OK, I figured it out. You want to read ALL of the datagrams in the socket buffer instead of just one every tick. self.client.listen = function() data, err_msg = udp:receive() if data then --print("client: Received data: " .. data) self.buffer[#self.buffer + 1] = { msg = data, err = err_msg...

Does messing with love.errorhandler or in conf.lua do anything? I don't actually use VSCode, so that's the extent of my ability to help here.

You might have more luck getting help if you find some sort of minimal code necessary to reproduce the issue. If it's not relevant, take it out. Also, something runnable would be nice.

I honestly have no idea what's wrong here, nor do I have a way to test/replicate your results. That being said:

1. Maybe it's a temperature issue?
2. Have you tried running the video in, say, VLC and seeing if it gets corrupted too?

LÖVE displays a window with the resolution you give it in conf.lua or love.window.setMode. This is the space you have to work with. Next, your images/sprites/animations also have a resolution. LÖVE will not, by default, scale your images for you. With your background example, if your game window is ...

OK, I found success by using Lua coroutines instead of LÖVE threads. Check out the attached code. You'll need to install the "luaposix" library (easy with LuaRocks). Bonus: there's no child threads or processes, it's all contained in a single thread.

#!/usr/bin/env python3 import sys import time while True: # print("test") sys.stdout.write('test') sys.stdout.flush() time.sleep(1) First check: are you actually printing out complete lines in your test cases? The above code doesn't print out any "\n" characters, which means p:r...

1. Not critical, but you might want to look into using the "local" keyword when declaring your variables (global variables are, in general, bad practice). 2. This does absolutely nothing: love.timer.step(playerx - playery) 3. Get rid of the ox/oy arguments to draw (they just make the math ...

Correct me if I'm wrong, but wouldn't one of the simple friction equations be: Also, very nit-picky, but what you call "speed" seems to be acceleration.

You'll have better luck getting help if you include a .love file or show some relevant source code. Are you new to programming in general, or just LÖVE? You're probably looking for how to detect collisions between two rectangles, aka "Axis-Aligned Bounding Boxes" (AABB). Here's an article ...