Brick ConvertToBrick(BrickImportItem importedBrickItem) ///////// + seedCell.position.x // + seedCell.position.z
{
Brick convertedBrick = null;
convertedBrick = new Brick(grid, grid.cellsArray[importedBrickItem.brickPosX, importedBrickItem.brickPosZ, importedBrickItem.brickPosY], importedBrickItem.rotation, importedBrickItem.brickType, importedBrickItem.auxBrick);
// convertedBrick.childCells = grid.GetChildren(convertedBrick);
return(convertedBrick);
}
Brick ConvertToBrick(BrickImportItem importedBrickItem)
{
Brick convertedBrick = null;
for (int z = 0; z < workGrid.gridSize.z; z++)
{
for (int y = 0; y < workGrid.gridSize.y; y++)
{
for (int x = 0; x < workGrid.gridSize.x; x++)
{
if (workGrid.cells[x, y, z].position == new Vector3Int(importedBrickItem.brickPosX, importedBrickItem.brickPosZ, importedBrickItem.brickPosY)) // swap y and z for rhino to unity!
{
convertedBrick = new Brick(workGrid.cells[x, y, z], importedBrickItem.rotation);
}
}
}
}
convertedBrick.childCells = workGrid.GetChildren(convertedBrick);
return(convertedBrick);
}
BrickImportItem[] ConvertToBrickImportItem(List <Brick> _inputBrickList)
{
BrickImportItem[] outputBrickImportItemArray = new BrickImportItem[_inputBrickList.Count];
for (int i = 0; i < _inputBrickList.Count; i++)
{
int rotation = 0;
if (_inputBrickList[i].rotation == Quaternion.Euler(0, 90, 0) || _inputBrickList[i].rotation == Quaternion.Euler(0, 270, 0))
{
rotation = 90;
}
outputBrickImportItemArray[i] = new BrickImportItem();
outputBrickImportItemArray[i].brickPosX = _inputBrickList[i].originCell.position.x;
outputBrickImportItemArray[i].brickPosY = _inputBrickList[i].originCell.position.z;
outputBrickImportItemArray[i].brickPosZ = _inputBrickList[i].originCell.position.y;
outputBrickImportItemArray[i].brickType = _inputBrickList[i].brickType;
outputBrickImportItemArray[i].auxBrick = _inputBrickList[i].auxBrick;
outputBrickImportItemArray[i].rotation = rotation;
}
return(outputBrickImportItemArray);
}
