void OceanLevel::init()
{
_artifactIndex = indexObject("oceanArtifact");
if(_artifactIndex >= 0)
{
registerGameObject(_artifactIndex, "oceanArtifact");
vector<std::string> forbiddenPortals(4);
forbiddenPortals[0] = "portalOcean12_Ocean13";
forbiddenPortals[1] = "portalOcean13_Ocean12";
forbiddenPortals[2] = "portalOcean14_Ocean15";
forbiddenPortals[3] = "portalOcean15_Ocean14";
registerPortableTraversable(_artifactIndex, level().objects[_artifactIndex].meshInstance, level().physObjects[_artifactIndex], forbiddenPortals);
}
SlotArtifact slot0 = createSlotArtifact("slotArtifact0", "reset0", "");
if(slot0.inst)
_slots.push_back(slot0);
SlotArtifact slot1 = createSlotArtifact("slotArtifact1", "reset1", "portalOcean2_Ocean3");
if(slot1.inst)
_slots.push_back(slot1);
SlotArtifact slot2 = createSlotArtifact("slotArtifact2", "reset2", "portalOcean4_Ocean5");
if(slot2.inst)
_slots.push_back(slot2);
SlotArtifact slot3 = createSlotArtifact("slotArtifact3", "reset3", "portalOcean8_Ocean9");
if(slot3.inst)
_slots.push_back(slot3);
SlotArtifact slot4 = createSlotArtifact("slotArtifact4", "reset4", "");
if(slot4.inst)
_slots.push_back(slot4);
SlotArtifact slot5 = createSlotArtifact("slotArtifact5", "reset5", "");
if(slot5.inst)
_slots.push_back(slot5);
SlotArtifact slot6 = createSlotArtifact("slotArtifact6", "", "");
if(slot6.inst)
_slots.push_back(slot6);
for(size_t i=0 ; i<level().objects.size() ; ++i)
{
if(level().physObjects[i] && level().objects[i].model == "caisse")
{
bindSound(level().physObjects[i], PortalGame::SoundEffects::WOOD3);
}
else if(level().physObjects[i] && level().objects[i].name == "oceanArtifact")
{
bindSound(level().physObjects[i], PortalGame::SoundEffects::ARTIFACT1);
}
else if(level().physObjects[i] && level().objects[i].model == "palmLog")
{
bindSound(level().physObjects[i], PortalGame::SoundEffects::WOOD1);
}
}
}
void GameLevel2D::addGameObject(GameObject::Ptr obj)
{
if(_GameObjects.count(obj->getName()) == 0)
{
_GameObjects.insert(std::make_pair(obj->getName(),obj));
if(this->_Initialized)
{
registerGameObject(obj);
}
}
}
void GameLevel2D::initialise()
{
if(_Initialized)
{
return;
}
// initializing physics and collision
_CollisionConfiguration = boost::shared_ptr<btCollisionConfiguration>(
new btDefaultCollisionConfiguration());
_BroadphaseInterface = boost::shared_ptr<btBroadphaseInterface>(new btDbvtBroadphase());
_CollisionDispatcher = boost::shared_ptr<btCollisionDispatcher>(new btCollisionDispatcher(_CollisionConfiguration.get()));
_ConstraintSolver = boost::shared_ptr<btConstraintSolver>(new btSequentialImpulseConstraintSolver());
_DynamicsWorld = boost::shared_ptr<btDiscreteDynamicsWorld>(new btDiscreteDynamicsWorld(_CollisionDispatcher.get(),
_BroadphaseInterface.get(),
_ConstraintSolver.get(),
_CollisionConfiguration.get()));
// setting dynamic simulation properties
_DynamicsWorld->getSolverInfo().m_numIterations = _SolverIterations;
_DynamicsWorld->getSolverInfo().m_solverMode = _SolverMode;
_DynamicsWorld->getDispatchInfo().m_enableSPU = _EnableSpu;
_DynamicsWorld->setGravity(_Gravity);
// initialize collision object
_CollisionShape = boost::shared_ptr<btCollisionShape>(new btStaticPlaneShape(btVector3(0.0f,1.0f,0.0f),0.0f));
//_MotionState = new GameMotionState(_Transform,_SceneNode); // not sure if null motion state can be used for static objects
// rigid body
btRigidBody::btRigidBodyConstructionInfo consInfo(_Mass,NULL,_CollisionShape.get(),_Inertia);
_RigidBody = boost::shared_ptr<btRigidBody>(new btRigidBody(consInfo));
// scene node
_SceneNode = StateManager::getSingleton()->getParentSceneNode()->createChildSceneNode(_Name,
OgreBulletConversions::convertBulletVec3ToOgreVec3(_Transform.getOrigin()),
OgreBulletConversions::convertBulletQuatToOgreQuat(_Transform.getRotation()));
// create plane here;
// initializing objects
for(std::map<std::string,GameObject::Ptr>::iterator i = _GameObjects.begin(); i != _GameObjects.end(); i++)
{
registerGameObject(i->second);
}
_Initialized = true;
}
