// just gets the first jump it finds for now
Checkers::Move MoveMaker::getJump()
{
Checkers::Move move = {Checkers::SW, 22};
vector<Checker*> myCheckers = m_board.getComputerCheckers();
vector<Checker*>::iterator it;
for (it = myCheckers.begin(); it != myCheckers.end(); ++it)
{
Checker* checker = *it;
Square* sq = (*it)->getSquare();
Square* neighbor = sq->getSW();
if (neighbor != nullptr && neighbor->getChecker() != nullptr)
{
Checker* neighborChecker = neighbor->getChecker();
if (neighborChecker->getColor() == Checkers::RED)
{
Square* jumpSquare = neighbor->getSW();
if (jumpSquare != nullptr && jumpSquare->getChecker() == nullptr)
{
move.index = checker->getIndex();
move.dir = Checkers::SW;
break;
}
}
}
neighbor =sq->getSE();
if (neighbor != nullptr && neighbor->getChecker() != nullptr)
{
Checker* neighborChecker = neighbor->getChecker();
if (neighborChecker->getColor() == Checkers::RED)
{
Square* jumpSquare = neighbor->getSE();
if (jumpSquare != nullptr && jumpSquare->getChecker() == nullptr)
{
move.index = checker->getIndex();
move.dir = Checkers::SE;
break;
}
}
}
}
return move;
}
bool Checker::hasJump(Checkers::DirectionType dir)
{
Square* neighbor = Checkers::getNeighborSquare(m_square, dir);
if (neighbor != nullptr)
{
Checker* checker = neighbor->getChecker();
if (checker != nullptr && checker->getColor() != m_myColor)
{
Square* jumpSquare = Checkers::getNeighborSquare(neighbor, dir);
if (jumpSquare != nullptr && jumpSquare->getChecker() == nullptr)
{
return true;
}
}
}
return false;
}