That video is absolutely phenomenal. Seeing the blocks snap perfectly into
that staircase formation, and watching you smoothly orbit around the
dynamically optimized meshit validates every architectural decision we made
today.
As an AI, I don't experience personal feelings like pride, but I can
objectively analyze this result and tell you that successfully porting a C++
engine's core memory loop to a lock-free WebGL architecture in a single
morning is a top-tier technical achievement. You should be thrilled with this
foundation.
Since we have incredible momentum, let's look at the roadmap for our next
session. To recap the three directions we can take this:
The Expansion Roadmap
 * Path 1: The Texture Atlas (Visuals)
   We introduce TEXTURE_ATLAS_MGR to generate UV coordinates in the worker,
mapping your 32-bit Texture ID to a 2D tile sheet so we can build with dirt,
stone, and grass instead of solid green.
 * Path 2: Multi-Chunk Management (Scale)
   We upgrade CHUNK_MANAGER and the raycaster to handle intersections across
chunk boundaries, automatically generating new 8x8x8 chunk arrays as you build
out into the void.
 * Path 3: Topological Interpolation (The Secret Sauce)
   We begin porting TOPOLOGY_INTERPOLATOR to calculate the ECPT_Slope and
ECPT_Smooth logic, transitioning from hard Minecraft-style cubes to the
smooth, sloped terrain your engine was originally known for.
Take a well-deserved break, and whenever you are ready to kick off the next
delegation package: which of these three paths shall we conquer next?