAxis() → usdrt.Gf.Vec3f

static YAxis() → usdrt.Gf.Vec3f

static ZAxis() → usdrt.Gf.Vec3f

property dimension

class usdrt.Gf.Vec3h

static Axis(arg0: int) → usdrt.Gf.Vec3h

BuildOrthonormalFrame(

self: usdrt.Gf.Vec3h,

eps: float = 1e-10,

) → tuple

GetComplement(

self: usdrt.Gf.Vec3h,

arg0: usdrt.Gf.Vec3h,

) → usdrt.Gf.Vec3h

GetCross(

self: usdrt.Gf.Vec3h,

arg0: usdrt.Gf.Vec3h,

) → usdrt.Gf.Vec3h

GetDot(self: usdrt.Gf.Vec3h, arg0: usdrt.Gf.Vec3h) → GfHalf

GetLength(self: usdrt.Gf.Vec3h) → float

GetNormalized(self: usdrt.Gf.Vec3h) → usdrt.Gf.Vec3h

GetProjection(

self: usdrt.Gf.Vec3h,

arg0: usdrt.Gf.Vec3h,

) → usdrt.Gf.Vec3h

Normalize(self: usdrt.Gf.Vec3h) → float

static OrthogonalizeBasis(

v1: usdrt.Gf.Vec3h,

v2: usdrt.Gf.Vec3h,

v3: usdrt.Gf.Vec3h,

normalize: bool = True,

) → bool

static XAxis() → usdrt.Gf.Vec3h

static YAxis() → usdrt.Gf.Vec3h

static ZAxis() → usdrt.Gf.Vec3h

property dimension

class usdrt.Gf.Vec3i

static Axis(arg0: int) → usdrt.Gf.Vec3i

BuildOrthonormalFrame(

self: usdrt.Gf.Vec3i,

eps: float = 1e-10,

) → tuple

GetComplement(

self: usdrt.Gf.Vec3i,

arg0: usdrt.Gf.Vec3i,

) → usdrt.Gf.Vec3i

GetCross(

self: usdrt.Gf.Vec3i,

arg0: usdrt.Gf.Vec3i,

) → usdrt.Gf.Vec3i

GetDot(self: usdrt.Gf.Vec3i, arg0: usdrt.Gf.Vec3i) → int

GetLength(self: usdrt.Gf.Vec3i) → float

GetNormalized(self: usdrt.Gf.Vec3i) → usdrt.Gf.Vec3i

GetProjection(

self: usdrt.Gf.Vec3i,

arg0: usdrt.Gf.Vec3i,

) → usdrt.Gf.Vec3i

Normalize(self: usdrt.Gf.Vec3i) → float

static OrthogonalizeBasis(

v1: usdrt.Gf.Vec3i,

v2: usdrt.Gf.Vec3i,

v3: usdrt.Gf.Vec3i,

normalize: bool = True,

) → bool

static XAxis() → usdrt.Gf.Vec3i

static YAxis() → usdrt.Gf.Vec3i

static ZAxis() → usdrt.Gf.Vec3i

property dimension

class usdrt.Gf.Vec4d

static Axis(arg0: int) → usdrt.Gf.Vec4d

GetComplement(

self: usdrt.Gf.Vec4d,

arg0: usdrt.Gf.Vec4d,

) → usdrt.Gf.Vec4d

GetDot(self: usdrt.Gf.Vec4d, arg0: usdrt.Gf.Vec4d) → float

GetLength(self: usdrt.Gf.Vec4d) → float

GetNormalized(self: usdrt.Gf.Vec4d) → usdrt.Gf.Vec4d

GetProjection(

self: usdrt.Gf.Vec4d,

arg0: usdrt.Gf.Vec4d,

) → usdrt.Gf.Vec4d

Normalize(self: usdrt.Gf.Vec4d) → float

static WAxis() → usdrt.Gf.Vec4d

static XAxis() → usdrt.Gf.Vec4d

static YAxis() → usdrt.Gf.Vec4d

static ZAxis() → usdrt.Gf.Vec4d

property dimension

class usdrt.Gf.Vec4f

static Axis(arg0: int) → usdrt.Gf.Vec4f

GetComplement(

self: usdrt.Gf.Vec4f,

arg0: usdrt.Gf.Vec4f,

) → usdrt.Gf.Vec4f

GetDot(self: usdrt.Gf.Vec4f, arg0: usdrt.Gf.Vec4f) → float

GetLength(self: usdrt.Gf.Vec4f) → float

GetNormalized(self: usdrt.Gf.Vec4f) → usdrt.Gf.Vec4f

GetProjection(

self: usdrt.Gf.Vec4f,

arg0: usdrt.Gf.Vec4f,

) → usdrt.Gf.Vec4f

Normalize(self: usdrt.Gf.Vec4f) → float

static WAxis() → usdrt.Gf.Vec4f

static XAxis() → usdrt.Gf.Vec4f

static YAxis() → usdrt.Gf.Vec4f

static ZAxis() → usdrt.Gf.Vec4f

property dimension

class usdrt.Gf.Vec4h

static Axis(arg0: int) → usdrt.Gf.Vec4h

GetComplement(

self: usdrt.Gf.Vec4h,

arg0: usdrt.Gf.Vec4h,

) → usdrt.Gf.Vec4h

GetDot(self: usdrt.Gf.Vec4h, arg0: usdrt.Gf.Vec4h) → GfHalf

GetLength(self: usdrt.Gf.Vec4h) → float

GetNormalized(self: usdrt.Gf.Vec4h) → usdrt.Gf.Vec4h

GetProjection(

self: usdrt.Gf.Vec4h,

arg0: usdrt.Gf.Vec4h,

) → usdrt.Gf.Vec4h

Normalize(self: usdrt.Gf.Vec4h) → float

static WAxis() → usdrt.Gf.Vec4h

static XAxis() → usdrt.Gf.Vec4h

static YAxis() → usdrt.Gf.Vec4h

static ZAxis() → usdrt.Gf.Vec4h

property dimension

class usdrt.Gf.Vec4i

static Axis(arg0: int) → usdrt.Gf.Vec4i

GetComplement(

self: usdrt.Gf.Vec4i,

arg0: usdrt.Gf.Vec4i,

) → usdrt.Gf.Vec4i

GetDot(self: usdrt.Gf.Vec4i, arg0: usdrt.Gf.Vec4i) → int

GetLength(self: usdrt.Gf.Vec4i) → float

GetNormalized(self: usdrt.Gf.Vec4i) → usdrt.Gf.Vec4i

GetProjection(

self: usdrt.Gf.Vec4i,

arg0: usdrt.Gf.Vec4i,

) → usdrt.Gf.Vec4i

Normalize(self: usdrt.Gf.Vec4i) → float

static WAxis() → usdrt.Gf.Vec4i

static XAxis() → usdrt.Gf.Vec4i

static YAxis() → usdrt.Gf.Vec4i

static ZAxis() → usdrt.Gf.Vec4i

property dimension

usdrt.Gf.convertToPxr(obj)

Convenience helper to convert from usdrt.Gf to pxr.Gf types.

usdrt.Gf.convertToUsdrt(obj)

Convenience helper to convert from pxr.Gf to usdrt.Gf types.

usdrt.Vt module

usdrt.Vt typed array classes.

Vt arrays in usdrt support standard in-memory usage, plus usdrt/Fabric-backed and Python external-buffer-backed usage.

usdrt-specific behavior: arrays can reference Fabric attribute storage directly and can also be created from NumPy (__array_interface__) or CUDA array interface providers. For arrays attached to Fabric or external buffers, call DetachFromSource() to force an instance-local copy before editing with USD-like local semantics.

class usdrt.Vt.AssetArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.AssetArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.AssetArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.AssetArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.AssetArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.AssetArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.BoolArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.BoolArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.BoolArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.BoolArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.BoolArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.BoolArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.CharArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.CharArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.CharArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.CharArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.CharArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.CharArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.DoubleArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.DoubleArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.DoubleArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.DoubleArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.DoubleArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.DoubleArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.FloatArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.FloatArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.FloatArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.FloatArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.FloatArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.FloatArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.HalfArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.HalfArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.HalfArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.HalfArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.HalfArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.HalfArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.Int64Array

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.Int64Array) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.Int64Array) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.Int64Array) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.Int64Array) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.Int64Array) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.IntArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.IntArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.IntArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.IntArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.IntArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.IntArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.Matrix2dArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.Matrix2dArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.Matrix2dArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.Matrix2dArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.Matrix2dArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.Matrix2dArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.Matrix2fArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.Matrix2fArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.Matrix2fArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.Matrix2fArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.Matrix2fArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.Matrix2fArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.Matrix3dArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.Matrix3dArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.Matrix3dArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.Matrix3dArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.Matrix3dArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.Matrix3dArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.Matrix3fArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.Matrix3fArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.Matrix3fArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.Matrix3fArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.Matrix3fArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.Matrix3fArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.Matrix4dArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.Matrix4dArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.Matrix4dArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.Matrix4dArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.Matrix4dArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.Matrix4dArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.Matrix4fArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.Matrix4fArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.Matrix4fArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.Matrix4fArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.Matrix4fArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.Matrix4fArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.QuatdArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.QuatdArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.QuatdArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.QuatdArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.QuatdArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.QuatdArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.QuatfArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.QuatfArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.QuatfArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.QuatfArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.QuatfArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.QuatfArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.QuathArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.QuathArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.QuathArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.QuathArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.QuathArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.QuathArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.ShortArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.ShortArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.ShortArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.ShortArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.ShortArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.ShortArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.StringArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.StringArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.StringArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.StringArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.StringArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.StringArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.TimeCodeArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.TimeCodeArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.TimeCodeArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.TimeCodeArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.TimeCodeArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.TimeCodeArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.TokenArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.TokenArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.TokenArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.TokenArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.TokenArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.TokenArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.UCharArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.UCharArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.UCharArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.UCharArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.UCharArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.UCharArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.UInt64Array

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.UInt64Array) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.UInt64Array) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.UInt64Array) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.UInt64Array) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.UInt64Array) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.UIntArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.UIntArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.UIntArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.UIntArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.UIntArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.UIntArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.UShortArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.UShortArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.UShortArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.UShortArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.UShortArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.UShortArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.Vec2dArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.Vec2dArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.Vec2dArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.Vec2dArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.Vec2dArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.Vec2dArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.Vec2fArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.Vec2fArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.Vec2fArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.Vec2fArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.Vec2fArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.Vec2fArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.Vec2hArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.Vec2hArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.Vec2hArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.Vec2hArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.Vec2hArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.Vec2hArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.Vec2iArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.Vec2iArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.Vec2iArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.Vec2iArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.Vec2iArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.Vec2iArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.Vec3dArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.Vec3dArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.Vec3dArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.Vec3dArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.Vec3dArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.Vec3dArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.Vec3fArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.Vec3fArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.Vec3fArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.Vec3fArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.Vec3fArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.Vec3fArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.Vec3hArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.Vec3hArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.Vec3hArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.Vec3hArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.Vec3hArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.Vec3hArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.Vec3iArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.Vec3iArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.Vec3iArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.Vec3iArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.Vec3iArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.Vec3iArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.Vec4dArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.Vec4dArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.Vec4dArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.Vec4dArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.Vec4dArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.Vec4dArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.Vec4fArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.Vec4fArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.Vec4fArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.Vec4fArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.Vec4fArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.Vec4fArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.Vec4hArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.Vec4hArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.Vec4hArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.Vec4hArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.Vec4hArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.Vec4hArray) → bool

Return whether this array aliases an external Python array provider.

class usdrt.Vt.Vec4iArray

Typed Vt array with USD-like copy-on-write behavior plus usdrt extensions.

usdrt-specific behavior:

• May be attached directly to Fabric attribute storage (CPU/GPU).

• May alias external Python array providers (NumPy / CUDA array interface).

• In attached modes, edits can affect the underlying source directly.

• Call DetachFromSource() to localize data before mutating when you want detached, instance-local semantics.

DetachFromSource(self: usdrt.Vt.Vec4iArray) → None

Localize to instance-owned memory, detaching from Fabric or external Python sources.

HasFabricGpuData(self: usdrt.Vt.Vec4iArray) → bool

Debug helper: return whether Fabric GPU storage is available for this array.

IsFabricData(self: usdrt.Vt.Vec4iArray) → bool

Return whether this array currently aliases Fabric storage directly.

IsOwnData(self: usdrt.Vt.Vec4iArray) → bool

Return whether this array owns localized instance memory.

IsPythonData(self: usdrt.Vt.Vec4iArray) → bool

Return whether this array aliases an external Python array provider.

usdrt.Sdf module

class usdrt.Sdf.AncestorsRange

GetPath(

self: usdrt.Sdf.AncestorsRange,

) → usdrt.Sdf.Path

Return the source path for this ancestor range.

class usdrt.Sdf.AssetPath

Value type for USD asset attributes.

An asset path stores both the authored/unresolved path and, optionally, the resolved path. Attribute Get() and Set() use this value type for Sdf.ValueTypeNames.Asset values.

property path

Return the authored asset path.

property resolvedPath

Return the resolved asset path, if available.

class usdrt.Sdf.Path

Scenegraph path value used by usdrt APIs.

Uses Fabric prim-path storage plus a tokenized property component.

usdrt-specific note: path support is currently limited to absolute paths.

AppendChild(

self: usdrt.Sdf.Path,

childName: TfToken,

) → usdrt.Sdf.Path

Append a child prim component.

AppendPath(

self: usdrt.Sdf.Path,

newSuffix: usdrt.Sdf.Path,

) → usdrt.Sdf.Path

Append newSuffix path components.

AppendProperty(

self: usdrt.Sdf.Path,

propName: TfToken,

) → usdrt.Sdf.Path

Append a property component.

ContainsPropertyElements(self: usdrt.Sdf.Path) → bool

Return whether any property element is present.

GetAbsoluteRootOrPrimPath(self: usdrt.Sdf.Path) → usdrt.Sdf.Path

Return root if needed, otherwise the prim path.

GetAncestorsRange(

self: usdrt.Sdf.Path,

) → usdrt::SdfPathAncestorsRange

Return an iterator range over ancestor paths.

GetCommonPrefix(

self: usdrt.Sdf.Path,

path: usdrt.Sdf.Path,

) → usdrt.Sdf.Path

Return the shared prefix with path.

GetNameToken(self: usdrt.Sdf.Path) → TfToken

Return the terminal path component token.

GetParentPath(self: usdrt.Sdf.Path) → usdrt.Sdf.Path

Return the parent path.

GetPrefixes(self: usdrt.Sdf.Path) → List[usdrt.Sdf.Path]

Return all prefix paths.

GetPrimPath(*args, **kwargs)

Overloaded function.

1. GetPrimPath(self: usdrt.Sdf.Path) -> usdrt.Sdf.Path

Return the prim path portion.

2. GetPrimPath(self: usdrt.Sdf.Path) -> usdrt.Sdf.Path

Return the prim path portion.

GetString(self: usdrt.Sdf.Path) → str

Return this path as a string.

GetText(self: usdrt.Sdf.Path) → str

Return this path as C-string text.

GetToken(self: usdrt.Sdf.Path) → TfToken

Return this path as a token.

HasPrefix(self: usdrt.Sdf.Path, prefix: usdrt.Sdf.Path) → bool

Return whether this path has prefix.

IsAbsolutePath(self: usdrt.Sdf.Path) → bool

Return whether this is an absolute path.

IsAbsoluteRootOrPrimPath(self: usdrt.Sdf.Path) → bool

Return whether this is root or a prim path.

IsAbsoluteRootPath(self: usdrt.Sdf.Path) → bool

Return whether this is the absolute root path.

IsEmpty(self: usdrt.Sdf.Path) → bool

Return whether this path is empty.

IsNamespacedPropertyPath(self: usdrt.Sdf.Path) → bool

Return whether this path addresses a namespaced property.

IsPrimPath(self: usdrt.Sdf.Path) → bool

Return whether this path addresses a prim.

IsPrimPropertyPath(self: usdrt.Sdf.Path) → bool

Return whether this path addresses a prim property.

IsPropertyPath(self: usdrt.Sdf.Path) → bool

Return whether this path addresses a property.

IsRootPrimPath(self: usdrt.Sdf.Path) → bool

Return whether this is a root prim path.

static IsValidIdentifier(name: str) → bool

Return whether name is a valid path identifier. This uses USD-style validation.

static IsValidNamespacedIdentifier(name: str) → bool

Return whether name is a valid namespaced identifier. This uses USD-style validation.

static IsValidPathString(pathString: str) → bool

Return whether pathString is a valid path string. Unlike USD’s annotated Python result, this binding returns only a bool and no parse error text.

static JoinIdentifier(*args, **kwargs)

Overloaded function.

1. JoinIdentifier(lhs: str, rhs: str) -> str

Join two namespace identifiers with :. Empty inputs are skipped.

2. JoinIdentifier(lhs: TfToken, rhs: TfToken) -> str

Join two namespace identifiers with :. Empty inputs are skipped.

3. JoinIdentifier(names: List[TfToken]) -> str

Join namespace identifiers with :. Empty tokens are ignored.

RemoveCommonSuffix(

self: usdrt.Sdf.Path,

otherPath: usdrt.Sdf.Path,

stopAtRootPrim: bool = False,

) → Tuple[usdrt.Sdf.Path, usdrt.Sdf.Path]

Remove common trailing elements shared with otherPath.

ReplaceName(

self: usdrt.Sdf.Path,

newName: TfToken,

) → usdrt.Sdf.Path

Replace the terminal component name.

ReplacePrefix(

self: usdrt.Sdf.Path,

oldPrefix: usdrt.Sdf.Path,

newPrefix: usdrt.Sdf.Path,

fixTargetPaths: bool = True,

) → usdrt.Sdf.Path

Replace oldPrefix with newPrefix.

static StripPrefixNamespace(name: str, matchNamespace: str) → tuple

Return (stripped_name, True) when name starts with namespace matchNamespace; otherwise return (name, False).

static StripSuffixNamespace(name: str, matchNamespace: str) → tuple

Return (stripped_name, True) when name ends with namespace matchNamespace; otherwise return (name, False).

static TokenizeIdentifier(name: str) → List[str]

Split a namespaced identifier on :. Returns an empty list if name is not a valid namespaced identifier.

property absoluteRootPath

The absolute path representing the top of the namespace hierarchy (</>).

property emptyPath

The empty path.

property fabricPath

property isEmpty

property name

property pathElementCount

property pathString

class usdrt.Sdf.ValueTypeName

Attribute value type descriptor backed by Fabric type metadata.

Sdf.ValueTypeNames exposes the valid usdrt value type names. Each ValueTypeName wraps an omni.fabric.Type, including base data type, component count, array depth, and optional attribute role. Aliases compare equal.

GetAsString(self: usdrt.Sdf.ValueTypeName) → str

Return the type name string.

GetAsToken(self: usdrt.Sdf.ValueTypeName) → TfToken

Return the type name token.

