ProfJski/RayLib-Examples
Some fun math or physics demos made easy with RayLib
Amateur C++ coder, computational physics lover. Full-time theology professor. Go figure.
Some fun math or physics demos made easy with RayLib
Code For TempleOS
What impact does floating point precision have on Mandelbrot set calculations?
3D discrete physics sim of radial waves on a spherical suface
Discover a new Sator Square Palindrome
Intuitive color mixing in a subtractive Red-Yellow-Blue color space. A traditional art school color wheel and palette selector for triadic, split-complementary and tetradic color harmonies. RGB-to-RYB conversion with simple formulas. Built with RayLib.
C++ Operator Overloads for RayLib
Sample code from a lecture I gave about early ChatBots
An intuitive approach to introducing the Schrodinger wave equation using a classical particle, a cloud of similar particles representing uncertainty of velocity and position, and a histogram. We generate a cloud of particles to show how a stochastic approach to quantum uncertainty yields an expectation value for the classical particle which develops in a wave-like fashion in the histogram.
OpenCL many-body gravity simulator with particle collision and coalescence
Adds an equalizer control to RayGui
A simple and easy-to-use library to enjoy videogames programming