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These NVIDIA-Certified Professional: OpenUSD Development (NCP-OUSD) (NCP-OUSD) practice test questions are customizable and give real NVIDIA-Certified Professional: OpenUSD Development (NCP-OUSD) (NCP-OUSD) exam experience. Windows computers support desktop software. The web-based NCP-OUSD Practice Exam is supported by all browsers and operating systems.
NEW QUESTION # 36
What API can be used in Python to add sublayers to a root layer?
Answer: A
Explanation:
The subLayerPaths.append() method allows adding sublayers in Python.
NEW QUESTION # 37
Which of these is the most essential composition arc to put onto the components of a model hierarchy?
Answer: B
Explanation:
The most essential composition arc for components in a model hierarchy is the payload . NVIDIA's Learn OpenUSD glossary describes payloads as composition arcs similar to references, but with deferred loading for scalability, and specifically notes that payloads are typically added to component asset root prims for efficient scalable composition. ( docs.nvidia.com ) Option A is correct because component models act as the leaf or pruning boundary of the model hierarchy.
NVIDIA's model-kind guidance explains that the model hierarchy is designed to prune traversal at the component boundary, and that component models cannot contain other component models as descendants. ( docs.nvidia.com ) Payloads reinforce that design by allowing large component contents to remain unloaded until needed, improving stage-opening performance and enabling scalable aggregation of large scenes.
Option B is incorrect because inherits are mainly for reusable class-style opinions. Option C is useful for alternatives such as LODs or looks, but it is not the essential component-loading mechanism. Option D is a weaker composition mechanism used for specialization and fallback-style refinement. This aligns with Content Aggregation # Asset Structure, Model Hierarchy, Components, Payloads, and Scalable Scene Assembly .
NEW QUESTION # 38
Consider a USD that has a root Xform, that has a child Sphere, that in turn has a child Cube.
Xform
- Sphere
-- Cube
When you open the USD, you see the sphere and the cube. But when you author the Sphere to be invisible, the sphere disappears, but the Cube is still visible.
What could be causing this behavior?
Answer: C
Explanation:
The issue is caused by an invalid scenegraph structure: a Cube gprim is nested below a Sphere gprim.
OpenUSD considers nesting gprims under other gprims invalid, and usdchecker warns on this construct because important USD features such as activation and visibility are hierarchical and pruning. The OpenUSD glossary states that when an ancestor gprim is deactivated or made invisible, there should be no way for a descendant gprim to remain active or visible. ( openusd.org ) Option B is correct because the authored hierarchy violates the expected gprim organization. The correct structure is to place geometry prims under transform or organizational prims, such as Xform or Scope, rather than directly under other gprims. Option A is incorrect because USD visibility is not purely explicit per prim.
NVIDIA's Omniverse visibility guide states that setting a prim's visibility to invisible makes the prim and all children invisible. ( docs.omniverse.nvidia.com ) Option C is also incorrect because setting the Sphere invisible should hierarchically affect descendants in a valid hierarchy. This aligns with Visualization # Visibility, Imageable Prims, Gprim Structure, and Valid Scenegraph Organization .
NEW QUESTION # 39
A standalone converter differs from importers/exporters because it:
Answer: D
Explanation:
It operates independently of DCCs and direction depends on implementation.
NEW QUESTION # 40
Which tool adds GUI, auto-fixes, and custom rules on top of usdchecker?
Answer: C
Explanation:
It provides GUI/CLI/API, auto-fix, and extensibility.
NEW QUESTION # 41
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