Hyperaccurate Turret

[xixo12e]

Still need help, see bottom post.

[adadr]

for applyAngForce you want to get the bearing and elevation i believe.

Pitch = entity():elevation(owner():pos()) 
Yaw = entity():bearing(owner():pos()) 
Roll = entity():angles():roll()

then make to angle

Ang = ang(Pitch,Yaw,Roll)*100 or so

then apply force

applyAngForce(Ang+$Ang*5) works good

[xixo12e]

for applyAngForce you want to get the bearing and elevation i believe.

Pitch = entity():elevation(owner():pos()) 
Yaw = entity():bearing(owner():pos()) 
Roll = entity():angles():roll()

then make to angle

Ang = ang(Pitch,Yaw,Roll)*100 or so

and you find out from there

Yeah, but I need to have the stabilization and stuff like that...

[adadr]

Yeah, but I need to have the stabilization and stuff like that...

you can change physical properties or find out how to make it go above your head its not that hard.

[xixo12e]

You cant just have it applyOffsetForce, you need to have an anti-wobble system.

[adadr]

You cant just have it applyOffsetForce, you need to have an anti-wobble system.

dude, its applyAngForce it applies force to the angle trust me i know what im doing read my first post again

[xixo12e]

I need one that does inertia countering, AKA it doesn't just work standing still, but it will work ballsocketed to a 100mph jet.

[RabidCrab]

Use adadr's rotational applyforce and ballsocket the thing to the jet.

Next time, try bothering to at least test out the suggestions people post before you tell them it doesn't work.

[Snowden42]

You can do several things, of which few I understand. You can use, for stabilization:

-A PID Controller, which uses Calculus so I can't help you there, but someone was showing one off on these forums and seemed fairly user friendly.
-The stabilization formula proposed earlier that uses a delta.
-OR, what I recommend, is you use inertia to compensate for rotational change, but, once again, don't really understand it.

[xixo12e]

You can do several things, of which few I understand. You can use, for stabilization:

-A PID Controller, which uses Calculus so I can't help you there, but someone was showing one off on these forums and seemed fairly user friendly.
-The stabilization formula proposed earlier that uses a delta.
-OR, what I recommend, is you use inertia to compensate for rotational change, but, once again, don't really understand it.

That's the thing, I need some help.