This repository contains animated visualizations of a sine wave created using Manim and Matplotlib. The animations demonstrate how mathematical concepts can be brought to life through Python programming. Both a Manim-based video and a Matplotlib animation (saved as .mp4 or .gif) are included.

Jan 23, 2022 · I'm trying to animate a sine wave whose periodicity shrinks, as if the graph is getting 'squished' from the left and right edges (y=sin(ax)) for continuously increasing values of a). I've tried using ApplyPointwiseFunction:

Code: https://colab.research.google.com/drive/1S4AVMNqo4J1DMWcI-8MEFtv5lLVj8ehY?usp=sharing

This gallery contains a collection of best practice code snippets together with their corresponding video/image output, illustrating different functionalities all across the library. These are all under the MIT license, so feel free to copy & paste them to your projects. Enjoy this taste of Manim!

Manim is a community-maintained Python library for creating mathematical animations.

Transform your mathematical concepts into stunning animations using AI and Manim. Just describe what you want to visualize, and we'll generate the code and animation for you. Visualization of sine and cosine functions on the unit circle with animated angle. 3D visualization of the surface area of a cube with animations.

Some short animations of mathematical concepts using Manim. Areas shown: 1. sine Function in a Polar Graph* 2. Trigonometric Functions 3. Transformations of ...

May 21, 2021 · To animate the sine curve I tried to do this: class graph(Scene): def construct(self): ax = Axes(x_range = [-2,7],y_range = [-2,3],axis_config = {"include_numbers":"True"}) self.play(Create(ax)) x_t = ValueTracker(0) #x_t = DecimalNumber(0,num_decimal_places=2) #x_t.add_updater(lambda p: p.set_value(tracker.get_value())) sine = ax.get_graph ...

Mar 31, 2025 · I am trying to graph this function in manim. x^ (2/3) + 0.9 sqrt (3.5-x^2) * sin (π x*a) I wrote some simple code to graph it in an animation like style: def construct(self): axes = Axes( x_range=[-10, 10, 1], y_range=[-7, 7, 1], axis_config={"color": BLUE}, def heart_curve(x): value = 3.5-x**2.

from manim import * class ExampleFunctionGraph (Scene): def construct (self): cos_func = FunctionGraph (lambda t: np. cos (t) + 0.5 * np. cos (7 * t) + (1 / 7) * np. cos (14 * t), color = …