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NEW QUESTION # 64
Which of the following are valid principles of asset structure? Choose three.
Answer: A,D,E
Explanation:
The valid asset-structure principles are Legibility , Navigability , and Modularity . NVIDIA's Learn OpenUSD asset-structure guide identifies four principles of scalable asset structure: Legibility , Modularity , Performance , and Navigability . It defines legibility as making an asset structure easy to understand and interpret, modularity as enabling flexibility and reuse, and navigability as making it easy for users to find and access the features and properties they need. ( docs.nvidia.com ) Option A is correct because clear names, organization, and intent make assets easier to troubleshoot, exchange, and maintain. Option C is correct because downstream users and tools must be able to locate meaningful prims, properties, variants, payloads, and interfaces efficiently. Option D is correct because reusable modular components support parallel workstreams and scalable aggregation. Option B is incorrect because redundancy is generally discouraged; NVIDIA's modularity guidance emphasizes reuse and avoiding duplicated data. Option E is incorrect because "compressability" is not one of the stated principles. This aligns with Content Aggregation # Asset Structure Principles # Legibility, Modularity, Performance, Navigability .
NEW QUESTION # 65
Why should custom internal taxonomies rarely be exposed directly as kinds?
Answer: B
Explanation:
Model hierarchy rules are fundamental to USD composition, and mixing internal taxonomies can create invalid hierarchies.
NEW QUESTION # 66
In the context of UsdGeomMesh, which statement is true about mesh normals?
Answer: A
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 # 67
Where should validation (usdchecker/Asset Validator) be run?
Answer: A
Explanation:
Validating at each stage isolates issues and prevents regressions.
NEW QUESTION # 68
What is the difference between inherits and specializes in terms of strength?
Answer: C
Explanation:
In LIVRPS ordering, Inherits come before Specializes, so they are stronger.
NEW QUESTION # 69
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