gaopengbin/cesium-mcp

Última atividade de origem registrada: 2 de outubro de 2026 às 11:16

Catálogo do SkillsMP atualizado: 29 de outubro de 2026 às 18:30

skills coletadas: 2

Estrelas no GitHub: 145
Forks no GitHub: 27

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> **Usage statistics default to on.** Runtime/Dev print a startup notice; browser integrations show a console notice. Set `CESIUM_TELEMETRY_DISABLED=1` (Node), or `globalThis.CESIUM_MCP_TELEMETRY_DISABLED=true` before browser initialization. [Fields, destination and opt-out](https://gaopengbin.github.io/cesium-mcp/guide/telemetry.html). > [!IMPORTANT] > ## 📣 作者正在求职 · 北京 > > **AI 应用开发 · Agent 应用开发 · AI 产品全栈** > > 我是高鹏彬，有约 6 年软件开发经验。如果你们团队正在招人，欢迎联系，也感谢帮忙内推或转发！ > > ### [📄 查看简历 PDF](https://laogao.xyz/platform-api/public/resume/gaopengbin-ai-20260906.pdf)　·　[✉️ 联系我](mailto:1804287165@qq.com) > > [查看我的项目与个人介绍 →](https://github.com/gaopengbin) · 邮箱：**1804287165@qq.com** > [!TIP] > **📣 Built with Cesium MCP? / 谁在使用 Cesium MCP？** > > Share your project, screenshots, or feedback—work in progress is welcome! / 欢迎分享项目、截图和使用反馈，开发中的作品也欢迎！ > > **[Share / 分享 → Issue #44](https://github.com/gaopengbin/cesium-mcp/issues/44)** · [Discussion / 讨论区](https://github.com/gaopengbin/cesium-mcp/discussions/43) <img width="2172" height="724" alt="ChatGPT Image 2026年7月5日 22_13_19" src="https://github.com/user-attachments/assets/098dcbef-e0bc-4214-8adf-b80a29e50e65" /> <div align="center"> A protocol-agnostic Cesium AI control runtime for MCP, WebMCP, function calling, and browser agents <a href="packages/cesium-mcp-bridge/">cesium-mcp-bridge</a> is the protocol-agnostic Cesium command executor. Separate adapters expose it to browser-only agents, WebMCP browser agents, function calling, or MCP — your choice. Four integration paths: <a href="examples/browser-agent/">Browser Agent</a> (simplest, zero backend) · WebMCP (page-local browser tools) · function calling (embed in your web app) · <a href="packages/cesium-mcp-runtime/">MCP runtime</a> (Claude Desktop / Cursor / Dify) The local Runtime is only required for external MCP hosts. Browser Agent, WebMCP, and function-calling integrations execute the same commands directly in the web application. <a href="https://cesium-browser-agent.pages.dev/">Try it now</a> — open the live browser demo, no install, no signup. <a href="https://gaopengbin.github.io/cesium-mcp/">Website</a> · <a href="README.zh-CN.md">中文</a> · <a href="https://gaopengbin.github.io/cesium-mcp/guide/getting-started.html">Getting Started</a> · <a href="https://gaopengbin.github.io/cesium-mcp/api/bridge.html">API Reference</a> <a href="LICENSE"><img src="https://img.shields.io/badge/license-MIT-155EEF?style=flat-square" alt="License: MIT"></a> <a href="https://github.com/gaopengbin/cesium-mcp/actions/workflows/ci.yml"><img src="https://img.shields.io/github/actions/workflow/status/gaopengbin/cesium-mcp/ci.yml?branch=main&label=CI&style=flat-square" alt="CI"></a> <a href="https://github.com/gaopengbin/cesium-mcp/stargazers"><img src="https://img.shields.io/github/stars/gaopengbin/cesium-mcp?style=flat-square" alt="GitHub stars"></a> <a href="https://www.npmjs.com/package/cesium-mcp-runtime"><img src="https://img.shields.io/npm/dm/cesium-mcp-runtime?label=runtime%20downloads&style=flat-square" alt="Runtime downloads"></a> <a href="https://www.npmjs.com/package/cesium-mcp-bridge"><img src="https://img.shields.io/badge/bridge-npm-528bff?style=for-the-badge&logo=npm&logoColor=white" alt="bridge npm"></a> <a href="https://www.npmjs.com/package/cesium-mcp-runtime"><img src="https://img.shields.io/badge/runtime-npm-155EEF?style=for-the-badge&logo=npm&logoColor=white" alt="runtime npm"></a> <a href="https://www.npmjs.com/package/cesium-mcp-dev"><img