void World::AddPlayer(int curTime)
{
WorldPlayer p;
p.color = sf::Color(rand() % 255, rand() % 255, rand() % 255, 255).toInteger();
p.ID = players.size();
p.joinTime = curTime;
p.time = curTime;
players.push_back(p);
if (std::sqrt(players.size() + 0.1f) > balls.size() + 1.0f)
AddBall(curTime);
}
Ball* BallManager::CreateBall(cocos2d::Node* parent, bool bypass)
{
//or would you prefer templates?
static const auto createBallFromType = [](int type)
{
Ball* newBall = nullptr;
switch (type)
{
case Ball::type: newBall = Ball::create(); break;
case WalletBall::type: newBall = WalletBall::create(); break;
case BombBall::type: newBall = BombBall::create(); break;
case PowderBall::type: newBall = PowderBall::create(); break;
case OilBall::type: newBall = OilBall::create(); break;
case RocketBall::type: newBall = RocketBall::create(); break;
case BombOther::type: newBall = BombOther::create(); break;
}
return newBall;
};
//random enabled ball based on chances
// example:
// Ball: 60, WalletBall: 5 -> _totalChance = 65
// random number up to total = 63
// not smaller than 60, take away the 60, leaving 3
// 3 smaller than WalletBalls 5, to create a WalletBall
int ballType = 0;
float rnd = RandomHelper::random_real(0.0f, _totalChance);
for (const auto enabledType : _enabledBalls)
{
float chance = _ballChance[enabledType];
if (rnd <= chance)
{
ballType = enabledType;
break;
}
rnd -= chance;
}
//create new ball
Ball* newBall = createBallFromType(ballType);
AddBall(parent, newBall);
return newBall;
}
void BallDispencer::DropBall()
{
Ball* toDrop = _containedBalls.front();
Vec2 posRelativeToDispencer = toDrop->getPosition();
Vec2 posRelativeToWorld = this->convertToWorldSpace(posRelativeToDispencer);
toDrop->retain();
toDrop->removeFromParentAndCleanup(false);
getParent()->addChild(toDrop);
toDrop->setPosition(posRelativeToWorld);
toDrop->release();
toDrop->Drop();
toDrop->setZOrder(0);
_containedBalls.erase(_containedBalls.begin());
//move up next balls
for (int i = 0; i < _containedBalls.size(); i++)
{
_containedBalls[i]->MoveToNext(_nodes[14 - i]->getPosition(), 14 - i);
}
//top up
AddBall();
}
