public void SetTilt(Vector3 lookAtPosition, bool isInstant)
{
if (KickStarter.settingsManager.movementMethod == MovementMethod.UltimateFPS)
{
fpCam = UltimateFPSIntegration.GetFPCamTransform();
}
if (fpCam == null)
{
return;
}
if (isInstant)
{
isTilting = false;
transform.LookAt(lookAtPosition);
float tilt = transform.localEulerAngles.x;
if (targetTilt > 180)
{
targetTilt = targetTilt - 360;
}
if (fpCam && fpCam.GetComponent <FirstPersonCamera>())
{
fpCam.GetComponent <FirstPersonCamera>().SetRotationY(tilt);
}
else if (KickStarter.settingsManager.movementMethod == MovementMethod.UltimateFPS)
{
UltimateFPSIntegration.SetTilt(tilt);
}
}
else
{
// Base the speed of tilt change on how much horizontal rotation is needed
actualTilt = fpCam.eulerAngles.x;
if (actualTilt > 180)
{
actualTilt = actualTilt - 360;
}
Quaternion oldRotation = fpCam.rotation;
fpCam.transform.LookAt(lookAtPosition);
targetTilt = fpCam.localEulerAngles.x;
fpCam.rotation = oldRotation;
if (targetTilt > 180)
{
targetTilt = targetTilt - 360;
}
Vector3 flatLookVector = lookAtPosition - transform.position;
flatLookVector.y = 0f;
tiltSpeed = Mathf.Abs(2f / Vector3.Dot(fpCam.forward.normalized, flatLookVector.normalized)) * turnSpeed / 100f;
tiltSpeed = Mathf.Min(tiltSpeed, 2f);
tiltStartTime = Time.time;
isTilting = true;
}
}
private void UpdateTilt()
{
if (fpCam && fpCam.GetComponent <FirstPersonCamera>())
{
fpCam.GetComponent <FirstPersonCamera>().SetRotationY(actualTilt);
}
else if (KickStarter.settingsManager.movementMethod == MovementMethod.UltimateFPS)
{
UltimateFPSIntegration.SetTilt(actualTilt);
}
}