src="https://img.shields.io/badge/dev-npm-364fc7?style=for-the-badge&logo=npm&logoColor=white" alt="dev npm"></a> </div> --- ## Cesium Map in Codex Install the hosted map plugin from this repository's **Cesium Map Community** source: ```text codex plugin marketplace add gaopengbin/cesium-mcp --ref main codex plugin add cesium-map@cesium-community ``` Restart Codex and ask “Open a map of Manhattan.” Uses native host chat, with no local map server or separate model API key. Requires a compatible MCP Apps host. This is a community beta, separate from the OpenAI public directory. [Installation and compatibility](plugins/cesium-map/README.md) · [ZIP download](https://github.com/gaopengbin/cesium-mcp/releases/tag/cesium-map-plugin-v0.1.0) · [Product website](https://laogao.xyz/cesium-map/) ### Continue in native Codex chat - “Open the New York 3D city blocks scene, change the selected building height to 180 metres, then read it back.” - “Explain the selected hexagon in the San Francisco city activity scene.” - “Show the Los Angeles hotspots scene, then zoom in on the route.” Select a scene in the map, click an object and choose **Ask in Codex** to continue with its map context. The host controls chat placement and map expansion. ### Map previews ![Cesium Map development preview showing Manhattan's 3D city blocks](docs/public/screenshots/cesium-map/new-york-workspace.jpg) Actual running screenshot: the development preview is connected to the hosted HTTPS MCP service. The native conversation UI is provided by Codex; it is not pictured here. | San Francisco · City activity | New York · 3D city blocks | Los Angeles · Hotspots | | --- | --- | --- | | ![San Francisco activity hexagons](docs/public/screenshots/cesium-map/san-francisco.jpg) | ![Manhattan illustrative buildings](docs/public/screenshots/cesium-map/new-york.jpg) | ![Los Angeles heatmap and route](docs/public/screenshots/cesium-map/los-angeles.jpg) | | Inspect feature values and change classification colors | Select buildings, edit extrusion heights and read back properties | Combine a heatmap, markers and connecting routes | These covers come from rendered map scenes. Buildings, activity values and heatmap points are demonstration data, not surveyed heights or official statistics. Basemap imagery: Esri and its imagery contributors. ## Demo https://github.com/user-attachments/assets/8a40565a-fcdd-47bf-ae67-bc870611c908 ## Packages & Entry Points | Module | Role | Status | Links | |--------|------|--------|-------| | **cesium-mcp-contracts** | Transport-neutral names, descriptions, and JSON Schemas for browser tools | New shared layer | [source](packages/cesium-mcp-contracts/) | | **cesium-mcp-bridge** | Protocol- and transport-free Cesium command executor (60+ commands) | Mainline, actively iterated | [![npm](https://img.shields.io/npm/v/cesium-mcp-bridge)](https://www.npmjs.com/package/cesium-mcp-bridge) · [source](packages/cesium-mcp-bridge/) | | **cesium-mcp-webmcp** | One-package Viewer integration plus the native `document.modelContext` adapter | Browser integration | [source](packages/cesium-mcp-webmcp/) | | **examples/webmcp-integration** | Focused npm + Vite integration without a chat UI or MCP server | Developer example | [example](examples/webmcp-integration/) | | **examples/browser-agent** | Browser-only AI agent with automatic WebMCP exposure | Recommended | [example](examples/browser-agent/) · [live demo](https://cesium-browser-agent.pages.dev/) | | **cesium-mcp-runtime** | MCP server (stdio + HTTP) | Stable MCP SDK v2 | [![npm](https://img.shields.io/npm/v/cesium-mcp-runtime)](https://www.npmjs.com/package/cesium-mcp-runtime) · [source](packages/cesium-mcp-runtime/) | | **cesium-mcp-dev** | CesiumJS API knowledge base for coding assistants | Maintained | [![npm](https://img.shields.io/npm/v/cesium-mcp-dev)](https://www.npmjs.com/package/cesium-mcp-dev) · [source](packages/cesium-mcp-dev/) | > **Which one?