crack-manim

This plan and the examples both are done with help of gpt4o on vscode copilot. Each example introduces the small bit of the Manim library.

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Section	Title	Description	Preview
1.1	Hello World	Hello world in Manim
1.2	Basic Shapes and Text	Introduction to basic geometric objects
1.3	Basic Animation	Animating a simple shape's position, scale, and rotation
1.4	Understanding the Scene	Exploring the Scene class, its components, and structure
1.5	Basic Transitions	Using play() to create smooth transitions between animations
1.6	Updaters and Continuous Animations	Introduction to updaters and continuous object motion
1.7	Camera Movements	Basic camera movements: panning, zooming
1.8	Simultaneous Animations	Creating simultaneous animations with multiple objects
1.9	Animating Multiple Objects	Managing multiple objects and synchronizing animations
1.10	Customizing Text Animations	Animating text objects with effects like typing and fading
2.1	Transformations and Morphing	Using transform() for shape morphing
2.2	Complex Path Animations	Moving objects along paths: straight lines and curves
2.3	Color Transitions	Animating color changes on objects
2.4	Easing Functions	Applying easing functions for smoother animations
2.5	Advanced Camera Work	Applying camera zooms, rotations, and following paths
2.6	Animating Multiple Layers	Using multiple layers and managing different objects in the scene
2.7	Creating Complex Transitions	Combining multiple animations and transitions
2.8	Animating with Time	Creating time-based animations using ValueTracker
2.9	Animating Multiple Texts	Synchronizing multiple blocks of text with animations
2.10	Grouping Objects	Using VGroup and managing multiple objects as a group
2.11	Camera Following Array	Camera following an array of numbers
3.1	Basic Physics Concepts	Introduction to physics in ManimGL: velocity, acceleration
3.2	Free Fall Animation	Simulating an object in free fall with gravity
3.3	Bouncing Balls	Animating balls bouncing off surfaces (elastic collision)
3.4	Projectile Motion	Simulating projectiles under the influence of gravity
3.5	Pendulum Motion	Animating the motion of a pendulum
3.6	Simple Harmonic Motion	Simulating simple harmonic oscillations
3.7	Ball Rolling Down a Hill	Simulating motion with friction and gravity
3.8	Elastic Collisions	Simulating elastic collisions between two objects
3.9	Spring Oscillation	Animating a spring's extension and compression
3.10	Visually Simulating Forces	Showing force vectors acting on objects
3.11	3D Animation of a Cube	Animating a rotating cube in 3D space
3.12	3D Plots on 3D Axes	Creating 3D plots on axes to visualize data