//Use the throwing retical. Called by the holding object.
//Arguments = Horizontal movement, vertical movement, release and throw, use the object's action
public void Aim(float h, float v, bool release, bool action)
{
checkForArrows();
if (hasAction && hasActionAim)
{
if (actionAimArc != null)
{
actionAimArc.hide();
}
}
if (!throwArc.isShowing())
{
throwArc.show();
throwArc.setAngle(flippedX ? 130 : 50);
//throwArc.setMinMax(flippedX ? 0 : 90, flippedX ? 90 : 180);
throwArc.setMinMax(flippedX ? minAimFlipped : minAimNotFlipped, flippedX ? maxAimFlipped : maxAimNotFlipped);
}
if (release)
{
throwItem();
}
else
{
throwArc.setAngle(throwArc.angle += (flippedX ? -v : v));
throwArc.setLength(throwArc.length + h);
}
}
private void createActionArrow()
{
actionAimObj = new GameObject(gameObject.name + "_actionAimObj");
actionAimObj.transform.localPosition = new Vector3(0, 0, 0);
actionAimArc = actionAimObj.AddComponent <lineArrow>() as lineArrow;
actionAimArc.follow(gameObject.transform);
actionAimArc.reticleMode = true;
actionAimArc.setAngle(0);
actionAimArc.hide();
}
public void setActionAimAngleTowardsPoint(Vector3 point)
{
if (!hasAction || !hasActionAim)
{
return;
}
actionAimArc.setMinMax(flippedX ? minAimFlipped : minAimNotFlipped, flippedX ? maxAimFlipped : maxAimNotFlipped);
float angle = Mathf.Atan2(point.y - transform.position.y + offset.y, point.x - transform.position.x + offset.x) * 180 / Mathf.PI;
if (angle < -90)
{
angle += 360;
}
actionAimArc.setAngle(angle);
}
