Every real computer vision algorithm in the series, in one place — from raw pixels to object tracking.
Zoom into a photo until it dissolves into the raw numbers a computer actually sees.
Split a color image into its channels and watch grayscale conversion happen live.
Spin the hue wheel and see why HSV separates color from brightness so cleanly.
Add, subtract, and mask two images together with a live colour-coded formula box.
Reshape a washed-out photo's histogram and watch contrast come back to life.
Slide a kernel across an image and see the exact math behind every filter.
A clickable atlas of every classic kernel — nudge any number, see it change the output.
Compare three blur algorithms side by side against real sensor noise.
Smooth skin tones while keeping edges razor sharp — see exactly how it decides.
Watch a denoiser hunt for matching patches across the whole image, not just nearby.
A live compass needle shows exactly which way brightness is changing at every point.
Find edges by hunting for the exact point a curve crosses zero.
Step through the full 5-stage pipeline that produces the cleanest edges in classical CV.
Race four historic edge operators against each other on the same image.
Watch Otsu's method sweep 256 thresholds to find the one that splits an image best.
Erode, dilate, open and close shapes and watch noise disappear or holes seal up.
Drag a shape's outline and watch solidity, hierarchy, and hull update live.
Drop points and watch their voting curves converge on the line they all share.
Drag corners and watch a live 3×3 matrix warp an image into a new perspective.
Hover the image and watch a live eigenvalue plot reveal what makes a corner a corner.
Watch RANSAC vote out fake matches until only the real geometry survives.
Track a moving object frame to frame using nothing but brightness math.
Learn what "normal" looks like, then watch anything new get cut out in real time.
Slide a window everywhere and score it — the technique behind pre-deep-learning detectors.
Match two overlapping photos, warp one into the other, and watch the seam disappear.
Flood a 3D terrain built from image gradients until dams form between touching objects.
Watch three matching formulas fight the same lighting change — only one survives.
Shrink an image level by level, then rebuild it pixel-perfect from the tiny top.
Lock onto a moving target and keep tracking it even through a total occlusion.