DECK/01

What needed solving.

The product combines a chassis, spine, controls, display, dock and serviceable modules; a static image makes it hard to evaluate their arrangement, stowage, clearances, and relationship to the shell. A manipulable 3D scene gives a shared design-review surface.

1. 01Dimensions + modules
2. 02Named poses + envelope checks
3. 03Interactive assembly + GLB

Simplified from the implementation and project notes.

How it fits together.

The source separates dimensions, materials, geometry helpers, labels, chassis, controls, tablet, dock, spine, dashboard and pose logic. Three.js meshes and groups represent components; a browser scene provides camera interaction. The exported GLB packages the model for reuse outside the app.

A headless model sanity script rebuilds the source model, walks each named pose, and checks bounding boxes against dimension-derived expected envelopes. It also checks that the lid has a small clearance over the deck, avoids the RF mast, and remains inside the front footprint. Limits derive from the same dimension module to reduce stale copied constants.

The repo retains preview images for docked, detached, exploded, closed and detail states, making the assembly states reviewable. The checks are geometric envelope checks, not a full collision, RF, thermal, structural, or manufacturing analysis.

The pose verifier reports mesh, triangle, material and texture counts alongside assembly bounds, then checks all named states against derived expected heights and shell limits. In the closed pose it separately checks stow-pad clearance, mast clearance, and front-edge overhang, helping catch changes that a single overall bounding box would miss.

Building and checking it.

Review the product in the browser, switch among poses, inspect component relationships, then export a GLB for a downstream viewer. During geometry changes, run the headless pose walk to catch envelope regressions before rendering updated previews.