// public Vector2 GetMoveDirection (Vector3 center, Vector3 currentPosition, float distance, float speed)
// {
// Vector2 moveDirection = Vector2.zero;
//
// // TODO Problem: speed zu hoch, keine Kreisbewegung (eckig)
// // TODO currentAngle wieder über transform.Position und Center Position berechnen
// // http://de.wikipedia.org/wiki/Kreiswinkel
// // http://en.wikipedia.org/wiki/Inscribed_angle
//
// orbitCurrentAnglePosition = CalculateAngle (currentPosition, center);
// orbitCurrentAnglePosition -= speed;
//
// Vector3 nextPosition = Vector3.zero;
// // Mathf.Cos (f)
// // Returns the cosine of angle f in radians.
// nextPosition.x = Mathf.Cos (orbitCurrentAnglePosition);
// // Returns the sine of angle f in radians.
// nextPosition.y = Mathf.Sin (orbitCurrentAnglePosition);
//
//// nextPosition.Normalize();
//
// nextPosition += center;
//
// //
// moveDirection = MoveDirection.ShortestPath (currentPosition, nextPosition);
//
// return moveDirection;
// }
public Vector2 GetMoveDirection(Vector3 center, Vector3 currentPosition, float distance, float speed)
{
// transform.RotateAround
// Rotates the transform about axis passing through point in world coordinates by angle degrees.
transform.RotateAround(center, Vector3.forward, winkelGeschwindigkeit * Time.deltaTime);
// eigene Rotation aufheben
transform.rotation = Quaternion.identity;
Vector3 nextPosition = transform.position;
// Bewegungsrichtung berechnen
moveDirection = MoveDirection.ShortestPath(currentPosition, nextPosition) * speed;
// position zurücksetzen
transform.position = currentPosition;
return(moveDirection);
}
public Vector2 GetMoveDirection(Vector3 currentPosition, Vector3 destination, float moveSpeed)
{
return(MoveDirection.ShortestPath(currentPosition, destination) * moveSpeed);
}
public Vector2 GetMoveDirection(Vector3 currentPosition, Transform targetTransform, float moveSpeed)
{
return(MoveDirection.ShortestPath(currentPosition, targetTransform.position) * moveSpeed);
}