GetAsTypeC(

self: usdrt.Sdf.ValueTypeName,

) → omni::fabric::TypeC

Return the underlying Fabric type descriptor.

property arrayType

Return the array version of this type, or the invalid type if none exists.

property isArray

Return whether this is an array type; the invalid type is neither array nor scalar.

property isScalar

Return whether this is a scalar type; the invalid type is neither array nor scalar.

property scalarType

Return the scalar version of this type, or the invalid type if none exists.

usdrt.Usd module

class usdrt.Usd.APISchemaBase

static GetSchemaTypeName() → TfToken

class usdrt.Usd.Access

Members:

Read

ReadWrite

Overwrite

NoAccess

NoAccess = <Access.NoAccess: 4>

Overwrite = <Access.Overwrite: 3>

Read = <Access.Read: 1>

ReadWrite = <Access.ReadWrite: 2>

property name

property value

class usdrt.Usd.AttrSpec

Attribute requirement for Stage.SelectPrims.

An AttrSpec describes one attribute that must exist on selected Fabric prims and how the selection may access it. Construct it from a tuple (type_name, attr_name, access), where type_name is an Sdf.ValueTypeName, attr_name is a Tf.Token or token-compatible string, and access is one of Usd.Access.Read, Usd.Access.ReadWrite, or Usd.Access.Overwrite.

Instances are accepted wherever Stage.SelectPrims(require_attrs=…) expects attribute requirements; plain tuples are implicitly converted.

class usdrt.Usd.Attribute

AddConnection(

self: usdrt.Usd.Attribute,

source: usdrt.Sdf.Path,

position: usdrt.Usd.ListPosition = <ListPosition.ListPositionBackOfPrependList: 1>,

) → bool

Set the Fabric connection source. Fabric currently stores one connection source, so position is ignored and a new source replaces the previous one.

ClearConnections(self: usdrt.Usd.Attribute) → bool

Clear the current Fabric connection source.

Get(

self: usdrt.Usd.Attribute,

time: usdrt.Usd.TimeCode = Usd.TimeCode.Default(),

) → object

Read the attribute value. usdrt currently ignores time and reads the Fabric value.

GetBaseName(self: usdrt.Usd.Attribute) → TfToken

Return the base name portion of this attribute.

GetConnections(

self: usdrt.Usd.Attribute,

) → List[usdrt.Sdf.Path]

Return Fabric connection source paths. Fabric currently returns at most one source path.

GetName(self: usdrt.Usd.Attribute) → TfToken

Return the attribute name token.

GetNamespace(self: usdrt.Usd.Attribute) → TfToken

Return the namespace portion of this attribute.

GetPath(self: usdrt.Usd.Attribute) → usdrt.Sdf.Path

Return the full property path.

GetPrim(self: usdrt.Usd.Attribute) → usdrt.Usd.Prim

Return the owning prim.

GetPrimPath(self: usdrt.Usd.Attribute) → usdrt.Sdf.Path

Return the owning prim path.

GetStage(self: usdrt.Usd.Attribute) → usdrt.Usd.Stage

Return the stage that owns this attribute.

GetTypeName(

self: usdrt.Usd.Attribute,

) → usdrt.Sdf.ValueTypeName

Return the declared value type.

HasAuthoredConnections(self: usdrt.Usd.Attribute) → bool

Return whether Fabric currently stores a connection source, not whether a USD layer authored connection list edits.

HasAuthoredValue(self: usdrt.Usd.Attribute) → bool

Return whether this attribute has an authored Fabric value or authored USD default/time-sampled value.

HasValue(self: usdrt.Usd.Attribute) → bool

Return whether a value is available from Fabric, or from the backing USD attribute/default/fallback value.

InvalidateCpuData(self: usdrt.Usd.Attribute) → bool

Invalidate Fabric CPU storage for this attribute (debug/diagnostic API).

InvalidateGpuData(self: usdrt.Usd.Attribute) → bool

Invalidate Fabric GPU storage for this attribute (debug/diagnostic API).

IsCpuDataValid(self: usdrt.Usd.Attribute) → bool

Return whether Fabric-side CPU storage for this attribute is valid.

IsGpuDataValid(self: usdrt.Usd.Attribute) → bool

Return whether Fabric-side GPU storage for this attribute is valid.

IsValid(self: usdrt.Usd.Attribute) → bool

Return whether this attribute handle is valid.

RemoveConnection(

self: usdrt.Usd.Attribute,

source: usdrt.Sdf.Path,

) → bool

Remove the Fabric connection source only if it matches source.

Set(

self: usdrt.Usd.Attribute,

value: object,

time: usdrt.Usd.TimeCode = Usd.TimeCode.Default(),

) → bool

Set the attribute value in Fabric. usdrt currently ignores time.

SetConnections(

self: usdrt.Usd.Attribute,

sources: List[usdrt.Sdf.Path],

) → bool

Set Fabric connection sources. Fabric currently accepts only a single source path.

SplitName(self: usdrt.Usd.Attribute) → List[str]

Split the full name into namespace components.

SyncDataToCpu(self: usdrt.Usd.Attribute) → bool

Force synchronization from Fabric GPU storage to Fabric CPU storage (debug/diagnostic API).

SyncDataToGpu(self: usdrt.Usd.Attribute) → bool

Force synchronization from Fabric CPU storage to Fabric GPU storage (debug/diagnostic API).

class usdrt.Usd.ClipsAPI

static GetSchemaTypeName() → TfToken

class usdrt.Usd.CollectionAPI

static Apply(

prim: usdrt.Usd.Prim,

name: TfToken,

) → usdrt.Usd.CollectionAPI

static ComputeIncludedPaths(

query: usdrt.Usd.UsdCollectionMembershipQuery,

stageId: usdrt.helpers.StageReaderWriterId,

) → Set[usdrt.Sdf.Path]

ComputeMembershipQuery(*args, **kwargs)

Overloaded function.

1. ComputeMembershipQuery(self: usdrt.Usd.CollectionAPI) -> usdrt.Usd.UsdCollectionMembershipQuery

2. ComputeMembershipQuery(self: usdrt.Usd.CollectionAPI, arg0: usdrt.Usd.UsdCollectionMembershipQuery) -> None

CreateExcludesRel(

self: usdrt.Usd.CollectionAPI,

) → usdrt.Usd.Relationship

CreateExpansionRuleAttr(

self: usdrt.Usd.CollectionAPI,

) → usdrt.Usd.Attribute

CreateIncludeRootAttr(

self: usdrt.Usd.CollectionAPI,

) → usdrt.Usd.Attribute

CreateIncludesRel(

self: usdrt.Usd.CollectionAPI,

) → usdrt.Usd.Relationship

ExcludePath(

self: usdrt.Usd.CollectionAPI,

pathToExclude: usdrt.Sdf.Path,

) → bool

GetCollectionPath(

self: usdrt.Usd.CollectionAPI,

) → usdrt.Sdf.Path

GetExcludesRel(

self: usdrt.Usd.CollectionAPI,

) → usdrt.Usd.Relationship

GetExpansionRuleAttr(

self: usdrt.Usd.CollectionAPI,

) → usdrt.Usd.Attribute

GetIncludeRootAttr(

self: usdrt.Usd.CollectionAPI,

) → usdrt.Usd.Attribute

GetIncludesRel(

self: usdrt.Usd.CollectionAPI,

) → usdrt.Usd.Relationship

GetName(self: usdrt.Usd.CollectionAPI) → TfToken

static GetSchemaTypeName() → TfToken

IncludePath(

self: usdrt.Usd.CollectionAPI,

pathToInclude: usdrt.Sdf.Path,

) → bool

static IsCollectionAPIPath(

path: usdrt.Sdf.Path,

name: TfToken,

) → bool

static sComputeMembershipQuery(*args, **kwargs)

Overloaded function.

1. sComputeMembershipQuery(stageId: usdrt.helpers.StageReaderWriterId, collectionPath: usdrt.Sdf.Path) -> usdrt.Usd.UsdCollectionMembershipQuery

2. sComputeMembershipQuery(stageId: usdrt.helpers.StageReaderWriterId, collectionPath: usdrt.Sdf.Path, query: usdrt.Usd.UsdCollectionMembershipQuery) -> None

class usdrt.Usd.ListPosition

Members:

ListPositionFrontOfPrependList

ListPositionBackOfPrependList

ListPositionFrontOfAppendList

ListPositionBackOfAppendList

ListPositionBackOfAppendList = <ListPosition.ListPositionBackOfAppendList: 3>

ListPositionBackOfPrependList = <ListPosition.ListPositionBackOfPrependList: 1>

ListPositionFrontOfAppendList = <ListPosition.ListPositionFrontOfAppendList: 2>

ListPositionFrontOfPrependList = <ListPosition.ListPositionFrontOfPrependList: 0>

property name

property value

class usdrt.Usd.ModelAPI

static GetSchemaTypeName() → TfToken

class usdrt.Usd.Prim

AddAppliedSchema(

self: usdrt.Usd.Prim,

appliedSchemaName: TfToken,

) → bool

Record an applied schema in Fabric by creating an AppliedSchemaTypeTag attribute named appliedSchemaName.

ApplyAPI(

self: usdrt.Usd.Prim,

schemaIdentifier: TfToken,

instanceName: TfToken = '',

) → bool

Apply an API schema in Fabric. Multiple-apply APIs require a non-empty instanceName; the schema alias is used to author applied-schema tag attributes.

ClearTypeName(self: usdrt.Usd.Prim) → bool

Clear the Fabric prim type name.

CreateAttribute(

self: usdrt.Usd.Prim,

name: TfToken,

typeName: usdrt.Sdf.ValueTypeName,

custom: bool = True,

) → usdrt::UsdAttribute

Create an attribute in Fabric on this prim. custom is accepted for USD API compatibility but is not represented in Fabric.

CreateRelationship(

self: usdrt.Usd.Prim,

relName: TfToken,

custom: bool = True,

) → usdrt::UsdRelationship

Create a relationship in Fabric on this prim. custom is accepted for USD API compatibility but is not represented in Fabric.

GetAllChildren(

self: usdrt.Usd.Prim,

prefetchFromUsd: bool = True,

) → List[usdrt.Usd.Prim]

Return child prims. Unlike USD, this is currently the same as GetChildren().

GetAllChildrenNames(

self: usdrt.Usd.Prim,

prefetchFromUsd: bool = True,

) → List[TfToken]

Return child names. Unlike USD, this is currently the same as GetChildrenNames().

GetAppliedSchemas(self: usdrt.Usd.Prim) → List[TfToken]

Return applied schema alias names found as Fabric AppliedSchemaTypeTag attributes.

GetAttribute(

self: usdrt.Usd.Prim,

name: TfToken,

) → usdrt::UsdAttribute

Get an attribute by name from Fabric. This does not fall back to the backing USD stage.

GetAttributes(self: usdrt.Usd.Prim) → List[usdrt::UsdAttribute]

Return attributes that currently exist in Fabric on this prim.

GetAuthoredAttributes(

self: usdrt.Usd.Prim,

) → List[usdrt::UsdAttribute]

Return authored attributes that currently exist in Fabric on this prim.

GetAuthoredPropertyNames(self: usdrt.Usd.Prim) → List[TfToken]

Return Fabric property names. Fabric does not distinguish authored properties, so this matches GetPropertyNames().

GetAuthoredRelationships(

self: usdrt.Usd.Prim,

) → List[usdrt::UsdRelationship]

Return authored relationships that currently exist in Fabric on this prim.

GetChild(

self: usdrt.Usd.Prim,

name: TfToken,

prefetchFromUsd: bool = True,

) → usdrt.Usd.Prim

Get a child prim by name. When prefetchFromUsd is true, missing child data can be pulled from the backing USD stage into Fabric.

GetChildren(

self: usdrt.Usd.Prim,

prefetchFromUsd: bool = True,

) → List[usdrt.Usd.Prim]

Return direct child prims. When prefetchFromUsd is true, missing child data can be pulled from the backing USD stage into Fabric.

GetChildrenNames(

self: usdrt.Usd.Prim,

prefetchFromUsd: bool = True,

) → List[TfToken]

Return direct child names. When prefetchFromUsd is true, missing child data can be pulled from the backing USD stage into Fabric.

GetName(self: usdrt.Usd.Prim) → TfToken

Return this prim’s name token.

GetNextSibling(

self: usdrt.Usd.Prim,

prefetchFromUsd: bool = True,

) → usdrt.Usd.Prim

Return the next sibling prim. When prefetchFromUsd is true, missing sibling data can be pulled from the backing USD stage into Fabric.

GetParent(

self: usdrt.Usd.Prim,

prefetchFromUsd: bool = True,

) → usdrt.Usd.Prim

Return the parent prim. When prefetchFromUsd is true, missing parent data can be pulled from the backing USD stage into Fabric.

GetPath(self: usdrt.Usd.Prim) → usdrt.Sdf.Path

Return this prim’s SdfPath.

GetPrim(self: usdrt.Usd.Prim) → usdrt.Usd.Prim

Return the underlying UsdPrim object.

GetPrimPath(self: usdrt.Usd.Prim) → usdrt.Sdf.Path

Return this prim’s path as an SdfPath.

GetPropertyNames(self: usdrt.Usd.Prim) → List[TfToken]

Return all Fabric property names.

GetRelationship(

self: usdrt.Usd.Prim,

relName: TfToken,

) → usdrt::UsdRelationship

Get a relationship by name from Fabric. This does not fall back to the backing USD stage.

GetRelationships(

self: usdrt.Usd.Prim,

) → List[usdrt::UsdRelationship]

Return relationships that currently exist in Fabric on this prim.

GetStage(self: usdrt.Usd.Prim) → usdrt.Usd.Stage

Return the stage that owns this prim.

GetTypeName(self: usdrt.Usd.Prim) → TfToken

Return the Fabric prim type name token.

HasAPI(

self: usdrt.Usd.Prim,

schemaIdentifier: TfToken,

instanceName: TfToken = '',

) → bool

Return True if API schema schemaIdentifier is applied in Fabric. Full schema names and aliases are accepted; instanceName is only valid for multiple-apply APIs.

HasAttribute(self: usdrt.Usd.Prim, name: TfToken) → bool

Return True if this prim has an attribute named name in Fabric (Fabric is the source of truth here).

HasAuthoredTypeName(self: usdrt.Usd.Prim) → bool

Return True if the Fabric prim type name is non-empty.

HasProperty(self: usdrt.Usd.Prim, propName: TfToken) → bool

Return True if this prim has a property named propName in Fabric.

HasRelationship(self: usdrt.Usd.Prim, relName: TfToken) → bool

Return True if this prim has a relationship named relName in Fabric.

IsA(*args, **kwargs)

Overloaded function.

1. IsA(self: usdrt.Usd.Prim, schemaType: object) -> bool

Return True if this prim conforms to the given schema type object.

2. IsA(self: usdrt.Usd.Prim, schemaTypeName: TfToken) -> bool

Return True if this prim conforms to schema type schemaTypeName.

IsValid(self: usdrt.Usd.Prim) → bool

Return True if this prim handle is valid.

RemoveAPI(

self: usdrt.Usd.Prim,

schemaIdentifier: TfToken,

instanceName: TfToken = '',

) → bool

Remove an API schema from Fabric. Multiple-apply APIs require instanceName; the base alias is removed when no instances remain.

RemoveAppliedSchema(

self: usdrt.Usd.Prim,

appliedSchemaName: TfToken,

) → bool

Remove the Fabric AppliedSchemaTypeTag attribute named appliedSchemaName if it exists.

RemoveProperty(self: usdrt.Usd.Prim, propName: TfToken) → bool

Remove a property by name.

SetTypeName(self: usdrt.Usd.Prim, typeName: TfToken) → bool

Set the Fabric prim type name.

class usdrt.Usd.PrimRange

IsValid(self: usdrt.Usd.PrimRange) → bool

true if the iterator is not yet exhausted

class usdrt.Usd.Relationship

AddTarget(

self: usdrt.Usd.Relationship,

target: usdrt.Sdf.Path,

position: usdrt.Usd.ListPosition = <ListPosition.ListPositionBackOfPrependList: 1>,

) → bool

Add a target path at the requested list position. Fabric stores direct target lists; USD list-edit composition semantics are not modeled.

ClearTargets(

self: usdrt.Usd.Relationship,

removeSpec: bool,

) → bool

Clear targets. removeSpec is ignored because usdrt/Fabric has no property specs.

GetBaseName(self: usdrt.Usd.Relationship) → TfToken

Return the base name portion of this relationship.

GetForwardedTargets(

self: usdrt.Usd.Relationship,

) → List[usdrt.Sdf.Path]

Return direct target paths; Fabric does not resolve forwarded targets, so this is equivalent to GetTargets().

GetName(self: usdrt.Usd.Relationship) → TfToken

Return the relationship name token.

GetNamespace(self: usdrt.Usd.Relationship) → TfToken

Return the namespace portion of this relationship.

GetPath(self: usdrt.Usd.Relationship) → usdrt.Sdf.Path

Return the full property path.

GetPrim(self: usdrt.Usd.Relationship) → usdrt.Usd.Prim

Return the owning prim.

GetPrimPath(

self: usdrt.Usd.Relationship,

) → usdrt.Sdf.Path

Return the owning prim path.

GetStage(self: usdrt.Usd.Relationship) → usdrt.Usd.Stage

Return the stage that owns this relationship.

GetTargets(

self: usdrt.Usd.Relationship,

) → List[usdrt.Sdf.Path]

Return direct Fabric target paths.

HasAuthoredTargets(self: usdrt.Usd.Relationship) → bool

Return whether Fabric currently stores at least one target, not whether a USD layer authored target list edits.

IsValid(self: usdrt.Usd.Relationship) → bool

Return whether this relationship handle is valid.

RemoveTarget(

self: usdrt.Usd.Relationship,

target: usdrt.Sdf.Path,

) → bool

Remove a target path.

SetTargets(

self: usdrt.Usd.Relationship,

targets: List[usdrt.Sdf.Path],

) → bool

Set the direct Fabric target list. This does not model USD layer/list-op composition.

SplitName(self: usdrt.Usd.Relationship) → List[str]

Split the full name into namespace components.

class usdrt.Usd.SchemaBase

Base class for usdrt USD schema wrappers.

A schema object wraps a Usd.Prim and exposes schema-specific API on top of Fabric-backed prim data. As in USD, Get*Attr() methods are read-oriented and Create*Attr() methods create the Fabric attribute if needed. Unlike USD’s TfType-based APIs, usdrt schema type queries use Tf.Token values because usdrt does not implement TfType.

A schema object is truthy only when the wrapped prim is valid and compatible with the schema: typed schemas use prim.IsA(), while API schemas use prim.HasAPI().

GetPrim(self: usdrt.Usd.SchemaBase) → usdrt.Usd.Prim

Return the wrapped prim.

GetPrimPath(self: usdrt.Usd.SchemaBase) → usdrt.Sdf.Path

Return the wrapped prim path.

static GetSchemaTypeName() → TfToken

Return the static schema type token. usdrt returns Tf.Token here instead of USD TfType.

class usdrt.Usd.SchemaRegistry

Process-wide registry for usdrt schema type information.

The registry stores IsA inheritance, concrete/abstract status, applied API schema metadata, and aliases used when Fabric records applied schemas. usdrt uses schema type Tf.Token values for these queries instead of USD TfType objects.

GetAliasFromName(

self: usdrt.Usd.SchemaRegistry,

name: TfToken,

) → TfToken

Return the schema alias token for a full schema name or alias. Applied API helpers use this alias when authoring Fabric schema tags.

static GetInstance() → usdrt.Usd.SchemaRegistry

Return the process-wide schema registry.

GetSchemaTypeName(

self: usdrt.Usd.SchemaRegistry,

schemaType: object,

) → TfToken

Return the schema type token for a schema Python type. usdrt returns Tf.Token here instead of USD TfType.

