I think you can do this using Data objects, more specifically FileData, created by reading a file from disk with love.filesystem.newFileData . FileData is a subclass of Data, so you can know the amount of bytes that the loaded file data represents . You can also calculate the total bytes from all as...

Also, if you imagine yourself making more complex games in the future, it'd be interesting to invest some time in making simpler games first that will give you an easier challenge in learning different techniques, design patterns and such. There are two cool articles talking about this, not specific...

I am currently having trouble drawing random obstacle. I don't know how to write an algorithm that creates a obstacle that goes in my direction and crate new obstacle every few seconds. Hi. What have you tried already, can you show some code? The things you're asking are very simple, so maybe it's ...

You can see the same mistake in your other files. How about any time you write a " function somethingsomething() ", go ahead and already add the " end " that will close it, just so you don't forget that anything between the name and the end will belong to the body of that functio...

For every 'function' definition there needs to be an 'end' to close it. So when you do something like this: -- Call Backs -- function love.load() function Player.load() -- debug -- io.setvbuf('no') --Player Movement -- function love.update(dt) if love.keyboard.isDown('d') then Player.x = Player.x + ...

https://math.stackexchange.com/question ... erpolation

Wow, that's a thorough analysis there. Thanks Pedro!

When I want to print some debug string or number, I use the console. For this you need to create a conf.lua file with the 'console' attribute set to true, the opposite of this: https://github.com/RNavega/2DMeshAnimation-Love2D/blob/master/conf.lua#L2 Then add a... io.setvbuf('no') ...at the start of...

I think the LERP in the form (a + (b-a)*t) is faster than the form (a*(1-t) + b*t) used in that function because there's one less multiplication op.

You could have two functions, one for a horizontal comparison and another for vertical comparison. So for example the horizontal function just returns if the object is to the left, center, or right of the reference object.

I don't see real-time or baked shadows in there, but I can see fog being used. This article explains how to implement fog with a shader: https://webglfundamentals.org/webgl/lessons/webgl-fog.html The fog factor can be the distance from the vertex to the camera (instead of just the depth of the verte...