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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Pipeline Development | - Version control integration - Workflow design and implementation - Collaborative pipeline setup | |
| Topic 2: Debugging and Troubleshooting | - Performance and data quality optimization - Composition error resolution - Stage introspection | |
| Topic 3: Data Exchange | - Import/export workflows - Interoperability between tools - Data translation and conversion | |
| Topic 4: Data Modeling | - Prims, properties, primvars, time samples - USD and Sdf data structures - Built-in schemas and data organization | |
| Topic 5: Customizing USD | 6% | - File format extensions - Custom schemas - Plugin development |
| Topic 6: Composition | 23% | - Composition strategies and debugging - References, payloads, sublayers, variants - Composition arcs (LIVERPS) |
| Topic 7: Content Aggregation | - Modular asset building - Instancing and scene assembly - Asset overriding and reuse | |
| Topic 8: Visualization | - UsdGeom, UsdShade, UsdLux domains - Rendering and display workflows - Geometry, materials, cameras, lights |
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問題 #14
When designing a scalable asset structure, which two aspects should be primarily considered? Choose two.
答案：A,D
解題說明：
A scalable asset structure should be designed around the needs of clients and collaborators and around structural principles such as modularity and performance . NVIDIA's Learn OpenUSD asset-structure guidance states that a well-designed scalable asset structure should always be tailored to the needs of clients and collaborators. It also emphasizes that collaboration is core to OpenUSD and that scalable structures should support parallel workstreams across multiple dimensions.
Option C is correct because asset structure is not created in isolation; it must serve the downstream consumers, artists, tools, departments, and delivery requirements that will interact with the asset. Option D is correct because NVIDIA identifies the four principles of scalable asset structure as Legibility, Modularity, Performance, and Navigability . Modularity enables reuse and flexible composition, while performance ensures efficient reads, writes, loading, and interaction at production scale.
Option A is too vague and not one of the named primary design aspects. Option B can matter tactically, but file formats and compression are implementation choices, not the primary asset-structure design drivers. This aligns with Content Aggregation # Asset Structure Principles # Clients, Collaborators, Modularity, Performance, and Scalability .
問題 #15
In usdview, which is a clear sign of good encapsulation?
答案：A
解題說明：
Good encapsulation keeps everything needed under the asset's default prim.
問題 #16
Which transformation order is most commonly used?
答案：B
解題說明：
Translate → Rotate → Scale (T→R→S) is the typical transformation order.
問題 #17
Which flag switches UsdPreviewSurface to specular workflow?
答案：B
解題說明：
Specular workflow aligns better with MTL parameters like Ks.
問題 #18
Which of these is the most essential composition arc to put onto the components of a model hierarchy?
答案：A
解題說明：
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 .
問題 #19
......
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