private void PromoteChecker(TilesDetails t)
{
t.king = true;
Debug.Log("Hail the king!");
//TODO add animation here
}
private void EndReached(TilesDetails t)
{
switch (t.tileName)
{
case "A1":
if (t.occupiedBlack && t.king == false)
{
PromoteChecker(FindTile("A1"));
}
break;
case "A3":
if (t.occupiedBlack && t.king == false)
{
PromoteChecker(FindTile("A3"));
}
break;
case "A5":
if (t.occupiedBlack && t.king == false)
{
PromoteChecker(FindTile("A5"));
}
break;
case "A7":
if (t.occupiedBlack && t.king == false)
{
PromoteChecker(FindTile("A7"));
}
break;
case "H2":
if (t.occupiedWhite && t.king == false)
{
PromoteChecker(FindTile("H2"));
}
break;
case "H4":
if (t.occupiedWhite && t.king == false)
{
PromoteChecker(FindTile("H4"));
}
break;
case "H6":
if (t.occupiedWhite && t.king == false)
{
PromoteChecker(FindTile("H6"));
}
break;
case "H8":
if (t.occupiedWhite && t.king == false)
{
PromoteChecker(FindTile("H8"));
}
break;
}
}
private bool LegalCaptureChecker(TilesDetails previousTile, TilesDetails newTile)
{
foreach (var ct in previousTile.captureTiles)
{
if (ct.tileName == newTile.tileName)
{
for (int i = 0; i < previousTile.neighborTiles.Length; i++)
{
for (int j = 0; j < newTile.neighborTiles.Length; j++)
{
if (previousTile.neighborTiles[i].tileName == newTile.neighborTiles[j].tileName)
{
if (whiteTurn)
{
foreach (var bt in previousBlackTiles)
{
if (bt.tileName == previousTile.neighborTiles[i].tileName)
{
if (bt.occupiedBlack)
{
int checkersOnTile = 0;
foreach (var t in currentBlackTiles)
{
if (bt.tileName == t.tileName)
{
checkersOnTile++;
}
}
foreach (var t in currentWhiteTiles)
{
if (bt.tileName == t.tileName)
{
checkersOnTile++;
}
}
Debug.Log("There is: " + checkersOnTile + " checkers on tile: " + newTile.tileName);
if (checkersOnTile == 0)
{
return(true);
}
}
else
{
Debug.Log("Pole: " + previousTile.neighborTiles[i].tileName + " zajete przez biale: " +
previousTile.neighborTiles[i].occupiedWhite + " zajete przez czarne: " +
previousTile.neighborTiles[i].occupiedBlack);
}
}
}
}
else
{
foreach (var wt in previousWhiteTiles)
{
if (wt.tileName == previousTile.neighborTiles[i].tileName)
{
if (wt.occupiedWhite)
{
int checkersOnTile = 0;
foreach (var t in currentBlackTiles)
{
if (wt.tileName == t.tileName)
{
checkersOnTile++;
}
}
foreach (var t in currentWhiteTiles)
{
if (wt.tileName == t.tileName)
{
checkersOnTile++;
}
}
Debug.Log("There is: " + checkersOnTile + " checkers on tile: " + newTile.tileName);
if (checkersOnTile == 0)
{
return(true);
}
}
else
{
Debug.Log("Pole: " + previousTile.neighborTiles[i].tileName + " zajete przez biale: " +
previousTile.neighborTiles[i].occupiedWhite + " zajete przez czarne: " +
previousTile.neighborTiles[i].occupiedBlack);
}
}
}
}
Debug.Log("Pole 'bicia':" + previousTile.neighborTiles[i].tileName + " oraz " + newTile.neighborTiles[j].tileName);
}
}
}
}
}
return(false);
}
