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NEW QUESTION # 18
In usdview, which is a clear sign of good encapsulation?
Answer: A
Explanation:
Good encapsulation keeps everything needed under the asset's default prim.
NEW QUESTION # 19
When designing a scalable asset structure, which two aspects should be primarily considered? Choose two.
Answer: A,C
Explanation:
A scalable asset structure should be designed around the needs of clients and collaborators and around structural principles such as modularity and performance . NVIDIA's Learn OpenUSD asset-structure guidance states that a well-designed scalable asset structure should always be tailored to the needs of clients and collaborators. It also emphasizes that collaboration is core to OpenUSD and that scalable structures should support parallel workstreams across multiple dimensions.
Option C is correct because asset structure is not created in isolation; it must serve the downstream consumers, artists, tools, departments, and delivery requirements that will interact with the asset. Option D is correct because NVIDIA identifies the four principles of scalable asset structure as Legibility, Modularity, Performance, and Navigability . Modularity enables reuse and flexible composition, while performance ensures efficient reads, writes, loading, and interaction at production scale.
Option A is too vague and not one of the named primary design aspects. Option B can matter tactically, but file formats and compression are implementation choices, not the primary asset-structure design drivers. This aligns with Content Aggregation # Asset Structure Principles # Clients, Collaborators, Modularity, Performance, and Scalability .
NEW QUESTION # 20
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 # 21
When a user is trying to change the drawMode of an element to bounds, and it doesn't work, what should you look into?
Answer: A
Explanation:
The correct troubleshooting path is to verify the prim's kind and whether UsdGeomModelAPI behavior is properly applied. OpenUSD's UsdGeomModelAPI documentation states that draw modes provide alternate imaging behavior for USD subtrees with kind model . The attributes model:drawMode and model:
applyDrawMode are resolved to decide whether traversal should stop at a model boundary and replace the subtree with proxy geometry. For bounds, the replacement is the model-space bounding box of the replaced prim. ( openusd.org ) Option A is correct because drawMode = "bounds" is not a generic visibility toggle for arbitrary prims. It is a model-level imaging mechanism. The prim must participate correctly in the model hierarchy, and the relevant UsdGeomModelAPI attributes must be authored or inherited in a way that causes draw mode application. The documentation also notes that component models are automatically treated as if model:applyDrawMode were true unless explicitly disabled. ( openusd.org ) Options B , C , and D are unrelated to model draw-mode activation. Physics collision APIs, volume schemas, and material binding APIs can affect simulation, volume representation, or shading, but they do not control whether model draw modes are applied. This aligns with Visualization # Model Draw Modes, UsdGeomModelAPI, Kinds, Bounds, and Imaging Substitution .
NEW QUESTION # 22
What API can be used in Python to add sublayers to a root layer?
Answer: D
Explanation:
The subLayerPaths.append() method allows adding sublayers in Python.
NEW QUESTION # 23
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