Compile and render Manim scenes to video files. Use when user has a .py scene file that needs to be rendered to mp4/gif, or when previewing animation results. Handles: rendering scenes, quality settings (4k, high, medium, low), exporting to different formats (mp4, gif, png), and previewing results.
EnglishGenerate Manim Python code from natural language descriptions. Use when user asks to create mathematical animations, visualize functions, plot graphs, or generate scene code for Manim. Handles: function plotting (sin, cos, derivative, integral), geometric shapes (circle, square, triangle), animations (transform, fade, morph), and math formulas (LaTeX).
EnglishReusable Manim tool functions for quick animation creation. Use when user needs ready-to-use functions for geometric shapes, function plotting, animations, or math formulas. Import: from tools.tools import . Provides: createcircle(), createsquare(), plotsine(), plotderivative(), fadeintransform(), createformula(), and more.
EnglishIncludes Manim Builder, Manim Generator, Manim Tools, and other workflows.
Supported by the Atlas install prompt. Skill-specific requirements vary.
Pack stats
What’s included
Bdd
BDD spec authoring — create, update, or delete .feature files following best practices
Manim Builder
Compile and render Manim scenes to video files. Use when user has a .py scene file that needs to be rendered to mp4/gif, or when previewing animation results. Handles: rendering scenes, quality settings (4k, high, medium, low), exporting to different formats (mp4, gif, png), and previewing results.
Manim Generator
Generate Manim Python code from natural language descriptions. Use when user asks to create mathematical animations, visualize functions, plot graphs, or generate scene code for Manim. Handles: function plotting (sin, cos, derivative, integral), geometric shapes (circle, square, triangle), animations (transform, fade, morph), and math formulas (LaTeX).
Manim Tools
Reusable Manim tool functions for quick animation creation. Use when user needs ready-to-use functions for geometric shapes, function plotting, animations, or math formulas. Import: from tools.tools import . Provides: createcircle(), createsquare(), plotsine(), plotderivative(), fadeintransform(), createformula(), and more.
Quick start
- Choose your skills. Select individual skills above, or choose the entire pack.
- Copy the install prompt. Use Copy install prompt above the list.
- Send it to your agent. Paste into your coding agent’s chat. Your agent reviews the source and guides the setup.
Try it with your agent
After installation, start with a request like:
Use the Bdd skill to help with my task.
Ask me for the context you need before getting started.Requirements & license
- A coding agent that can access your project files and install skills.
- Your agent checks each skill’s instructions, dependencies, and permissions during setup.
- Reported license for the skills shown: MIT. The author’s terms apply.