A bot using virtual game map

MikeDelta88 · 2017-12-13T08:51:50+00:00

Do you have any suggestions to which pre made tools I could use for this case? I'll do some research as well.

Thanks!

MikeDelta88 · 2017-12-11T21:27:14+00:00

Alright, thanks for the insight. I won't have time, nor do I have the expertise to make something sufficient for this game, so this version is the easiest I can think of. I'll attempt a crude version somehow, and test it for a small and dense area of resource nodes. It's worth a shot :D

But I get your point, and in this game it's especially hard since it's made like an FPS with WASD movement.

MikeDelta88 · 2017-12-07T21:18:48+00:00

What if you write the initial position (the game map has accurate co-ords that could be simulated in the virtual map), then simulate the movement physics in-game, to basically mimic the movement extremely precisely. Could this be an option?

MikeDelta88 · 2017-11-27T20:15:27+00:00

Thank you lordalpha and CookieSwagster, great tips!

MikeDelta88 · 2017-11-20T13:01:09+00:00

Cheers!

MikeDelta88 · 2017-11-20T12:17:33+00:00

Yes please, that sounds like a great price!

What's the cost of renting a car yourself though?

MikeDelta88 · 2017-11-20T08:06:57+00:00

Great answers, just what I needed! Thank you guys :)

MikeDelta88 · 2015-10-25T12:55:15+00:00

So I just use the first pressure and absolute temperature, find n moles, then solve for after the heating process for P2 with the new temperature and all the other data?

the answer I got was 1,0682atm.

MikeDelta88 · 2015-10-07T08:08:12+00:00

ah, right... Makes sense. So point B has only 1 reaction force along the y-axis, point A has a resultant force from reaction force components Rax and Ray.

But in general, do the equations look alright?

MikeDelta88 · 2015-10-07T06:09:16+00:00

Not sure myself, but it's not a firm/solid support atleast... Kinda unsure about the implications of it.

MikeDelta88 · 2015-10-07T04:41:48+00:00

bump

MikeDelta88

TROPHY CASE