The Foundation of Generative Art
At Elhnon, mathematics is the silent force behind every stroke, fractal, and algorithm. From chaos theory to parametric functions, our creative process merges beauty with computational logic. Explore how these mathematical wonders shape our generative masterpieces.
Fractals
Infinite complexity through recursive patterns. Fractals form the basis for many of our nature-inspired designs.
Chaos Theory
Unpredictable beauty from simple rules. How small variations in initial conditions lead to complex artistic outcomes.
Parametric Functions
Controlling form and structure with mathematical equations. Our most dynamic artworks rely on parametric variations.
Mathematical Foundations
Mandelbrot Set
One of the most famous examples of mathematical beauty:
zn+1 = zn2 + c
This simple equation generates infinitely complex fractal patterns that we transform into digital art.
Perlin Noise Function
The backbone of natural-looking textures and movement:
noise(x, y) = Σ (octave × amplitudescale factor)
We use this formula to create organic, flowing patterns in our generative art.
From Math to Masterpiece
1. Concept
Choose mathematical concept (fractals, noise) to explore
2. Implementation
Translate formulas into code with Processing and p5.js
3. Art
Refine algorithmic output into creative compositions