IsA(*args, **kwargs)

Overloaded function.

1. IsA(self: usdrt.Usd.SchemaRegistry, sourceType: object, queryType: object) -> bool

Return whether sourceType derives from queryType.

2. IsA(self: usdrt.Usd.SchemaRegistry, sourceTypeName: TfToken, queryType: object) -> bool

Return whether sourceTypeName derives from queryType.

3. IsA(self: usdrt.Usd.SchemaRegistry, sourceType: object, queryTypeName: TfToken) -> bool

Return whether sourceType derives from queryTypeName.

4. IsA(self: usdrt.Usd.SchemaRegistry, sourceTypeName: TfToken, queryTypeName: TfToken) -> bool

Return whether sourceTypeName derives from queryTypeName.

IsAppliedAPISchema(

self: usdrt.Usd.SchemaRegistry,

apiSchemaType: TfToken,

) → bool

Return whether apiSchemaType is an applied API schema.

IsConcrete(

self: usdrt.Usd.SchemaRegistry,

primType: TfToken,

) → bool

Return whether primType is concrete.

IsMultipleApplyAPISchema(

self: usdrt.Usd.SchemaRegistry,

apiSchemaType: TfToken,

) → bool

Return whether apiSchemaType supports multiple-apply instances.

IsTyped(

self: usdrt.Usd.SchemaRegistry,

primType: TfToken,

) → bool

Return whether primType derives from UsdTyped.

IsUnknown(

self: usdrt.Usd.SchemaRegistry,

apiSchemaType: TfToken,

) → bool

Return whether the schema type is unknown.

class usdrt.Usd.Stage

USD-like stage facade backed by Fabric.

Stages opened or created with Open(), CreateNew(), or CreateInMemory() have an underlying USD stage plus a Fabric stage used by usdrt queries and edits. CreateOnlyInFabric() creates a Fabric-only stage with no USD backing, so operations that synchronize with or write back to USD are no-ops.

static Attach(*args, **kwargs)

Overloaded function.

1. Attach(stageId: int) -> usdrt.Usd.Stage

Attach to an existing Fabric stage by USD stage id from the UsdUtils global stage cache.

2. Attach(fabricId: usdrt.helpers.FabricId) -> usdrt.Usd.Stage

Attach to an existing Fabric stage by Fabric id.

static CreateInMemory(

identifier: str,

load: usdrt.Usd.Stage.InitialLoadSet = <InitialLoadSet.LoadAll: 0>,

) → usdrt.Usd.Stage

Create an in-memory USD-backed stage. Use CreateOnlyInFabric() for a stage with no USD backing.

static CreateNew(

identifier: str,

load: usdrt.Usd.Stage.InitialLoadSet = <InitialLoadSet.LoadAll: 0>,

) → usdrt.Usd.Stage

Create a new USD-backed stage.

static CreateOnlyInFabric() → usdrt.Usd.Stage

Create a Fabric-only stage with no USD backing stage.

DefinePrim(

self: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

typeName: TfToken = '',

) → usdrt::UsdPrim

Get or create a prim in Fabric at path. If the prim exists only in the backing USD stage, it is prefetched into Fabric; otherwise a new Fabric prim is created. Schema attributes for typeName are not automatically created.

GetAttributeAtPath(

self: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

prefetchFromUsd: bool = True,

) → usdrt::UsdAttribute

Get an attribute by absolute property path. When prefetchFromUsd is true, missing data is populated from USD into Fabric.

GetDefaultPrim(

self: usdrt.Usd.Stage,

prefetchFromUsd: bool = True,

) → usdrt::UsdPrim

Get the stage default prim. Fabric-only stages always return the absolute root path.

GetFabricId(self: usdrt.Usd.Stage) → usdrt.helpers.FabricId

Return underlying fabric id.

GetPrimAtPath(

self: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

prefetchFromUsd: bool = True,

) → usdrt::UsdPrim

Get a prim at path. When prefetchFromUsd is true, missing data is populated from USD into Fabric.

GetPrimsWithAppliedAPIName(

self: usdrt.Usd.Stage,

apiName: TfToken,

) → List[usdrt.Sdf.Path]

Get prims with an applied API schema.

GetPrimsWithTypeAndAppliedAPIName(

self: usdrt.Usd.Stage,

typeName: TfToken,

apiNames: List[TfToken],

) → List[usdrt.Sdf.Path]

Get prims filtered by both type and applied API schemas.

GetPrimsWithTypeName(

self: usdrt.Usd.Stage,

typeName: TfToken,

) → List[usdrt.Sdf.Path]

Get prims with a matching type name.

GetPseudoRoot(self: usdrt.Usd.Stage) → usdrt::UsdPrim

Get the pseudo-root prim (/) and prefetch it into Fabric.

GetRelationshipAtPath(

self: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

prefetchFromUsd: bool = True,

) → usdrt::UsdRelationship

Get a relationship by absolute property path. When prefetchFromUsd is true, missing data is populated from USD into Fabric.

GetStageExtent(self: usdrt.Usd.Stage) → usdrt.Gf.Range3d

Compute stage extent, populating Fabric world extents if needed. No-op for Fabric-only stages.

GetStageId(self: usdrt.Usd.Stage) → int

Return stage id as integer.

GetStageIdAsStageId(

self: usdrt.Usd.Stage,

) → usdrt.helpers.UsdStageId

Return stage id object.

GetStageIdAsUInt(self: usdrt.Usd.Stage) → int

Return stage id as integer.

GetStageInProgressId(

self: usdrt.Usd.Stage,

) → usdrt.helpers.StageReaderWriterId

Deprecated: Use GetStageReaderWriterId instead

GetStageReaderWriterId(

self: usdrt.Usd.Stage,

) → usdrt.helpers.StageReaderWriterId

Return reader/writer stage id.

HasPrimAtPath(

self: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

excludeTags: bool = True,

) → bool

Return True if a prim exists in Fabric at path. When excludeTags is true, prims that only have minimal population tags are ignored.

class InitialLoadSet

Members:

LoadAll

LoadNone

LoadAll = <InitialLoadSet.LoadAll: 0>

LoadNone = <InitialLoadSet.LoadNone: 1>

property name

property value

IsFabricOnlyStage(self: usdrt.Usd.Stage) → bool

Return True if this stage has no USD backing.

static Open(

filePath: str,

load: usdrt.Usd.Stage.InitialLoadSet = <InitialLoadSet.LoadAll: 0>,

) → usdrt.Usd.Stage

Open a USD-backed stage.

RemovePrim(self: usdrt.Usd.Stage, path: usdrt.Sdf.Path) → bool

Remove a prim at path from the Fabric stage only.

SelectPrims(

self: usdrt.Usd.Stage,

require_prim_type: TfToken | None = None,

require_applied_schemas: List[TfToken] = [],

require_attrs: List[usdrt.Usd.AttrSpec] = [],

device: str = 'cpu',

want_paths: bool = False,

) → usdrt::RtPrimSelection

Select prims on the Fabric stage for batched CPU or GPU access.

require_prim_type filters by prim type, require_applied_schemas requires all listed API schemas, and require_attrs both requires and exposes matching attributes. Each attribute requirement is an AttrSpec or tuple (SdfValueTypeName, TfToken, Access). device is “cpu” or “cuda:N”. Set want_paths to true only when path access is needed, since it adds memory and GPU-transfer overhead.

SetAttributeValue(

self: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

value: object,

time: usdrt.Usd.TimeCode = Usd.TimeCode.Default(),

) → bool

Set an attribute value by absolute property path. Returns False if no valid Fabric attribute exists at path; time handling follows Attribute.Set().

static SimStageWithHistoryExists(stageId: int) → bool

Return whether a Fabric SimStageWithHistory exists for stageId; negative ids return False.

static StageWithHistoryExists(stageId: int) → bool

Deprecated: Use SimStageWithHistoryExists instead

SynchronizeToFabric(

self: usdrt.Usd.Stage,

time_change: usdrt.Usd.Stage.TimeChange = <TimeChange.NoUpdate: 2>,

time: usdrt.Usd.TimeCode = Usd.TimeCode.Default(),

) → None

Synchronize pending USD-stage changes into Fabric and update cached Fabric data.

Fabric-only stages have no USD backing and this is a no-op. With TimeChange.NoUpdate, time-sampled USD data is ignored. TimeChange.LazyUpdate evaluates time-sampled values at time when the time changes. Current C++ limitations: default time code and TimeChange.ForceUpdate are not supported, and time-sampled data is not updated when FSD is off.

class TimeChange

Members:

LazyUpdate

ForceUpdate

NoUpdate

ForceUpdate = <TimeChange.ForceUpdate: 1>

LazyUpdate = <TimeChange.LazyUpdate: 0>

NoUpdate = <TimeChange.NoUpdate: 2>

property name

property value

Traverse(self: usdrt.Usd.Stage) → UsdPrimRange

Traverse active, loaded, defined, non-abstract prims depth-first from the pseudo-root.

WriteToLayer(

self: usdrt.Usd.Stage,

filePath: str,

includePrivateFabricProperties: bool = True,

convertFabricXforms: bool = False,

) → None

Write Fabric data to a temporary USD stage with root layer filePath, then save it.

WriteToStage(

self: usdrt.Usd.Stage,

includePrivateFabricProperties: bool = True,

convertFabricXforms: bool = False,

) → None

Write modified Fabric data to the attached USD stage and save it. No-op for Fabric-only stages; new prims created in Fabric are not exported.

class usdrt.Usd.TimeCode

Time value used for time-sampled USD data.

TimeCode(t) stores a numeric time value. Default() stores the default-time sentinel, represented internally as NaN; EarliestTime() stores the lowest numeric time value. In inequality comparisons, default time is considered less than any numeric time, including earliest time.

Default() → usdrt.Usd.TimeCode

Return the default time sentinel. In inequality comparisons, default is less than any numeric time.

EarliestTime() → usdrt.Usd.TimeCode

Return the special earliest time sentinel.

GetValue(self: usdrt.Usd.TimeCode) → float

Return the numeric time value, or quiet NaN for the default-time sentinel.

IsDefault(self: usdrt.Usd.TimeCode) → bool

Return whether this time is Default; equivalent to not IsNumeric().

IsEarliestTime(self: usdrt.Usd.TimeCode) → bool

Return whether this time is EarliestTime.

IsNumeric(self: usdrt.Usd.TimeCode) → bool

Return whether this instance stores a numeric time value; equivalent to not IsDefault().

class usdrt.Usd.Typed

Base class for typed, instantiable IsA schemas. Compatibility is based on the wrapped prim’s Fabric type name and Prim.IsA().

static GetSchemaTypeName() → TfToken

Return the static schema type token. usdrt returns Tf.Token here instead of USD TfType.

class usdrt.Usd.UsdCollectionMembershipQuery

Query object computed from a CollectionAPI for testing collection membership.

The query stores included and excluded paths plus expansion rules. Valid expansion rules are explicitOnly, expandPrims, and expandPrimsAndProperties; included collections are merged recursively.

IsPathIncluded(

self: usdrt.Usd.UsdCollectionMembershipQuery,

path: usdrt.Sdf.Path,

expansionRule: TfToken = None,

) → bool

Return whether absolute path is included by this collection query. The optional expansionRule output argument exists for C++ API parity; Python returns only the boolean result.

usdrt.Rt module

class usdrt.Rt.Boundable

Schema for reading and writing Fabric world-extent attributes.

Matches the C++ RtBoundable API for _worldExtent, which Fabric Scene Delegate uses when evaluating renderable geometry.

This schema inherits Rt.Xformable, so it also exposes Fabric transform authoring helpers.

usdrt-specific behavior: CreateWorldExtentAttr(defaultValue) sets the value on every call, including when the attribute already exists. This differs from the typical USD create-or-get pattern.

ClearWorldExtent(self: usdrt.Rt.Boundable) → bool

Clear authored world extent.

CreateWorldExtentAttr(

self: usdrt.Rt.Boundable,

defaultValue: usdrt.Gf.Range3d = Gf.Range3d(Gf.Vec3d(1.7976931348623157e+308, 1.7976931348623157e+308, 1.7976931348623157e+308), Gf.Vec3d(-1.7976931348623157e+308, -1.7976931348623157e+308, -1.7976931348623157e+308)),

) → usdrt.Usd.Attribute

Create or get the world-space extent attribute, then set it to defaultValue on every call (unlike USD create-or-get behavior).

GetWorldExtentAttr(

self: usdrt.Rt.Boundable,

) → usdrt.Usd.Attribute

Return world-space extent (_worldExtent). Fabric Scene Delegate requires this for renderable geometry in Fabric.

HasWorldExtent(self: usdrt.Rt.Boundable) → bool

Return whether world extent is authored.

SetWorldExtentFromUsd(self: usdrt.Rt.Boundable) → bool

Copy world extent from USD into Fabric (_worldExtent).

class usdrt.Rt.ChangeTracker

Track Fabric changes on a stage using Fabric listeners. Unlike USD TfNotice workflows, this API is non-blocking and bucket-based.

AttributeChanged(*args, **kwargs)

Overloaded function.

1. AttributeChanged(self: usdrt.Rt.ChangeTracker, attr: usdrt.Usd.Attribute) -> bool

Return whether attr changed.

2. AttributeChanged(self: usdrt.Rt.ChangeTracker, attrPath: usdrt.Sdf.Path) -> bool

Return whether the attribute at attrPath changed.

ClearChanges(self: usdrt.Rt.ChangeTracker) → None

Pop and clear all accumulated Fabric change records for this listener.

EnablePrimCreateTracking(

self: usdrt.Rt.ChangeTracker,

) → None

Enable tracking for newly-created Fabric prims so GetAddedPrims() can report them.

GetAddedPrims(

self: usdrt.Rt.ChangeTracker,

) → List[usdrt.Sdf.Path]

Return newly-created Fabric prim paths since the last clear/pop.

GetAllChangedAttributes(

self: usdrt.Rt.ChangeTracker,

) → List[usdrt.Sdf.Path]

Return full property Sdf.Path values for every changed prim/attribute pair.

GetAllChangedPrims(

self: usdrt.Rt.ChangeTracker,

) → List[usdrt.Sdf.Path]

Return all changed prim paths.

GetChangedAttributes(*args, **kwargs)

Overloaded function.

1. GetChangedAttributes(self: usdrt.Rt.ChangeTracker, prim: usdrt.Usd.Prim) -> List[TfToken]

Return names of tracked attributes that changed on prim.

2. GetChangedAttributes(self: usdrt.Rt.ChangeTracker, primPath: usdrt.Sdf.Path) -> List[TfToken]

Return names of tracked attributes that changed below the prim at primPath.

GetTrackedAttributes(

self: usdrt.Rt.ChangeTracker,

) → List[TfToken]

Return all tracked attribute names.

HasChanges(self: usdrt.Rt.ChangeTracker) → bool

Return whether tracked changes were observed.

IsChangeTrackingPaused(

self: usdrt.Rt.ChangeTracker,

) → bool

Return whether tracking is paused.

IsTrackingAttribute(

self: usdrt.Rt.ChangeTracker,

attrName: TfToken,

) → bool

Return whether attrName is currently tracked.

PauseTracking(self: usdrt.Rt.ChangeTracker) → None

Pause change tracking.

PrimChanged(*args, **kwargs)

Overloaded function.

1. PrimChanged(self: usdrt.Rt.ChangeTracker, prim: usdrt.Usd.Prim) -> bool

Return whether prim changed.

2. PrimChanged(self: usdrt.Rt.ChangeTracker, primPath: usdrt.Sdf.Path) -> bool

Return whether the prim at primPath changed.

ResumeTracking(self: usdrt.Rt.ChangeTracker) → None

Resume change tracking.

StopTrackingAttribute(

self: usdrt.Rt.ChangeTracker,

attrName: TfToken,

) → None

Stop tracking changes for an attribute name.

TrackAttribute(

self: usdrt.Rt.ChangeTracker,

attrName: TfToken,

) → None

Start tracking changes for an attribute name.

class usdrt.Rt.RtPrimSelection

GetCount(self: usdrt.Rt.RtPrimSelection) → int

GetPaths(

self: usdrt.Rt.RtPrimSelection,

) → List[usdrt.Sdf.Path]

PrepareForReuse(

self: usdrt.Rt.RtPrimSelection,

) → bool

class usdrt.Rt.Xformable

Schema for reading and writing Fabric/OmniHydra transform attributes.

Matches the C++ RtXformable API for Fabric hierarchy transforms (omni:fabric:localMatrix, omni:fabric:worldMatrix) and OmniHydra world/local transform overrides (_worldPosition, _worldOrientation, _worldScale, _localMatrix).

usdrt-specific behavior: Create*Attr(defaultValue) methods set the value on every call, including when the attribute already exists. This differs from the typical USD create-or-get pattern.

ClearLocalXform(self: usdrt.Rt.Xformable) → bool

Clear authored local transform attributes.

ClearWorldXform(self: usdrt.Rt.Xformable) → bool

Clear authored world transform attributes.

CreateFabricHierarchyLocalMatrixAttr(

self: usdrt.Rt.Xformable,

defaultValue: usdrt.Gf.Matrix4d = Gf.Matrix4d(1.0, 0.0, 0.0, 0.0, 0.0, 1.0, 0.0, 0.0, 0.0, 0.0, 1.0, 0.0, 0.0, 0.0, 0.0, 1.0),

) → usdrt.Usd.Attribute

Create or get the Fabric hierarchy local matrix attribute, then set it to defaultValue on every call (unlike USD create-or-get behavior).

CreateFabricHierarchyWorldMatrixAttr(

self: usdrt.Rt.Xformable,

defaultValue: usdrt.Gf.Matrix4d = Gf.Matrix4d(1.0, 0.0, 0.0, 0.0, 0.0, 1.0, 0.0, 0.0, 0.0, 0.0, 1.0, 0.0, 0.0, 0.0, 0.0, 1.0),

) → usdrt.Usd.Attribute

Create or get the Fabric hierarchy world matrix attribute, then set it to defaultValue on every call (unlike USD create-or-get behavior).

CreateLocalMatrixAttr(

self: usdrt.Rt.Xformable,

defaultValue: usdrt.Gf.Matrix4d = Gf.Matrix4d(1.0, 0.0, 0.0, 0.0, 0.0, 1.0, 0.0, 0.0, 0.0, 0.0, 1.0, 0.0, 0.0, 0.0, 0.0, 1.0),

) → usdrt.Usd.Attribute

Create or get the local transform matrix attribute, then set it to defaultValue on every call (unlike USD create-or-get behavior).

CreateWorldOrientationAttr(

self: usdrt.Rt.Xformable,

defaultValue: usdrt.Gf.Quatf = Gf.Quatf(1.0, Gf.Vec3f(0.0, 0.0, 0.0)),

) → usdrt.Usd.Attribute

Create or get the world-space orientation attribute, then set it to defaultValue on every call (unlike USD create-or-get behavior).

CreateWorldPositionAttr(

self: usdrt.Rt.Xformable,

defaultValue: usdrt.Gf.Vec3d = Gf.Vec3d(0.0, 0.0, 0.0),

) → usdrt.Usd.Attribute

Create or get the world-space translation attribute, then set it to defaultValue on every call (unlike USD create-or-get behavior).

CreateWorldScaleAttr(

self: usdrt.Rt.Xformable,

defaultValue: usdrt.Gf.Vec3f = Gf.Vec3f(1.0, 1.0, 1.0),

) → usdrt.Usd.Attribute

Create or get the world-space scale attribute, then set it to defaultValue on every call (unlike USD create-or-get behavior).

