"Pine Script" matching MCP servers:

Bridges MCP clients to Affinity by Canva's local MCP server, exposing tools for script execution, rendering, and SDK documentation.

Enables AI assistants to control Blender via MCP tools for scene manipulation, material assignment, rendering, and Python script execution.

Enables AI assistants to build, animate, inspect, and script fully editable Adobe After Effects projects through a bridge panel, including frame and storyboard review.

Enables AI assistants to generate Autodesk Fusion 360 Python scripts through natural language commands, using the Model Context Protocol (MCP) for tool calls and script generation.

Enables agents to observe, batch, script, recover, bake, and export Adobe Substance 3D Painter scenes through a Model Context Protocol server with specialist schemas and persistent tooling.

An MCP server that allows LLMs to control GIMP programmatically, including images, layers, selections, text, transforms, filters, and arbitrary Script-Fu code.

Enables AI agents to control GIMP 2.10 through its Script-Fu server, providing access to the entire GIMP procedure database with a vision feedback loop for iterative editing.

Enables MCP clients like Claude Code to control a running EasyEDA Pro instance for PCB design automation, including DRC checks, project management, and script execution via a bridge server.

Enables Claude AI to control Blender 3D through natural language commands for object creation, modification, deletion, and Python script execution.

An MCP server that converts layered PSD characters into Spine 4.2 rigs with deterministic, parametric 2D/2.5D animations (idle, walk, run, jump, attack, hit) ready for the Spine editor and Unity.

Enables AI agents to spin up a fake After Effects bridge server, script its responses, and inspect incoming client requests for testing bridge client code without a real After Effects installation.

Det et deterministisk værktøjssæt til at beregne præcise bogrygradimensioner og omslag på tværs af papirtyper og indbindinger, estimere materiale-, transportvægte og godsvolumen samt optimere arklayout for maksimalt udbytte og konvertere branchens enheder.

MCP server for creating Spine 2D animations from cut-up characters, generating runtime skeletons, packed atlases, and editable Spine projects.

Enables converting layered PSD or PhotoshopToSpine exports into validated Spine 2D rigs, animations, atlases, previews, runtime JSON, and optionally editable .spine projects. It provides MCP tools and an OpenAI/Codex workflow for rigging, animation generation, validation, preview auditing, and batch processing.

A simplified installation fork of the Blender MCP server, enabling control of Blender through natural language via MCP. Provides an automated setup script and easy add-on configuration.

Enables AI agents to inspect Figma selections, navigate pages, render previews, generate starter code, and submit user-approved canvas edits through a local bridge.

Enables trusted local AI agents to create, inspect, edit, save, reopen, and export isolated headless KiCad 9 PCB board files, including native design-rule-check reports, through typed MCP tools. Operations are bounded to native pcbnew and kicad-cli calls within a single explicit trusted workspace, with no arbitrary script execution, live PCB Editor control, or IPC access.

Enables a locally run agent or script to read and write a real Figma layer tree through a local bridge — inspecting node structure and variables, exporting screenshots into the model's context, and performing batched create/update/move/rename/delete operations that collapse into a single undo step. All traffic stays on localhost between the bridge and the Figma plugin, with design-token auditing, binding, and creation included.

Enables authoring, preview, and export of Spine 2D skeletal animations via natural language from Claude Code or any MCP client, with a web dashboard and tools for keyframing, templates, and GIF preview.

Enables AI clients to directly control Spine 3.8.75 animation workflows through 55 MCP tools, including reading projects, editing keyframes, manipulating skeletons, constraints, meshes, atlases, and rendering previews.