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NEW QUESTION # 28
Which of the following can be animated with time samples?
Answer: C
Explanation:
Any attribute with Set(value, time=...) can be animated.
NEW QUESTION # 29
What is the only reliable way in OpenUSD of encoding the motion of primitives whose topology is varying over time?
Answer: C
Explanation:
The reliable encoding mechanism is velocities . OpenUSD attributes may vary over time through time samples, but position interpolation assumes correspondence between sampled array elements. When topology changes over time, adjacent samples may not contain the same number of points, and even matching indices may no longer identify the same physical point. NVIDIA's Learn OpenUSD glossary defines variability as whether a property can change over time, with varying attributes supporting time samples and interpolation behavior. ( docs.nvidia.com ) The OpenUSD geometry specification is explicit: "Using velocities is the only reliable way of encoding the motion of primitives whose topology is varying over time," because neighboring sample indices may be unrelated or may not have the same element count. ( openusd.org ) Option B is therefore correct. Positions alone are insufficient when topology changes, because linear interpolation between position arrays depends on stable point correspondence. Orientations describe rotational state, commonly relevant to transforms or instancing, but they do not solve topology-varying point motion. This maps to Data Modeling # Time Samples, Attribute Variability, UsdGeom Point-Based Motion, Velocities, and Animated Geometry .
NEW QUESTION # 30
When designing a scalable asset structure, which two aspects should be primarily considered? Choose two.
Answer: B,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 # 31
What is the base class for Group and Component kinds, which should not be directly assigned to any prim?
Answer: D
Explanation:
Model is the base class for Group and Component kinds but is not meant to be directly assigned.
NEW QUESTION # 32
To mark OBJ meshes as polygonal (not SubD), set:
Answer: B
Explanation:
UVs are stored as primvars (often face-varying).
NEW QUESTION # 33
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