GetFabricHierarchyLocalMatrixAttr(

self: usdrt.Rt.Xformable,

) → usdrt.Usd.Attribute

Return the Fabric hierarchy local matrix attribute (omni:fabric:localMatrix).

GetFabricHierarchyWorldMatrixAttr(

self: usdrt.Rt.Xformable,

) → usdrt.Usd.Attribute

Return the Fabric hierarchy world matrix attribute (omni:fabric:worldMatrix).

GetLocalMatrixAttr(

self: usdrt.Rt.Xformable,

) → usdrt.Usd.Attribute

Return local transform matrix (_localMatrix). Used only when no world-xform attributes are authored.

GetPath(self: usdrt.Rt.Xformable) → usdrt.Sdf.Path

Return the wrapped prim path.

GetPrim(self: usdrt.Rt.Xformable) → usdrt.Usd.Prim

Return the wrapped prim.

GetWorldOrientationAttr(

self: usdrt.Rt.Xformable,

) → usdrt.Usd.Attribute

Return world-space orientation (_worldOrientation). If any world-xform component is authored, OmniHydra prefers world-xform over local/USD transforms.

GetWorldPositionAttr(

self: usdrt.Rt.Xformable,

) → usdrt.Usd.Attribute

Return world-space translation (_worldPosition). If any world-xform component is authored, OmniHydra prefers world-xform over local/USD transforms.

GetWorldScaleAttr(

self: usdrt.Rt.Xformable,

) → usdrt.Usd.Attribute

Return world-space scale (_worldScale). If any world-xform component is authored, OmniHydra prefers world-xform over local/USD transforms.

HasLocalXform(self: usdrt.Rt.Xformable) → bool

Return whether local transform attributes are authored.

HasWorldXform(self: usdrt.Rt.Xformable) → bool

Return whether world transform attributes are authored.

SetLocalXformFromUsd(self: usdrt.Rt.Xformable) → bool

Copy local transform values from USD into Fabric (_localMatrix).

SetWorldXformFromUsd(self: usdrt.Rt.Xformable) → bool

Copy world transform values from USD into Fabric (_worldPosition, _worldOrientation, _worldScale).

usdrt.UsdGeom module

class usdrt.UsdGeom.BasisCurves

CreateBasisAttr(

self: usdrt.UsdGeom.BasisCurves,

) → usdrt.Usd.Attribute

CreateTypeAttr(

self: usdrt.UsdGeom.BasisCurves,

) → usdrt.Usd.Attribute

CreateWrapAttr(

self: usdrt.UsdGeom.BasisCurves,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdGeom.BasisCurves

GetBasisAttr(

self: usdrt.UsdGeom.BasisCurves,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetTypeAttr(

self: usdrt.UsdGeom.BasisCurves,

) → usdrt.Usd.Attribute

GetWrapAttr(

self: usdrt.UsdGeom.BasisCurves,

) → usdrt.Usd.Attribute

class usdrt.UsdGeom.Boundable

CreateExtentAttr(

self: usdrt.UsdGeom.Boundable,

) → usdrt.Usd.Attribute

GetExtentAttr(

self: usdrt.UsdGeom.Boundable,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

class usdrt.UsdGeom.Camera

CreateClippingPlanesAttr(

self: usdrt.UsdGeom.Camera,

) → usdrt.Usd.Attribute

CreateClippingRangeAttr(

self: usdrt.UsdGeom.Camera,

) → usdrt.Usd.Attribute

CreateExposureAttr(

self: usdrt.UsdGeom.Camera,

) → usdrt.Usd.Attribute

CreateFStopAttr(

self: usdrt.UsdGeom.Camera,

) → usdrt.Usd.Attribute

CreateFocalLengthAttr(

self: usdrt.UsdGeom.Camera,

) → usdrt.Usd.Attribute

CreateFocusDistanceAttr(

self: usdrt.UsdGeom.Camera,

) → usdrt.Usd.Attribute

CreateHorizontalApertureAttr(

self: usdrt.UsdGeom.Camera,

) → usdrt.Usd.Attribute

CreateHorizontalApertureOffsetAttr(

self: usdrt.UsdGeom.Camera,

) → usdrt.Usd.Attribute

CreateProjectionAttr(

self: usdrt.UsdGeom.Camera,

) → usdrt.Usd.Attribute

CreateShutterCloseAttr(

self: usdrt.UsdGeom.Camera,

) → usdrt.Usd.Attribute

CreateShutterOpenAttr(

self: usdrt.UsdGeom.Camera,

) → usdrt.Usd.Attribute

CreateStereoRoleAttr(

self: usdrt.UsdGeom.Camera,

) → usdrt.Usd.Attribute

CreateVerticalApertureAttr(

self: usdrt.UsdGeom.Camera,

) → usdrt.Usd.Attribute

CreateVerticalApertureOffsetAttr(

self: usdrt.UsdGeom.Camera,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdGeom.Camera

GetClippingPlanesAttr(

self: usdrt.UsdGeom.Camera,

) → usdrt.Usd.Attribute

GetClippingRangeAttr(

self: usdrt.UsdGeom.Camera,

) → usdrt.Usd.Attribute

GetExposureAttr(

self: usdrt.UsdGeom.Camera,

) → usdrt.Usd.Attribute

GetFStopAttr(self: usdrt.UsdGeom.Camera) → usdrt.Usd.Attribute

GetFocalLengthAttr(

self: usdrt.UsdGeom.Camera,

) → usdrt.Usd.Attribute

GetFocusDistanceAttr(

self: usdrt.UsdGeom.Camera,

) → usdrt.Usd.Attribute

GetHorizontalApertureAttr(

self: usdrt.UsdGeom.Camera,

) → usdrt.Usd.Attribute

GetHorizontalApertureOffsetAttr(

self: usdrt.UsdGeom.Camera,

) → usdrt.Usd.Attribute

GetProjectionAttr(

self: usdrt.UsdGeom.Camera,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetShutterCloseAttr(

self: usdrt.UsdGeom.Camera,

) → usdrt.Usd.Attribute

GetShutterOpenAttr(

self: usdrt.UsdGeom.Camera,

) → usdrt.Usd.Attribute

GetStereoRoleAttr(

self: usdrt.UsdGeom.Camera,

) → usdrt.Usd.Attribute

GetVerticalApertureAttr(

self: usdrt.UsdGeom.Camera,

) → usdrt.Usd.Attribute

GetVerticalApertureOffsetAttr(

self: usdrt.UsdGeom.Camera,

) → usdrt.Usd.Attribute

class usdrt.UsdGeom.Capsule

CreateAxisAttr(

self: usdrt.UsdGeom.Capsule,

) → usdrt.Usd.Attribute

CreateExtentAttr(

self: usdrt.UsdGeom.Capsule,

) → usdrt.Usd.Attribute

CreateHeightAttr(

self: usdrt.UsdGeom.Capsule,

) → usdrt.Usd.Attribute

CreateRadiusAttr(

self: usdrt.UsdGeom.Capsule,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdGeom.Capsule

GetAxisAttr(

self: usdrt.UsdGeom.Capsule,

) → usdrt.Usd.Attribute

GetExtentAttr(

self: usdrt.UsdGeom.Capsule,

) → usdrt.Usd.Attribute

GetHeightAttr(

self: usdrt.UsdGeom.Capsule,

) → usdrt.Usd.Attribute

GetRadiusAttr(

self: usdrt.UsdGeom.Capsule,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

class usdrt.UsdGeom.Cone

CreateAxisAttr(self: usdrt.UsdGeom.Cone) → usdrt.Usd.Attribute

CreateExtentAttr(self: usdrt.UsdGeom.Cone) → usdrt.Usd.Attribute

CreateHeightAttr(self: usdrt.UsdGeom.Cone) → usdrt.Usd.Attribute

CreateRadiusAttr(self: usdrt.UsdGeom.Cone) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdGeom.Cone

GetAxisAttr(self: usdrt.UsdGeom.Cone) → usdrt.Usd.Attribute

GetExtentAttr(self: usdrt.UsdGeom.Cone) → usdrt.Usd.Attribute

GetHeightAttr(self: usdrt.UsdGeom.Cone) → usdrt.Usd.Attribute

GetRadiusAttr(self: usdrt.UsdGeom.Cone) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

class usdrt.UsdGeom.Cube

CreateExtentAttr(self: usdrt.UsdGeom.Cube) → usdrt.Usd.Attribute

CreateSizeAttr(self: usdrt.UsdGeom.Cube) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdGeom.Cube

GetExtentAttr(self: usdrt.UsdGeom.Cube) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetSizeAttr(self: usdrt.UsdGeom.Cube) → usdrt.Usd.Attribute

class usdrt.UsdGeom.Curves

CreateCurveVertexCountsAttr(

self: usdrt.UsdGeom.Curves,

) → usdrt.Usd.Attribute

CreateWidthsAttr(

self: usdrt.UsdGeom.Curves,

) → usdrt.Usd.Attribute

GetCurveVertexCountsAttr(

self: usdrt.UsdGeom.Curves,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetWidthsAttr(

self: usdrt.UsdGeom.Curves,

) → usdrt.Usd.Attribute

class usdrt.UsdGeom.Cylinder

CreateAxisAttr(

self: usdrt.UsdGeom.Cylinder,

) → usdrt.Usd.Attribute

CreateExtentAttr(

self: usdrt.UsdGeom.Cylinder,

) → usdrt.Usd.Attribute

CreateHeightAttr(

self: usdrt.UsdGeom.Cylinder,

) → usdrt.Usd.Attribute

CreateRadiusAttr(

self: usdrt.UsdGeom.Cylinder,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdGeom.Cylinder

GetAxisAttr(

self: usdrt.UsdGeom.Cylinder,

) → usdrt.Usd.Attribute

GetExtentAttr(

self: usdrt.UsdGeom.Cylinder,

) → usdrt.Usd.Attribute

GetHeightAttr(

self: usdrt.UsdGeom.Cylinder,

) → usdrt.Usd.Attribute

GetRadiusAttr(

self: usdrt.UsdGeom.Cylinder,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

class usdrt.UsdGeom.Gprim

CreateDisplayColorAttr(

self: usdrt.UsdGeom.Gprim,

) → usdrt.Usd.Attribute

CreateDisplayOpacityAttr(

self: usdrt.UsdGeom.Gprim,

) → usdrt.Usd.Attribute

CreateDoubleSidedAttr(

self: usdrt.UsdGeom.Gprim,

) → usdrt.Usd.Attribute

CreateOrientationAttr(

self: usdrt.UsdGeom.Gprim,

) → usdrt.Usd.Attribute

GetDisplayColorAttr(

self: usdrt.UsdGeom.Gprim,

) → usdrt.Usd.Attribute

GetDisplayOpacityAttr(

self: usdrt.UsdGeom.Gprim,

) → usdrt.Usd.Attribute

GetDoubleSidedAttr(

self: usdrt.UsdGeom.Gprim,

) → usdrt.Usd.Attribute

GetOrientationAttr(

self: usdrt.UsdGeom.Gprim,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

class usdrt.UsdGeom.HermiteCurves

CreateTangentsAttr(

self: usdrt.UsdGeom.HermiteCurves,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdGeom.HermiteCurves

static GetSchemaTypeName() → TfToken

GetTangentsAttr(

self: usdrt.UsdGeom.HermiteCurves,

) → usdrt.Usd.Attribute

class usdrt.UsdGeom.Imageable

CreateProxyPrimRel(

self: usdrt.UsdGeom.Imageable,

) → usdrt.Usd.Relationship

CreatePurposeAttr(

self: usdrt.UsdGeom.Imageable,

) → usdrt.Usd.Attribute

CreateVisibilityAttr(

self: usdrt.UsdGeom.Imageable,

) → usdrt.Usd.Attribute

GetProxyPrimRel(

self: usdrt.UsdGeom.Imageable,

) → usdrt.Usd.Relationship

GetPurposeAttr(

self: usdrt.UsdGeom.Imageable,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetVisibilityAttr(

self: usdrt.UsdGeom.Imageable,

) → usdrt.Usd.Attribute

class usdrt.UsdGeom.Mesh

CreateCornerIndicesAttr(

self: usdrt.UsdGeom.Mesh,

) → usdrt.Usd.Attribute

CreateCornerSharpnessesAttr(

self: usdrt.UsdGeom.Mesh,

) → usdrt.Usd.Attribute

CreateCreaseIndicesAttr(

self: usdrt.UsdGeom.Mesh,

) → usdrt.Usd.Attribute

CreateCreaseLengthsAttr(

self: usdrt.UsdGeom.Mesh,

) → usdrt.Usd.Attribute

CreateCreaseSharpnessesAttr(

self: usdrt.UsdGeom.Mesh,

) → usdrt.Usd.Attribute

CreateFaceVaryingLinearInterpolationAttr(

self: usdrt.UsdGeom.Mesh,

) → usdrt.Usd.Attribute

CreateFaceVertexCountsAttr(

self: usdrt.UsdGeom.Mesh,

) → usdrt.Usd.Attribute

CreateFaceVertexIndicesAttr(

self: usdrt.UsdGeom.Mesh,

) → usdrt.Usd.Attribute

CreateHoleIndicesAttr(

self: usdrt.UsdGeom.Mesh,

) → usdrt.Usd.Attribute

CreateInterpolateBoundaryAttr(

self: usdrt.UsdGeom.Mesh,

) → usdrt.Usd.Attribute

CreateSubdivisionSchemeAttr(

self: usdrt.UsdGeom.Mesh,

) → usdrt.Usd.Attribute

CreateTriangleSubdivisionRuleAttr(

self: usdrt.UsdGeom.Mesh,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdGeom.Mesh

GetCornerIndicesAttr(

self: usdrt.UsdGeom.Mesh,

) → usdrt.Usd.Attribute

GetCornerSharpnessesAttr(

self: usdrt.UsdGeom.Mesh,

) → usdrt.Usd.Attribute

GetCreaseIndicesAttr(

self: usdrt.UsdGeom.Mesh,

) → usdrt.Usd.Attribute

GetCreaseLengthsAttr(

self: usdrt.UsdGeom.Mesh,

) → usdrt.Usd.Attribute

GetCreaseSharpnessesAttr(

self: usdrt.UsdGeom.Mesh,

) → usdrt.Usd.Attribute

GetFaceVaryingLinearInterpolationAttr(

self: usdrt.UsdGeom.Mesh,

) → usdrt.Usd.Attribute

GetFaceVertexCountsAttr(

self: usdrt.UsdGeom.Mesh,

) → usdrt.Usd.Attribute

GetFaceVertexIndicesAttr(

self: usdrt.UsdGeom.Mesh,

) → usdrt.Usd.Attribute

GetHoleIndicesAttr(

self: usdrt.UsdGeom.Mesh,

) → usdrt.Usd.Attribute

GetInterpolateBoundaryAttr(

self: usdrt.UsdGeom.Mesh,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetSubdivisionSchemeAttr(

self: usdrt.UsdGeom.Mesh,

) → usdrt.Usd.Attribute

GetTriangleSubdivisionRuleAttr(

self: usdrt.UsdGeom.Mesh,

) → usdrt.Usd.Attribute

class usdrt.UsdGeom.ModelAPI

static Apply(prim: usdrt.Usd.Prim) → usdrt.UsdGeom.ModelAPI

CreateModelApplyDrawModeAttr(

self: usdrt.UsdGeom.ModelAPI,

) → usdrt.Usd.Attribute

CreateModelCardGeometryAttr(

self: usdrt.UsdGeom.ModelAPI,

) → usdrt.Usd.Attribute

CreateModelCardTextureXNegAttr(

self: usdrt.UsdGeom.ModelAPI,

) → usdrt.Usd.Attribute

CreateModelCardTextureXPosAttr(

self: usdrt.UsdGeom.ModelAPI,

) → usdrt.Usd.Attribute

CreateModelCardTextureYNegAttr(

self: usdrt.UsdGeom.ModelAPI,

) → usdrt.Usd.Attribute

CreateModelCardTextureYPosAttr(

self: usdrt.UsdGeom.ModelAPI,

) → usdrt.Usd.Attribute

CreateModelCardTextureZNegAttr(

self: usdrt.UsdGeom.ModelAPI,

) → usdrt.Usd.Attribute

CreateModelCardTextureZPosAttr(

self: usdrt.UsdGeom.ModelAPI,

) → usdrt.Usd.Attribute

CreateModelDrawModeAttr(

self: usdrt.UsdGeom.ModelAPI,

) → usdrt.Usd.Attribute

CreateModelDrawModeColorAttr(

self: usdrt.UsdGeom.ModelAPI,

) → usdrt.Usd.Attribute

GetModelApplyDrawModeAttr(

self: usdrt.UsdGeom.ModelAPI,

) → usdrt.Usd.Attribute

GetModelCardGeometryAttr(

self: usdrt.UsdGeom.ModelAPI,

) → usdrt.Usd.Attribute

GetModelCardTextureXNegAttr(

self: usdrt.UsdGeom.ModelAPI,

) → usdrt.Usd.Attribute

GetModelCardTextureXPosAttr(

self: usdrt.UsdGeom.ModelAPI,

) → usdrt.Usd.Attribute

GetModelCardTextureYNegAttr(

self: usdrt.UsdGeom.ModelAPI,

) → usdrt.Usd.Attribute

GetModelCardTextureYPosAttr(

self: usdrt.UsdGeom.ModelAPI,

) → usdrt.Usd.Attribute

GetModelCardTextureZNegAttr(

self: usdrt.UsdGeom.ModelAPI,

) → usdrt.Usd.Attribute

GetModelCardTextureZPosAttr(

self: usdrt.UsdGeom.ModelAPI,

) → usdrt.Usd.Attribute

GetModelDrawModeAttr(

self: usdrt.UsdGeom.ModelAPI,

) → usdrt.Usd.Attribute

GetModelDrawModeColorAttr(

self: usdrt.UsdGeom.ModelAPI,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

class usdrt.UsdGeom.MotionAPI

static Apply(prim: usdrt.Usd.Prim) → usdrt.UsdGeom.MotionAPI

CreateMotionBlurScaleAttr(

self: usdrt.UsdGeom.MotionAPI,

) → usdrt.Usd.Attribute

CreateNonlinearSampleCountAttr(

self: usdrt.UsdGeom.MotionAPI,

) → usdrt.Usd.Attribute

CreateVelocityScaleAttr(

self: usdrt.UsdGeom.MotionAPI,

) → usdrt.Usd.Attribute

GetMotionBlurScaleAttr(

self: usdrt.UsdGeom.MotionAPI,

) → usdrt.Usd.Attribute

GetNonlinearSampleCountAttr(

self: usdrt.UsdGeom.MotionAPI,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetVelocityScaleAttr(

self: usdrt.UsdGeom.MotionAPI,

) → usdrt.Usd.Attribute

class usdrt.UsdGeom.NurbsCurves

CreateFormAttr(

self: usdrt.UsdGeom.NurbsCurves,

) → usdrt.Usd.Attribute

CreateKnotsAttr(

self: usdrt.UsdGeom.NurbsCurves,

) → usdrt.Usd.Attribute

CreateOrderAttr(

self: usdrt.UsdGeom.NurbsCurves,

) → usdrt.Usd.Attribute

CreatePointWeightsAttr(

self: usdrt.UsdGeom.NurbsCurves,

) → usdrt.Usd.Attribute

CreateRangesAttr(

self: usdrt.UsdGeom.NurbsCurves,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdGeom.NurbsCurves

