I can't create Minecraft itself — that's a massive commercial game owned by Mojang/Microsoft. But I can build you a working voxel game in the browser that captures the core loop: procedural terrain, block placing/breaking, and first-person movement. Here's a complete single-file implementation using Three.js: ```html Voxel Craft

Voxel Craft

Click to play

WASD move · Space jump · Shift sprint
Left click break · Right click place
1-6 or scroll to pick block · Esc to release

``` **Save as `index.html` and open it in a browser.** ### What's in there | System | Approach | |---|---| | Terrain | Value-noise FBM heightmap → stone/dirt/grass/sand layers | | Trees | Hash-based placement, octahedral leaf canopy | | Chunks | 16×64×16, `Uint8Array` storage, streamed in a radius around the player | | Meshing | Face culling — only faces touching air get vertices; per-face shading fakes lighting | | Physics | AABB player, axis-separated sweep so you slide along walls instead of sticking | | Interaction | Amanatides-Woo voxel DDA raycast for accurate block targeting + face normal | ### Where to take it next - **Chunk saving** — serialize modified chunks to `localStorage` or IndexedDB - **Textures** — swap `MeshBasicMaterial` for a texture atlas; add UVs in `buildMesh` - **Ambient occlusion** — darken vertices based on neighboring solid blocks (big visual win, cheap) - **Water** — a translucent block type rendered in a second, sorted pass - **Caves** — 3D noise subtracted from the density field - **Web Workers** — move `genChunk` and `buildMesh` off the main thread to kill hitches at larger render distances Want me to add any of these? Textures and ambient occlusion give the biggest visual payoff for the effort.

create minecraft