Python Script to Generate Geometrical Images
pip install -r requirements.txt
Run any examples from src/*.py
python src/gradient_effects.py
Gradient Effects
Instead of using a solid color for each circle, you can create gradient effects by generating random colors within a certain range and smoothly transitioning the colors from one circle to another.python src/gradient_effects.py
Examples:
Random Shapes
Instead of circles, you can experiment with drawing random shapes such as squares, triangles, or polygons at different positions and sizes. You can also combine multiple shapes to create more complex patterns.python src/random_shapes.py
Examples:
Particle Systems
Simulate particle systems by generating multiple small shapes (e.g., dots) with random positions and velocities. You can add gravity or other forces to create interesting movement patterns.python src/particle_systems.py
Examples:
Noise-based
Utilize various noise functions (e.g., Perlin noise) to create organic and natural-looking effects. You can manipulate the noise parameters to control the density, scale, and variation of the patterns.python src/noise_based.py
Examples:
Pixel Art
Create pixel art by randomly coloring individual pixels on a canvas. You can define a palette of colors and randomly assign them to pixels, resulting in a retro and nostalgic visual style.python src/pixel_art.py
Examples:
Fractal Trees
Implement a recursive algorithm to draw fractal trees. Starting from a trunk, branch out into smaller branches recursively, varying the length and angle of each branch. This creates intricate and self-repeating tree-like patterns.python src/fractal_trees.py
Examples:
Kaleidoscope
Implement a recursive algorithm to draw fractal trees. Starting from a trunk, branch out into smaller branches recursively, varying the length and angle of each branch. This creates intricate and self-repeating tree-like patterns.python src/kaleidoscope.py
Examples:
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The MIT License (MIT). Please see License File for more information.
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