The Quinary Thue-Morse Grid explores how simple mathematical rules can generate aesthetically complex patterns. Using a base-5 recursive sequence, each triangle in the grid encodes a number through its orientation. Inspired by Anni Albers, the piece allows viewers to shift between numeric logic and abstract pattern.Continue reading
A generative art series exploring the quiet tension between structure and softness. Tension Fields begins with a strict grid and introduces subtle distortions using custom code, creating surfaces that bend, fold, and shift, forming a phase between the familiar and the unfamiliar.Continue reading
An interactive mathematical visualization tool for creating geometric patterns on a grid. Simply adjust the number of rows and columns, colors, tweak distortion and bias, and explore a variety of angle‑based noise modes to generate endless variations.Continue reading
A series of visual experiments using binary colors within a grid system. Each composition evolves in size and spacing according to a set of rules, generating rhythm, movement, and depth. High contrast and gradual shifts in patterns combine to create the Chromatic Fields visual experience.Continue reading
A visual experiment that explores the relationship between positive and negative space through generative geometry. This interactive grid lets you play with shape, scale, distortion, and rotation to discover endless visual compositions—all from one simple set of rules.Continue reading
A mini-game inspired by classic Snake and Blockade-style archetypes serves as an interactive New Year’s card for the Year of the Snake. Through its engaging gameplay mechanics, players can enjoy the game while creating their own geometric compositions.Continue reading
Inspired by John Conway's Game of Life, the Life Creation Model is a cellular automaton that demonstrates how simple rules can generate complex patterns. By introducing an "Elder" system, the project adds depth and resilience to evolving cell behaviors.Continue reading
A project exploring the use of triangular hexagon grids to experiment with visual design through color constraints and mathematical rules.Continue reading
This experiment explores Epicycloids and Hypocycloids, inspired by traditional folk art and natural shapes. With adjustable settings for repetitions, speed, and circle sizes, it introduces a more organic, human touch to the geometry.Continue reading
The exploration of using isomorphism as a form of aesthetic expression focuses on how human unpredictability interacts with mathematical principles. While the shapes of the graphs can be freely reorganized manually, their underlying structure remains consistent.Continue reading
An interactive math visualization tool demonstrates magic squares (จัตุรัสกล)—grids where the sum of the numbers in each row, column, and diagonal is equal. It features the Siamese Method, documented by Simon de la Loubère in 1688 and published "A New Historical Relation of the Kingdom of Siam" in 1693.Continue reading
By applying the principles of Steering Behaviors, the visual compositions simulate dynamics—wandering, following, queuing, and socializing—through geometric shapes, offering an aesthetic exploration of social behavior in public spaces.Continue reading
A prototype for studying the use of Fourier analysis to visualize waveforms. Using p5.js and the Web Audio API, it combines mathematical concepts with sound waves, making abstract ideas more concrete and understandable.Continue reading
Integrating real-time audio synthesis with visual feedback using p5.js and the Web Audio API. This interactive synthesizer combines waveform modulation and dynamic color transitions, enabling the exploration of different audio frequencies and visual effects.Continue reading