Turn math concepts into animated teaching videos. Describe equations, diagrams, and solution steps in text, then generate and review.
Open Text to VideoWrite a description of the math concept, equation, or diagram you want to visualize. Describe equations in words, include labels and positions, and specify the motion or sequence of steps. Choose your settings, generate, and review the animated result.
Input
An animated triangle with labeled sides a, b, c and the Pythagorean theorem a squared plus b squared equals c squared appearing next to it
Expected output
An animated geometry diagram showing a right triangle with labeled sides and the equation floating nearby
Input
A coordinate plane with a parabolic curve being drawn in real time, x and y axes labeled
Expected output
An animated graph showing a parabola being drawn on labeled axes from left to right
Input
A sequence showing an algebraic equation being solved step by step with each operation highlighted in order
Expected output
An animation showing equation steps appearing one by one with current operation highlighted
Turn abstract equations and concepts into animated diagrams that make math more intuitive to understand.
Generate math visualizations for specific lessons. Describe the exact concept, equation, or diagram you need.
Create a library of math animations for different topics. Use them across lessons, presentations, or study materials.
Describe the desired scene and motion.
Choose the available generation settings.
Generate, review, and download a suitable result.
Describe mathematical elements visually, not symbolically.
Copy a structure, then adjust the subject, lighting, camera, and output details for your own result.
A right triangle with sides labeled a, b, and c on a white background, squares forming on each side, the squares on a and b colored blue and red, the square on c colored green, equation a squared plus b squared equals c squared appearing below.
Visual proof combines geometric shapes with algebraic notation, color coding helps distinguish components, and spatial layout reinforces the relationship.
Starting with a x squared plus b x plus c equals zero on the left, each algebraic step appears below the previous one, operations highlighted in yellow as they occur, final quadratic formula appearing at the bottom.
Vertical step progression with highlighting shows the logical flow, making a complex derivation easier to follow visually.
A coordinate grid with x-axis labeled from zero to two pi and y-axis from negative one to one, a smooth red sine wave being drawn from left to right, key points marked with dots at zero, pi over two, pi, three pi over two, and two pi.
Real-time drawing motion demonstrates how the function behaves over its domain, key point markers anchor understanding of the wave cycle.
Two fractions, one third and one fourth, appearing side by side, arrows pointing down to equivalent fractions four twelfths and three twelfths, then combining to seven twelfths, each step appearing sequentially.
Sequential appearance with visual arrows guides the viewer through the multi-step process, reinforcing the logic of finding common denominators.
A circle divided into wedges like a pizza, wedges rearranging into a parallelogram shape, labels showing radius r and circumference pi r, area formula A equals pi r squared appearing, animated transformation from circle to parallelogram.
Geometric transformation visually proves the area formula, bridging intuition and algebra through motion.
Match the workflow to the input you have and the result you need before opening the generator.
Input: Specific math concept with step-by-step breakdown and labeled elements
Result: Animated clip for projector or screen during live teaching
Tool: Text-to-video with clear labels, simple colors, and sequential motion
Input: Foundational concept with visual proof or derivation sequence
Result: Embedded video for asynchronous learning platforms
Tool: Text-to-video with narration-friendly pacing and horizontal framing
Input: Step-by-step solution to a specific problem type with highlighting
Result: Tutorial video for YouTube or homework help site
Tool: Text-to-video with clear step markers and easy-to-follow progression
Input: Core formula or theorem with visual proof or application example
Result: Short video reference for exam prep or concept review
Tool: Text-to-video with minimal text, high visual clarity, and looping-friendly design
Power up your creative workflow with our AI-driven tools. Generate stunning videos, create images, and apply custom adjustments - our AI Video Generator and AI Image Generator offer a complete solution for all your creative needs.
Choose the credit package that works best for you.
No hidden fees • Cancel anytime • Unused credits roll over
Perfect for trying out AI creation.
Credits
200 credits / month
≈40 GPT Image 2 images / month
Billed monthly
Model Access
20/29 modelsWhat's included
Perfect for light creators.
Credits
500 credits / month
≈100 GPT Image 2 images / month
Billed monthly
Model Access
20/29 modelsWhat's included
Best value for creators
Credits
1,200 credits / month
≈6 Kling 3.0 Pro videos or 240 GPT Image 2 images / month
50% off your first month, then standard price
Model Access
29/29 modelsWhat's included
For video creators and power users.
Credits
5,000 credits / month
≈25 Kling 3.0 Pro videos or 1,000 GPT Image 2 images / month
50% off your first month, then standard price
Model Access
29/29 modelsWhat's included
Questions? Contact us at support@domer.io
Open the text-to-video tool, describe the math concept you want to visualize, and generate an animated teaching clip.
