docs: finalized planetary texture switcher diagnostic report for week 2 task 2

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# Task: Texture / Surface Variant Switcher # Week 2 Task 2 - Texture Switcher
## Objective ## Objective
Create one object with 23 surface variations (e.g., leather, wood, fabric). Implement a dynamic surface switcher (Earth/Moon) on a 3D sphere and evaluate the developer experience across Vanilla, R3F, and Thob.
## Vanilla three.js ## Vanilla three.js
-Possible: Yes / Partial / No - **Possible**: Yes
-Notes: - **Notes**: Requires manual `TextureLoader` management. The developer must ensure textures are fully loaded before assignment to prevent "black frames" or flicker.
-Key concepts: - **Key concepts**: Texture Mapping, Asynchronous Loading, UV Wrap.
-Complexity: Easy / Medium / Hard - **Complexity**: Medium (Handling external URLs and loading states manually).
## R3F ## R3F
-Possible: Yes / Partial / No - **Possible**: Yes
-Notes: - **Notes**: Minimal implementation using the `useTexture` hook. Caching and loading states are handled out-of-the-box by the framework's architecture.
-What R3F abstracted: - **What R3F abstracted**: Async loader management and texture instance reuse.
-Complexity: Easy / Medium / Hard - **Complexity**: Easy.
## Thob Page Builder ## Thob Page Builder
-Possible: Yes / Partial / No - **Possible**: Yes
-Notes: - **Notes**: High visual efficiency using the built-in Media Library and the `RadioGroup` component. Managing 4 variations through a loop keeps the hierarchy much cleaner than individual buttons.
-Builder steps: - **Builder steps**: Upload textures to Project Library -> Configure RadioGroup loop -> Map variants to the Material's `map` property.
-Complexity: Easy / Medium / Hard - **Complexity**: Easy-Medium (Complexity scale depends on loop logic).
## Comparison Summary ## Comparison Summary
-Possible in all 3? Yes / Partial / No - **Possible in all 3?**: Yes
-Main differences: - **Main differences**: Vanilla is imperative/manual; R3F is declarative/hook-based; Thob is visual/library-based.
-Where Thob is better: - **Where Thob is better**: Hosting assets and providing a visual gallery for texture selection rather than dealing with URL pathing.
-Where Thob is weaker: - **Where Thob is weaker**: Expression "discoverability." Finding proprietary terms like `$context.item_currentItem.id` is difficult without documentation.
-What feels awkward or unclear: - **What feels awkward or unclear**: The mass of console warnings generated by the data-binding system during loop interactions.
## Limitation Type (if any) ## Limitation Type (if any)
-[ ] Editor UX limitation - [x] Editor UX limitation (Context visibility)
-[ ] Runtime limitation - [x] Documentation/Discovery limitation (Proprietary syntax)
-[ ] Schema / data model limitation - [x] Schema / data model limitation (Internal binding redundancy)
-[ ] Component limitation - [ ] Asset pipeline limitation
-[ ] Event system limitation
-[ ] Asset pipeline limitation
-[ ] Unknown / needs investigation
## Workaround ## Workaround
-Is there a workaround? - **Is there a workaround?**: Not required for functionality; manual memorization of syntax is currently required to bridge the documentation gap.
-If yes, what is it?
## Suggested Improvement ## Suggested Improvement
-What should improve in Thob? - **Primary Optimization**: Implement an **Autocomplete/Dropdown** for expression fields so users can see `$context` options directly in the UI.
-Is it: - **Secondary Optimization**: Optimize the runtime renderer to reduce the volume of `method already registered` logs during loops.
-editor - **Is it**: Editor, UX, Docs.
-runtime
-component
-UX
-schema/data
## Difficulty Estimate
-Easy / Medium / Hard
## Business Value ## Business Value
-Low / Medium / High - **High**: Essential for configurators that require "real-world" surface swapping (flooring, upholstery, car finishes).
## Product Lens ## Product Lens
- Is this pattern useful for real customers? Yes / Partial / No - **Is this pattern useful for real customers?**: Yes.
- What kind of customer use case does this support? - **What kind of customer use case does this support?**: Architectural visualization and high-end retail customizers.
- Does Thob feel strong enough for this use case? - **Does Thob feel strong enough for this use case?**: Yes. Visually, the texture rendering is production-quality.
- What would improve the experience? - **What would improve the experience?**: In-editor tooltips explaining the data-binding logic.
## Recommendation ## Recommendation
Should Thob support this better? Why?. Thob is very strong at handling assets. To make it enterprise-ready, they should focus on making the "Logic" layer as visual as the "3D" layer by adding autocompletion for binding expressions.