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NEW QUESTION # 65
Which kind is used for organizational grouping within assemblies but is not itself a final asset?
Answer: C
Explanation:
Groups are intermediate kinds used to organize assets.
NEW QUESTION # 66
Which operation's behavior is directly impacted by whether a source prim is encapsulated (due to path repathing)?
Answer: C
Explanation:
Encapsulation determines how paths are repathed when hierarchies are grafted via references.
NEW QUESTION # 67
In OpenUSD, which USDA snippet correctly uses a payload to reference an external asset while allowing deferred loading?
Answer: B
Explanation:
Option A is the correct USDA pattern because a payload is authored as prim metadata using the singular payload keyword with a list-editing operation such as prepend. NVIDIA's Learn OpenUSD payload exercise shows the canonical USDA form: prepend payload = @./red_cube.usd@, authored on the prim declaration. It further explains that payloads are similar to references in USDA, with the important distinction that the keyword is payload rather than references.
The key technical purpose of a payload is deferred loading. NVIDIA explains that payloads can compose scene description when loaded, or unload the targeted scene description beneath the payloaded prim. It also contrasts this with references, which are always composed and present on the stage, while payloads can be opened unloaded and selectively loaded later.
Option B is incorrect because payloads is not the USDA keyword and it is not authored as a property inside the prim body. Option C uses a reference, not a payload, so it does not provide payload load/unload behavior.
Option D is not the canonical list-op form expected here. This aligns with Composition # References and Payloads # Working With Payloads .
NEW QUESTION # 68
Which of these data is lost when flattening a stage?
Answer: A
Explanation:
Flattening a stage resolves the composed result into a single merged layer, baking the effects of composition into authored scene description. The critical loss here is variant-set structure . OpenUSD's UsdStage::
Flatten() documentation states that flattening removes most composition metadata and that "all VariantSets are removed and only the currently selected variants will be present in the resulting layer." This means the flattened output preserves the currently selected representation, but the ability to switch among alternate variants is lost.
Option C is therefore correct. Option A is not the best answer because flattening authors resolved values and can preserve relevant composed metadata, although composition metadata is removed. Option B is incorrect because modern OpenUSD flattening preserves native scenegraph instancing by flattening prototypes and adding internal references from instances to their corresponding prototypes. Option D is incorrect because class prims still exist after flattening, although inherit arcs are removed and inherited data is copied onto consuming prims. This aligns with Composition # Flattening, Variant Sets, Composition Metadata, Inherits, and Scenegraph Instancing .
NEW QUESTION # 69
How does an inherits arc differ from directly editing the referenced asset file?
Answer: B
Explanation:
Direct edits ripple everywhere; inherits allow local context-specific changes.
NEW QUESTION # 70
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