This sketch transforms static text into a responsive visual system. Letters stretch, distort, and animate based on cursor input and time-based triggers. Inspired by kinetic typography and live motion graphics, the project treats language as a living, reactive form.

Use motion and parametric math to animate letterforms

Explore expressiveness in typography beyond static composition

React to user interaction in real-time (mouse interaction, clicks)

Treat language as performative rather than fixed

An experimental type sketch that turns reading into interaction; blurring the line between form, function, and visual language.

This 2D platformer merges narrative choice with level design. As players explore the world, their decisions change the environment, dialogue, and outcome. Each branching point affects not just story text but physical navigation and enemy behavior.

Combine traditional platformer controls with narrative decisions

Implement branching logic usnig arrays and conditional states

Design levels that reflect emotional tone and story divergence

Encourage replayability via multiple endings

A small-scale narrative game built entirely in P5.js, showcasing how even simple mechanics can carry complex player agency and world-shaping decisions, demonstrating how conditional logic becomes a tool for shaping branching player stories.

This project visualizes time using a Minecraft-style aesthetic. Blocks represent changing time states, shifting form and color based on live cycles and pseudo-random seeds. The clock uses modular generation logic to simulate environmental rhythms.

Simulate time using digital “blocks” in a grid-based interface

Create real-time transformations based on hours/minutes/seconds

Integrate Minecraft-style chunk design for visual familiarity

Treat time as spatially manipulable

A playful, ambient visualization of time, blending creative coding with nostalgic visual language and procedural systems.

This interactive sketch explores how motion, contrast, and placement affect visual perception. Inspired by op art and mathematical patterning, it uses programmed oscillation and distortion to generate illusions of depth, movement, and spatial warping.

Use sine/cosine and transform functions to simulate illusion

Play with colour contrast and visual interference patterns

Engage users in altering illusions via input or motion

Explore psychological limits of shape recognition and motion blur

An interactive visual experiment that challenges perception and highlights the power of generative code to affect how we see and interpret motion and space.