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NEW QUESTION # 54
Which traversal strategy does Usd.PrimRange use by default?
Answer: A
Explanation:
Usd.PrimRange performs depth-first traversal by default, meaning it explores children before siblings.
NEW QUESTION # 55
Which of the following is NOT a valid model kind in OpenUSD?
Answer: A
Explanation:
Subcomponent is a concept, not a formal kind. It highlights important prims within a Component.
NEW QUESTION # 56
Which statement accurately describes a key difference between native instancing and point instancing?
Answer: B
Explanation:
The key distinction is addressability and representation. Native, or scenegraph, instancing preserves each instance as a prim in the composed scene hierarchy. Each instance root can have its own path, transform, metadata, and root-level refinements while sharing an implicit prototype generated from matching instanceable composition. OpenUSD's scenegraph instancing documentation explains that prims bringing in common scene description through composition arcs can share those composed subgraphs rather than duplicating them per prim.
Point instancing, by contrast, is a vectorized representation. NVIDIA's instancing guide states that point instancing represents repeated instances through array attributes such as positions, orientations, scales, prototype indices, and prototype relationships. It is more compact because it does not require a prim for each instance , but this comes with reduced flexibility and addressability.
Option D is correct because native instances remain individually addressable scenegraph prims, while point instances are addressed through array elements and IDs rather than unique prim paths. A reverses prototype behavior: native instancing uses implicit prototypes, while point instancing uses explicit prototype relationships. B and C impose restrictions that do not exist. This aligns with Content Aggregation # Scenegraph Instancing, PointInstancer, Prototypes, Addressability, and Scalable Repetition .
NEW QUESTION # 57
What fundamental data type in USD is most suitable for representing texture files?
Answer: A
Explanation:
The most suitable USD data type for representing texture files is an asset path . NVIDIA's Learn OpenUSD glossary defines an asset as a named reusable resource and explicitly includes textures among asset examples.
It also explains that USD provides a specialized string type called asset so that attributes and metadata referring to external resources can be identified robustly. In USDA syntax, asset-valued strings are delimited with @, such as @textures/albedo.png@.
Option C is correct because texture files are external resources that should participate in USD's asset- resolution system. Using an asset path allows the resolver to map the authored identifier to an actual file location, versioned asset, package member, or site-specific storage location. Option A is incorrect because tokens are compact identifiers best suited to enumerated values such as purpose, interpolation, or role-like names. Option B is less appropriate because ordinary strings do not communicate that the value is an external asset dependency requiring resolution. This distinction is essential for interchange, packaging, relocation, and pipeline portability. This aligns with Data Exchange # Asset Paths, Asset Resolution, Texture Dependencies, Sdf Value Types, and External Resource References .
NEW QUESTION # 58
Which arc allows deferred loading of heavy assets like buildings in a digital twin?
Answer: B
Explanation:
Payloads can be loaded/unloaded on demand, making them ideal for heavy assets.
NEW QUESTION # 59
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