Unfinished. My attempt at re-creating the user experience of the popular game, Agar.io.

Falling cells are added to the structures formed by those which have fallen previously. Execution ends when a structure reaches the top of the canvas.

2-D representation of a fireworks show, with randomized colors.

Rudimentary implementation of the infamous game, Flappy Bird. Currently uses the spacebar to Flap, or to restart after the inevitable fall.

Tree representation of a Lindenmayer system. Product of the generation rules are outputted to the user in text format, and as an image.

Object-Oriented approach to fractal tree generation. Tree steps through generative cycle as the user clicks on the image.

Tree branches curve to reach the nearest nodes. Nodes left after completion are due to branches being equidistant between multiple nodes.

Graphical representation of a fractal tree, allowing slider interface for modifying the angle of repetition.

Graphical representation of the Mandelbrot Set. Sliders allow the user to manipulate the bounds shown within the window.

Implementation of the falling text graphical effect used in The Matrix.

Graphical maze generator, implemented with recursive backtracking algorithm.

Unfinished. Representation of cellular mitosis. Clicking on a cell causes the cell to divide into smaller cells.

Perlin Noise is utilized to generate a field of preferred movement vectors. Particles traverse the field, and their paths are drawn to the screen over time.

Representation of the botanical phenomenon of phyllotaxis (radial arrangement of leaves or petals).

As Jason Davies puts it, "Poisson-disc sampling produces points that are tightly-packed, but no closer to each other than a specified minimum distance, resulting in a more natural pattern."

Single-player version of the game Pong. Up- and down-arrow keys control movement of the player's paddle.

Two-player version of the game Pong. Left-hand player's paddle is controlled with the 'W' and 'S' keys, while the right-hand player's movement is controlled with the Up- and Down-arrow keys.

Simplified representation of a one-component reaction-diffusion model. Laplace transformation is approximated for calculations.

Unfinished. Evolutionary algorithm allows rockets to gradually become better at hitting the target, over time.

Recreation of the popular game, Snake. Arrow keys control the player's movement.

Simple implementation of the famous game, Space Invaders. Left- and right-arrow keys control the player's movement, and spacebar allows the player to fire. Mouseclick also perofrms these functions, in order to support to provide touchscreen support.

Homage to the fantastic game, Minesweeper. Mines have been replaced with 'stickers' (burrs from a briar bush), as they are arguably more commonly encountered.

Allows for manipulation of the superellipse with a slider. A superellipse (A.K.A. Lamé curve) is a closed curve which preserves symmetry along both of its axes.

Implementation of Paul Bourke's formula with 'n' set to 1 and 'm' mapped to an oscillating sine function.

Recreation of Tetris. Left- and right-arrow keys allow the player to move, down-arrow for slow drop and up-arrow for immediate drop. 'Q' and 'W' keys control rotation, and 'D' allows the player to Hold a piece. 'P' will pause the game.

Small-scale representation of the classical Traveling Salesman problem. Points are randomly placed, and the optimal path is found exhaustively.