void GameControl::rotateShipTo(ShipHull* ship, size_t orientation_index)
{
while (orientation_index >= ShipHull::sOrientations.size())
orientation_index -= ShipHull::sOrientations.size();
ship->setOrientationIndex(orientation_index);
// Color the ship
checkShip(ship);
}
bool Ship::tryAddCell(list <shared_ptr<GameBoardCell>> cells) {
_bufCells.splice(_bufCells.end(), cells); //совмещаем листы
if (_bufCells.size() >= 0 && _bufCells.size() <= (unsigned int)getSize()) { //сумма ячеек не должна превышать размер карабля
if (_bufCells.size() == 1) return 1; //если однопалубник, всё проще
if (resetDir() == UNK) return 0; //просчитываем новое направление карабля
sortCell();
return checkShip();
} else return 0;
}
void RandomSetShips::setShip(Ship::TubesShip nTubes, Board& board)
{
Ship ship(nTubes);
if (checkShip(ship, board))
insertShip(ship, board);
else
setShip(nTubes, board);
}
// Move Ship
void GameControl::moveShipTo(ShipHull* ship, std::vector<size_t> coords)
{
// Normalize coords
std::vector<size_t> dimensions = ship->getGrid()->getDimensions();
for (size_t i = 0; i < 3; ++i)
{
while (coords[i] >= dimensions[i])
coords[i] -= dimensions[i];
}
// Set coords
ship->getNode()->setPosition(ship->getGrid()->coords2position(coords));
// Color the ship
checkShip(ship);
}
bool checkShip(Brick* brick, int tick, Ship* ship)
{
brick->tick = tick;
assert(brick->ship == ship);
if (brick->ship != ship)
return false;
for (int i = 0; i < brick->numConnections; ++i)
{
if (brick->connections[i].other->tick != tick)
if (!checkShip(brick->connections[i].other, tick, ship))
return false;
}
return true;
}
bool Ship::checkFull() {
if (_bufCells.size() == getSize() && checkShip()) {
return 1;
} else return 0;
}
