"Setting up Calendar and Reminders on Mac" matching MCP servers:

Enables driving Inkscape headlessly from an MCP client, with verified SVG editing, rendering, optimization, and animation tools.

Enables an MCP-capable AI client to drive a locally installed, licensed Autodesk Inventor through its COM API for local modeling tasks. It supports creating and updating a rectangular plate and a parametric quickchanger concept assembly, opening and inspecting parts and assemblies, and returning viewport previews.

Build Blender scenes through 4 tools and 338 tokens of fixed context: on-demand operation schemas, batches of up to 100 edits, preview captures and permission-gated Python for full bpy access.

Enables natural language control of Cavalry animation software for creating layers, setting attributes, keyframing, rendering frames, and more via an MCP server.

Enables AI assistants to operate Adobe After Effects with the dexterity of an editor: reading projects, creating and rigging layers, setting real velocity curves, animating text, building native SVG-based shapes, applying effects, expressions, masks, and viewing render snapshots to verify results.

MCP server embedded in TouchDesigner with 45 tools for creating operators, setting parameters, wiring connections, managing externalizations, and building real-time visual projects through natural conversation.

A local MCP server that enables AI apps to control KeyShot Studio for scene inspection, rendering, model import, material application, camera adjustment, environment setting, and scene saving.

Enables inspecting, editing, and building QuadSpinner Gaea terrain graphs through MCP, including cloning graphs, adjusting inputs and outputs, setting variables, and running silent builds.

Enables AI assistants to control Adobe After Effects via MCP, including creating compositions, managing layers, setting keyframes and expressions, applying effects, and swapping footage/comps in batch operations.

Enables natural language control of TouchDesigner via AI, allowing operator creation, parameter setting, Python execution, and node graph building.

Creates a local MCP runtime for design-system repositories, enabling AI coding agents to look up and use real components, icons, and tokens instead of guessing.

Enables an AI assistant to control Autodesk AutoCAD on Windows via COM automation, drawing geometry, creating architectural structures like walls, doors, windows and rooms, managing layers and cleaning up drawings in real time. Also supports working across multiple open documents, batch operations and entity querying and deletion.

Enables importing Revit models, setting environments, rendering images, and exporting walkthrough videos via the Twinmotion rendering pipeline through APS.

A local MCP bridge that lets AI agents build and edit real TouchDesigner networks by creating and wiring operators, setting parameters and expressions, validating the network, and viewing rendered image previews to iterate on results.

Enables AI assistants to access locally installed fonts and control Figma text through a local bridge, including listing, auditing, replacing, and setting fonts on text nodes.

Enables agents to create, edit, animate, inspect, and export icons and icon packs through MCP tools, with live previews and SVG or React output. It provides read, look, write, export, and language-setting tools for agent-driven icon design.

Enables AI-assisted 3D content creation by allowing Claude Code to control SideFX Houdini directly, including creating nodes, setting parameters, executing HScript commands, and building complex procedural networks.

Enables AI agents to directly control SideFX Houdini, including creating nodes, setting parameters, executing Python, capturing viewports, and rendering frames, via 57 MCP tools.

An MCP server that enables AI assistants like Codex or ChatGPT to inspect and control a local Blender scene, including creating objects, editing materials, setting cameras and lights, rendering previews, and saving safe copies of .blend files.

Connects Claude to Cinema 4D so you can create and manipulate scenes through natural-language prompts. It exposes tools for building primitives and abstract shapes, grouping objects, adding cameras, lights, materials and shaders, applying MoGraph cloners, effectors and fields, setting keyframes, driving physics, running Python inside C4D, and rendering previews or frames.