private Vector3 GetVectorFromDirection(HangInfo.Direction direction)
{
switch (direction)
{
case HangInfo.Direction.Left:
return(-transform.right);
case HangInfo.Direction.Right:
return(transform.right);
case HangInfo.Direction.None:
Debug.LogWarning("Given direction is None... returning zero vector");
return(Vector3.zero);
default:
throw new Exception("Dude something wrong");
}
}
private static bool DirectionIsSame(HangInfo.Direction first, HangInfo.Direction second)
{
return(first == second);
}
private static bool DirectionIsOpposite(HangInfo.Direction first, HangInfo.Direction second)
{
// TODO: Check the other directions (up, down)
return(first == HangInfo.Direction.Left && second == HangInfo.Direction.Right ||
first == HangInfo.Direction.Right && second == HangInfo.Direction.Left);
}
private void Shimmy(HangInfo.Direction direction)
{
if (direction == HangInfo.Direction.None)
{
return;
}
Debug.Log("Shimmy " + direction + " entered");
Debug.Log("Current state is " + _hang.state);
switch (_hang.state)
{
case HangInfo.HangState.Final:
{
// We obtain the next point depending on the direction intended to shimmy to
_hang.nextPoint = _hang.currentPoint.GetNextPoint(GetVectorFromDirection(direction));
// If there is no point in that direction, simply return, nothing to do here
if (_hang.nextPoint == null)
{
Debug.Log("No point on the " + direction);
return;
}
// We keep the current shimmy direction in memory
_hang.currentDirection = direction;
// We set the new state
_hang.state = HangInfo.HangState.Midpoint;
// TODO: Handle IKs for other directions
switch (_hang.currentDirection)
{
case HangInfo.Direction.Right:
SetRightHand(_hang.nextPoint);
SetLeftHand(_hang.currentPoint);
break;
case HangInfo.Direction.Left:
SetRightHand(_hang.currentPoint);
SetLeftHand(_hang.nextPoint);
break;
default:
throw new ArgumentOutOfRangeException();
}
// Set the transform position of the character
transform.position = Vector3.Lerp(
_hang.currentPoint.characterRoot.transform.position,
_hang.nextPoint.characterRoot.transform.position,
0.5f);
_controller.isShimmyLeft = false;
_controller.isShimmyRight = false;
break;
}
case HangInfo.HangState.Midpoint:
{
// If we are trying to continue the movement
if (DirectionIsSame(_hang.currentDirection, direction))
{
Debug.Log("Direction is same: " + direction);
// Then the current point will become the next point;
_hang.currentPoint = _hang.nextPoint;
}
// If we are trying to cancel the movement
else if (DirectionIsOpposite(_hang.currentDirection, direction))
{
Debug.Log("Direction is opposite: " + direction);
}
// And we will no longer have a "next" point
_hang.nextPoint = null;
// We tell the controller how we are actually hanging to that point
_controller.hangType = _hang.currentPoint.hangType;
// We set the hand IKs
SetRightHand(_hang.currentPoint);
SetLeftHand(_hang.currentPoint);
// Set the transform position of the character
transform.position = _hang.currentPoint.characterRoot.transform.position;
_hang.state = HangInfo.HangState.Final;
switch (direction)
{
case HangInfo.Direction.Left:
_controller.isShimmyLeft = true;
break;
case HangInfo.Direction.Right:
_controller.isShimmyRight = true;
break;
}
break;
}
default:
throw new ArgumentOutOfRangeException();
}
}
