public static void Place(Block block, Vector3Int baseCoordinate)//, Orientation)
{
if (CanPlace(block, baseCoordinate) != BlockPlacementPermission.Valid)
{
return;
}
Stub[] stubs = block.GetStubs();
for (int i = 0; i < stubs.Length; i++)
{
Vector3Int localCoordinate = stubs[i].GetLocalBlockCoordinate();
Vector3Int worldCoordinate = baseCoordinate +
BlockOrientationHelper.TransformCoordinate(localCoordinate, block.BlockOrientation);
SetCoordinate(worldCoordinate, true);
stubs[i].name = worldCoordinate.ToString();
stubs[i].BlockCoordinate = worldCoordinate;
}
block.transform.position = CoordinateToWorldPosition(baseCoordinate);
}
public static BlockPlacementPermission CanPlace(Block block, Vector3Int baseCoordinate)
{
Stub[] stubs = block.GetStubs();
for (int i = 0; i < stubs.Length; i++)
{
Vector3Int localCoordinate = stubs[i].GetLocalBlockCoordinate();
Vector3Int worldCoordinate = baseCoordinate +
BlockOrientationHelper.TransformCoordinate(localCoordinate, block.BlockOrientation);
if (!IsValidCoordinate(worldCoordinate))
{
//Debug.LogError($"Out of range: At {baseCoordinate}, cannot place local: ({localCoordinate} | {stubs[i].name}) {i} at {worldCoordinate}");
return(BlockPlacementPermission.OutOfRange);
}
if (IsOccupied(worldCoordinate))
{
//Debug.LogError($"Occupied: At {baseCoordinate}, cannot place local:{localCoordinate} {i} at {worldCoordinate}");
return(BlockPlacementPermission.Occupied);
}
}
return(BlockPlacementPermission.Valid);
}
