std::auto_ptr<Actor> CtfSoldierSpawnSystem::Spawn( ::core::ClientData& clientData, Team::Type team )
{
map::SpawnPoints_t spawnPoints( map::ctf::CtfSoldierSpawnPointMapElementSystem::Get()->GetActiveSpawnPoints( team ) );
map::SpawnPoint spawnPoint( spawnPoints[rand() % spawnPoints.size()] );
std::auto_ptr<Actor> player( mActorFactory( mPlayerAutoId ) );
Opt<ITeamComponent> teamC( player->Get<ITeamComponent>() );
if ( teamC.IsValid() )
{
teamC->SetTeam( team );
}
return SoldierSpawnSystem::Get()->Spawn( clientData, spawnPoint, player );
}
void Map::createSpawns(World* world, const Vector& range, const Vector& minimum, int numberOfPoints) {
for (int i=0; i<numberOfPoints; ++i) {
Vector spawnPoint(Vector(random(range.x, minimum.x),
random(range.y, minimum.y), random(range.z, minimum.z)));
bool properSpawnPoint = false;
while (!properSpawnPoint) {
properSpawnPoint = !world->collidesWithFloors(
createSpawnArea(spawnPoint, 10));
if (!properSpawnPoint)
spawnPoint.y += 10;
}
world->spawnPoints.push_back(spawnPoint);
}
}
std::auto_ptr<Actor> SoldierSpawnSystem::Spawn( core::ClientData& clientData )
{
map::SpawnPoints_t spawnPoints( map::SoldierSpawnPointMapElementSystem::Get()->GetActiveSpawnPoints() );
map::SpawnPoint spawnPoint( spawnPoints[RandomGenerator::global()() % spawnPoints.size()] );
return Spawn( clientData, spawnPoint );
}
