public FloorNode GetNode(Vector2Int CurrentPosition, FloorNode.CardinalNodeDirections TargetDirection)
{
Vector2Int FinalPosition = new Vector2Int(CurrentPosition.x + m_CardinalPositions[TargetDirection].x,
CurrentPosition.y + m_CardinalPositions[TargetDirection].y);
int FinalIndex = m_FloorCore.GetIndex(FinalPosition.x, FinalPosition.y);
Debug.Log("Current position " + CurrentPosition + " TargetDirection " + m_CardinalPositions[TargetDirection] + " Final index: " + FinalIndex
+ " Final Position: " + FinalPosition);
return(m_FloorNodes[FinalIndex]);
}
public void RotatePlayer(int aRotateDirection)
{
//Inverting Direction
int direction = aRotateDirection * -1;
CurrentDirectionValue += direction;
CheckMinAndMax();
CurrentDirection = CardinalDirections[CurrentDirectionValue];
Vector3 NewRotation = m_DirectionRotations[CurrentDirection];
StartCoroutine(InterpolateRotationSmooth(transform, NewRotation, 0.9f));
}
public void Initialize()
{
CardinalDirections = new []
{
FloorNode.CardinalNodeDirections.Up, FloorNode.CardinalNodeDirections.Left,
FloorNode.CardinalNodeDirections.Down, FloorNode.CardinalNodeDirections.Right
};
m_DirectionRotations = new Dictionary <FloorNode.CardinalNodeDirections, Vector3>();
m_DirectionRotations.Add(FloorNode.CardinalNodeDirections.Down, new Vector3(0, 90, 0));
m_DirectionRotations.Add(FloorNode.CardinalNodeDirections.Left, new Vector3(0, 180, 0));
m_DirectionRotations.Add(FloorNode.CardinalNodeDirections.Up, new Vector3(0, 270, 0));
m_DirectionRotations.Add(FloorNode.CardinalNodeDirections.Right, new Vector3(0, 360, 0));
CurrentDirectionValue = 0;
CurrentDirection = CardinalDirections[CurrentDirectionValue];
StartCoroutine(InterpolateRotationSmooth(transform, m_DirectionRotations[CurrentDirection], 0.0f));
InputManager.Instance.m_MovementControls.Player.Movement.performed += movement => PlayerMovement(movement.ReadValue <Vector2>());
}
