}//end createVerticalCoors
public RectInt CreateHorizCoors(BinaryTreeNode<RectInt> partitionNode)
{
RectInt horizontalCoor = new RectInt((partitionNode.Value().width - 2), (partitionNode.Value().height - 1), 1, 2);
BinaryTreeNode<RectInt> coorHorzChild = partitionNode.AddCoor(horizontalCoor);
//LocalNodeCoorsToWorldCoors(coorHorzChild);
cooridors.Add(horizontalCoor);
print("horizontal cooridor at: " + horizontalCoor.x + ", " + horizontalCoor.y +
" of height and width: " + horizontalCoor.height + ", " + horizontalCoor.width);
return horizontalCoor;
}//end createHorizCoors
}//end createRoom
public RectInt CreateVertCoors(BinaryTreeNode<RectInt> partitionNode)
{
//if current partition is horizontal, then connect the top and bottom nodes
//add a cooridor at a spot at the end of the room
RectInt verticalCoor = new RectInt((partitionNode.Value().width - 1), (partitionNode.Value().height - 2), 2, 1);
//add to child of partition
BinaryTreeNode<RectInt> coorVertChild = partitionNode.AddCoor(verticalCoor);
//convert to world coors
//LocalNodeCoorsToWorldCoors(coorVertChild);
cooridors.Add(verticalCoor);
print("vertical cooridor at: " + verticalCoor.x + ", " + verticalCoor.y +
" of height and width: " + verticalCoor.height + ", " + verticalCoor.width);
return verticalCoor;
}//end createVerticalCoors
