private void RotateWithinThreshold()
{
// Angle between character forword vector and the target.
float hAngle;
// Angle between custom selected transform and the target. You can
// select custom transtorm in the inspector.
float hAngleCustom;
// How much the target is beyond the specified threshold (in
// degrees).
float hAngleThr;
// Rotation that will be applied to the transform. When rotation is
// finished, should always be 0.
float newRotation = 0;
hAngle = AngleAroundAxis(
MyTransform.forward,
targetTransform.position - MyTransform.position,
Vector3.up);
if (overrideRoot)
{
hAngleCustom = AngleAroundAxis(
overrideRoot.forward,
targetTransform.position - overrideRoot.position,
Vector3.up);
}
else
{
hAngleCustom = AngleAroundAxis(
MyTransform.forward,
targetTransform.position - MyTransform.position,
Vector3.up);
}
// On click, omit all the smoothing code and rotate transform
// immediately.
if (Input.GetKey(KeyCode.Mouse0) && clickInstantRot)
{
MyTransform.Rotate(0, hAngleCustom, 0);
return;
}
// If target is within specified threshold, return 0 which means,
// that there's no reason to rotate.
hAngleThr = Mathf.Max(
0,
Mathf.Abs(hAngle) - thresholdAngle);
// If target is beyond specified threshold, add a sign to know
// which direction to rotate.
hAngleThr *= Mathf.Sign(hAngle);
// Rotation to be applied.
newRotation = Mathf.SmoothDampAngle(
newRotation,
hAngleThr,
ref velocity,
minTimeToReach,
maxRotSpeed);
// Apply rotation to the transform.
MyTransform.Rotate(0, newRotation, 0);
}
