AnimG is a browser-based Manim AI generator and online editor for math videos, visual proofs, graphs, and educational animations. Describe what you want, review the plan, and render without installing Python, Manim, or FFmpeg.
Or try an example:
Describe a theorem, graph, proof, or concept in plain English and AnimG generates Manim code plus a rendered video for you.
Create with AIBrowse Manim examples, reusable animation ideas, and published community projects to find prompts, code, and inspiration.
Browse community animationsWrite, test, compile, and render Manim code online in a browser-based playground. No local setup, no FFmpeg install, no Python environment.
Try PlaygroundKnowledge visuals created and curated by the AnimG team.
A simplified 2D Bloch sphere representation shows a qubit state vector pointing in different directions representing superpositions of |0โฉ and |1โฉ. Measurement collapses the state to a pole. The normalization condition |ฮฑ|ยฒ + |ฮฒ|ยฒ = 1 is shown.
A mass-spring system oscillates while three synchronized displays show: position x(t), velocity v(t), and phase-space (x vs v) โ an ellipse. A ValueTracker drives all three simultaneously.
Time dilation is demonstrated by two clocks โ one stationary, one moving at high speed. The moving clock ticks slower. Length contraction shows a ruler shrinking along the direction of motion. The Lorentz factor ฮณ diverges as v approaches c.
Two point sources emit circular waves. Where waves meet in phase, constructive interference produces bright bands; out of phase produces dark bands. A double-slit diffraction pattern is shown on a screen. The condition for maxima dยทsinฮธ = mฮป is displayed.
Browse published Manim animations and math video examples created by the AnimG community.
Whether you teach, learn, or create, AnimG helps you create math animations online in minutes.
Create engaging mathematical visualizations and physics animations for your lessons. Explain complex concepts visually with our educational content tools.
Learn more for educatorsVisualize mathematical concepts and physics principles. Perfect for presentations, projects, and understanding abstract ideas through mathematical animation.
Learn more for studentsProduce high-quality mathematical animation content for YouTube, courses, or social media. No coding experience needed, just describe what you want.
Learn more for creatorsPrompt AnimG, review the animation plan, render the Manim video, and iterate in your browser without installing Python, Manim, or FFmpeg.
Step 1
Describe the math animation you want in natural language.
Step 2
Review the generated animation plan before code and rendering start.
Step 3
Generate the Manim code and render the video automatically in the cloud.
Step 4
Watch the result, edit the code or prompt, and refine the animation until it is right.
Quick answers about our Manim AI generator, online editor, pricing, and browser-based workflow.
