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NVIDIA NCP-OUSD Prüfungsplan:

Thema	Einzelheiten
Thema 1	Visualization: Covers working with UsdGeom, UsdShade, and UsdLux domains, including meshes, cameras, materials, and lights used across common USD workflows.
Thema 2	Pipeline Development: Covers high-level pipeline design tasks including asset management, versioning, USD exporter hooks, build configurations, and dependency management.
Thema 3	Composition: Covers authoring, designing with, and debugging all composition arcs (LIVERPS), including understanding when and how to apply each arc in complex scenarios.
Thema 4	Data Modeling: Covers USD and Sdf data structures including prims, properties, primvars, value types, time samples, and built-in schemas.
Thema 5	Customizing USD: Covers extending USD functionality through plugin development, including custom schemas, file format plugins, model kinds, and variant fallback selections.

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NVIDIA-Certified Professional: OpenUSD Development (NCP-OUSD) NCP-OUSD Prüfungsfragen mit Lösungen (Q41-Q46):

41. Frage
Which of the following are immutable once a USD Stage has been opened? Choose two.

A. Variant fallbacks for prims without variant selection in the stage.
B. Layers that are muted or unmuted in the stage.
C. The path resolver context that is bound to the stage.
D. Rules for loading payloads from prims in the stage.

Antwort: A,C

Begründung:
The immutable stage-opening concerns are the path resolver context and the variant fallback configuration used for unselected variants . The resolver context is bound when the stage is created or opened and is used for future asset-path resolution on that stage, regardless of what other resolver context may be bound elsewhere. The OpenUSD UsdStage API documentation describes this binding behavior during stage creation, making option C correct.
Option D is also correct because global variant fallback preferences are defined as preferences "used in new UsdStages." Once a stage has been composed with its fallback preferences, changing global fallback settings affects newly opened stages, not the already-opened stage's established fallback behavior.
Option A is incorrect because payload loading is mutable: Load(), Unload(), LoadAndUnload(), and SetLoadRules() modify the stage's payload working set after opening. Option B is incorrect because layers can be muted and unmuted on an existing stage through MuteLayer(), UnmuteLayer(), and MuteAndUnmuteLayers(). This aligns with Pipeline Development # Stage Opening, Asset Resolution, Variant Fallbacks, Load Rules, and Layer Muting .

42. Frage
You are a developer creating an OpenUSD exporter for an application that also supports import of USD assets. To enable collaborative workflows, you're adding an "export as overrides" option.
Which approach correctly describes which structure your exporter should generate?

A. Overs of the prims and properties that have been modified or added, omitting unchanged data.
B. Export each prim separately into multiple layers, and reference them individually to maintain sparsity.
C. Include explicit definitions of all prims, properties, and relationships exactly matching the imported asset to ensure consistency.

Antwort: A

Begründung:
For an "export as overrides" workflow, the exporter should generate sparse authored opinions that represent only the modified or added contributions of the current workstream. NVIDIA's Learn OpenUSD Data Transformation guidance explicitly describes this pattern: third-party developers can use the stage from raw extraction to export data as sparse overrides for multi-workstream workflows. It also explains that if an export represents one workstream within a larger asset structure, it may define new prims, apply overrides on existing prims, or both, and should distill the data down to the workstream's unique contributions.
Option A is correct because over specs and sparse property opinions preserve USD's non-destructive composition model. They allow a stronger layer to modify the composed result without duplicating unchanged source data. Option B is incorrect because splitting each prim into separate layers is not required for sparsity and would add unnecessary composition complexity. Option C is incorrect because re-exporting the entire imported asset as full definitions would duplicate unchanged data and obscure the actual edits. This aligns with Data Exchange # Data Transformation, Export Options, Sparse Overrides, Round-Trip Exchange, and Multi-Workstream Workflows .

43. Frage
To make only the sphere visible given the following scene, which prims need their visibility opinions updated? Choose three.
#usda 1.0
def Xform "World"
{
token visibility = "invisible"
def Xform "Xform"
{
def Scope "Scope"
{
token visibility = "invisible"
def Sphere "Sphere"
{
}
def Cube "Cube"
{
}
}
}
}

A. Xform
B. World
C. Sphere
D. Scope
E. Cube

Antwort: B,D,E

Begründung:
The visibility opinions that must be updated are on World , Scope , and Cube . In OpenUSD, visibility is hierarchical and pruning. UsdGeomImageable defines the visibility attribute with allowed values inherited and invisible; effective visibility is computed from the most ancestral authored invisible opinion. The OpenUSD API further states that MakeVisible() may need to override ancestor visibility and hide sibling branches to preserve the intended result. ( openusd.org ) In the given scene, /World is explicitly invisible, so the entire subtree is invisible regardless of descendants.
/World must therefore be changed to visible behavior, typically visibility = "inherited". /World/Xform/Scope is also explicitly invisible, so Scope must also be changed to inherited to allow its children to be evaluated as visible. Once those ancestor invisibility opinions are removed, both Sphere and Cube would become visible by inheritance. To make only the sphere visible, the Cube must receive an explicit visibility = "invisible" opinion. The sphere does not require an authored visibility opinion because it becomes visible through inheritance. This aligns with Visualization # UsdGeomImageable, Visibility, Hierarchical Pruning, and Effective Visibility Computation .

44. Frage
In usdview, which is a clear sign of good encapsulation?

A. Several default prims exist in one file
B. All asset prims (Geometry/Looks) are under the default prim "World"
C. Materials sit at the stage root while geometry is under World
D. The asset has no default prim

Antwort: B

Begründung:
Good encapsulation keeps everything needed under the asset's default prim.

45. Frage
What does the pseudo-root represent in usdview?

A. An actual prim
B. A geometry container
C. A material reference
D. A visual placeholder for the stage root

Antwort: D

Begründung:
The pseudo-root is not a real prim; it visually represents the stage root in usdview.

46. Frage
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