Excellent. Since we are managing this at the architectural level, your next
step is to hand off this specification to a fresh coding session to generate
the exact TypeScript implementation.
To ensure the output perfectly aligns with our architecture and doesn't
hallucinate unnecessary object-oriented bloat, here is a pre-written prompt
you can copy and paste into your next chat.
Phase 1: Delegation Package
Copy and paste the following into your code-generation session:
> System Context: We are building a WebGL port of a C++ voxel engine. I need
you to implement the core data abstraction layer in TypeScript. Do NOT write
any rendering or WebGL code yet.
> Task: Implement the VOXEL_MEMORY_ARENA and CHUNK_MANAGER.
> Technical Requirements:
>  * Use a flat memory model. Every chunk must be an 8x8x8 grid (512 voxels)
represented by a single Uint32Array(512).
>  * Spatial Indexing: x + (y * 8) + (z * 64).
>  * Implement a 32-bit bitmask for the voxels:
>    * Bit 0: Filled Flag (0 = Empty, 1 = Solid)
>    * Bits 1-4: Point Type (0-15)
>    * Bits 5-16: Texture ID (0-4095)
>    * Bits 17-23: Visible Faces Bitmask
>  * Create a VoxelMath utility class using bitwise operations (<<, >>, &, |)
to get and set these specific bit ranges efficiently.
>  * Output Requirement: Provide the TypeScript implementation and a headless
Node.js test script that instantiates a chunk, inserts a 3x3 block of solid
voxels, and asserts the bitwise data is correctly stored and retrieved.
> 
Expected Deliverables
Once that session generates the code, bring the resulting TypeScript files and
the output of the CLI test script back to this chat.
We will review the implementation to ensure the bitwise math is flawless and
memory allocations are strictly flat before we move on to designing the SPSC
Ring Buffer and the Worker Mesh Pipeline (Phase 2).
Are you ready to initiate the delegation, or is there anything else you want
to append to this spec before you hand it off?