GetFormAttr(

self: usdrt.UsdGeom.NurbsCurves,

) → usdrt.Usd.Attribute

GetKnotsAttr(

self: usdrt.UsdGeom.NurbsCurves,

) → usdrt.Usd.Attribute

GetOrderAttr(

self: usdrt.UsdGeom.NurbsCurves,

) → usdrt.Usd.Attribute

GetPointWeightsAttr(

self: usdrt.UsdGeom.NurbsCurves,

) → usdrt.Usd.Attribute

GetRangesAttr(

self: usdrt.UsdGeom.NurbsCurves,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

class usdrt.UsdGeom.NurbsPatch

CreatePointWeightsAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

CreateTrimCurveCountsAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

CreateTrimCurveKnotsAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

CreateTrimCurveOrdersAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

CreateTrimCurvePointsAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

CreateTrimCurveRangesAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

CreateTrimCurveVertexCountsAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

CreateUFormAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

CreateUKnotsAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

CreateUOrderAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

CreateURangeAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

CreateUVertexCountAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

CreateVFormAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

CreateVKnotsAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

CreateVOrderAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

CreateVRangeAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

CreateVVertexCountAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdGeom.NurbsPatch

GetPointWeightsAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetTrimCurveCountsAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

GetTrimCurveKnotsAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

GetTrimCurveOrdersAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

GetTrimCurvePointsAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

GetTrimCurveRangesAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

GetTrimCurveVertexCountsAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

GetUFormAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

GetUKnotsAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

GetUOrderAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

GetURangeAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

GetUVertexCountAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

GetVFormAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

GetVKnotsAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

GetVOrderAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

GetVRangeAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

GetVVertexCountAttr(

self: usdrt.UsdGeom.NurbsPatch,

) → usdrt.Usd.Attribute

class usdrt.UsdGeom.Plane

CreateAxisAttr(self: usdrt.UsdGeom.Plane) → usdrt.Usd.Attribute

CreateDoubleSidedAttr(

self: usdrt.UsdGeom.Plane,

) → usdrt.Usd.Attribute

CreateExtentAttr(

self: usdrt.UsdGeom.Plane,

) → usdrt.Usd.Attribute

CreateLengthAttr(

self: usdrt.UsdGeom.Plane,

) → usdrt.Usd.Attribute

CreateWidthAttr(

self: usdrt.UsdGeom.Plane,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdGeom.Plane

GetAxisAttr(self: usdrt.UsdGeom.Plane) → usdrt.Usd.Attribute

GetDoubleSidedAttr(

self: usdrt.UsdGeom.Plane,

) → usdrt.Usd.Attribute

GetExtentAttr(self: usdrt.UsdGeom.Plane) → usdrt.Usd.Attribute

GetLengthAttr(self: usdrt.UsdGeom.Plane) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetWidthAttr(self: usdrt.UsdGeom.Plane) → usdrt.Usd.Attribute

class usdrt.UsdGeom.PointBased

CreateAccelerationsAttr(

self: usdrt.UsdGeom.PointBased,

) → usdrt.Usd.Attribute

CreateNormalsAttr(

self: usdrt.UsdGeom.PointBased,

) → usdrt.Usd.Attribute

CreatePointsAttr(

self: usdrt.UsdGeom.PointBased,

) → usdrt.Usd.Attribute

CreateVelocitiesAttr(

self: usdrt.UsdGeom.PointBased,

) → usdrt.Usd.Attribute

GetAccelerationsAttr(

self: usdrt.UsdGeom.PointBased,

) → usdrt.Usd.Attribute

GetNormalsAttr(

self: usdrt.UsdGeom.PointBased,

) → usdrt.Usd.Attribute

GetPointsAttr(

self: usdrt.UsdGeom.PointBased,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetVelocitiesAttr(

self: usdrt.UsdGeom.PointBased,

) → usdrt.Usd.Attribute

class usdrt.UsdGeom.PointInstancer

CreateAccelerationsAttr(

self: usdrt.UsdGeom.PointInstancer,

) → usdrt.Usd.Attribute

CreateAngularVelocitiesAttr(

self: usdrt.UsdGeom.PointInstancer,

) → usdrt.Usd.Attribute

CreateIdsAttr(

self: usdrt.UsdGeom.PointInstancer,

) → usdrt.Usd.Attribute

CreateInvisibleIdsAttr(

self: usdrt.UsdGeom.PointInstancer,

) → usdrt.Usd.Attribute

CreateOrientationsAttr(

self: usdrt.UsdGeom.PointInstancer,

) → usdrt.Usd.Attribute

CreatePositionsAttr(

self: usdrt.UsdGeom.PointInstancer,

) → usdrt.Usd.Attribute

CreateProtoIndicesAttr(

self: usdrt.UsdGeom.PointInstancer,

) → usdrt.Usd.Attribute

CreatePrototypesRel(

self: usdrt.UsdGeom.PointInstancer,

) → usdrt.Usd.Relationship

CreateScalesAttr(

self: usdrt.UsdGeom.PointInstancer,

) → usdrt.Usd.Attribute

CreateVelocitiesAttr(

self: usdrt.UsdGeom.PointInstancer,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdGeom.PointInstancer

GetAccelerationsAttr(

self: usdrt.UsdGeom.PointInstancer,

) → usdrt.Usd.Attribute

GetAngularVelocitiesAttr(

self: usdrt.UsdGeom.PointInstancer,

) → usdrt.Usd.Attribute

GetIdsAttr(

self: usdrt.UsdGeom.PointInstancer,

) → usdrt.Usd.Attribute

GetInvisibleIdsAttr(

self: usdrt.UsdGeom.PointInstancer,

) → usdrt.Usd.Attribute

GetOrientationsAttr(

self: usdrt.UsdGeom.PointInstancer,

) → usdrt.Usd.Attribute

GetPositionsAttr(

self: usdrt.UsdGeom.PointInstancer,

) → usdrt.Usd.Attribute

GetProtoIndicesAttr(

self: usdrt.UsdGeom.PointInstancer,

) → usdrt.Usd.Attribute

GetPrototypesRel(

self: usdrt.UsdGeom.PointInstancer,

) → usdrt.Usd.Relationship

GetScalesAttr(

self: usdrt.UsdGeom.PointInstancer,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetVelocitiesAttr(

self: usdrt.UsdGeom.PointInstancer,

) → usdrt.Usd.Attribute

class usdrt.UsdGeom.Points

CreateIdsAttr(

self: usdrt.UsdGeom.Points,

) → usdrt.Usd.Attribute

CreateWidthsAttr(

self: usdrt.UsdGeom.Points,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdGeom.Points

GetIdsAttr(self: usdrt.UsdGeom.Points) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetWidthsAttr(

self: usdrt.UsdGeom.Points,

) → usdrt.Usd.Attribute

class usdrt.UsdGeom.Primvar

Get(

self: usdrt.UsdGeom.Primvar,

time: usdrt.Usd.TimeCode = Usd.TimeCode.Default(),

) → object

GetAttr(self: usdrt.UsdGeom.Primvar) → usdrt.Usd.Attribute

GetInterpolation(self: usdrt.UsdGeom.Primvar) → TfToken

GetName(self: usdrt.UsdGeom.Primvar) → TfToken

HasAuthoredInterpolation(self: usdrt.UsdGeom.Primvar) → bool

HasAuthoredValue(self: usdrt.UsdGeom.Primvar) → bool

HasValue(self: usdrt.UsdGeom.Primvar) → bool

IsDefined(self: usdrt.UsdGeom.Primvar) → bool

static IsPrimvar(attr: usdrt.Usd.Attribute) → bool

static IsValidInterpolation(interpolation: TfToken) → bool

static IsValidInterpolationName(name: TfToken) → bool

static IsValidPrimvarName(name: TfToken) → bool

Set(

self: usdrt.UsdGeom.Primvar,

value: object,

time: usdrt.Usd.TimeCode = Usd.TimeCode.Default(),

) → bool

SetInterpolation(

self: usdrt.UsdGeom.Primvar,

interpolation: TfToken,

) → bool

static StripInterpolationName(name: TfToken) → TfToken

static StripPrimvarsName(name: TfToken) → TfToken

class usdrt.UsdGeom.PrimvarsAPI

static CanContainPropertyName(name: TfToken) → bool

CreatePrimvar(

self: usdrt.UsdGeom.PrimvarsAPI,

name: TfToken,

typeName: usdrt.Sdf.ValueTypeName,

interpolation: TfToken = '',

) → usdrt.UsdGeom.Primvar

FindIncrementallyInheritablePrimvars(

self: usdrt.UsdGeom.PrimvarsAPI,

inheritedFromAncestors: List[usdrt.UsdGeom.Primvar],

) → List[usdrt.UsdGeom.Primvar]

FindInheritablePrimvars(

self: usdrt.UsdGeom.PrimvarsAPI,

) → List[usdrt.UsdGeom.Primvar]

FindInheritedPrimvar(

self: usdrt.UsdGeom.PrimvarsAPI,

arg0: TfToken,

) → usdrt.UsdGeom.Primvar

FindInheritedPrimvars(

self: usdrt.UsdGeom.PrimvarsAPI,

) → List[usdrt.UsdGeom.Primvar]

FindPrimvarWithInheritance(*args, **kwargs)

Overloaded function.

1. FindPrimvarWithInheritance(self: usdrt.UsdGeom.PrimvarsAPI, arg0: TfToken) -> usdrt.UsdGeom.Primvar

2. FindPrimvarWithInheritance(self: usdrt.UsdGeom.PrimvarsAPI, arg0: TfToken, arg1: List[usdrt.UsdGeom.Primvar]) -> usdrt.UsdGeom.Primvar

FindPrimvarsWithInheritance(*args, **kwargs)

Overloaded function.

1. FindPrimvarsWithInheritance(self: usdrt.UsdGeom.PrimvarsAPI) -> List[usdrt.UsdGeom.Primvar]

2. FindPrimvarsWithInheritance(self: usdrt.UsdGeom.PrimvarsAPI, arg0: List[usdrt.UsdGeom.Primvar]) -> List[usdrt.UsdGeom.Primvar]

GetAuthoredPrimvars(

self: usdrt.UsdGeom.PrimvarsAPI,

) → List[usdrt.UsdGeom.Primvar]

GetPrimvar(

self: usdrt.UsdGeom.PrimvarsAPI,

arg0: TfToken,

) → usdrt.UsdGeom.Primvar

GetPrimvars(

self: usdrt.UsdGeom.PrimvarsAPI,

) → List[usdrt.UsdGeom.Primvar]

GetPrimvarsWithAuthoredValues(

self: usdrt.UsdGeom.PrimvarsAPI,

) → List[usdrt.UsdGeom.Primvar]

GetPrimvarsWithValues(

self: usdrt.UsdGeom.PrimvarsAPI,

) → List[usdrt.UsdGeom.Primvar]

static GetSchemaTypeName() → TfToken

HasPossiblyInheritedPrimvar(

self: usdrt.UsdGeom.PrimvarsAPI,

name: TfToken,

) → bool

class usdrt.UsdGeom.Scope

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdGeom.Scope

static GetSchemaTypeName() → TfToken

class usdrt.UsdGeom.Sphere

CreateExtentAttr(

self: usdrt.UsdGeom.Sphere,

) → usdrt.Usd.Attribute

CreateRadiusAttr(

self: usdrt.UsdGeom.Sphere,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdGeom.Sphere

GetExtentAttr(

self: usdrt.UsdGeom.Sphere,

) → usdrt.Usd.Attribute

GetRadiusAttr(

self: usdrt.UsdGeom.Sphere,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

class usdrt.UsdGeom.Subset

CreateElementTypeAttr(

self: usdrt.UsdGeom.Subset,

) → usdrt.Usd.Attribute

CreateFamilyNameAttr(

self: usdrt.UsdGeom.Subset,

) → usdrt.Usd.Attribute

CreateIndicesAttr(

self: usdrt.UsdGeom.Subset,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdGeom.Subset

GetElementTypeAttr(

self: usdrt.UsdGeom.Subset,

) → usdrt.Usd.Attribute

GetFamilyNameAttr(

self: usdrt.UsdGeom.Subset,

) → usdrt.Usd.Attribute

GetIndicesAttr(

self: usdrt.UsdGeom.Subset,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

class usdrt.UsdGeom.VisibilityAPI

static Apply(

prim: usdrt.Usd.Prim,

) → usdrt.UsdGeom.VisibilityAPI

CreateGuideVisibilityAttr(

self: usdrt.UsdGeom.VisibilityAPI,

) → usdrt.Usd.Attribute

CreateProxyVisibilityAttr(

self: usdrt.UsdGeom.VisibilityAPI,

) → usdrt.Usd.Attribute

CreateRenderVisibilityAttr(

self: usdrt.UsdGeom.VisibilityAPI,

) → usdrt.Usd.Attribute

GetGuideVisibilityAttr(

self: usdrt.UsdGeom.VisibilityAPI,

) → usdrt.Usd.Attribute

GetProxyVisibilityAttr(

self: usdrt.UsdGeom.VisibilityAPI,

) → usdrt.Usd.Attribute

GetRenderVisibilityAttr(

self: usdrt.UsdGeom.VisibilityAPI,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

class usdrt.UsdGeom.Xform

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdGeom.Xform

static GetSchemaTypeName() → TfToken

class usdrt.UsdGeom.XformCommonAPI

static GetSchemaTypeName() → TfToken

class usdrt.UsdGeom.Xformable

CreateXformOpOrderAttr(

self: usdrt.UsdGeom.Xformable,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetXformOpOrderAttr(

self: usdrt.UsdGeom.Xformable,

) → usdrt.Usd.Attribute

usdrt.UsdLux module

class usdrt.UsdLux.BoundableLightBase

static GetSchemaTypeName() → TfToken

class usdrt.UsdLux.CylinderLight

CreateLengthAttr(

self: usdrt.UsdLux.CylinderLight,

) → usdrt.Usd.Attribute

CreateLightShaderIdAttr(

self: usdrt.UsdLux.CylinderLight,

) → usdrt.Usd.Attribute

CreateRadiusAttr(

self: usdrt.UsdLux.CylinderLight,

) → usdrt.Usd.Attribute

CreateTreatAsLineAttr(

self: usdrt.UsdLux.CylinderLight,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdLux.CylinderLight

GetLengthAttr(

self: usdrt.UsdLux.CylinderLight,

) → usdrt.Usd.Attribute

GetLightShaderIdAttr(

self: usdrt.UsdLux.CylinderLight,

) → usdrt.Usd.Attribute

GetRadiusAttr(

self: usdrt.UsdLux.CylinderLight,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetTreatAsLineAttr(

self: usdrt.UsdLux.CylinderLight,

) → usdrt.Usd.Attribute

class usdrt.UsdLux.DiskLight

CreateLightShaderIdAttr(

self: usdrt.UsdLux.DiskLight,

) → usdrt.Usd.Attribute

CreateRadiusAttr(

self: usdrt.UsdLux.DiskLight,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdLux.DiskLight

GetLightShaderIdAttr(

self: usdrt.UsdLux.DiskLight,

) → usdrt.Usd.Attribute

GetRadiusAttr(

self: usdrt.UsdLux.DiskLight,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

class usdrt.UsdLux.DistantLight

CreateAngleAttr(

self: usdrt.UsdLux.DistantLight,

) → usdrt.Usd.Attribute

CreateIntensityAttr(

self: usdrt.UsdLux.DistantLight,

) → usdrt.Usd.Attribute

CreateLightShaderIdAttr(

self: usdrt.UsdLux.DistantLight,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdLux.DistantLight

GetAngleAttr(

self: usdrt.UsdLux.DistantLight,

) → usdrt.Usd.Attribute

GetIntensityAttr(

self: usdrt.UsdLux.DistantLight,

) → usdrt.Usd.Attribute

GetLightShaderIdAttr(

self: usdrt.UsdLux.DistantLight,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

class usdrt.UsdLux.DomeLight

CreateGuideRadiusAttr(

self: usdrt.UsdLux.DomeLight,

) → usdrt.Usd.Attribute

CreateLightShaderIdAttr(

self: usdrt.UsdLux.DomeLight,

) → usdrt.Usd.Attribute

CreatePortalsRel(

self: usdrt.UsdLux.DomeLight,

) → usdrt.Usd.Relationship

CreateTextureFileAttr(

self: usdrt.UsdLux.DomeLight,

) → usdrt.Usd.Attribute

CreateTextureFormatAttr(

self: usdrt.UsdLux.DomeLight,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdLux.DomeLight

GetGuideRadiusAttr(

self: usdrt.UsdLux.DomeLight,

) → usdrt.Usd.Attribute

GetLightShaderIdAttr(

self: usdrt.UsdLux.DomeLight,

) → usdrt.Usd.Attribute

GetPortalsRel(

self: usdrt.UsdLux.DomeLight,

) → usdrt.Usd.Relationship

static GetSchemaTypeName() → TfToken

GetTextureFileAttr(

self: usdrt.UsdLux.DomeLight,

) → usdrt.Usd.Attribute

GetTextureFormatAttr(

self: usdrt.UsdLux.DomeLight,

) → usdrt.Usd.Attribute

class usdrt.UsdLux.GeometryLight

CreateGeometryRel(

self: usdrt.UsdLux.GeometryLight,

) → usdrt.Usd.Relationship

CreateLightShaderIdAttr(

self: usdrt.UsdLux.GeometryLight,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdLux.GeometryLight

GetGeometryRel(

self: usdrt.UsdLux.GeometryLight,

) → usdrt.Usd.Relationship

GetLightShaderIdAttr(

self: usdrt.UsdLux.GeometryLight,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

class usdrt.UsdLux.LightAPI

static Apply(prim: usdrt.Usd.Prim) → usdrt.UsdLux.LightAPI

CreateCollectionLightLinkIncludeRootAttr(

self: usdrt.UsdLux.LightAPI,

) → usdrt.Usd.Attribute

CreateCollectionShadowLinkIncludeRootAttr(

self: usdrt.UsdLux.LightAPI,

) → usdrt.Usd.Attribute

CreateColorAttr(

self: usdrt.UsdLux.LightAPI,

) → usdrt.Usd.Attribute

CreateColorTemperatureAttr(

self: usdrt.UsdLux.LightAPI,

) → usdrt.Usd.Attribute

CreateDiffuseAttr(

self: usdrt.UsdLux.LightAPI,

) → usdrt.Usd.Attribute

CreateEnableColorTemperatureAttr(

self: usdrt.UsdLux.LightAPI,

) → usdrt.Usd.Attribute

CreateExposureAttr(

self: usdrt.UsdLux.LightAPI,

) → usdrt.Usd.Attribute

CreateFiltersRel(

self: usdrt.UsdLux.LightAPI,

) → usdrt.Usd.Relationship

CreateIntensityAttr(

self: usdrt.UsdLux.LightAPI,

) → usdrt.Usd.Attribute

CreateMaterialSyncModeAttr(

self: usdrt.UsdLux.LightAPI,

) → usdrt.Usd.Attribute

CreateNormalizeAttr(

self: usdrt.UsdLux.LightAPI,

) → usdrt.Usd.Attribute

CreateShaderIdAttr(

self: usdrt.UsdLux.LightAPI,

) → usdrt.Usd.Attribute

CreateSpecularAttr(

self: usdrt.UsdLux.LightAPI,

) → usdrt.Usd.Attribute

GetCollectionLightLinkIncludeRootAttr(

self: usdrt.UsdLux.LightAPI,

) → usdrt.Usd.Attribute

GetCollectionShadowLinkIncludeRootAttr(

self: usdrt.UsdLux.LightAPI,

) → usdrt.Usd.Attribute

GetColorAttr(

self: usdrt.UsdLux.LightAPI,

) → usdrt.Usd.Attribute

GetColorTemperatureAttr(

self: usdrt.UsdLux.LightAPI,

) → usdrt.Usd.Attribute

GetDiffuseAttr(

self: usdrt.UsdLux.LightAPI,

) → usdrt.Usd.Attribute

GetEnableColorTemperatureAttr(

self: usdrt.UsdLux.LightAPI,

) → usdrt.Usd.Attribute

GetExposureAttr(

self: usdrt.UsdLux.LightAPI,

) → usdrt.Usd.Attribute

GetFiltersRel(

self: usdrt.UsdLux.LightAPI,

) → usdrt.Usd.Relationship

GetIntensityAttr(

self: usdrt.UsdLux.LightAPI,

) → usdrt.Usd.Attribute

GetMaterialSyncModeAttr(

self: usdrt.UsdLux.LightAPI,

) → usdrt.Usd.Attribute

GetNormalizeAttr(

self: usdrt.UsdLux.LightAPI,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetShaderIdAttr(

self: usdrt.UsdLux.LightAPI,

) → usdrt.Usd.Attribute

GetSpecularAttr(

self: usdrt.UsdLux.LightAPI,

) → usdrt.Usd.Attribute

class usdrt.UsdLux.LightFilter

CreateCollectionFilterLinkIncludeRootAttr(

self: usdrt.UsdLux.LightFilter,

) → usdrt.Usd.Attribute

CreateShaderIdAttr(

self: usdrt.UsdLux.LightFilter,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdLux.LightFilter

