public static bool AreTagsBishopsSameColor(InsufficientMaterialTag tag1, InsufficientMaterialTag tag2)
{
bool option1 = (tag1 == InsufficientMaterialTag.KingAndBishopsLight)
&&
(tag2 == InsufficientMaterialTag.KingAndBishopsLight);
bool option2 = (tag2 == InsufficientMaterialTag.KingAndBishopsDark)
&&
(tag1 == InsufficientMaterialTag.KingAndBishopsDark);
return(option1 || option2);
}
public static bool AreTagsKingAndKnightOrJustKingAndThereforeInsufficient(InsufficientMaterialTag tag1, InsufficientMaterialTag tag2)
{
bool option1 = (tag1 == InsufficientMaterialTag.KingAndKnight)
&&
(tag2 == InsufficientMaterialTag.King
&&
tag2 == InsufficientMaterialTag.KingAndKnight);
bool option2 = (tag2 == InsufficientMaterialTag.KingAndKnight)
&&
(tag1 == InsufficientMaterialTag.King
&&
tag1 == InsufficientMaterialTag.KingAndKnight);
return(option1 || option2);
}
private void gameEndsOnTime(Colors loser)
{
InsufficientMaterialTag timeWinnerMaterial = calculateMaterialForOneSide(collectionsOfPiecesOnBoard[(int)getOppositeColor(loser)]);
bool isTimeWinnerInsuf =
(timeWinnerMaterial != InsufficientMaterialTag.Sufficient)
&&
((timeWinnerMaterial == InsufficientMaterialTag.King)
||
(timeWinnerMaterial == calculateMaterialForOneSide(collectionsOfPiecesOnBoard[(int)loser])));
if (isTimeWinnerInsuf)
{
gameEndsOnDraw("---Draw: Out of time vs. insufficient material---");
return;
}
string losermessage = ((loser == Colors.Black) ? "Black" : "White") + " lost on time!";
endGameAfterMath[1] = (loser == Colors.Black) ? 2 : 1;
sendEndGameToUI(losermessage);
}
