You're right, thank you
This is an early experiment in demonstrating special-relativistic effects in space invaders. I forked a pygame implementation of space-invaders, and adapted in to my OpenGL program for special-relativistic drawing: jarrydac/gl_relativity.
This version is not very playable. But I already like the way that the transverse doppler shift colors the player and enemy bullets differently.
I've really done a similar thing. The main inspiration for me was my special relativity class at university. I have done my lighting differently to a A Slower Speed of Light, because I've used spectrums instead of RGB: I found this stack exchange answer afterwards which outlines why that makes more sense.
This a screenshot of an OpenGL program I wrote in my spare time during my undergraduate course to draw scenes with special-relativistic effects.
In this scene the spheres are orbiting clockwise around the centre sphere which is stationary (relative to the camera). The scene is illuminated with two black-body lights from behind the camera, and one green light from the top to show off the Doppler effect (red and blue shift).
If you are interested I have put the program on GitHub.
I graduated from my bachelors in December, and I'm feeling burnt-out about job hunting. This is a project I wrote during my degree, in my spare time, to try out some ideas from my lectures and to learn OpenGL.
I took this screenshot while I was testing out monochromatic lighting. The ships are rotating clockwise.
I found it interesting that the receding ships bunch more closely together, that really convinced me that I had it working right.
The code is on GitHub jarrydac/gl_relativity. It's quite rough.