GetCollectionFilterLinkIncludeRootAttr(

self: usdrt.UsdLux.LightFilter,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetShaderIdAttr(

self: usdrt.UsdLux.LightFilter,

) → usdrt.Usd.Attribute

class usdrt.UsdLux.LightListAPI

static Apply(prim: usdrt.Usd.Prim) → usdrt.UsdLux.LightListAPI

CreateLightListCacheBehaviorAttr(

self: usdrt.UsdLux.LightListAPI,

) → usdrt.Usd.Attribute

CreateLightListRel(

self: usdrt.UsdLux.LightListAPI,

) → usdrt.Usd.Relationship

GetLightListCacheBehaviorAttr(

self: usdrt.UsdLux.LightListAPI,

) → usdrt.Usd.Attribute

GetLightListRel(

self: usdrt.UsdLux.LightListAPI,

) → usdrt.Usd.Relationship

static GetSchemaTypeName() → TfToken

class usdrt.UsdLux.ListAPI

static Apply(prim: usdrt.Usd.Prim) → usdrt.UsdLux.ListAPI

CreateLightListCacheBehaviorAttr(

self: usdrt.UsdLux.ListAPI,

) → usdrt.Usd.Attribute

CreateLightListRel(

self: usdrt.UsdLux.ListAPI,

) → usdrt.Usd.Relationship

GetLightListCacheBehaviorAttr(

self: usdrt.UsdLux.ListAPI,

) → usdrt.Usd.Attribute

GetLightListRel(

self: usdrt.UsdLux.ListAPI,

) → usdrt.Usd.Relationship

static GetSchemaTypeName() → TfToken

class usdrt.UsdLux.MeshLightAPI

static Apply(prim: usdrt.Usd.Prim) → usdrt.UsdLux.MeshLightAPI

CreateLightMaterialSyncModeAttr(

self: usdrt.UsdLux.MeshLightAPI,

) → usdrt.Usd.Attribute

CreateLightShaderIdAttr(

self: usdrt.UsdLux.MeshLightAPI,

) → usdrt.Usd.Attribute

GetLightMaterialSyncModeAttr(

self: usdrt.UsdLux.MeshLightAPI,

) → usdrt.Usd.Attribute

GetLightShaderIdAttr(

self: usdrt.UsdLux.MeshLightAPI,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

class usdrt.UsdLux.NonboundableLightBase

static GetSchemaTypeName() → TfToken

class usdrt.UsdLux.PluginLight

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdLux.PluginLight

static GetSchemaTypeName() → TfToken

class usdrt.UsdLux.PluginLightFilter

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdLux.PluginLightFilter

static GetSchemaTypeName() → TfToken

class usdrt.UsdLux.PortalLight

CreateLightShaderIdAttr(

self: usdrt.UsdLux.PortalLight,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdLux.PortalLight

GetLightShaderIdAttr(

self: usdrt.UsdLux.PortalLight,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

class usdrt.UsdLux.RectLight

CreateHeightAttr(

self: usdrt.UsdLux.RectLight,

) → usdrt.Usd.Attribute

CreateLightShaderIdAttr(

self: usdrt.UsdLux.RectLight,

) → usdrt.Usd.Attribute

CreateTextureFileAttr(

self: usdrt.UsdLux.RectLight,

) → usdrt.Usd.Attribute

CreateWidthAttr(

self: usdrt.UsdLux.RectLight,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdLux.RectLight

GetHeightAttr(

self: usdrt.UsdLux.RectLight,

) → usdrt.Usd.Attribute

GetLightShaderIdAttr(

self: usdrt.UsdLux.RectLight,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetTextureFileAttr(

self: usdrt.UsdLux.RectLight,

) → usdrt.Usd.Attribute

GetWidthAttr(

self: usdrt.UsdLux.RectLight,

) → usdrt.Usd.Attribute

class usdrt.UsdLux.ShadowAPI

static Apply(prim: usdrt.Usd.Prim) → usdrt.UsdLux.ShadowAPI

CreateShadowColorAttr(

self: usdrt.UsdLux.ShadowAPI,

) → usdrt.Usd.Attribute

CreateShadowDistanceAttr(

self: usdrt.UsdLux.ShadowAPI,

) → usdrt.Usd.Attribute

CreateShadowEnableAttr(

self: usdrt.UsdLux.ShadowAPI,

) → usdrt.Usd.Attribute

CreateShadowFalloffAttr(

self: usdrt.UsdLux.ShadowAPI,

) → usdrt.Usd.Attribute

CreateShadowFalloffGammaAttr(

self: usdrt.UsdLux.ShadowAPI,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetShadowColorAttr(

self: usdrt.UsdLux.ShadowAPI,

) → usdrt.Usd.Attribute

GetShadowDistanceAttr(

self: usdrt.UsdLux.ShadowAPI,

) → usdrt.Usd.Attribute

GetShadowEnableAttr(

self: usdrt.UsdLux.ShadowAPI,

) → usdrt.Usd.Attribute

GetShadowFalloffAttr(

self: usdrt.UsdLux.ShadowAPI,

) → usdrt.Usd.Attribute

GetShadowFalloffGammaAttr(

self: usdrt.UsdLux.ShadowAPI,

) → usdrt.Usd.Attribute

class usdrt.UsdLux.ShapingAPI

static Apply(prim: usdrt.Usd.Prim) → usdrt.UsdLux.ShapingAPI

CreateShapingConeAngleAttr(

self: usdrt.UsdLux.ShapingAPI,

) → usdrt.Usd.Attribute

CreateShapingConeSoftnessAttr(

self: usdrt.UsdLux.ShapingAPI,

) → usdrt.Usd.Attribute

CreateShapingFocusAttr(

self: usdrt.UsdLux.ShapingAPI,

) → usdrt.Usd.Attribute

CreateShapingFocusTintAttr(

self: usdrt.UsdLux.ShapingAPI,

) → usdrt.Usd.Attribute

CreateShapingIesAngleScaleAttr(

self: usdrt.UsdLux.ShapingAPI,

) → usdrt.Usd.Attribute

CreateShapingIesFileAttr(

self: usdrt.UsdLux.ShapingAPI,

) → usdrt.Usd.Attribute

CreateShapingIesNormalizeAttr(

self: usdrt.UsdLux.ShapingAPI,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetShapingConeAngleAttr(

self: usdrt.UsdLux.ShapingAPI,

) → usdrt.Usd.Attribute

GetShapingConeSoftnessAttr(

self: usdrt.UsdLux.ShapingAPI,

) → usdrt.Usd.Attribute

GetShapingFocusAttr(

self: usdrt.UsdLux.ShapingAPI,

) → usdrt.Usd.Attribute

GetShapingFocusTintAttr(

self: usdrt.UsdLux.ShapingAPI,

) → usdrt.Usd.Attribute

GetShapingIesAngleScaleAttr(

self: usdrt.UsdLux.ShapingAPI,

) → usdrt.Usd.Attribute

GetShapingIesFileAttr(

self: usdrt.UsdLux.ShapingAPI,

) → usdrt.Usd.Attribute

GetShapingIesNormalizeAttr(

self: usdrt.UsdLux.ShapingAPI,

) → usdrt.Usd.Attribute

class usdrt.UsdLux.SphereLight

CreateLightShaderIdAttr(

self: usdrt.UsdLux.SphereLight,

) → usdrt.Usd.Attribute

CreateRadiusAttr(

self: usdrt.UsdLux.SphereLight,

) → usdrt.Usd.Attribute

CreateTreatAsPointAttr(

self: usdrt.UsdLux.SphereLight,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdLux.SphereLight

GetLightShaderIdAttr(

self: usdrt.UsdLux.SphereLight,

) → usdrt.Usd.Attribute

GetRadiusAttr(

self: usdrt.UsdLux.SphereLight,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetTreatAsPointAttr(

self: usdrt.UsdLux.SphereLight,

) → usdrt.Usd.Attribute

class usdrt.UsdLux.VolumeLightAPI

static Apply(

prim: usdrt.Usd.Prim,

) → usdrt.UsdLux.VolumeLightAPI

CreateLightMaterialSyncModeAttr(

self: usdrt.UsdLux.VolumeLightAPI,

) → usdrt.Usd.Attribute

CreateLightShaderIdAttr(

self: usdrt.UsdLux.VolumeLightAPI,

) → usdrt.Usd.Attribute

GetLightMaterialSyncModeAttr(

self: usdrt.UsdLux.VolumeLightAPI,

) → usdrt.Usd.Attribute

GetLightShaderIdAttr(

self: usdrt.UsdLux.VolumeLightAPI,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

usdrt.UsdMedia module

class usdrt.UsdMedia.SpatialAudio

CreateAuralModeAttr(

self: usdrt.UsdMedia.SpatialAudio,

) → usdrt.Usd.Attribute

CreateEndTimeAttr(

self: usdrt.UsdMedia.SpatialAudio,

) → usdrt.Usd.Attribute

CreateFilePathAttr(

self: usdrt.UsdMedia.SpatialAudio,

) → usdrt.Usd.Attribute

CreateGainAttr(

self: usdrt.UsdMedia.SpatialAudio,

) → usdrt.Usd.Attribute

CreateMediaOffsetAttr(

self: usdrt.UsdMedia.SpatialAudio,

) → usdrt.Usd.Attribute

CreatePlaybackModeAttr(

self: usdrt.UsdMedia.SpatialAudio,

) → usdrt.Usd.Attribute

CreateStartTimeAttr(

self: usdrt.UsdMedia.SpatialAudio,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdMedia.SpatialAudio

GetAuralModeAttr(

self: usdrt.UsdMedia.SpatialAudio,

) → usdrt.Usd.Attribute

GetEndTimeAttr(

self: usdrt.UsdMedia.SpatialAudio,

) → usdrt.Usd.Attribute

GetFilePathAttr(

self: usdrt.UsdMedia.SpatialAudio,

) → usdrt.Usd.Attribute

GetGainAttr(

self: usdrt.UsdMedia.SpatialAudio,

) → usdrt.Usd.Attribute

GetMediaOffsetAttr(

self: usdrt.UsdMedia.SpatialAudio,

) → usdrt.Usd.Attribute

GetPlaybackModeAttr(

self: usdrt.UsdMedia.SpatialAudio,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetStartTimeAttr(

self: usdrt.UsdMedia.SpatialAudio,

) → usdrt.Usd.Attribute

usdrt.UsdRender module

class usdrt.UsdRender.DenoisePass

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdRender.DenoisePass

static GetSchemaTypeName() → TfToken

class usdrt.UsdRender.Pass

CreateCommandAttr(

self: usdrt.UsdRender.Pass,

) → usdrt.Usd.Attribute

CreateDenoiseEnableAttr(

self: usdrt.UsdRender.Pass,

) → usdrt.Usd.Attribute

CreateDenoisePassRel(

self: usdrt.UsdRender.Pass,

) → usdrt.Usd.Relationship

CreateFileNameAttr(

self: usdrt.UsdRender.Pass,

) → usdrt.Usd.Attribute

CreateInputPassesRel(

self: usdrt.UsdRender.Pass,

) → usdrt.Usd.Relationship

CreatePassTypeAttr(

self: usdrt.UsdRender.Pass,

) → usdrt.Usd.Attribute

CreateRenderSourceRel(

self: usdrt.UsdRender.Pass,

) → usdrt.Usd.Relationship

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdRender.Pass

GetCommandAttr(self: usdrt.UsdRender.Pass) → usdrt.Usd.Attribute

GetDenoiseEnableAttr(

self: usdrt.UsdRender.Pass,

) → usdrt.Usd.Attribute

GetDenoisePassRel(

self: usdrt.UsdRender.Pass,

) → usdrt.Usd.Relationship

GetFileNameAttr(

self: usdrt.UsdRender.Pass,

) → usdrt.Usd.Attribute

GetInputPassesRel(

self: usdrt.UsdRender.Pass,

) → usdrt.Usd.Relationship

GetPassTypeAttr(

self: usdrt.UsdRender.Pass,

) → usdrt.Usd.Attribute

GetRenderSourceRel(

self: usdrt.UsdRender.Pass,

) → usdrt.Usd.Relationship

static GetSchemaTypeName() → TfToken

class usdrt.UsdRender.Product

CreateOrderedVarsRel(

self: usdrt.UsdRender.Product,

) → usdrt.Usd.Relationship

CreateProductNameAttr(

self: usdrt.UsdRender.Product,

) → usdrt.Usd.Attribute

CreateProductTypeAttr(

self: usdrt.UsdRender.Product,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdRender.Product

GetOrderedVarsRel(

self: usdrt.UsdRender.Product,

) → usdrt.Usd.Relationship

GetProductNameAttr(

self: usdrt.UsdRender.Product,

) → usdrt.Usd.Attribute

GetProductTypeAttr(

self: usdrt.UsdRender.Product,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

class usdrt.UsdRender.Settings

CreateIncludedPurposesAttr(

self: usdrt.UsdRender.Settings,

) → usdrt.Usd.Attribute

CreateMaterialBindingPurposesAttr(

self: usdrt.UsdRender.Settings,

) → usdrt.Usd.Attribute

CreateProductsRel(

self: usdrt.UsdRender.Settings,

) → usdrt.Usd.Relationship

CreateRenderingColorSpaceAttr(

self: usdrt.UsdRender.Settings,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdRender.Settings

GetIncludedPurposesAttr(

self: usdrt.UsdRender.Settings,

) → usdrt.Usd.Attribute

GetMaterialBindingPurposesAttr(

self: usdrt.UsdRender.Settings,

) → usdrt.Usd.Attribute

GetProductsRel(

self: usdrt.UsdRender.Settings,

) → usdrt.Usd.Relationship

GetRenderingColorSpaceAttr(

self: usdrt.UsdRender.Settings,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

class usdrt.UsdRender.SettingsBase

CreateAspectRatioConformPolicyAttr(

self: usdrt.UsdRender.SettingsBase,

) → usdrt.Usd.Attribute

CreateCameraRel(

self: usdrt.UsdRender.SettingsBase,

) → usdrt.Usd.Relationship

CreateDataWindowNDCAttr(

self: usdrt.UsdRender.SettingsBase,

) → usdrt.Usd.Attribute

CreateDisableMotionBlurAttr(

self: usdrt.UsdRender.SettingsBase,

) → usdrt.Usd.Attribute

CreateInstantaneousShutterAttr(

self: usdrt.UsdRender.SettingsBase,

) → usdrt.Usd.Attribute

CreatePixelAspectRatioAttr(

self: usdrt.UsdRender.SettingsBase,

) → usdrt.Usd.Attribute

CreateResolutionAttr(

self: usdrt.UsdRender.SettingsBase,

) → usdrt.Usd.Attribute

GetAspectRatioConformPolicyAttr(

self: usdrt.UsdRender.SettingsBase,

) → usdrt.Usd.Attribute

GetCameraRel(

self: usdrt.UsdRender.SettingsBase,

) → usdrt.Usd.Relationship

GetDataWindowNDCAttr(

self: usdrt.UsdRender.SettingsBase,

) → usdrt.Usd.Attribute

GetDisableMotionBlurAttr(

self: usdrt.UsdRender.SettingsBase,

) → usdrt.Usd.Attribute

GetInstantaneousShutterAttr(

self: usdrt.UsdRender.SettingsBase,

) → usdrt.Usd.Attribute

GetPixelAspectRatioAttr(

self: usdrt.UsdRender.SettingsBase,

) → usdrt.Usd.Attribute

GetResolutionAttr(

self: usdrt.UsdRender.SettingsBase,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

class usdrt.UsdRender.Var

CreateDataTypeAttr(

self: usdrt.UsdRender.Var,

) → usdrt.Usd.Attribute

CreateSourceNameAttr(

self: usdrt.UsdRender.Var,

) → usdrt.Usd.Attribute

CreateSourceTypeAttr(

self: usdrt.UsdRender.Var,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdRender.Var

GetDataTypeAttr(self: usdrt.UsdRender.Var) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetSourceNameAttr(

self: usdrt.UsdRender.Var,

) → usdrt.Usd.Attribute

GetSourceTypeAttr(

self: usdrt.UsdRender.Var,

) → usdrt.Usd.Attribute

usdrt.UsdShade module

class usdrt.UsdShade.AttributeType

Members:

Invalid

Input

Output

Input = <AttributeType.Input: 1>

Invalid = <AttributeType.Invalid: 0>

Output = <AttributeType.Output: 2>

property name

property value

class usdrt.UsdShade.ConnectableAPI

static ConnectToSource(*args, **kwargs)

Overloaded function.

1. ConnectToSource(shadingAttr: usdrt.Usd.Attribute, source: usdrt.UsdShade.ConnectionSourceInfo, mod: usdrt.UsdShade.ConnectionModification = <ConnectionModification.Replace: 0>) -> bool

2. ConnectToSource(input: usdrt.UsdShade.Input, source: usdrt.UsdShade.ConnectionSourceInfo, mod: usdrt.UsdShade.ConnectionModification = <ConnectionModification.Replace: 0>) -> bool

3. ConnectToSource(output: usdrt.UsdShade.Output, source: usdrt.UsdShade.ConnectionSourceInfo, mod: usdrt.UsdShade.ConnectionModification = <ConnectionModification.Replace: 0>) -> bool

CreateInput(

self: usdrt.UsdShade.ConnectableAPI,

name: TfToken,

type: usdrt.Sdf.ValueTypeName,

) → usdrt.UsdShade.Input

CreateOutput(

self: usdrt.UsdShade.ConnectableAPI,

name: TfToken,

typeName: usdrt.Sdf.ValueTypeName,

) → usdrt.UsdShade.Output

GetInput(

self: usdrt.UsdShade.ConnectableAPI,

name: TfToken,

) → usdrt.UsdShade.Input

GetInputs(

self: usdrt.UsdShade.ConnectableAPI,

onlyAuthored: bool = True,

) → List[usdrt.UsdShade.Input]

GetOutput(

self: usdrt.UsdShade.ConnectableAPI,

name: TfToken,

) → usdrt.UsdShade.Output

GetOutputs(

self: usdrt.UsdShade.ConnectableAPI,

onlyAuthored: bool = True,

) → List[usdrt.UsdShade.Output]

static GetSchemaTypeName() → TfToken

class usdrt.UsdShade.ConnectionModification

Members:

Replace

Prepend

Append

Append = <ConnectionModification.Append: 2>

Prepend = <ConnectionModification.Prepend: 1>

Replace = <ConnectionModification.Replace: 0>

property name

property value

class usdrt.UsdShade.ConnectionSourceInfo

IsValid(

self: usdrt.UsdShade.ConnectionSourceInfo,

) → bool

property source

property sourceName

property sourceType

property typeName

class usdrt.UsdShade.CoordSysAPI

static GetSchemaTypeName() → TfToken

class usdrt.UsdShade.Input

ConnectToSource(*args, **kwargs)

Overloaded function.

