void WaveController::update(sf::Time const& elapsedTime) {
mTimeSinceWave += elapsedTime.asSeconds();
if (!mWaveQueue.empty() && isTimeToSpawnWave()) {
spawnWave();
}
}
/**
* Handles collisions between objects and removes them if they have zero mass
*/
void System::collideAndClean()
{
for(auto &proj : projectiles) {
Collide(playerShip, proj);
for (auto &ship: ships) {
Collide(ship, proj);
}
}
for(auto &proj : AIprojectiles) {
Collide(playerShip, proj);
}
cleanProjectiles(AIprojectiles);
cleanProjectiles(projectiles);
//Damages ships that are out of bounds and deletes those that have died
auto shipEnd = std::remove_if(ships.begin(), ships.end(), [this](Ship &B){
if(B.getPosition().x * B.getPosition().x + B.getPosition().y * B.getPosition().y
> this->killRadius * this->killRadius)
B.Damage(1);
return B.getMass() == 0.0;});
if(playerShip.getPosition().x * playerShip.getPosition().x + playerShip.getPosition().y * playerShip.getPosition().y
> this->killRadius * this->killRadius)
playerShip.Damage(1);
for(auto shipIter = shipEnd; shipIter < ships.end();shipIter++)
{
crates.emplace_back(shipIter->getPosition(), shipIter->getWeaponCopy());
}
ships.erase(shipEnd , ships.end());
if(ships.size() == 0)
spawnWave();
for(auto &crate : crates)
{
CollectCrates(playerShip,crate);
for(auto &ship: ships)
{
CollectCrates(ship,crate);
}
}
auto crateEnd = std::remove_if(crates.begin(), crates.end(), [this](const Crate &B){
return B.getMass() == 0.0;});
crates.erase(crateEnd , crates.end());
}
System::System() : playerShip(Tuple(0,0)) {
spawnWave();
}
