This visual artwork is a product of algorithmic creativity, created entirely using the Python programming language. Rather than being drawn by hand, the design emerges from mathematical logic, looping structures, and carefully controlled parameters that guide form, symmetry, and color. The result is a dynamic, flower-like spiral composed of fine, multicolored lines radiating from a central point. The graphic explores the relationship between mathematics and visual aesthetics. By manipulating angles, trigonometric functions, and incremental rotations, the program produces repeating petal-shaped patterns that feel organic despite their computational origin. The smooth transitions in color enhance the sense of motion, giving the design a vibrant, almost living quality against the dark background.

This project demonstrates how Python can be used not only as a problem-solving tool, but also as a medium for digital art and creative expression. Through code, simple rules evolve into complex structures, highlighting the beauty that can arise from precision and repetition. Each execution of the program has the potential to generate a unique variation, emphasizing the open-ended nature of generative design.