public virtual void ApplyKeepUp()
{
if (!_keepUp)
{
return;
}
Quaternion target;
if (_upReferenceObject == null)
{
target = ExtRotation.TurretLookRotation(_toMove.rotation, _upReference);
}
else
{
if (_keepUpGalaxyOriented)
{
target = ExtRotation.TurretLookRotation(_toMove.rotation, _toMove.position - _upReferenceObject.position);
}
else
{
target = ExtRotation.TurretLookRotation(_toMove.rotation, _upReferenceObject.up);
}
}
_toMove.rotation = ExtRotation.OwnSmoothDamp(_toMove.rotation, target, ref _refRotationUpVelocity, _dampingTimeRotation);
}
public void BasicRotationAndOffset(float offset)
{
Quaternion target = RotationWithoutOffsetFromSpline(offset);
target = target * Quaternion.Euler(_offsetRotation);
_toMove.rotation = ExtRotation.OwnSmoothDamp(_toMove.rotation, target, ref _refRotationVelocity, _dampingTimeRotation);
}
public virtual void UpdateRotation()
{
if (_rotateAlongSpline)
{
Quaternion target = _spline.EvaluateOrientationAtUnit(PathPosition, PositionUnits);
target = target * Quaternion.Euler(_offsetRotation);
_toMove.rotation = ExtRotation.OwnSmoothDamp(_toMove.rotation, target, ref _refRotationVelocity, _dampingTimeRotation);
}
ApplyKeepUp();
}
private void ApplyChange()
{
//_camera.transform.position = _follow.position;
//_camera.transform.LookAt(_lookAt, _upReference.up);
_camera.transform.position = ExtVector3.OwnSmoothDamp(_camera.transform.position, _follow.position, ref _refPositionVelocity, _dampingPosition, Mathf.Infinity, Time.deltaTime);
Quaternion targetRotation = Quaternion.LookRotation(_lookAt.position - _camera.transform.position, _upReference.up);
//target = target * Quaternion.Euler(_offsetRotation);
_camera.transform.rotation = ExtRotation.OwnSmoothDamp(_camera.transform.rotation, targetRotation, ref _refRotationVelocity, _dampingLookAt, Time.deltaTime);
}
