Reverse the last atomic operation in SketchUp to undo your most recent modeling step.
MIT
202,527 tools. Last updated 2026-06-14 14:20
"SketchUp" matching MCP tools:
- Retrieves key details about the active SketchUp model, including file path, title, units, bounding box, entity count, and layer list.MIT
- Execute Ruby code inside SketchUp to automate 3D modeling tasks, access the full Ruby API, and modify model data directly.MIT
- List all materials in a SketchUp model, including their colors and textures.MIT
- Retrieve a list of all component definitions in your SketchUp model to manage and organize 3D assets.MIT
- Retrieve all layers (tags) in the SketchUp model and check their visibility status.MIT
Matching MCP Servers
- AlicenseBqualityAmaintenanceConnects SketchUp to Claude AI through the Model Context Protocol, enabling prompt-assisted 3D modeling, scene manipulation, and woodworking joinery operations.Last updated222MIT
- AlicenseAqualityBmaintenanceConnects Claude AI to SketchUp, allowing you to create and modify 3D models via natural language commands.Last updated217MIT
- Create a named empty group in SketchUp to organize model elements, with optional layer assignment.MIT
- Creates an arc in SketchUp by specifying center point, radius, and start and end angles in degrees.MIT
- Evaluate arbitrary Ruby code within Sketchup to execute custom modeling scripts and automate tasks.MIT
- Add a new component to a SketchUp model by specifying its type (cube, cylinder, cone, sphere), position, and dimensions.MIT
- Retrieve currently selected components in Sketchup for prompt-assisted 3D modeling, enabling direct interaction and control through the Model Context Protocol (MCP).MIT
- Export the current SketchUp scene in a specified format directly through the SketchupMCP server, enabling Claude AI to manage 3D model outputs efficiently.MIT
- Remove a specific component by ID from Sketchup models using this tool, enabling precise control over 3D modeling workflows and scene manipulation.MIT
- Generate and position 3D components like cubes in Sketchup using specified dimensions and coordinates, enabling direct 3D modeling and scene manipulation through integration with Claude AI.MIT
- Generate dovetail joints in Sketchup by defining components, dimensions, and angles for precise 3D modeling within the SketchupMCP server.MIT
- Generate precise mortise and tenon joints in Sketchup using predefined parameters for width, height, depth, and offsets, enabling accurate woodworking designs and structural connections.MIT
- Adjust the position, rotation, or scale of a 3D component in Sketchup using the MCP server to enable precise model transformations and scene manipulation.MIT
- Evaluate Ruby code directly within Sketchup using the MCP server, enabling prompt-assisted 3D modeling and scene manipulation through script execution.MIT
- Generate precise finger joints (box joints) between two components in Sketchup for woodworking or 3D modeling projects. Define width, height, depth, finger count, and offsets to customize the joint design.MIT
- Assign specific materials to components in Sketchup using the Model Context Protocol. Simplify 3D modeling by integrating AI-driven material customization directly into your workflow.MIT