The problem is it's still not perspective. Note that the squares at the "far" top end are still the same height as the ones at the "close" bottom end. I did the non perspective on purpose because it is more difficult and was the one i wanted. Perspective quad would be easier. Th...

Press ↑,↑,→ to go to the actual experiment.
Next i will try to do the same with Quadrilateral but it will be hard math.

When in the same directory as main.lua simply call

Finally i found an solution to render trapezoid Bildschirmfoto von »2017-05-23 20-26-04«.png i used following data: (x,y)(s,t,p) ((-1,-1),(0,0,1)), ((-.1,+1),(0,1,.1)), ((+1,-1),(1,0,1)), ((+.1,+1),(.1,1,.1)), Then in the fragment shader i divide s by p

Looks interesting. Is there an steam-free download somewhere?

Remember he is doing this for exercise in college. So in RMI you can do somethign like: Client1: server.registerMessageListener(messageListener) Client2: for ml in server.getAllMessageListener() do ml.send("blabla") end And then the message is sent directly to Client1 and never over the se...

love2d uses GLSL 1.20, but textureSize is only available at version 1.30 and above.
Also texelFetch is only available in version 1.30.

Um, no? It leads to higher value because the movement function is defined not to stop unless position value is at least X, and X is updated in discrete but finite and randomized steps, so either your dt's will land you at exactly right coordinate, which is extremely unlikely, or the function will i...

No, airstruck is right, it doesn't matter because you use dt to advance the position, and it's extremely unlikely that whatever dt's you were given would land you at exactly needed destination. Nothing to do with discontinuity, which doesn't even apply since you don't compute integral over accelera...

There's nothing wrong with integration. The problem is that x will always overshoot y unless at the final step, vel*dt is exactly y-x, which would be extremely coincidental. Exactly what i said with the Integral is wrong. The position function is desired as following x rises at constant rate over t...