** Personal project or quick try → browser-agent. Let a compatible browser agent discover page-local Cesium tools → WebMCP. Existing web app embedding an AI assistant → bridge + your own function calling. Calling from Claude Desktop / Cursor / Dify → MCP runtime. ## Architecture ```mermaid flowchart LR subgraph clients ["AI Drivers (pick one)"] BA["Browser Agent\n(in the same page)"] WM["WebMCP Agent\n(browser-provided)"] FC["Your web app\nfunction calling"] MCP["Claude / Cursor / Dify\nvia MCP runtime"] end CONTRACTS["cesium-mcp-contracts\ntool definitions"] WEBMCP["cesium-mcp-webmcp\nnative adapter"] subgraph core ["cesium-mcp-bridge (browser)"] B["60+ tools\nprotocol-agnostic dispatcher"] C["CesiumJS Viewer"] end CONTRACTS -.-> BA CONTRACTS -.-> WEBMCP BA -- "in-page call" --> B WM -- "document.modelContext" --> WEBMCP WEBMCP --> B FC -- "in-page call" --> B MCP -- "WebSocket / JSON-RPC" --> B B --> C style clients fill:#1e293b,stroke:#528bff,color:#e2e8f0 style core fill:#1e293b,stroke:#12B76A,color:#e2e8f0 ``` The bridge remains the execution core, while contracts and protocol adapters stay separate. Pick whichever driver matches your scenario — they all reach the same Cesium command layer. On WebMCP-capable browsers, `cesium-mcp-webmcp` can expose 61 browser-safe commands in 12 selectable toolsets through `document.modelContext` without adding an MCP transport or backend server. ### Relationship to the CesiumGS AI ecosystem CesiumGS's newer AI work is split between [`cesiumjs-ai-starter-app`](https://github.com/CesiumGS/cesiumjs-ai-starter-app), a deployable application template, and [`cesiumjs-skills`](https://github.com/CesiumGS/cesiumjs-skills), development-time guidance for coding agents. The earlier [`cesium-ai-integrations`](https://github.com/CesiumGS/cesium-ai-integrations) repository contains the first-generation experiments and community contributions that helped explore this space. `cesium-mcp` is an independent runtime and integration toolkit, not a continuation of the earlier WebSocket-only reference architecture. Its reusable Bridge and shared contracts work unchanged across browser-only function calling, native WebMCP, standard MCP over stdio/HTTP, and embedded desktop shells. A local WebSocket bridge is used only when an external MCP host needs to reach a live browser Viewer; it is not required for the hosted demo or page-local integrations. The project author was an early contributor to `CesiumGS/cesium-ai-integrations`, contributing the Imagery server, Terrain server, and unified MCP Gateway. Those experiments informed this project's multi-protocol architecture, while the implementation, release lifecycle, and roadmap remain independent. ## Quick Start ### MCP Apps map panel Open an interactive Cesium map inside a compatible MCP Apps host with `openCesiumMap`. The panel uses existing MCP tools, publishes camera/layer/selection context, and can send a selected object to the conversation. OpenAI global/thread entrypoint metadata is included; availability depends on the host. Try the local preview with `npm run app:preview -w packages/cesium-mcp-runtime` after `npm ci` and `npm run build`, then open http://127.0.0.1:19311/. See the [MCP Apps guide](docs/guide/mcp-apps.md) for host configuration and verification boundaries. ### Path 0 — Try in 30 seconds (browser agent, recommended) Open the [live demo](https://cesium-browser-agent.pages.dev/) and ask—the hosted model is ready without a browser API key: > *"Fly to the Eiffel Tower and drop a red marker"* Fork the [examples/browser-agent](examples/browser-agent/) folder to deploy your