@47parzival41
.
It's gonna be difficult to explain how you should set up auto turrets then. Auto turrets primarily rely on advanced versions of kinematics with emphasis on calculus; if you don't quite understand it will be very difficult for you to set it up on your own.
@47parzival41
.
I mean, the rate leading isn't perfect, but... Do you have some understanding of how derivatives and integrals work? It's best you have some idea of what those are to use it properly.
@47parzival41
.
To point you in the right direction, the angle, in degrees, between your cockpit's location and the target's bearing can be found by deltaangle(TargetHeading, Heading).
BMP-2 by @BaconAircraft.
I spent an hour or so keyframing the heck outta the vid. I think it was worth the effort, lol.
link for the unaware
@TirpitzWantsPlanes
.
It's unreleased. Go bug @BaconAircraft for it.
I can't find this bmp
What
what is the joke here
@PotatoWasTaken BMP started shooting lol
Im sorry what the heck happened at the end
Is it a bad thing that I can't find the BMP?
High quality stuff
69Th updoot
Lamo.
Syria moment
no.
much better than the original one
SP multiplayer server terrorists watching this be like:
Ladies and gentlemen,
OUR FATHER
@MemeLordMASTERMEMES
CURB YOUR TERRORISM
I love this. Well worth the effort.
hooDOO you can't just shoot at me for recording you!
Haha auto cannon to boom
I have motion sickness
Now its time to make the "parts are falling from the russian jet allahu akbar.
-its a bomb you imbecile"
God , Syria and Bashar !
@47parzival41
.
It's gonna be difficult to explain how you should set up auto turrets then. Auto turrets primarily rely on advanced versions of kinematics with emphasis on calculus; if you don't quite understand it will be very difficult for you to set it up on your own.
@47parzival41
.
I mean, the rate leading isn't perfect, but... Do you have some understanding of how derivatives and integrals work? It's best you have some idea of what those are to use it properly.
@47parzival41
.
To point you in the right direction, the angle, in degrees, between your cockpit's location and the target's bearing can be found by
deltaangle(TargetHeading, Heading).