An interactive generative system where user clicks spawn polygonal emitters that expand radially over time. Each emitter produces continuously growing regular polygons with a dynamic number of sides, while color oscillations are driven by trigonometric functions. The semi-transparent background creates motion trails, resulting in a layered wave-like propagation of geometric forms.
A generative particle system emits circles from a noise-driven radial source, creating an organic flow field around the canvas center. Each particle follows Perlin-noise directions, gradually shrinking and fading over time. Mouse interaction introduces new emitters, producing layered, evolving patterns with soft color variations and fluid, dynamic motion.
Do you want to stand out from your competition? Do you already have concrete ideas, or would you like to develop the first concepts together with us? Contact us today to set your digital future in motion.
Web Developer - UI/UX Designer - Creative Coder
Creating performant, user-focused web experiences
Based in Germany · Working internationally
wilmerkopernikus@gmail.com
(+49)1771 827690 - (+86)185 2006 0442
© 2026 Wilmer Florez. All rights reserved.
Instructions: Click to add shapes; up/down arrows change the number of sides space will clear the canvas
An interactive generative system where user clicks spawn polygonal emitters that expand radially over time. Each emitter produces continuously growing regular polygons with a dynamic number of sides, while color oscillations are driven by trigonometric functions. The semi-transparent background creates motion trails, resulting in a layered wave-like propagation of geometric forms.
Do you want to stand out from your competition? Do you already have concrete ideas, or would you like to develop the first concepts together with us? Contact us today to set your digital future in motion.
© 2026 Wilmer Florez. All rights reserved.