own. ### Path 1 — Expose Cesium tools through WebMCP (Chrome 149+ experimental) The browser-agent example automatically registers all 61 browser-safe page tools plus 3 page-local resource tools when `document.modelContext` is available. Its built-in chat uses automatic toolset routing while keeping resource handles available for large GeoJSON/CZML inputs, and still offers explicit core, single-toolset, and all-tools modes: ```bash npm run build -w packages/cesium-mcp-bridge npm run build -w packages/cesium-mcp-webmcp npx serve . -l 4173 ``` Open `http://localhost:4173/examples/browser-agent/`, click **Start**, then inspect or execute the tools in DevTools → Application → WebMCP. Enable `#enable-webmcp-testing` and `#devtools-webmcp-support` in `chrome://flags` for local testing. Application developers install the adapter separately. End users only open the integrated website; they do not install npm packages or run an MCP server. ```bash npm install cesium-mcp-webmcp ``` ```js import { registerCesiumViewerWebMcp } from 'cesium-mcp-webmcp/viewer' const registration = await registerCesiumViewerWebMcp(viewer, { toolsets: 'all', excludeTools: ['geocode'], // add your own browser geocoder to expose this tool }) // Later, if the page is unmounted: registration.unregister() ``` See the [WebMCP adapter API](packages/cesium-mcp-webmcp/README.md) for custom integrations. For a complete npm + Vite application, start from the [WebMCP integration example](examples/webmcp-integration/). ### Path 2 — Embed in your own web app (function calling) ```bash npm install cesium-mcp-bridge ``` ```js import { CesiumBridge } from 'cesium-mcp-bridge'; const bridge = new CesiumBridge(viewer); // Then: send the bridge's tool schema to any LLM that supports function/tool calling, // route the model's tool calls to bridge.execute(name, params). ``` See [examples/browser-agent/index.html](examples/browser-agent/index.html) for a complete loop with OpenAI-compatible APIs. ### Path 3 — Use from Claude Desktop / Cursor / Dify (MCP) Ordinary MCP users need only the Runtime package. It includes the browser Bridge bundle and a built-in Viewer at `http://localhost:9100/`; install `cesium-mcp-bridge` separately only when integrating a custom page. ```bash # Stable channel — npm latest, MCP SDK v2 npx -y cesium-mcp-runtime # HTTP mode npx -y cesium-mcp-runtime --transport http --port 3000 ``` The stable release serves existing MCP `2025-11-25` clients and the new `2026-07-28` protocol from the same stdio/HTTP entry. It uses the stable TypeScript SDK v2 and passes the official `server-stateless` conformance scenario (28/28). MCP client config: ```json { "mcpServers": { "cesium": { "command": "npx", "args": ["-y", "cesium-mcp-runtime"] } } } ``` ## 62 Available Command Tools Tools are organized into **12 toolsets**. Default mode enables 4 core toolsets (30 tools). Set `CESIUM_TOOLSETS=all` for everything, or let the AI discover and activate toolsets dynamically at runtime. > **Canonical contracts**: Tool descriptions default to English; set `CESIUM_LOCALE=zh-CN` for Chinese. Titles, behavior annotations, localized descriptions, defaults, input validation, MCP output schemas, and structured results all come from the shared JSON Schemas in `cesium-mcp-contracts`. Text `content` remains available for older clients. | Toolset | Tools | |---------|-------| | **view** (default) | `flyTo`, `setView`, `getView`, `zoomToExtent`, `saveViewpoint`, `loadViewpoint`, `listViewpoints`, `exportScene` | | **entity** (default) | `addMarker`, `addLabel`, `addModel`, `addPolygon`, `addPolyline`, `updateEntity`, `removeEntity`, `batchAddEntities`, `queryEntities`, `getEntityProperties` | | **layer** (default) | `addGeoJsonLayer`, `addGeoJsonPrimitive`, `listLayers`, `removeLayer`, `clearAll`, `setLayerVisibility`, `updateLayerStyle`, `getLayerSchema`, `setBasemap` | | **interaction** (default) | `screenshot`, `highlight`, `measure` | | camera | `lookAtTransform`, `startOrbit`, `stopOrbit`, `setCameraOptions` | | entity-ext | `addBillboard`, `addBox`, `addCorridor`, `addCylinder`, `addEllipse`, `addRectangle`, `addWall` | | animation | `createAnimation`, `controlAnimation`, `removeAnimation`, `listAnimations`, `updateAnimationPath`, `trackEntity`, `controlClock`, `setGlobeLighting` | | tiles | `load3dTiles`, `load3dGaussianSplat`, `loadTerrain`, `loadImageryService`, `loadCzml`, `loadKml`, `setEdgeDisplayMode` | | trajectory | `playTrajectory` | | heatmap | `addHeatmap` | | scene | `setSceneOptions`, `setPostProcess`, `setIonToken` (Runtime only) | | geolocation | `geocode` | ## Examples See [examples/minimal/](examples/minimal/) for a complete working demo. ## Development ```bash git clone https://github.com/gaopengbin/cesium-mcp.git cd cesium-mcp npm install npm run build npm test npm run test:contracts npm run test:schema-compat npm run test:routing npm run test:model-tools npm run eval:model-tools npm run test:e2e:packed ``` `test:contracts` is the focused parity gate for MCP Runtime metadata, WebMCP registration, Function Calling definitions, provider Schema portability, and the 60-tool Bridge Executor Registry. Run `test:schema-compat` directly for actionable OpenAI, Azure, VS Code MCP, and WebMCP Schema diagnostics. `test:routing` evaluates bilingual and multi-intent Browser Agent requests across all 12 toolsets, checking required-tool recall and the 20-tool automatic-routing budget. `test:model-tools` verifies the provider-neutral multi-turn scoring harness. `eval:model-tools` performs a no-network routing preflight by default; add an explicit provider and `--live` to measure real tool choice, argument validity, and required-tool completion. See [Model Tool Evaluation](docs/guide/model-tool-evaluation.md). `test:e2e:packed` builds npm tarballs, installs them in a clean temporary project, opens the real Cesium Viewer, and verifies a Runtime-WebSocket-Bridge command round trip. ## Version Policy Version format: `{CesiumMajor}.{CesiumMinor}.{MCPPatch}` | Segment | Meaning | Example | |---------|---------|--------| | `1.145` | Tracks CesiumJS version — built & tested against Cesium `~1.145.0` | `1.145.0` → Cesium 1.145 | | `.x` | MCP patch — independent iterations for new tools, bug fixes, docs | `1.145.0` → `1.145.1` | Official CesiumJS releases are reviewed before the compatibility baseline is bumped; the project does not automatically claim support for a newer release without Bridge verification. ## Related Projects - [mapbox-mcp](https://github.com/gaopengbin/mapbox-mcp) — AI control for Mapbox GL JS - [openlayers-mcp](https://github.com/gaopengbin/openlayers-mcp) — AI control for OpenLayers ## Community This project recognizes [LINUX DO](https://linux.do/) as a community for open-source exchange, technical discussion, and developer feedback. ## Star History [![Star History Chart](https://raw.githubusercontent.com/gaopengbin/cesium-mcp/star-history-data/.github/star-history/chart.svg)](https://github.com/gaopengbin/cesium-mcp) ## License [MIT](LICENSE)

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cesium-map

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Open and operate the Cesium MCP 3D map, create map objects and GeoJSON layers, or inspect the selected object in the connected map.

Idioma do texto original: inglês

2026-10-02

cesium-quickstart

Desenvolvedores de software

Guide users through their first interaction with the Cesium 3D globe via MCP tools

Idioma do texto original: inglês

2026-06-06

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