/// <summary>
/// Called when the Block was detached from a Hand, check if detachement from Hand inidcates
/// an attachment to an other Block
/// </summary>
/// <param name="hand"></param>
public void OnDetachedFromHand(Hand hand)
{
holdingHand = null;
//Send message to Blocks in Structure that Stucture detached from Hand
blockCommunication.SendMessageToConnectedBlocks("OnIndirectDetachedFromHand");
//Check if any Block in the Structure is collding with an other Block
GameObject block = blockCommunication.FindFirstCollidingBlock();
//no Block is colliding, Structure is free
if (block == null)
{
return;
}
//One of the Block is colliding, check if it collding on the Groove- or Tap
block.GetComponent <AttachHandHandler>().GrooveOrTapHit(out List <CollisionObject> currentCollisionObjects, out OTHER_BLOCK_IS_CONNECTED_ON connectedOn);
//The collding Block is NOT indirectly attached to a Floor plate, call the AttachHandHandler of the collding Block
if (!currentCollisionObjects[0].CollidedBlock.GetComponent <BlockCommunication>().IsIndirectlyAttachedToFloor())
{
block.GetComponent <AttachHandHandler>().MatchRotationWithBlock(currentCollisionObjects, connectedOn);
}
//The colliding Block IS indirectly attached to the Floor, call FloorHandler to connect the Structure to the Floor
else if (currentCollisionObjects[0].CollidedBlock.GetComponent <BlockCommunication>().IsIndirectlyAttachedToFloor())
{
GetComponent <AttachFloorHandler>().AttachToFloor();
}
}
/// <summary>
/// Attach the Block to the Floor plate or Block that is indirectly connected to the Floor plate
/// </summary>
public void AttachToFloor()
{
//Find a Block that is collding
GameObject block = blockCommunication.FindFirstCollidingBlock();
if (block != null)
{
//Check if the Block is collding with a Groove or a Tap
block.GetComponent <AttachFloorHandler>().GrooveOrTapHit(out List <CollisionObject> currentCollisionObjects, out OTHER_BLOCK_IS_CONNECTED_ON connectedOn);
//Match the Rotation of the Block with the collding one
block.GetComponent <AttachFloorHandler>().MatchRotationWithCollidingBlock(currentCollisionObjects, connectedOn);
}
}
