Thanks! I'll look at other suggestions (if any) before going with this name though.

Here's my networking library named LUBE, this post is now used for project status. Current version: 1.0 Version 1.0 (press 'raw' for download, or check out the repo and use the 'LUBE-1.0' tag) Version 1.0 docs Development version Development version docs Old releases: LUBE.zip LUBE.zip Lag-o-meter 3...

I'll start a new topic in Projects.

Looks like the installation has gone wrong (didn't remove old driver first?). Do you get the same error with other OpenGL programs/games?

I've been looking through your code and saw that you're using TCP, though it's easy, games normally use UDP, for the lack of having to be connected. This makes coding the server (a tiny bit) harder, but greatly simplifies the server, as all it has to do is create a table, and loop through it, using ...

I'd like to know what the users expect from the lib, and especially what approach (e.g. send tables) and how to implement them (encode them to strings?). So if you (the reader) know something, just post, I'll try to use the best ideas. I'm trying to create a Löve/lua only, and maybe implement things...

Can't wait to play it

Anyway, I was thinking about creating a library myself (as I'm just too lazy to create a game myself ), however I think I'll wait to see what your code is going to look like (I could already implement a host though).

Löve is really growing up!

Anyone creating online games yet? As we should have one epic Löve game and spread it over the entire world, creating Löve domination! :twisted:

Seriously though, we should create one game to let people know there is something like Löve. And online games tend to bring the world together...

It does rotate here (when done manually), I've also added a collision function and added basic turn data.
However as you can see, it does turn, but way too much.
But as I haven't actually used the physics engine myself it's all I can do now.
It should be enough to get you started.

Hope it helps.

With some basic math you can figure out the y for the x of the line, so if a line goes from x=1 to x=5, you can calculate the y at x=3 (or somewhere else).

Try: (with x1 being the lowest x and X being the NON-relative-x)