void placePentomino()
{
int[,] currentPentominoShape = currentPentomino.shape;
int[,] parsedShape = new int[5, 2];
for (int i = 0; i < currentPentominoShape.GetLength(0); i++)
{
int tmpX = xPos + currentPentominoShape [i, 0];
int tmpY = yPos + currentPentominoShape [i, 1];
if (inverted == 3)
{
tmpX = xPos + (currentPentominoShape [i, 1] * -1);
tmpY = yPos + currentPentominoShape [i, 0];
}
if (inverted == 2)
{
tmpX = xPos + (currentPentominoShape [i, 0] * -1);
tmpY = yPos + (currentPentominoShape [i, 1] * -1);
}
if (inverted == 1)
{
tmpX = xPos + currentPentominoShape [i, 1];
tmpY = yPos + (currentPentominoShape [i, 0] * -1);
}
parsedShape [i, 0] = tmpX;
parsedShape [i, 1] = tmpY;
gridTile tmpTile = GameController.getTileAt(tmpX, tmpY);
tmpTile.empty = false;
tmpTile.currentValue = currentPentomino.values [i];
GameObject tmpGO = GameController.getTileGO(tmpTile);
tileObjectController tmpController = tmpGO.GetComponent <tileObjectController> ();
tmpController.PlacePentomino();
tmpController.updateTextColour();
//updateTotals (tmpX, tmpY, currentPentomino.values [i]);
totalsTile tmpTotal = GameController.getTotalTile(tmpX, 0);
tmpTotal.checkForMatch();
tmpTotal = GameController.getTotalTile(tmpY, 2);
tmpTotal.checkForMatch();
}
//checkMatch (parsedShape);
updateTotals();
while (checkMatch())
{
updateTotals();
}
GameController.getNewPentomino();
}
