Irrlicht Engine

ah, thanks xDan!

Edit: For some reason it doesn't interpolate the Z coordinate. I'll look into it more

I got closer with the previous method than this one:
core::vector3df rotinterpol(const core::vector3df &actualCamera, const core::vector3df &orginalRotation, const f32 &interpolation){
core::quaternion tmp;
tmp.slerp( core::quaternion(actualCamera), core::quaternion(orginalRotation ...

Thanks morris. I tried to work out the interpolation using this code:

core::vector3df rotinterpol(const core::vector3df &actualCamera, const core::vector3df &orginalRotation, const u32 &interpolation){

core::vector3df base = actualCamera;
core::vector3df move = (actualCamera-orginalRotation ...

night_hawk: thanks heaps for your code =D

I would love a method that checked for the shortest path. for example if the original X was at 20, and the target X was at 270 it would be quicker to go down instead of up...

My code for doing this looks like someone threw it up, and it still doesn't work ...

I have two rotations, a target and a current(old) rotation vector. I need to animate a smooth transition between the two.

How do I get a rotation that is between the two vector3fs?