void ObjectFactory::spawnSeaCreature(float xPos, float yPos,vector<Station*> *ships)
{
int seaCreatureSpawnNum = rand() % 7;
int rotation = rand() % 360;
switch (seaCreatureSpawnNum)
{
case 0:
ships->push_back( new Whale(xPos, yPos, rotation));
break;
case 1:
ships->push_back( new Hydra(xPos, yPos, rotation));
break;
case 2:
ships->push_back( new Jellyfish(xPos, yPos, rotation));
break;
case 3:
ships->push_back( new Octopus(xPos, yPos, rotation));
break;
case 4:
ships->push_back( new Squid(xPos, yPos, rotation));
break;
case 5:
ships->push_back( new Serpent(xPos, yPos, rotation));
break;
case 6:
Turtle* myTurtle = new Turtle(xPos ,yPos,rotation);
Helm* helm = new Helm(0, 10, 32, TextureManager::getManager()->helm,myTurtle);
myTurtle->getHelms()->push_back(helm);
ships->push_back(myTurtle);
break;
}
}
Station* ObjectFactory::seaCreatureSelect(float xPos, float yPos)
{
int seaCreatureNum = rand() % 7;
int rotation = rand() % 360;
if (seaCreatureNum == 0)
{
return new Whale(xPos, yPos, rotation);
}
else if (seaCreatureNum == 1)
{
return new Hydra(xPos, yPos, rotation);
}
else if (seaCreatureNum == 2)
{
return new Jellyfish(xPos, yPos, rotation);
}
else if (seaCreatureNum == 3)
{
return new Octopus(xPos, yPos, rotation);
}
else if (seaCreatureNum == 4)
{
return new Squid(xPos, yPos, rotation);
}
else if (seaCreatureNum == 5)
{
return new Serpent(xPos, yPos, rotation);
}
else if (seaCreatureNum == 6)
{
Turtle* myTurtle = new Turtle(xPos ,yPos,rotation);
Helm* helm = new Helm(0, 10, 32, TextureManager::getManager()->helm,myTurtle);
myTurtle->getHelms()->push_back(helm);
return myTurtle;
}
}
