Thanks a lot! The non-fullscreen issue is fixed. Screen size and getSafeArea are both reported as 689x387 with usedpi=true and 2413x1356 when false. Reduced image with both screenshots is attached. The intermittent fullscreen issue persists, though. I strongly suspect a system issue, since I'm still...

Maybe executing it with jit.off() helps?

Yeah, remember the last line I recommended? return vec4(c, 0., 0., 1.); Using vec4(c, 0., 0., c) should give you as much opacity as intensity, which will probably work. Note however that it's not fully transparent near the borders where the shader is still being applied, so you may want to use some ...

I'm not sure I get what you mean. Do you mean random types of enemies? If so, we're delving into object orientation territory now, but if you want to keep it simple, you can have an array with template values for the different types of enemies (the structure I mentioned above should then include inf...

Hi Pa0DeF0rma, welcome to the forums. You can use an array of enemies. Each element in the array would contain information about the corresponding enemy, including the coordinates and maybe some other stuff that you need to keep track of, like the remaining HP or whatever. In love.draw, you would dr...

You don't need the canvas, unless you want to draw the effect to a canvas and then draw the canvas to the screen. But then it should be updated in love.update, not in love.load, because otherwise the canvas won't change. You can then draw it in any position you want. Note that when you draw the rect...

Cleaning up my queue of pending releases, now's the turn of this puzzle game. The idea is shamelessly ripped from this video: https://www.youtube.com/watch?v=pHOmjbH6zdM but without all the bells and whistles, just something very simple :) It can be played on a desktop or on Android. It uses portlan...

There are two types of zoom. One consists of bringing the camera closer to the target; some 3D design programs do this when you zoom. The other consists of magnifying a small angle of view so it looks bigger; that's what zoom lenses and telescopes do. Playing with both in a real camera, you can get ...

Working on a collision library for axis-aligned rectangles, to resolve certain sliding collisions that bump can't: BUMP vs COLIB The entity to move starts at the top left. The green line represents the requested movement. The blue line and the green rectangles that aren't the beginning or end, repre...

If you post something we can run, we can do some debugging; otherwise all we can do is guessing. Help us help you.