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44. Frage
Considering the following scene description:
def "ParkingLot"
{
def "Car_1" (
instanceable = true
references = @Car.usd@
)
{
}
def "Car_2" (
instanceable = true
references = @Car.usd@
)
{
}
}
Disabling the instanceable metadata on the prim at path /ParkingLot/Car_2 by setting it to false has the following effects: Choose two.
Antwort: A,B
Begründung:
Setting instanceable = false on an instance root is a deinstancing operation. NVIDIA's Learn OpenUSD instancing material explains that instanceable prims share composed data through implicit prototypes, and that scenegraph instances restrict sparse descendant overrides because instance proxies are not directly editable. In NVIDIA's instance-refinement guidance, the three practical rules are: prototypes are not editable, instance proxies are not editable and local opinions are discarded, while the instanceable prim itself remains editable. ( docs.nvidia.com ) Therefore, when the targeted instance root is deinstanced, local opinions authored under that prim's descendant paths can become effective because the subtree is no longer represented only through the shared prototype. USD must also recompose that hierarchy because changing instanceable changes whether the prim contributes to prototype sharing or composes its own local subtree. Option A is incorrect because disabling instanceable on one prim does not mutate metadata on other prims that previously shared the prototype.
Option C describes the still-instanced behavior, not the deinstanced result. In the screenshot, the stem names
/ParkingLot/Car_2 while options B and D name /ParkingLot/Car_1; the correct effects apply to the prim whose instanceable metadata is disabled. This aligns with Content Aggregation # Scenegraph Instancing, Instance Refinement, Deinstancing, and Recomposition .
45. Frage
Consider a task where a Mesh prim needs to have its points property subdivided to achieve a higher quality of deformation. Which of the following is correct?
Antwort: B
Begründung:
When a process changes the topology or point count of a mesh, it must also update dependent geometric data whose interpolation depends on the mesh's element counts. OpenUSD primvars are not arbitrary side data; their array sizes and ordering are tied to interpolation mode. For mesh vertex interpolation, the primvar array provides one element for each point, in the same order as the mesh points array. For faceVarying interpolation, the primvar array follows the flattened faceVertexIndices order.
Option B is correct because subdividing or replacing points changes the data contract for non-constant primvars such as display color, UVs, normals, or other interpolated values. The process authoring the stronger points opinion must ensure that related primvars remain valid for the resulting geometry. Option A is incorrect because points is an attribute and can be overridden by stronger opinions; render-time subdivision through subdivisionScheme is a separate mechanism. Option C is incorrect because USD composition does not automatically resize or reinterpret primvar arrays to match newly authored points. This aligns with Data Modeling # Meshes, Points, Primvars, Interpolation, Topology, and Geometry Validity .
46. Frage
Why use sublayers in large scenes?
Antwort: C
Begründung:
Sublayers enable workstreams (lighting, geometry, etc.) to work independently.
47. Frage
Which of the following are valid reasons for choosing to use or develop a standalone converter instead of an importer/exporter for a digital content creation (DCC) application? Choose two.
Antwort: B,C
Begründung:
A standalone converter is appropriate when the conversion workflow should operate outside the DCC application. NVIDIA's Learn OpenUSD Data Exchange lesson defines a standalone converter as a script, executable, or microservice dedicated to translating to and from another file format. It contrasts this with importers and exporters, which are implemented as part of a DCC application's runtime or plugin system. ( docs.nvidia.com ) Option C is correct because if a developer cannot access the DCC's SDK, plugin API, or runtime integration path, a native importer/exporter may not be feasible. A separate converter can still be built around accessible file-level data, command-line tools, services, or external APIs. Option D is also correct because standalone converters are well suited for automation, headless processing, farm execution, and batch conversion pipelines that do not belong inside an artist-facing DCC session. NVIDIA's OpenUSD guidance also notes that data exchange implementations must account for different client needs, workflow performance, and content structures rather than assuming one implementation pattern fits all. ( docs.nvidia.com ) Option A is false because proprietary formats can also be supported by native plugins or file format plugins when appropriate access exists. Option B is false because fidelity depends on data mapping and implementation quality, not on whether the tool is standalone. This aligns with Data Exchange # Importers, Exporters, Standalone Converters, File Format Plugins, and Workflow Requirements .
48. Frage
What does "sparse override" mean in USD?
Antwort: C
Begründung:
Sparse overrides ensure only differences are written, keeping layers lightweight and non-destructive.
49. Frage
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2026 Die neuesten ZertPruefung NCP-OUSD PDF-Versionen Prüfungsfragen und NCP-OUSD Fragen und Antworten sind kostenlos verfügbar: https://drive.google.com/open?id=1qtX8L4HJQgfvtJWuF5M4cmvRKH30Rm2D