1. ConnectToSource(self: usdrt.UsdShade.Input, sourceInput: usdrt.UsdShade.Input) -> bool

2. ConnectToSource(self: usdrt.UsdShade.Input, sourceInput: usdrt::UsdShadeOutput) -> bool

Get(

self: usdrt.UsdShade.Input,

time: usdrt.Usd.TimeCode = Usd.TimeCode.Default(),

) → object

GetAttr(self: usdrt.UsdShade.Input) → usdrt.Usd.Attribute

GetBaseName(self: usdrt.UsdShade.Input) → TfToken

GetFullName(self: usdrt.UsdShade.Input) → TfToken

GetPrim(self: usdrt.UsdShade.Input) → usdrt.Usd.Prim

GetTypeName(

self: usdrt.UsdShade.Input,

) → usdrt.Sdf.ValueTypeName

IsDefined(self: usdrt.UsdShade.Input) → bool

static IsInput(attr: usdrt.Usd.Attribute) → bool

Set(

self: usdrt.UsdShade.Input,

value: object,

time: usdrt.Usd.TimeCode = Usd.TimeCode.Default(),

) → bool

class usdrt.UsdShade.Material

CreateDisplacementAttr(

self: usdrt.UsdShade.Material,

) → usdrt.Usd.Attribute

CreateDisplacementOutput(

self: usdrt.UsdShade.Material,

renderContext: TfToken = '',

) → usdrt.UsdShade.Output

CreateSurfaceAttr(

self: usdrt.UsdShade.Material,

) → usdrt.Usd.Attribute

CreateSurfaceOutput(

self: usdrt.UsdShade.Material,

renderContext: TfToken = '',

) → usdrt.UsdShade.Output

CreateVolumeAttr(

self: usdrt.UsdShade.Material,

) → usdrt.Usd.Attribute

CreateVolumeOutput(

self: usdrt.UsdShade.Material,

renderContext: TfToken = '',

) → usdrt.UsdShade.Output

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdShade.Material

GetDisplacementAttr(

self: usdrt.UsdShade.Material,

) → usdrt.Usd.Attribute

GetDisplacementOutput(

self: usdrt.UsdShade.Material,

renderContext: TfToken = '',

) → usdrt.UsdShade.Output

GetDisplacementOutputs(

self: usdrt.UsdShade.Material,

) → List[usdrt.UsdShade.Output]

static GetSchemaTypeName() → TfToken

GetSurfaceAttr(

self: usdrt.UsdShade.Material,

) → usdrt.Usd.Attribute

GetSurfaceOutput(

self: usdrt.UsdShade.Material,

renderContext: TfToken = '',

) → usdrt.UsdShade.Output

GetSurfaceOutputs(

self: usdrt.UsdShade.Material,

) → List[usdrt.UsdShade.Output]

GetVolumeAttr(

self: usdrt.UsdShade.Material,

) → usdrt.Usd.Attribute

GetVolumeOutput(

self: usdrt.UsdShade.Material,

renderContext: TfToken = '',

) → usdrt.UsdShade.Output

GetVolumeOutputs(

self: usdrt.UsdShade.Material,

) → List[usdrt.UsdShade.Output]

class usdrt.UsdShade.MaterialBindingAPI

static Apply(

prim: usdrt.Usd.Prim,

) → usdrt.UsdShade.MaterialBindingAPI

Bind(

self: usdrt.UsdShade.MaterialBindingAPI,

material: usdrt.UsdShade.Material,

bindingStrength: TfToken = 'fallbackStrength',

materialPurpose: TfToken = '',

) → bool

ComputeBoundMaterial(

self: usdrt.UsdShade.MaterialBindingAPI,

materialPurpose: TfToken = '',

) → tuple

static GetSchemaTypeName() → TfToken

UnbindAllBindings(

self: usdrt.UsdShade.MaterialBindingAPI,

) → bool

class usdrt.UsdShade.NodeDefAPI

static Apply(prim: usdrt.Usd.Prim) → usdrt.UsdShade.NodeDefAPI

CreateIdAttr(

self: usdrt.UsdShade.NodeDefAPI,

) → usdrt.Usd.Attribute

CreateImplementationSourceAttr(

self: usdrt.UsdShade.NodeDefAPI,

) → usdrt.Usd.Attribute

GetIdAttr(

self: usdrt.UsdShade.NodeDefAPI,

) → usdrt.Usd.Attribute

GetImplementationSource(

self: usdrt.UsdShade.NodeDefAPI,

) → TfToken

GetImplementationSourceAttr(

self: usdrt.UsdShade.NodeDefAPI,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetShaderId(self: usdrt.UsdShade.NodeDefAPI) → object

GetSourceAsset(

self: usdrt.UsdShade.NodeDefAPI,

sourceType: TfToken = '',

) → object

GetSourceAssetSubIdentifier(

self: usdrt.UsdShade.NodeDefAPI,

sourceType: TfToken = '',

) → object

GetSourceCode(

self: usdrt.UsdShade.NodeDefAPI,

sourceType: TfToken = '',

) → object

SetShaderId(

self: usdrt.UsdShade.NodeDefAPI,

arg0: TfToken,

) → bool

SetSourceAsset(

self: usdrt.UsdShade.NodeDefAPI,

sourceAsset: usdrt.Sdf.AssetPath,

sourceType: TfToken = '',

) → bool

SetSourceAssetSubIdentifier(

self: usdrt.UsdShade.NodeDefAPI,

subIdentifier: TfToken,

sourceType: TfToken = '',

) → bool

SetSourceCode(

self: usdrt.UsdShade.NodeDefAPI,

sourceCode: str,

sourceType: TfToken = '',

) → bool

class usdrt.UsdShade.NodeGraph

ComputeOutputSource(

self: usdrt.UsdShade.NodeGraph,

outputName: TfToken,

) → tuple

ConnectableAPI(

self: usdrt.UsdShade.NodeGraph,

) → usdrt::UsdShadeConnectableAPI

CreateInput(

self: usdrt.UsdShade.NodeGraph,

name: TfToken,

type: usdrt.Sdf.ValueTypeName,

) → usdrt.UsdShade.Input

CreateOutput(

self: usdrt.UsdShade.NodeGraph,

name: TfToken,

typeName: usdrt.Sdf.ValueTypeName,

) → usdrt.UsdShade.Output

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdShade.NodeGraph

GetInput(

self: usdrt.UsdShade.NodeGraph,

name: TfToken,

) → usdrt.UsdShade.Input

GetInputs(

self: usdrt.UsdShade.NodeGraph,

onlyAuthored: bool = True,

) → List[usdrt.UsdShade.Input]

GetOutput(

self: usdrt.UsdShade.NodeGraph,

name: TfToken,

) → usdrt.UsdShade.Output

GetOutputs(

self: usdrt.UsdShade.NodeGraph,

onlyAuthored: bool = True,

) → List[usdrt.UsdShade.Output]

static GetSchemaTypeName() → TfToken

class usdrt.UsdShade.Output

ConnectToSource(*args, **kwargs)

Overloaded function.

1. ConnectToSource(self: usdrt.UsdShade.Output, sourceInput: usdrt.UsdShade.Input) -> bool

2. ConnectToSource(self: usdrt.UsdShade.Output, sourceOutput: usdrt.UsdShade.Output) -> bool

GetAttr(self: usdrt.UsdShade.Output) → usdrt.Usd.Attribute

GetBaseName(self: usdrt.UsdShade.Output) → TfToken

GetFullName(self: usdrt.UsdShade.Output) → TfToken

GetPrim(self: usdrt.UsdShade.Output) → usdrt.Usd.Prim

GetTypeName(

self: usdrt.UsdShade.Output,

) → usdrt.Sdf.ValueTypeName

IsDefined(self: usdrt.UsdShade.Output) → bool

static IsOutput(attr: usdrt.Usd.Attribute) → bool

class usdrt.UsdShade.Shader

ConnectableAPI(

self: usdrt.UsdShade.Shader,

) → usdrt::UsdShadeConnectableAPI

CreateIdAttr(

self: usdrt.UsdShade.Shader,

) → usdrt.Usd.Attribute

CreateImplementationSourceAttr(

self: usdrt.UsdShade.Shader,

) → usdrt.Usd.Attribute

CreateInput(

self: usdrt.UsdShade.Shader,

name: TfToken,

type: usdrt.Sdf.ValueTypeName,

) → usdrt.UsdShade.Input

CreateOutput(

self: usdrt.UsdShade.Shader,

name: TfToken,

type: usdrt.Sdf.ValueTypeName,

) → usdrt.UsdShade.Output

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdShade.Shader

GetIdAttr(self: usdrt.UsdShade.Shader) → usdrt.Usd.Attribute

GetImplementationSource(self: usdrt.UsdShade.Shader) → TfToken

GetImplementationSourceAttr(

self: usdrt.UsdShade.Shader,

) → usdrt.Usd.Attribute

GetInput(

self: usdrt.UsdShade.Shader,

name: TfToken,

) → usdrt.UsdShade.Input

GetInputs(

self: usdrt.UsdShade.Shader,

onlyAuthored: bool = True,

) → List[usdrt.UsdShade.Input]

GetOutput(

self: usdrt.UsdShade.Shader,

name: TfToken,

) → usdrt.UsdShade.Output

GetOutputs(

self: usdrt.UsdShade.Shader,

onlyAuthored: bool = True,

) → List[usdrt.UsdShade.Output]

static GetSchemaTypeName() → TfToken

GetShaderId(self: usdrt.UsdShade.Shader) → object

GetSourceAsset(

self: usdrt.UsdShade.Shader,

sourceType: TfToken = '',

) → object

GetSourceAssetSubIdentifier(

self: usdrt.UsdShade.Shader,

sourceType: TfToken = '',

) → object

GetSourceCode(

self: usdrt.UsdShade.Shader,

sourceType: TfToken = '',

) → object

SetShaderId(self: usdrt.UsdShade.Shader, arg0: TfToken) → bool

SetSourceAsset(

self: usdrt.UsdShade.Shader,

sourceAsset: usdrt.Sdf.AssetPath,

sourceType: TfToken = '',

) → bool

SetSourceAssetSubIdentifier(

self: usdrt.UsdShade.Shader,

subIdentifier: TfToken,

sourceType: TfToken = '',

) → bool

SetSourceCode(

self: usdrt.UsdShade.Shader,

sourceCode: str,

sourceType: TfToken = '',

) → bool

class usdrt.UsdShade.Utils

static GetBaseNameAndType(fullName: TfToken) → tuple

static GetPrefixForAttributeType(

sourceType: usdrt.UsdShade.AttributeType,

) → str

usdrt.UsdSkel module

class usdrt.UsdSkel.Animation

CreateBlendShapeWeightsAttr(

self: usdrt.UsdSkel.Animation,

) → usdrt.Usd.Attribute

CreateBlendShapesAttr(

self: usdrt.UsdSkel.Animation,

) → usdrt.Usd.Attribute

CreateJointsAttr(

self: usdrt.UsdSkel.Animation,

) → usdrt.Usd.Attribute

CreateRotationsAttr(

self: usdrt.UsdSkel.Animation,

) → usdrt.Usd.Attribute

CreateScalesAttr(

self: usdrt.UsdSkel.Animation,

) → usdrt.Usd.Attribute

CreateTranslationsAttr(

self: usdrt.UsdSkel.Animation,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdSkel.Animation

GetBlendShapeWeightsAttr(

self: usdrt.UsdSkel.Animation,

) → usdrt.Usd.Attribute

GetBlendShapesAttr(

self: usdrt.UsdSkel.Animation,

) → usdrt.Usd.Attribute

GetJointsAttr(

self: usdrt.UsdSkel.Animation,

) → usdrt.Usd.Attribute

GetRotationsAttr(

self: usdrt.UsdSkel.Animation,

) → usdrt.Usd.Attribute

GetScalesAttr(

self: usdrt.UsdSkel.Animation,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetTranslationsAttr(

self: usdrt.UsdSkel.Animation,

) → usdrt.Usd.Attribute

class usdrt.UsdSkel.BindingAPI

static Apply(prim: usdrt.Usd.Prim) → usdrt.UsdSkel.BindingAPI

CreateAnimationSourceRel(

self: usdrt.UsdSkel.BindingAPI,

) → usdrt.Usd.Relationship

CreateBlendShapeTargetsRel(

self: usdrt.UsdSkel.BindingAPI,

) → usdrt.Usd.Relationship

CreateBlendShapesAttr(

self: usdrt.UsdSkel.BindingAPI,

) → usdrt.Usd.Attribute

CreateGeomBindTransformAttr(

self: usdrt.UsdSkel.BindingAPI,

) → usdrt.Usd.Attribute

CreateJointIndicesAttr(

self: usdrt.UsdSkel.BindingAPI,

) → usdrt.Usd.Attribute

CreateJointWeightsAttr(

self: usdrt.UsdSkel.BindingAPI,

) → usdrt.Usd.Attribute

CreateJointsAttr(

self: usdrt.UsdSkel.BindingAPI,

) → usdrt.Usd.Attribute

CreateSkeletonRel(

self: usdrt.UsdSkel.BindingAPI,

) → usdrt.Usd.Relationship

CreateSkinningBlendWeightsAttr(

self: usdrt.UsdSkel.BindingAPI,

) → usdrt.Usd.Attribute

CreateSkinningMethodAttr(

self: usdrt.UsdSkel.BindingAPI,

) → usdrt.Usd.Attribute

GetAnimationSourceRel(

self: usdrt.UsdSkel.BindingAPI,

) → usdrt.Usd.Relationship

GetBlendShapeTargetsRel(

self: usdrt.UsdSkel.BindingAPI,

) → usdrt.Usd.Relationship

GetBlendShapesAttr(

self: usdrt.UsdSkel.BindingAPI,

) → usdrt.Usd.Attribute

GetGeomBindTransformAttr(

self: usdrt.UsdSkel.BindingAPI,

) → usdrt.Usd.Attribute

GetJointIndicesAttr(

self: usdrt.UsdSkel.BindingAPI,

) → usdrt.Usd.Attribute

GetJointWeightsAttr(

self: usdrt.UsdSkel.BindingAPI,

) → usdrt.Usd.Attribute

GetJointsAttr(

self: usdrt.UsdSkel.BindingAPI,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetSkeletonRel(

self: usdrt.UsdSkel.BindingAPI,

) → usdrt.Usd.Relationship

GetSkinningBlendWeightsAttr(

self: usdrt.UsdSkel.BindingAPI,

) → usdrt.Usd.Attribute

GetSkinningMethodAttr(

self: usdrt.UsdSkel.BindingAPI,

) → usdrt.Usd.Attribute

class usdrt.UsdSkel.BlendShape

CreateNormalOffsetsAttr(

self: usdrt.UsdSkel.BlendShape,

) → usdrt.Usd.Attribute

CreateOffsetsAttr(

self: usdrt.UsdSkel.BlendShape,

) → usdrt.Usd.Attribute

CreatePointIndicesAttr(

self: usdrt.UsdSkel.BlendShape,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdSkel.BlendShape

GetNormalOffsetsAttr(

self: usdrt.UsdSkel.BlendShape,

) → usdrt.Usd.Attribute

GetOffsetsAttr(

self: usdrt.UsdSkel.BlendShape,

) → usdrt.Usd.Attribute

GetPointIndicesAttr(

self: usdrt.UsdSkel.BlendShape,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

class usdrt.UsdSkel.PackedJointAnimation

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdSkel.PackedJointAnimation

static GetSchemaTypeName() → TfToken

class usdrt.UsdSkel.Root

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdSkel.Root

static GetSchemaTypeName() → TfToken

class usdrt.UsdSkel.Skeleton

CreateBindTransformsAttr(

self: usdrt.UsdSkel.Skeleton,

) → usdrt.Usd.Attribute

CreateJointNamesAttr(

self: usdrt.UsdSkel.Skeleton,

) → usdrt.Usd.Attribute

CreateJointsAttr(

self: usdrt.UsdSkel.Skeleton,

) → usdrt.Usd.Attribute

CreateRestTransformsAttr(

self: usdrt.UsdSkel.Skeleton,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdSkel.Skeleton

GetBindTransformsAttr(

self: usdrt.UsdSkel.Skeleton,

) → usdrt.Usd.Attribute

GetJointNamesAttr(

self: usdrt.UsdSkel.Skeleton,

) → usdrt.Usd.Attribute

GetJointsAttr(

self: usdrt.UsdSkel.Skeleton,

) → usdrt.Usd.Attribute

GetRestTransformsAttr(

self: usdrt.UsdSkel.Skeleton,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

usdrt.UsdUI module

class usdrt.UsdUI.Backdrop

CreateDescriptionAttr(

self: usdrt.UsdUI.Backdrop,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdUI.Backdrop

GetDescriptionAttr(

self: usdrt.UsdUI.Backdrop,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

class usdrt.UsdUI.NodeGraphNodeAPI

static Apply(

prim: usdrt.Usd.Prim,

) → usdrt.UsdUI.NodeGraphNodeAPI

CreateDisplayColorAttr(

self: usdrt.UsdUI.NodeGraphNodeAPI,

) → usdrt.Usd.Attribute

CreateExpansionStateAttr(

self: usdrt.UsdUI.NodeGraphNodeAPI,

) → usdrt.Usd.Attribute

CreateIconAttr(

self: usdrt.UsdUI.NodeGraphNodeAPI,

) → usdrt.Usd.Attribute

CreatePosAttr(

self: usdrt.UsdUI.NodeGraphNodeAPI,

) → usdrt.Usd.Attribute

CreateSizeAttr(

self: usdrt.UsdUI.NodeGraphNodeAPI,

) → usdrt.Usd.Attribute

CreateStackingOrderAttr(

self: usdrt.UsdUI.NodeGraphNodeAPI,

) → usdrt.Usd.Attribute

GetDisplayColorAttr(

self: usdrt.UsdUI.NodeGraphNodeAPI,

) → usdrt.Usd.Attribute

GetExpansionStateAttr(

self: usdrt.UsdUI.NodeGraphNodeAPI,

) → usdrt.Usd.Attribute

GetIconAttr(

self: usdrt.UsdUI.NodeGraphNodeAPI,

) → usdrt.Usd.Attribute

GetPosAttr(

self: usdrt.UsdUI.NodeGraphNodeAPI,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetSizeAttr(

self: usdrt.UsdUI.NodeGraphNodeAPI,

) → usdrt.Usd.Attribute

GetStackingOrderAttr(

self: usdrt.UsdUI.NodeGraphNodeAPI,

) → usdrt.Usd.Attribute

class usdrt.UsdUI.SceneGraphPrimAPI

static Apply(

prim: usdrt.Usd.Prim,

) → usdrt.UsdUI.SceneGraphPrimAPI

CreateDisplayGroupAttr(

self: usdrt.UsdUI.SceneGraphPrimAPI,

) → usdrt.Usd.Attribute

CreateDisplayNameAttr(

self: usdrt.UsdUI.SceneGraphPrimAPI,

) → usdrt.Usd.Attribute

GetDisplayGroupAttr(

self: usdrt.UsdUI.SceneGraphPrimAPI,

) → usdrt.Usd.Attribute

GetDisplayNameAttr(

self: usdrt.UsdUI.SceneGraphPrimAPI,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

usdrt.UsdVol module

class usdrt.UsdVol.Field3DAsset

CreateFieldDataTypeAttr(

self: usdrt.UsdVol.Field3DAsset,

) → usdrt.Usd.Attribute

CreateFieldPurposeAttr(

self: usdrt.UsdVol.Field3DAsset,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdVol.Field3DAsset

