Hydro dipping, also known as water transfer printing, is a technique used to apply intricate designs and patterns to a wide range of objects. The process involves placing a printed, water-soluble film on the surface of water, where it dissolves, leaving only the ink pattern floating. Objects are then dipped into the water, allowing the design to wrap around and adhere to the surface. This technique is popular in customizing items like automotive parts, helmets, and other three-dimensional objects, providing a smooth, uniform finish with complex, eye-catching designs.

I attempted to simulate hydro dipping through coding by creating an array of points, and then defining certain points as the centers of spirals. For each point, I calculated its position along a circle, adding a random variation to the sine and cosine values to introduce organic fluidity. The result is a new set of coordinates for each point, influenced by the spiral centers. In the final output, these points, now gravitating towards their respective spiral centers, are connected and drawn together to form the overall design, mimicking the swirling, fluid patterns typical of hydro dipping.

I chose colors through a stochastic random process, reflecting the unpredictability and variety of the universe. While vibrant and dynamic, the universe can occasionally fall into shades of gray—though this is a rare occurrence, symbolizing moments of calm amidst the constant flux of color and energy.