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| Section | Weight | Objectives |
|---|---|---|
| Data Modeling | 13% | - USD Schema & Data Structures
|
| Data Exchange | 15% | - Interoperability Pipelines
|
| Customizing USD | 6% | - USD Extension
|
| Visualization | 8% | - USD Rendering Domains
|
| Pipeline Development | 14% | - Production Pipelines
|
| Debugging and Troubleshooting | 11% | - USD Scene Debugging
|
| Content Aggregation | 10% | - Asset Modularity
|
| Composition | 23% | - Composition Arcs
|
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NEW QUESTION # 50
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"
{
}
}
}
}
Answer: A,B,C
Explanation:
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 .
NEW QUESTION # 51
Which option best describes the primary function of an inherit composition arc in OpenUSD?
Answer: B
Explanation:
An inherit arc lets prims receive scene description from a source prim, commonly a class prim, and enables modifications to that inherited source to broadcast to all inheriting prims in the relevant composition context.
NVIDIA's Learn OpenUSD inherits lesson states that after an inherit arc is established, the source prim and its descendants can be modified in a stronger layer, including across references, and those modifications are broadcast and applied to all prims that inherit it. ( docs.nvidia.com ) Option B is correct because it captures the defining production use: central refinement of many related prims without editing every instance individually and without modifying the original referenced asset globally.
NVIDIA's strength-ordering lesson also describes inherits as the arc that allows opinions on one source prim to affect all prims that author an inherit arc to that source. ( docs.nvidia.com ) Option A is incorrect because inherits are not simply a replacement for references; they solve broadcast refinement and reusable opinion-sharing problems. Option C is conceptually adjacent but imprecise: inherits may resemble inheritance patterns, but USD inherit arcs are composition mechanisms, not an object-oriented programming system. This aligns with Composition # Inherits, Class Prims, Broadcast Refinement, Encapsulation, and LIVERPS Strength Ordering .
NEW QUESTION # 52
You and your colleague open the same USD layer but one of you observes missing geometry. What could be the reason why?
Answer: A
Explanation:
The most plausible cause is that the two environments are resolving asset identifiers differently. NVIDIA's Learn OpenUSD glossary defines asset resolution as the process of translating an asset path into the actual location of a consumable resource, and identifies ArResolver as the plugin point that can be customized to resolve assets through site logic, databases, or version-control systems.
Option C is correct because the same authored USD layer can contain references, payloads, textures, or other asset-valued paths that are resolved at runtime. If one user's resolver context maps @character.usd@ to version 12 while another maps it to version 15, or if one environment cannot resolve a dependency at all, the composed stage can differ. This can manifest as missing geometry, stale geometry, missing materials, or unresolved payloads. References and payloads are composition arcs that bring external scene description into the stage, so resolution differences directly affect what data is available for composition.
Option A is incorrect because USD does not change composition semantics based on available memory.
Option B is not the primary explanation here; instance prototypes are derived from composed instance data, but the root problem described is inconsistent asset resolution. This aligns with Debugging and Troubleshooting # Asset Resolution, References, Payloads, Resolver Contexts, Missing Dependencies .
NEW QUESTION # 53
What does the pseudo-root represent in usdview?
Answer: D
Explanation:
The pseudo-root is not a real prim; it visually represents the stage root in usdview.
NEW QUESTION # 54
What is transient data used for?
Answer: A
Explanation:
Useful while converting but not always shipped.
NEW QUESTION # 55
......
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