|
Some animals, like for example many species of snakes, have poor eyesight, however their eyes are still best at detecting movement. Snakes have been known to glide past creatures that remain motionless.
The program simulates vision of the snake eye and demonstrates why the snake is unable to see you when you have stopped moving.
The program requires video capture device (e.g. web camera).
| 
| Figure 1 Screenshot of Snake Eye Vision window.
The hand is in fast motion.
| Figure 2 Screenshot of Snake Eye Vision window.
The hand is in slow motion.
|
The program allows independent control of frequency, phase and volume on left and right channels. Measured data points can be easily captured to data table for storage and later statistical analysis.
The generator is the perfect tool for psychophysics and psycho-acoustics laboratory experiments.
| | Figure 2 Screenshot of Two Channels Frequency Generator window.
|
Path finding algorithms are used for robotic navigation, route optimization and other applications.
The program demonstrates path finding in the maze. It uses Depth-First Search algorithm with Backtracking and has two optional heuristic optimizations: Least Square Method for direction estimation at every search tree node and elimination of small loops.
| | Figure 3 Screenshot of Path Finding in the Maze window.
|
Interact with your computer using no mouse and no keyboard by simple hand waving in the air before the camera. The goal of the game is to clean the ice from the window before the window freezes back.
The game is perfect for children of small age, who still don't have skills how to use keyboard or the mouse. Improves physical coordination and provides a lot of fun.
The program requires video capture device (e.g. web camera).
| | Figure 4 Screenshot of Clean the Window!.
|
| 
