Capture the current Cesium globe view as a PNG image, returning a base64 data URL with width and height for image analysis or display.
MIT
524,366 tools. Updated 2026-09-06 15:15
"Cesium" matching MCP tools:
- Render GeoJSON as Cesium primitives for efficient handling of large browser datasets. Specify a URL or inline data, with options for visibility and picking.MIT
- Discover available tool groups and their enabled status to identify additional 3D globe capabilities before configuring anything.MIT
- List all connected browser sessions and their connection states to enable multi-browser routing.MIT
- Preview bank transfers before execution to verify details and check if two-factor authentication is required for secure financial operations.-
- Remove an entity from a CesiumJS map by its ID. Returns success confirmation or an error message if the entity ID isn't found.MITDestructive
Matching MCP Servers
- AlicenseBqualityAmaintenanceAI-powered 3D globe control via Model Context Protocol. Connect any MCP-compatible AI agent to CesiumJS — camera, layers, entities, spatial analysis through 19 natural language tools.33134MIT
Cresium MCP Serverofficial
FlicenseAqualityCmaintenanceEnables AI tools to manage financial operations through the Cresium Partner API, including transactions, payments, invoices, and wallet balances. It supports secure workflows such as bank address lookups, transfer previews, and signature request management.125-
- Activate a tool group to make its tools available. Check available groups with list_toolsets first.MIT
- Confirm a previewed transaction to move it from PREVIEW to PENDING status for processing, enabling secure financial operations management through the Cresium Partner API.-
- Add a point marker at specified latitude and longitude. Provides an entityId for later removal.MIT
- Query 3D globe entities by name, type, or geographic bounding box to retrieve matching data.MIT
- Reset the CesiumJS scene by removing all layers, entities, animations, and trajectories. Returns counts of cleared items for quick scene cleanup.MITDestructive
- Animate the camera to a specified geographic location for visible navigation. Provide latitude and longitude to move the view.MIT
- Retrieve the current camera position and orientation for your 3D globe view, including longitude, latitude, height, heading, pitch, and roll, to support spatial analysis and navigation tasks.MIT
- Draw a path or route on a 3D globe from geographic coordinates. Specify line color, width, and optional height to visualize routes or boundaries.MIT
- Immediately set the 3D camera to specified coordinates and orientation without animation. Use for deterministic setup or instant view changes.MIT
- Save the current camera state under a page-local name for later restoration. Overwrites duplicate names.MIT
- Restore a previously saved camera viewpoint by name, with an optional fly-to animation duration in seconds (0 for instant). Use to return to a specific camera position in the 3D globe.MIT
- Add styled GeoJSON points, lines, or polygons as a layer on a 3D Cesium globe. Returns a layer ID for highlighting.MIT
- Retrieve all saved camera viewpoints from the current page. Get a list of named views to restore or navigate quickly.MIT
- Draw a polygon on a 3D globe from geographic coordinates, with options for fill color, opacity, outline, and extrusion. Returns an entity ID for later removal.MIT
- Remove a specific managed layer from a CesiumJS 3D globe by its ID to clear cluttered scenes. Returns success status or error message.MITDestructive