A comprehensive collection of generative art plugins for the Chimera ART Engine, featuring quantum mechanics, mathematical patterns, 3D illusions, and more.

• 42+ Unique Artworks generated programmatically
• 5 Specialized Plugins each with distinct artistic styles
• High Resolution support up to 4K (3840x2160)
• Seamless Animations with mathematical precision
• Open Source and fully extensible

Generates quantum-inspired patterns and visualizations.

Techniques:

• Distorted grids with wave functions
• Quantum symmetry patterns using spherical harmonics
• Fluid particle simulations
• Wave interference patterns
• Geometric tiling systems
• Organic growth algorithms

Implements complex generative methods inspired by contemporary digital artists.

Techniques:

• Andreas Gysin-style modular patterns
• Fluid dynamics with Perlin noise
• Toroidal quantum symmetries
• Voronoi cellular patterns
• Glitch art with rhythmic patterns
• Sacred geometry (Flower of Life, Fibonacci spirals)

High-resolution GIF generation with dynamic animations.

Features:

• 60-120 frame smooth animations
• Perfect seamless loops
• Dynamic color transitions
• Physics-based simulations

Creates grayscale 3D illusions with depth perception.

Techniques:

• Infinite tunnel illusions
• Rotating 3D cubes with perspective
• Sphere shading and lighting
• Wave mesh deformations
• DNA double helix structures
• Torus knots
• Impossible objects (Penrose triangle)

Visualizes mathematical concepts and sequences.

Concepts:

• Decimal expansion patterns (1/998001)
• Fibonacci sequences in decimals
• Fourier epicycles for shape drawing
• Hydrogen atom orbitals
• Bohmian quantum mechanics
• Hyperbolic geometry
• Recamán sequence
• Champernowne constant mosaic

# Clone the repository
git clone https://github.com/yourusername/chimera-art-plugins.git
cd chimera-art-plugins

# Install dependencies
pip install -r requirements.txt

# Generate quantum art
from plugins.quantum_art_plugin import QuantumArtPlugin

plugin = QuantumArtPlugin()
artwork = plugin.generate_distorted_grid({'width': 1920, 'height': 1080})

# Generate all quantum art
python generate_animated_batch.py

# Generate monochrome 3D art
python generate_monochrome_3d.py

# Generate mathematical art
python generate_mathematical_art.py

chimera-art-plugins/
├── plugins/
│   ├── quantum_art_plugin.py       # Core quantum techniques
│   ├── advanced_techniques.py      # Advanced generative methods
│   ├── animated_art_plugin.py      # Animation generation
│   ├── monochrome_3d_plugin.py     # 3D illusion creation
│   ├── mathematical_art_plugin.py  # Mathematical visualizations
│   └── plugin_integration.py       # Plugin manager
├── output/                          # Generated artworks
│   ├── quantum_art/
│   ├── advanced_art/
│   ├── animated_art/
│   ├── monochrome_3d/
│   └── mathematical_art/
├── generate_animated_batch.py      # Batch animation generator
├── generate_monochrome_3d.py       # 3D art generator
├── generate_mathematical_art.py    # Mathematical art generator
├── test_quantum_plugin.py          # Test suite
└── README.md

• 3D spherical harmonics visualization
• Wave function probability densities
• Quantum interference patterns

• Perspective-correct rendering
• Depth-based shading
• Seamless rotation loops

• Fourier series drawing complex shapes
• Hyperbolic tessellations
• Number sequence patterns

• Python 3.8+
• NumPy
• Matplotlib
• Pillow (PIL)
• SciPy
• Optional: CUDA for GPU acceleration

class MyCustomPlugin:
    def __init__(self, output_dir="output/custom"):
        self.output_dir = Path(output_dir)
        self.output_dir.mkdir(parents=True, exist_ok=True)
    
    def generate_custom_art(self, params):
        # Your implementation here
        pass

• frames: Number of frames (60-180 recommended)
• width/height: Resolution in pixels
• duration: Frame duration in milliseconds

• n, l, m: Quantum numbers for orbitals
• precision: Decimal calculation precision
• iterations: Algorithm iteration count

Contributions are welcome! Please feel free to submit pull requests or open issues for:

• New art generation techniques
• Performance optimizations
• Documentation improvements
• Bug fixes

MIT License - See LICENSE file for details

• Chimera Project
• Documentation
• Gallery

Inspired by:

• Andreas Gysin's minimalist geometric art
• Quantum mechanics and wave function visualizations
• Mathematical beauty in number theory
• Sacred geometry and natural patterns

Created with ❤️ for the Chimera Project

"Mathematics is the language of the universe, and art is its expression"