/** Imposta la cella corrente del giocatore
* */
public void setCurrentCell(Cell currentCell)
{
this.curCell = currentCell;
List<Vector3> positions = Token.gameObject.GetComponent<PlayerMover>().getPositionsByCell(currentCell);
Token.gameObject.transform.position = positions[1];
currentCell.setTokensOnCell(currentCell.getTokensOnCell() + 1);
}
public List<Vector3> getPositionsByCell(Cell cell)
{
List<Vector3> positions = new List<Vector3>();
Vector3 newHighPosition = new Vector3();
Vector3 newLowPosition = new Vector3();
// Ottengo l'oggetto da spostare
GameObject Token = gameObject;
// Controllo se c'e' qualche altro giocatore nella cella adiacente e in quella attuale.
// In tal caso, lo spostamento sara' shiftato di 50m per ogni pedina in piu'.
int endRefactorValue = cell.getTokensOnCell();
// Se la prossima cella e' d'angolo, mi comporto in una maniera
if (cell.isCorner())
{
if (cell.getSide() == 1)
{
float xValue = GameObject.FindWithTag(cell.getPosition().ToString()).transform.position.x;
newLowPosition = new Vector3(
57,
0,
140 + (50 * endRefactorValue)
);
newHighPosition = new Vector3(
Token.transform.position.x - (Token.transform.position.x - newLowPosition.x) / 2,
highnessValue,
Token.transform.position.z
);
}
else if (cell.getSide() == 2)
{
float zValue = GameObject.FindWithTag(cell.getPosition().ToString()).transform.position.x;
newLowPosition = new Vector3(
140 + (50 * endRefactorValue),
0,
1790
);
newHighPosition = new Vector3(
Token.transform.position.x,
highnessValue,
Token.transform.position.z - (Token.transform.position.z - newLowPosition.z) / 2
);
}
else if (cell.getSide() == 3)
{
float xValue = GameObject.FindWithTag(cell.getPosition().ToString()).transform.position.x;
newLowPosition = new Vector3(
1790,
0,
1750 + (50 * endRefactorValue)
);
newHighPosition = new Vector3(
Token.transform.position.x - (Token.transform.position.x - newLowPosition.x) / 2,
highnessValue,
Token.transform.position.z
);
}
else if (cell.getSide() == 4)
{
float zValue = GameObject.FindWithTag(cell.getPosition().ToString()).transform.position.x;
newLowPosition = new Vector3(
1710 + (50 * endRefactorValue),
0,
57
);
newHighPosition = new Vector3(
Token.transform.position.x,
highnessValue,
Token.transform.position.z - (Token.transform.position.z - newLowPosition.z) / 2
);
}
}
// altrimenti faccio avanzare verso destra/sinistra/alto/basso normalmente
else
{
// Se la cella si trova sul primo lato, devo diminuire le X di 150 +/- i refactors
if (cell.getSide() == 1)
{
float xValue = GameObject.FindWithTag(cell.getPosition().ToString()).transform.position.x;
newLowPosition = new Vector3(
xValue + 100 - (50 * endRefactorValue),
0,
57
);
newHighPosition = new Vector3(
Token.transform.position.x - (Token.transform.position.x - newLowPosition.x) / 2,
highnessValue,
57
);
}
else if (cell.getSide() == 2)
{
float zValue = GameObject.FindWithTag(cell.getPosition().ToString()).transform.position.z;
newLowPosition = new Vector3(
57,
0,
zValue + 50 + (50 * endRefactorValue)
);
newHighPosition = new Vector3(
57,
highnessValue,
Token.transform.position.z - (Token.transform.position.z - newLowPosition.z) / 2
);
}
else if (cell.getSide() == 3)
{
float xValue = GameObject.FindWithTag(cell.getPosition().ToString()).transform.position.x;
newLowPosition = new Vector3(
xValue + 40 + (50 * endRefactorValue),
0,
1790
);
newHighPosition = new Vector3(
Token.transform.position.x - (Token.transform.position.x - newLowPosition.x) / 2,
highnessValue,
1790
);
}
else if (cell.getSide() == 4)
{
float zValue = GameObject.FindWithTag(cell.getPosition().ToString()).transform.position.z;
newLowPosition = new Vector3(
1790,
0,
zValue - 50 + (50 * endRefactorValue)
);
newHighPosition = new Vector3(
1790,
highnessValue,
Token.transform.position.z - (Token.transform.position.z - newLowPosition.z) / 2
);
}
}
positions.Add(newHighPosition);
positions.Add(newLowPosition);
return positions;
}
