Manim animations for math topics: discrete math, linear algebra (vectors), logic, probability & statistics, calculus, physics, and neural networks.
| Directory | Topic |
|---|---|
discret/ |
Bits, bytes, powers of two, binary ↔ decimal conversion, kilobyte vs kibibyte units, pixels & hex (int/, pixel/ subfolders) |
vectors/00-definition/ |
Definition of a vector, vector sets, addition & scalar multiplication axioms, field properties |
vectors/01-length/ |
Vector norm/length, unit vectors, resultant, basis |
vectors/02-dot/ |
Dot product and the cosine between two vectors |
FFNN/ |
Feed-forward neural networks: neuron anatomy, weights/bias example, step activation |
logic/01-propositions/ |
Propositional logic: definitions, simple/compound propositions, conditionals, biconditionals, notation |
stats/ |
Random variables, probability density of a continuous variable |
sm/ |
Probability: sample space of a die roll |
calc/dirac-delta/ |
Dirac delta function visualization |
physics/ |
Pendulum ODE, plank-and-boy torque problem |
shorts/ |
Short-form videos: e^x Taylor series expansion |
- Python >= 3.13 (see
.python-version) - uv as the package manager
uv syncEach file is a standalone Manim Scene. Render any scene with the manim CLI:
manim -pql discret/p1_def.py P1DefVideos are written to media/ (gitignored).
Note: scenes with relative imports (e.g.
vectors/00-definition/p01_def.py) should be rendered from their own directory, anddiscret/pixel/p8_pixel_bit.pyuses a plainfrom bitesimport, so run it fromdiscret/pixel/.
uv run ruff check .- Not a package: there is no unified entrypoint (
main.pyis a placeholder). - Scene files follow
pXX_descripcion.pynaming and definePascalCasescene classes. - Shared utilities live next to the scenes:
vectors/00-definition/funcs/andvectors/01-length/funcs/provide LaTeX helpers and vector algebra helpers.
See AGENTS.md for code style and contribution conventions.
