bool StateCondition_TurnsSinceLastCapture::IsSatisfied(GameState *state, bool canMove)
{
if (state->GetTurnNumber() <= number)
return false;
GameState *checkState = state->GetPreviousState();
int stepsBack = -1;
while (checkState != 0 && stepsBack <= number)
{
stepsBack++;
Move *move = checkState->GetSubsequentMove();
checkState = checkState->GetPreviousState();
// check the actual captured piece(s), instead of the moved piece
auto capturedPieces = move->GetAllCaptures();
for (auto it = capturedPieces->begin(); it != capturedPieces->end(); it++)
{
Piece *piece = *it;
if (owner != Player::Any && state->GetCurrentPlayer()->GetRelationship(piece->GetOwner()) != owner)
continue;
if (!piece->TypeMatches(type))
continue;
delete capturedPieces;
return ResolveComparison(comparison, stepsBack, number);
}
delete capturedPieces;
}
return false;
}
bool StateCondition_TurnsSinceLastMove::IsSatisfied(GameState *state, bool canMove)
{
if (state->GetTurnNumber() <= number)
return false;
GameState *checkState = state->GetPreviousState();
int stepsBack = -1;
while (checkState != 0 && stepsBack <= number)
{
stepsBack++;
Move *move = checkState->GetSubsequentMove();
checkState = checkState->GetPreviousState();
if (owner != Player::Any && state->GetCurrentPlayer()->GetRelationship(move->GetPlayer()) != owner)
continue;
if (!move->GetPiece()->TypeMatches(type))
continue;
return ResolveComparison(comparison, stepsBack, number);
}
return false;
}
