by reyrove
Pool Wind Sun
IPFS
5 April 2025•ETHEREUM•IPFS
"Pool Wind Sun" is a dance of nature captured in code—a serene symphony of wind, water, and sunlight. As the oscillating waves ripple across the pool's surface, the gentle whispers of the wind are brought to life, interacting with the fluid movements of water. Each pulse of energy creates a living pattern, where cyan hues swirl into translucent waves, and sunlight casts a soft glow upon the shifting waters. This generative artwork mirrors the play of forces in nature, blending the unseen with the seen, and inviting the viewer to witness the stillness and motion of the elements in harmony. In each moment, the dance of light, air, and water unfolds anew, offering a glimpse of the tranquil yet ever-changing world beneath the surface.
"Pool Wind Sun" is a generative artwork created using p5.js, where a matrix-based simulation models the interaction of wind and sunlight on the surface of a swimming pool. The simulation follows a 2D wave equation, with randomly oscillating points introducing dynamic movement, mimicking the gentle ripples formed by wind and sunlight on water. The grid is scaled and positioned within the canvas to ensure an aesthetically balanced composition. The wave propagation is calculated using a finite difference method, considering both spatial and temporal variables. The color palette dynamically adapts based on the depth of each wave point, blending shades of cyan and white to represent the pool’s surface in varying levels of transparency. With each frame, the simulation evolves, creating a vivid and fluid representation of nature’s ever-changing rhythms.
"Pool Wind Sun" is a generative artwork created using p5.js, where a matrix-based simulation models the interaction of wind and sunlight on the surface of a swimming pool. The simulation follows a 2D wave equation, with randomly oscillating points introducing dynamic movement, mimicking the gentle ripples formed by wind and sunlight on water. The grid is scaled and positioned within the canvas to ensure an aesthetically balanced composition. The wave propagation is calculated using a finite difference method, considering both spatial and temporal variables. The color palette dynamically adapts based on the depth of each wave point, blending shades of cyan and white to represent the pool’s surface in varying levels of transparency. With each frame, the simulation evolves, creating a vivid and fluid representation of nature’s ever-changing rhythms.
64 EDITIONS
•0 RESERVES
minted
1 / 64
fixed price
0.002 ETH
1
Lorem ipsum project longer longer
0.00001 ETH
Lorem ipsum project longer longer
0.00001 ETH
Lorem ipsum project longer longer
0.00001 ETH
Lorem ipsum project longer longer
0.00001 ETH
Lorem ipsum project longer longer
0.00001 ETH
Lorem ipsum project longer longer
0.00001 ETH
Lorem ipsum project longer longer
0.00001 ETH
Lorem ipsum project longer longer
0.00001 ETH
Lorem ipsum project longer longer
0.00001 ETH
Lorem ipsum project longer longer
0.00001 ETH
Lorem ipsum project longer longer
0.00001 ETH
Lorem ipsum project longer longer
0.00001 ETH
Lorem ipsum project longer longer
0.00001 ETH
Lorem ipsum project longer longer
0.00001 ETH
Lorem ipsum project longer longer
0.00001 ETH
Lorem ipsum project longer longer
0.00001 ETH
Lorem ipsum project longer longer
0.00001 ETH
Lorem ipsum project longer longer
0.00001 ETH
Lorem ipsum project longer longer
0.00001 ETH
Lorem ipsum project longer longer
0.00001 ETH
Lorem ipsum project longer longer
0.00001 ETH
Lorem ipsum project longer longer
0.00001 ETH
Lorem ipsum project longer longer
0.00001 ETH
Lorem ipsum project longer longer
0.00001 ETH