Hi, I'm Martin Zukowski

A beautiful web-based particle simulation where 300 red particles react dynamically to mouse movement on a navy blue canvas. Features smooth 60 FPS animation, real-time FPS counter, and modern UI with glassmorphism effects. Particles are attracted to the cursor and bounce off canvas edges, creating an engaging interactive experience.

Implemented image filtering and analysis in both spatial and frequency domains. Created Sobel, Gaussian, and derivative-of-Gaussian (DoG) kernels for filtering operations. Analyzed anti-aliasing techniques using Gaussian filters for subsampling operations. Implemented and optimized Canny edge detection with threshold parameter tuning for optimal edge representation in high and low frequency images.

Implemented FAST (Features from Accelerated Segment Test) interest point detector and used it to generate panoramas. Enhanced FAST with Harris cornerness metric for robust feature detection. Implemented feature matching using ORB/SURF/FREAK descriptors and used RANSAC to compute homographies for stitching multiple images together. Successfully created panoramas from 2 and 4 image sets with optimal parameter tuning.

Implemented rasterization algorithms for drawing lines and solid triangles with interpolated colors. Developed DDA line rasterization algorithm handling all orientations, implemented color interpolation along lines, and created triangle inside-outside test using half-plane algorithm. Implemented barycentric color interpolation for smooth color gradients across triangles, following the top-left rule for proper edge handling.