WebGPU-based GIS frontend library for high-performance map rendering, OGC standards support, and spatial analysis.
Built with TypeScript, Rust/WebAssembly, and WGSL shaders.
- WebGPU Rendering — Hardware-accelerated 2D map and 3D globe with seamless mode switching
- Vector & Raster Layers — GeoJSON, MVT/PBF vector tiles, raster tiles (XYZ/TMS), WMS
- 3D Buildings — Fill-extrusion from vector tiles with directional lighting
- 3D Models — glTF/GLB with full PBR (Cook-Torrance BRDF, 5 texture maps)
- Terrain — DTED and TerrainRGB elevation with hillshade overlay
- 3D Tiles — B3DM, I3DM, PNTS, CMPT decoder with SSE traversal
- OGC Standards — WMS, WFS, OGC API Features/Maps adapters
- Drawing Tools — Point, polyline, polygon with vertex editing and snap engine
- Measurement — Geodesic distance, area, and coordinate readout
- Spatial Analysis — Line of Sight, buffer, elevation queries
- Widgets — LayerList, Legend, Popup, ScaleBar, Coordinates, Search, BasemapGallery
- Custom Shaders — User-defined WGSL vertex/fragment shaders via WGSLLayer
- Icon Symbology — Sprite atlas, tint color, rotation with per-category rendering
- Clustering — Grid-based clustering with Canvas 2D labels
- Globe — MapLibre-inspired dual-projection (Mercator + Vertical Perspective)
- React Bindings — React components for MapGPU integration
- Rust/WASM — Projection, triangulation, and clustering in WebAssembly
| Package | Description |
|---|---|
@mapgpu/core |
Core types, interfaces, MapView engine, event system and coordinate utilities |
@mapgpu/render-webgpu |
WebGPU render engine, shader pipelines and draw delegates |
@mapgpu/layers |
GeoJSON, RasterTile, WMS, VectorTile, Graphics, WGSL layers |
@mapgpu/adapters-ogc |
WMS, WFS, and OGC API protocol adapters |
@mapgpu/widgets |
LayerList, Legend, Popup, ScaleBar, Coordinates, Search and more |
@mapgpu/analysis |
Line of Sight, buffer, elevation queries |
@mapgpu/tools |
Drawing and measurement tools with snap engine |
@mapgpu/terrain |
DTED and TerrainRGB elevation layers with hillshade |
@mapgpu/tiles3d |
3D Tiles decoder: B3DM, I3DM, PNTS, CMPT with SSE traversal |
@mapgpu/wasm-core |
Rust/WASM: projection, triangulation, clustering |
@mapgpu/react |
React bindings for MapGPU components |
@mapgpu/testing |
Test utilities, fixtures and visual test helpers |
@mapgpu/examples |
Interactive example applications and demos |
@mapgpu/site |
Documentation website (Astro) |
@mapgpu/benchmarks |
Performance benchmarks |
# Prerequisites: Node.js >= 20, pnpm 10.x, Rust toolchain (for WASM)
pnpm install
pnpm run build
pnpm run dev| Command | Description |
|---|---|
pnpm install |
Install all dependencies |
pnpm run build |
Build all packages |
pnpm run dev |
Start dev server (examples: 5173, benchmarks: 5174, site: 4321) |
pnpm run test |
Run all tests |
pnpm run typecheck |
TypeScript type checking |
pnpm run lint |
ESLint |
pnpm run clean |
Clean build artifacts |
- Language: TypeScript (strict mode)
- Rendering: WebGPU + WGSL shaders
- Compute: Rust → WebAssembly (wasm-bindgen)
- Monorepo: pnpm workspaces + Turborepo
- Testing: Vitest (unit), Playwright (visual), criterion + proptest (Rust)
- Site: Astro (static)
- CI: GitHub Actions (Node 20/22 matrix)
docker build -t mapgpu -f packages/site/Dockerfile .
docker run -p 3001:3001 mapgpuSite: http://localhost:3001 | Demos: http://localhost:3001/demos/
This project is licensed under the PolyForm Noncommercial License 1.0.0.
Free for personal, educational, research, and non-commercial use.
Commercial use requires a separate license. Contact: mustafagurbuz@outlook.com.tr
