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NVIDIA NCP-OUSD Exam Syllabus Topics:

TopicDetails
Topic 1
  • Pipeline Development: Covers high-level pipeline design tasks including asset management, versioning, USD exporter hooks, build configurations, and dependency management.
Topic 2
  • Content Aggregation: Covers building modular, reusable components and using instancing strategies to efficiently assemble and override assets in large, optimized scenes.
Topic 3
  • Composition: Covers authoring, designing with, and debugging all composition arcs (LIVERPS), including understanding when and how to apply each arc in complex scenarios.
Topic 4
  • Data Exchange: Covers creating data mapping documents and building custom importers, exporters, and scripts to interchange data with OpenUSD pipelines.
Topic 5
  • Customizing USD: Covers extending USD functionality through plugin development, including custom schemas, file format plugins, model kinds, and variant fallback selections.
Topic 6
  • Data Modeling: Covers USD and Sdf data structures including prims, properties, primvars, value types, time samples, and built-in schemas.
Topic 7
  • Visualization: Covers working with UsdGeom, UsdShade, and UsdLux domains, including meshes, cameras, materials, and lights used across common USD workflows.

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NVIDIA-Certified Professional: OpenUSD Development (NCP-OUSD) Sample Questions (Q40-Q45):

NEW QUESTION # 40
What is the role of SetStartTimeCode() and SetEndTimeCode() in a USD stage?

Answer: A

Explanation:
These methods define the start and end frames of the animation timeline.


NEW QUESTION # 41
What does unloading a payload in usdview demonstrate?

Answer: B

Explanation:
Unloading a payload hides its descendant prims from the scene graph until it is reloaded.


NEW QUESTION # 42
Which is the most appropriate combination of OpenUSD features to consider when trying to solve problems related to artists interaction with LODs, Material variations and Asset Versions?

Answer: B

Explanation:
The most appropriate combination is VariantSets, Purposes, and AssetResolvers because each feature addresses one of the stated production problems at the correct abstraction level. Variant sets provide artist- facing switches for alternative representations of the same asset, including material variations, geometric variations, and LOD-style alternatives. NVIDIA's Learn OpenUSD guide states that variant sets define alternative representations that can be switched at runtime, and that variants may override properties, define descendant prims, or author composition arcs.
Purposes help separate representation classes such as proxy, render, and guide. NVIDIA's glossary describes purpose as a UsdGeomImageable attribute used to classify geometry into selective visibility categories, allowing clients to include or exclude categories during rendering, bounding, or interactive traversal.
Asset resolvers address asset versioning and storage indirection. NVIDIA's asset-structure guidance specifically recommends keeping instances within a specific version and leveraging storage and asset-resolver capabilities to keep assets atomic.
Option B is more renderer/Hydra-infrastructure focused and does not directly solve artist-facing variation and versioning. Option C contains useful composition and shading tools, but it is not the best combined solution for LODs, material options, and asset versions. This aligns with Pipeline Development # Artist Workflows, Variant Sets, Purpose, Asset Resolution, and Asset Versioning .


NEW QUESTION # 43
Which integrity check is essential for faces?

Answer: A

Explanation:
Counts must match the flattened index list.


NEW QUESTION # 44
Another department at your company has provided layer1.usda that has a Sphere Gprim with animated timeValues that translate the sphere along the Y-axis:
#usda 1.0
(
endTimeCode = 60
startTimeCode = 1
)
def Xform "Asset"
{
def Sphere "Sphere"
{
double3 xformOp:translate.timeSamples = {
1: (0, 5.0, 0)
30: (0, -5.0, 0)
60: (0, 5.0, 0)
}
uniform token[] xformOpOrder = ["xformOp:translate"]
}
}
You've been given rootLayer.usda that references Sphere from layer1.usda as follows:
#usda 1.0
(
endTimeCode = 60
startTimeCode = 1
)
def Xform "World"
{
def Sphere "Sphere" (
prepend references = @./layer1.usda@ < /Asset/Sphere >
)
{
}
}
For testing purposes, you want to check what Sphere would look like if it was at (0, -5.0, 0) at timeCode = 45.
Which of the following changes in rootLayer.usda would place Sphere at -5.0 in the Y-axis at timeCode 45?
Note that it is okay if the position of Sphere at other timeCodes is changed. Choose two.

Answer: B,D

Explanation:
At timeCode 45, the referenced animation from layer1.usda interpolates between the samples at 30 and 60.
Since the Y values are -5.0 at frame 30 and 5.0 at frame 60, the interpolated local translate at frame 45 is 0.0.
Option A works because adding a parent transform on /World at frame 45 contributes an additional Y translation of -5.0; combined with the sphere's interpolated local value of 0.0, the resulting placement is Y =
-5.0.
Option C also works because a layer offset retimes animation across a reference. NVIDIA defines a layer offset as an adjustment to time values when composing layers through references, payloads, or sublayers, using offset and scale to retime animated data non-destructively. With offset = 15, the source sample at frame
30 is composed at frame 45, so the referenced sphere evaluates to Y = -5.0 at root time 45. Value resolution accounts for layer offsets and interpolation of time samples.
Option B only changes timeline metadata and does not retime or override the animation. Option D interpolates between -2.5 at frame 30 and -5.0 at frame 60, producing -3.75 at frame 45, not -5.0. This aligns with Composition # References, Layer Offsets, Time Samples, and Value Resolution .


NEW QUESTION # 45
......

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