void Server::spawnPlayer(Player *player)
{
std::vector<SpawnpointMarker*> validPositions;
SpawnpointMarker *bestSpawn;
for(SpawnPool::iterator ii = spawns.begin(); ii != spawns.end(); ++ii)
{
bool isSpawnOK = true;
for (Entpool::iterator jj = entities.begin(); jj != entities.end(); ++jj)
{
if(jj->second->getEntId() == (*ii)->getEntId())
continue;
Vector2D displacement = (jj->second->getPosition().positionVector() - (*ii)->getPosition().positionVector());
if (displacement.getMagnitude() < 40.0f) {
isSpawnOK = false;
break;
}
}
if((*ii)->team != team_free && (*ii)->team != player->getTeam())
isSpawnOK = false;
if (isSpawnOK)
validPositions.push_back(*ii);
}
if(spawns.size() == 0)
{
player->setPosition(Position(0,0));
}
else if(validPositions.size() == 0) // All spawn points are filled, so pick
{ // one at random. - This causes ships to spawn on top of each other [eric]
bestSpawn = spawns[ rand()%spawns.size() ];
player->setPosition(bestSpawn->getPosition());
}
else
{
bestSpawn = validPositions[ rand()%validPositions.size() ];
player->setPosition(bestSpawn->getPosition());
}
}
double Vector2D::getAngleBetween(const Vector2D &other) const {
double rad = this->dotProduct(other) / (this->getMagnitude() * other.getMagnitude());
return radiansToDegrees(acos(rad));
}
