/// <summary>
/// Matches the rotation of the Block to the rotation of the colliding Block. Sets the WasReMatchedWithBlock Flag to true to indicate that
/// it is now in line with the colliding Block, so that the other Blocks in the Structure can use this Block to rotate themself.
/// </summary>
/// <param name="currentCollisionObjects"></param>
/// <param name="connectedOn"></param>
public void MatchRotationWithCollidingBlock(List <CollisionObject> currentCollisionObjects, OTHER_BLOCK_IS_CONNECTED_ON connectedOn)
{
if (currentCollisionObjects.Count > 1)
{
//Send message to Blocks in Structure to set them to kinematic for rotation
blockCommunication.SendMessageToConnectedBlocks("SetKinematic");
//Rotate the Block
GetComponent <BlockRotator>().RotateBlock(currentCollisionObjects, connectedOn);
//Set flag that Block was rotated
WasReMatchedWithBlock = true;
//Send Message to Blocks in Structure to ReMatch their rotation in line with a Block that has
//already rotated
blockCommunication.SendMessageToConnectedBlocksBFS("ReMatchConnectedBlock");
//Tell Blocks in Structure to add themself to the History
blockCommunication.SendMessageToConnectedBlocks("OnAttachToFloor");
//Check which additional Groove or Taps were hit after Rotating
StartCoroutine(EvaluateColliderAfterMatching());
}
}
/// <summary>
/// Called when the Block is attached to the Hand
/// </summary>
/// <param name="hand">The Hand the Block was attached to</param>
public void OnAttachedToHand(Hand hand)
{
holdingHand = hand;
//Send Message to all connected Blocks that the Structure was picked up
blockCommunication.SendMessageToConnectedBlocks("OnIndirectAttachedtoHand");
}