One option could be to iterate all files in the source directory, read each file and write it (in binary mode) out to the destination folder. Then (optionally) delete the old source folder. This is probably much slower though although I've used this approach and works pretty well. Note that file acc...

Thanks so much for the help, Admicos.
Any help if much appreciated, including new languages or terms that you want to have translated.
PS. I think we should add Czech, Danish and possibly Vietnamese too.

Sounds good although it might be better to add IPA as a "language" column since it's recommended for the keys to be plain *non-UTF8*.
Either way, it's a good idea

How about IPA characters -> per-language characters that (closely enough) represent those sounds? That would at least allow people to know how to pronounce stuff from other languages; Usage cases... maybe used like furigana, in subtitles in games; maybe i'll do a demo of this...? I'm not too famili...

I'd like to share my localization lib, which works pretty well with this project. Here is the example usage: lang = require("lang.localize") function love.load() lang.set_locale("en") lang.set_text("text1", "this is the first string") lang.set_text("text2...

Not a bad start. Although I believe it could be improved in a few ways. In terms of the implementation "lib.getLocalized" might be kind of slow. I would suggest parsing the entire localization file into a lookup table instead of iterating all lines. Next, you may want to add support for ar...

how would i go about changing a variable depending on a beat of a song? Seems like a simple problem, right? :) I'm not too experienced with audio programming but from what I know, you would either need: 1.access to raw data of the audio buffer while it's playing 2.parse the song file ahead of time ...

Great work on the tutorials, I can see that you put in a lot of effort there. :) Just have a small suggestion regarding the following piece of code: obj1.speedx = math.min( math.max(obj1.speedx, -maxspeed), maxspeed) obj1.speedy = math.min( math.max(obj1.speedy, -maxspeed), maxspeed) It clamps each ...

Good description by Kikito. To sum it up, if you have two moving shapes A and B: 1.Continuous collision detection: you want to find the time of impact (like in Kikito's bump) 2.Non-continuous collision detection: you check if the shapes intersect and find the shortest separation vector (like in Fizz...

Not bad, but the names of some of the variables are a little confusing.
"player.speed" is actually "acceleration"
"player.friction" is "damping"