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NEW QUESTION # 25
What geometric attribute should be kept in sync when updating point position values on an object?
Answer: B
Explanation:
The geometric attribute that should be kept in sync is extent. In OpenUSD, point position values describe the authored point locations for point-based geometry, while extent represents the local-space geometric range or bounding box of a boundable primitive. The OpenUSD UsdGeomBoundable specification describes extent as a three-dimensional range measuring the authored gprim in its own local space, and states that if extent is authored, it should be authored at every time sample where geometry-affecting properties are authored to ensure correct evaluation.
Option C is correct because changing point positions can change the object's local bounds. If the authored extent is not updated, downstream systems may compute incorrect framing, culling, selection bounds, or bounding-box display. Option A is incorrect because purpose classifies geometry for render, proxy, guide, or default visibility categories. Option B is incorrect because xformOps describe transform operations on the prim, not the local geometric bounds derived from point positions. Option D is incorrect because faceVertexIndices describes mesh topology, not the bounding range. This aligns with Data Modeling # Geometry Attributes, Point-Based Geometry, Boundable Prims, Extent, and Time-Sampled Geometry .
NEW QUESTION # 26
Which of the following is best handled as a Transform option, not Extraction?
Answer: D
Explanation:
Up-axis customization suits Transform as a user/export option.
NEW QUESTION # 27
Which of these is not a valid attribute type in Sdf.ValueTypeNames?
Answer: C
Explanation:
Magic does not exist in USD type definitions.
NEW QUESTION # 28
In the context of UsdGeomMesh, which statement is true about mesh normals?
Answer: C
Explanation:
Option C correctly describes the relationship between interpolation and element counts for mesh normals and normal-like primvars. In UsdGeomMesh, vertex interpolation provides one value per mesh point, while faceVarying interpolation provides one value for each face-vertex, meaning each corner of each face can carry its own value. This distinction is essential for representing smooth normals, hard edges, UV seams, and other discontinuities across faces. OpenUSD's UsdGeomMesh documentation defines vertex interpolation as one element per point and faceVarying interpolation as one element for each face-vertex that defines the mesh topology.
Option A is incorrect because authored normals do not always have to match the number of points; the required count depends on the normals interpolation. Face-varying normals, for example, require one value per face corner rather than one per point. Option B is incorrect because normals should generally not be authored on subdivision meshes; subdivision algorithms define their own normals. OpenUSD notes that authored normals should only be used for polygonal meshes where subdivisionScheme = "none".
This aligns with Data Modeling # UsdGeomMesh, Normals, Primvar Interpolation, Vertex Data, Face- Varying Data, and Polygonal Mesh Representation .
NEW QUESTION # 29
In OpenUSD, a composed stage aggregates opinions from multiple sublayers. Why might an opinion in one layer not take effect in the final composed stage?
Answer: C
Explanation:
An opinion may not appear in the final composed stage because USD resolves competing opinions according to composition strength. NVIDIA's Learn OpenUSD material explains that a layer stack is the ordered set of a layer and its recursively gathered sublayers, with the root layer considered strongest, followed by sublayers according to their composed order. It also states that strength ordering determines which opinion is composed into the final stage when multiple layer stacks or layers contribute data for the same prim or property. ( docs.
nvidia.com )
Option D is correct because a weaker layer can author a valid opinion, but that opinion can be hidden by a stronger authored opinion on the same target. Option A is incorrect because sublayers do not need to be referenced by every other layer to affect a stage. Option B is incorrect because there is no general "weaker keyword" that lowers priority. Option C is incorrect because opinions from sublayers, references, payloads, variants, inherits, and specializes can all contribute to composition. This aligns with Composition # Sublayers, Layer Stacks, Opinion Strength, and LIVERPS Strength Ordering .
NEW QUESTION # 30
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