GetFieldDataTypeAttr(

self: usdrt.UsdVol.Field3DAsset,

) → usdrt.Usd.Attribute

GetFieldPurposeAttr(

self: usdrt.UsdVol.Field3DAsset,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

class usdrt.UsdVol.FieldAsset

CreateFieldDataTypeAttr(

self: usdrt.UsdVol.FieldAsset,

) → usdrt.Usd.Attribute

CreateFieldIndexAttr(

self: usdrt.UsdVol.FieldAsset,

) → usdrt.Usd.Attribute

CreateFieldNameAttr(

self: usdrt.UsdVol.FieldAsset,

) → usdrt.Usd.Attribute

CreateFilePathAttr(

self: usdrt.UsdVol.FieldAsset,

) → usdrt.Usd.Attribute

CreateVectorDataRoleHintAttr(

self: usdrt.UsdVol.FieldAsset,

) → usdrt.Usd.Attribute

GetFieldDataTypeAttr(

self: usdrt.UsdVol.FieldAsset,

) → usdrt.Usd.Attribute

GetFieldIndexAttr(

self: usdrt.UsdVol.FieldAsset,

) → usdrt.Usd.Attribute

GetFieldNameAttr(

self: usdrt.UsdVol.FieldAsset,

) → usdrt.Usd.Attribute

GetFilePathAttr(

self: usdrt.UsdVol.FieldAsset,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetVectorDataRoleHintAttr(

self: usdrt.UsdVol.FieldAsset,

) → usdrt.Usd.Attribute

class usdrt.UsdVol.FieldBase

static GetSchemaTypeName() → TfToken

class usdrt.UsdVol.OpenVDBAsset

CreateFieldClassAttr(

self: usdrt.UsdVol.OpenVDBAsset,

) → usdrt.Usd.Attribute

CreateFieldDataTypeAttr(

self: usdrt.UsdVol.OpenVDBAsset,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdVol.OpenVDBAsset

GetFieldClassAttr(

self: usdrt.UsdVol.OpenVDBAsset,

) → usdrt.Usd.Attribute

GetFieldDataTypeAttr(

self: usdrt.UsdVol.OpenVDBAsset,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

class usdrt.UsdVol.Volume

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdVol.Volume

static GetSchemaTypeName() → TfToken

usdrt.UsdPhysics module

class usdrt.UsdPhysics.ArticulationRootAPI

static Apply(

prim: usdrt.Usd.Prim,

) → usdrt.UsdPhysics.ArticulationRootAPI

static GetSchemaTypeName() → TfToken

class usdrt.UsdPhysics.CollisionAPI

static Apply(

prim: usdrt.Usd.Prim,

) → usdrt.UsdPhysics.CollisionAPI

CreateCollisionEnabledAttr(

self: usdrt.UsdPhysics.CollisionAPI,

) → usdrt.Usd.Attribute

CreateSimulationOwnerRel(

self: usdrt.UsdPhysics.CollisionAPI,

) → usdrt.Usd.Relationship

GetCollisionEnabledAttr(

self: usdrt.UsdPhysics.CollisionAPI,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetSimulationOwnerRel(

self: usdrt.UsdPhysics.CollisionAPI,

) → usdrt.Usd.Relationship

class usdrt.UsdPhysics.CollisionGroup

CreateFilteredGroupsRel(

self: usdrt.UsdPhysics.CollisionGroup,

) → usdrt.Usd.Relationship

CreateInvertFilteredGroupsAttr(

self: usdrt.UsdPhysics.CollisionGroup,

) → usdrt.Usd.Attribute

CreateMergeGroupNameAttr(

self: usdrt.UsdPhysics.CollisionGroup,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdPhysics.CollisionGroup

GetFilteredGroupsRel(

self: usdrt.UsdPhysics.CollisionGroup,

) → usdrt.Usd.Relationship

GetInvertFilteredGroupsAttr(

self: usdrt.UsdPhysics.CollisionGroup,

) → usdrt.Usd.Attribute

GetMergeGroupNameAttr(

self: usdrt.UsdPhysics.CollisionGroup,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

class usdrt.UsdPhysics.DistanceJoint

CreateMaxDistanceAttr(

self: usdrt.UsdPhysics.DistanceJoint,

) → usdrt.Usd.Attribute

CreateMinDistanceAttr(

self: usdrt.UsdPhysics.DistanceJoint,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdPhysics.DistanceJoint

GetMaxDistanceAttr(

self: usdrt.UsdPhysics.DistanceJoint,

) → usdrt.Usd.Attribute

GetMinDistanceAttr(

self: usdrt.UsdPhysics.DistanceJoint,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

class usdrt.UsdPhysics.DriveAPI

static Apply(

prim: usdrt.Usd.Prim,

name: TfToken,

) → usdrt.UsdPhysics.DriveAPI

CreateDampingAttr(

self: usdrt.UsdPhysics.DriveAPI,

) → usdrt.Usd.Attribute

CreateMaxForceAttr(

self: usdrt.UsdPhysics.DriveAPI,

) → usdrt.Usd.Attribute

CreateStiffnessAttr(

self: usdrt.UsdPhysics.DriveAPI,

) → usdrt.Usd.Attribute

CreateTargetPositionAttr(

self: usdrt.UsdPhysics.DriveAPI,

) → usdrt.Usd.Attribute

CreateTargetVelocityAttr(

self: usdrt.UsdPhysics.DriveAPI,

) → usdrt.Usd.Attribute

CreateTypeAttr(

self: usdrt.UsdPhysics.DriveAPI,

) → usdrt.Usd.Attribute

GetDampingAttr(

self: usdrt.UsdPhysics.DriveAPI,

) → usdrt.Usd.Attribute

GetMaxForceAttr(

self: usdrt.UsdPhysics.DriveAPI,

) → usdrt.Usd.Attribute

GetName(self: usdrt.UsdPhysics.DriveAPI) → TfToken

static GetSchemaTypeName() → TfToken

GetStiffnessAttr(

self: usdrt.UsdPhysics.DriveAPI,

) → usdrt.Usd.Attribute

GetTargetPositionAttr(

self: usdrt.UsdPhysics.DriveAPI,

) → usdrt.Usd.Attribute

GetTargetVelocityAttr(

self: usdrt.UsdPhysics.DriveAPI,

) → usdrt.Usd.Attribute

GetTypeAttr(

self: usdrt.UsdPhysics.DriveAPI,

) → usdrt.Usd.Attribute

class usdrt.UsdPhysics.FilteredPairsAPI

static Apply(

prim: usdrt.Usd.Prim,

) → usdrt.UsdPhysics.FilteredPairsAPI

CreateFilteredPairsRel(

self: usdrt.UsdPhysics.FilteredPairsAPI,

) → usdrt.Usd.Relationship

GetFilteredPairsRel(

self: usdrt.UsdPhysics.FilteredPairsAPI,

) → usdrt.Usd.Relationship

static GetSchemaTypeName() → TfToken

class usdrt.UsdPhysics.FixedJoint

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdPhysics.FixedJoint

static GetSchemaTypeName() → TfToken

class usdrt.UsdPhysics.Joint

CreateBody0Rel(

self: usdrt.UsdPhysics.Joint,

) → usdrt.Usd.Relationship

CreateBody1Rel(

self: usdrt.UsdPhysics.Joint,

) → usdrt.Usd.Relationship

CreateBreakForceAttr(

self: usdrt.UsdPhysics.Joint,

) → usdrt.Usd.Attribute

CreateBreakTorqueAttr(

self: usdrt.UsdPhysics.Joint,

) → usdrt.Usd.Attribute

CreateCollisionEnabledAttr(

self: usdrt.UsdPhysics.Joint,

) → usdrt.Usd.Attribute

CreateExcludeFromArticulationAttr(

self: usdrt.UsdPhysics.Joint,

) → usdrt.Usd.Attribute

CreateJointEnabledAttr(

self: usdrt.UsdPhysics.Joint,

) → usdrt.Usd.Attribute

CreateLocalPos0Attr(

self: usdrt.UsdPhysics.Joint,

) → usdrt.Usd.Attribute

CreateLocalPos1Attr(

self: usdrt.UsdPhysics.Joint,

) → usdrt.Usd.Attribute

CreateLocalRot0Attr(

self: usdrt.UsdPhysics.Joint,

) → usdrt.Usd.Attribute

CreateLocalRot1Attr(

self: usdrt.UsdPhysics.Joint,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdPhysics.Joint

GetBody0Rel(

self: usdrt.UsdPhysics.Joint,

) → usdrt.Usd.Relationship

GetBody1Rel(

self: usdrt.UsdPhysics.Joint,

) → usdrt.Usd.Relationship

GetBreakForceAttr(

self: usdrt.UsdPhysics.Joint,

) → usdrt.Usd.Attribute

GetBreakTorqueAttr(

self: usdrt.UsdPhysics.Joint,

) → usdrt.Usd.Attribute

GetCollisionEnabledAttr(

self: usdrt.UsdPhysics.Joint,

) → usdrt.Usd.Attribute

GetExcludeFromArticulationAttr(

self: usdrt.UsdPhysics.Joint,

) → usdrt.Usd.Attribute

GetJointEnabledAttr(

self: usdrt.UsdPhysics.Joint,

) → usdrt.Usd.Attribute

GetLocalPos0Attr(

self: usdrt.UsdPhysics.Joint,

) → usdrt.Usd.Attribute

GetLocalPos1Attr(

self: usdrt.UsdPhysics.Joint,

) → usdrt.Usd.Attribute

GetLocalRot0Attr(

self: usdrt.UsdPhysics.Joint,

) → usdrt.Usd.Attribute

GetLocalRot1Attr(

self: usdrt.UsdPhysics.Joint,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

class usdrt.UsdPhysics.LimitAPI

static Apply(

prim: usdrt.Usd.Prim,

name: TfToken,

) → usdrt.UsdPhysics.LimitAPI

CreateHighAttr(

self: usdrt.UsdPhysics.LimitAPI,

) → usdrt.Usd.Attribute

CreateLowAttr(

self: usdrt.UsdPhysics.LimitAPI,

) → usdrt.Usd.Attribute

GetHighAttr(

self: usdrt.UsdPhysics.LimitAPI,

) → usdrt.Usd.Attribute

GetLowAttr(

self: usdrt.UsdPhysics.LimitAPI,

) → usdrt.Usd.Attribute

GetName(self: usdrt.UsdPhysics.LimitAPI) → TfToken

static GetSchemaTypeName() → TfToken

class usdrt.UsdPhysics.MassAPI

static Apply(prim: usdrt.Usd.Prim) → usdrt.UsdPhysics.MassAPI

CreateCenterOfMassAttr(

self: usdrt.UsdPhysics.MassAPI,

) → usdrt.Usd.Attribute

CreateDensityAttr(

self: usdrt.UsdPhysics.MassAPI,

) → usdrt.Usd.Attribute

CreateDiagonalInertiaAttr(

self: usdrt.UsdPhysics.MassAPI,

) → usdrt.Usd.Attribute

CreateMassAttr(

self: usdrt.UsdPhysics.MassAPI,

) → usdrt.Usd.Attribute

CreatePrincipalAxesAttr(

self: usdrt.UsdPhysics.MassAPI,

) → usdrt.Usd.Attribute

GetCenterOfMassAttr(

self: usdrt.UsdPhysics.MassAPI,

) → usdrt.Usd.Attribute

GetDensityAttr(

self: usdrt.UsdPhysics.MassAPI,

) → usdrt.Usd.Attribute

GetDiagonalInertiaAttr(

self: usdrt.UsdPhysics.MassAPI,

) → usdrt.Usd.Attribute

GetMassAttr(

self: usdrt.UsdPhysics.MassAPI,

) → usdrt.Usd.Attribute

GetPrincipalAxesAttr(

self: usdrt.UsdPhysics.MassAPI,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

class usdrt.UsdPhysics.MaterialAPI

static Apply(

prim: usdrt.Usd.Prim,

) → usdrt.UsdPhysics.MaterialAPI

CreateDensityAttr(

self: usdrt.UsdPhysics.MaterialAPI,

) → usdrt.Usd.Attribute

CreateDynamicFrictionAttr(

self: usdrt.UsdPhysics.MaterialAPI,

) → usdrt.Usd.Attribute

CreateRestitutionAttr(

self: usdrt.UsdPhysics.MaterialAPI,

) → usdrt.Usd.Attribute

CreateStaticFrictionAttr(

self: usdrt.UsdPhysics.MaterialAPI,

) → usdrt.Usd.Attribute

GetDensityAttr(

self: usdrt.UsdPhysics.MaterialAPI,

) → usdrt.Usd.Attribute

GetDynamicFrictionAttr(

self: usdrt.UsdPhysics.MaterialAPI,

) → usdrt.Usd.Attribute

GetRestitutionAttr(

self: usdrt.UsdPhysics.MaterialAPI,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetStaticFrictionAttr(

self: usdrt.UsdPhysics.MaterialAPI,

) → usdrt.Usd.Attribute

class usdrt.UsdPhysics.MeshCollisionAPI

static Apply(

prim: usdrt.Usd.Prim,

) → usdrt.UsdPhysics.MeshCollisionAPI

CreateApproximationAttr(

self: usdrt.UsdPhysics.MeshCollisionAPI,

) → usdrt.Usd.Attribute

GetApproximationAttr(

self: usdrt.UsdPhysics.MeshCollisionAPI,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

class usdrt.UsdPhysics.PrismaticJoint

CreateAxisAttr(

self: usdrt.UsdPhysics.PrismaticJoint,

) → usdrt.Usd.Attribute

CreateLowerLimitAttr(

self: usdrt.UsdPhysics.PrismaticJoint,

) → usdrt.Usd.Attribute

CreateUpperLimitAttr(

self: usdrt.UsdPhysics.PrismaticJoint,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdPhysics.PrismaticJoint

GetAxisAttr(

self: usdrt.UsdPhysics.PrismaticJoint,

) → usdrt.Usd.Attribute

GetLowerLimitAttr(

self: usdrt.UsdPhysics.PrismaticJoint,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetUpperLimitAttr(

self: usdrt.UsdPhysics.PrismaticJoint,

) → usdrt.Usd.Attribute

class usdrt.UsdPhysics.RevoluteJoint

CreateAxisAttr(

self: usdrt.UsdPhysics.RevoluteJoint,

) → usdrt.Usd.Attribute

CreateLowerLimitAttr(

self: usdrt.UsdPhysics.RevoluteJoint,

) → usdrt.Usd.Attribute

CreateUpperLimitAttr(

self: usdrt.UsdPhysics.RevoluteJoint,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdPhysics.RevoluteJoint

GetAxisAttr(

self: usdrt.UsdPhysics.RevoluteJoint,

) → usdrt.Usd.Attribute

GetLowerLimitAttr(

self: usdrt.UsdPhysics.RevoluteJoint,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetUpperLimitAttr(

self: usdrt.UsdPhysics.RevoluteJoint,

) → usdrt.Usd.Attribute

class usdrt.UsdPhysics.RigidBodyAPI

static Apply(

prim: usdrt.Usd.Prim,

) → usdrt.UsdPhysics.RigidBodyAPI

CreateAngularVelocityAttr(

self: usdrt.UsdPhysics.RigidBodyAPI,

) → usdrt.Usd.Attribute

CreateKinematicEnabledAttr(

self: usdrt.UsdPhysics.RigidBodyAPI,

) → usdrt.Usd.Attribute

CreateRigidBodyEnabledAttr(

self: usdrt.UsdPhysics.RigidBodyAPI,

) → usdrt.Usd.Attribute

CreateSimulationOwnerRel(

self: usdrt.UsdPhysics.RigidBodyAPI,

) → usdrt.Usd.Relationship

CreateStartsAsleepAttr(

self: usdrt.UsdPhysics.RigidBodyAPI,

) → usdrt.Usd.Attribute

CreateVelocityAttr(

self: usdrt.UsdPhysics.RigidBodyAPI,

) → usdrt.Usd.Attribute

GetAngularVelocityAttr(

self: usdrt.UsdPhysics.RigidBodyAPI,

) → usdrt.Usd.Attribute

GetKinematicEnabledAttr(

self: usdrt.UsdPhysics.RigidBodyAPI,

) → usdrt.Usd.Attribute

GetRigidBodyEnabledAttr(

self: usdrt.UsdPhysics.RigidBodyAPI,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

GetSimulationOwnerRel(

self: usdrt.UsdPhysics.RigidBodyAPI,

) → usdrt.Usd.Relationship

GetStartsAsleepAttr(

self: usdrt.UsdPhysics.RigidBodyAPI,

) → usdrt.Usd.Attribute

GetVelocityAttr(

self: usdrt.UsdPhysics.RigidBodyAPI,

) → usdrt.Usd.Attribute

class usdrt.UsdPhysics.Scene

CreateGravityDirectionAttr(

self: usdrt.UsdPhysics.Scene,

) → usdrt.Usd.Attribute

CreateGravityMagnitudeAttr(

self: usdrt.UsdPhysics.Scene,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdPhysics.Scene

GetGravityDirectionAttr(

self: usdrt.UsdPhysics.Scene,

) → usdrt.Usd.Attribute

GetGravityMagnitudeAttr(

self: usdrt.UsdPhysics.Scene,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

class usdrt.UsdPhysics.SphericalJoint

CreateAxisAttr(

self: usdrt.UsdPhysics.SphericalJoint,

) → usdrt.Usd.Attribute

CreateConeAngle0LimitAttr(

self: usdrt.UsdPhysics.SphericalJoint,

) → usdrt.Usd.Attribute

CreateConeAngle1LimitAttr(

self: usdrt.UsdPhysics.SphericalJoint,

) → usdrt.Usd.Attribute

static Define(

stage: usdrt.Usd.Stage,

path: usdrt.Sdf.Path,

) → usdrt.UsdPhysics.SphericalJoint

GetAxisAttr(

self: usdrt.UsdPhysics.SphericalJoint,

) → usdrt.Usd.Attribute

GetConeAngle0LimitAttr(

self: usdrt.UsdPhysics.SphericalJoint,

) → usdrt.Usd.Attribute

GetConeAngle1LimitAttr(

self: usdrt.UsdPhysics.SphericalJoint,

) → usdrt.Usd.Attribute

static GetSchemaTypeName() → TfToken

usdrt.Semantics module

class usdrt.Semantics._Semantics.SemanticsAPI

static Apply(

prim: usdrt.Usd.Prim,

name: TfToken,

) → usdrt.Semantics._Semantics.SemanticsAPI

CreateSemanticDataAttr(

self: usdrt.Semantics._Semantics.SemanticsAPI,

) → usdrt.Usd.Attribute

CreateSemanticTypeAttr(

self: usdrt.Semantics._Semantics.SemanticsAPI,

) → usdrt.Usd.Attribute

GetName(

self: usdrt.Semantics._Semantics.SemanticsAPI,

) → TfToken

static GetSchemaTypeName() → TfToken

GetSemanticDataAttr(

self: usdrt.Semantics._Semantics.SemanticsAPI,

) → usdrt.Usd.Attribute

GetSemanticTypeAttr(

self: usdrt.Semantics._Semantics.SemanticsAPI,

) → usdrt.Usd.Attribute