Completed Projects:
Double Pendulum Fractal
Gerstner Waves
Auto-Parametric Oscillator
Voronoi Mosaic
Double Bubble
Spring-Mesh Cloth Simulation
Ordered Dithering
2D-Heat Transfer
Poisson Disc Sampling
Weierstrass ℘-Functions
Newton’s Rings
Interference
CFD + Scalar Transport
Edge Detection
Hill Shading
Incompressible Navier-Stokes CFD
Terrain Triangulation
Marching Squares
Dijkstra Algorithm
Aldous Border
Synchronization
Advection-Diffusion
Diffusion-Limited Aggregation
Abelian Sandpiles
Membrane Vibrations
Mandelbrot
Ray Tracing
Curve-Shortening Flow
K-means Clustering
Delaunay Mosaic
Bezier Curves
Gradient Perlin Noise
Floyd-Steinberg Dithering
Slime Swarm Simulation
Kármán Vortex Street
Domain Coloring
Seam Carving
Simple Rasterization
Vortex Field
Ray Casting
Sphere Tracing
Spherical Waves
A* Search
Terrain Generation
Genetic Algorithms
Prim’s Algorithm
Radial Distortion
Automatons
Strange Attractors
Mathematical Marbling
Digit Recognition
Fractal Perlin Noise
Barnsley Fern
Self-Organizing Map
Perlin Flow Field
Toroid Compactification
FABRIK Solver
JPEG Compression
Rayleigh–Bénard Convection
SVD Image Compression
Chladni Plates
Planet Generation
Quad Sphere
Worley Noise
Maurer Roses
Complex Fibonacci
Recursive Backtracker
Forest-Fire Model
Reaction-Diffusion
Metaballs
1D-Heat Transfer
N-Body Solver
Double Pendulum
In Progress
Boids Simulation
Ant Colony Sim
Simplex Noise
Curve Shortening Flow
Complex Root-Finding
Newton-Krylov Method
Stream Networks
RRT*
Particle in Cell
Gauss-Kronrod Quadrature
Quadtree Optimization
Mean Curvature Flow
Vortex-in-Cell Method
Diamond-Square Algorithm
2D-Kuramoto Model
Saffman-Taylor Instability
Elliptic-Curves
Phase-Field Modelling
Semi-Lagrangian CFD
Marching Cubes
SIMPLE CFD
Method & Process
All projects and experiments were done in MATLAB. The vast majority of the works are personal projects done in spare time, outside of academic responsibilities, and for enjoyment. A couple of projects were university-related, but all entirely coded and developed by me. Most programs are inspired by Wikipedia readings or YouTube videos; Nonetheless, while the ideas may have stemmed from these sources, the code and creations are entirely my own. Having said that, please feel free to use these images with credit to me or this website. If I have time in the future, I may link the readings or sources and upload the code behind each project.
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