int ScriptObject::CreateWavefrontModel(float x, float y, float z, std::string path, std::string filename)
{
Object *object = new DreiDObject(_objectIndex,x,y,z);
std::string dPath = GetPath() + path;
object->To3D()->LoadObjModelData(dPath.c_str(), filename.c_str());
return _AddObject(object);
}
bool SpatialIndexManager::_AddObject(Object *newObject)
{
uint32 finalBucket = getGrid()->AddObject(newObject);
//DLOG(info) << "SpatialIndexManager::AddObject :: Object " << newObject->getId() << " added to bucket " << finalBucket;
if(finalBucket == 0xffffffff) {
DLOG(info) << "SpatialIndexManager::AddObject :: Object " << newObject->getId() << " could not be added to the bucket because the bucket was invalid " << finalBucket;
return false;
}
if(newObject->getType() == ObjType_Player) {
//enforce proper handling of players!!
PlayerObject* player = static_cast<PlayerObject*>(newObject);
_AddObject(player);
}
//get all Players in range and register as necessary
ObjectListType playerList;
getGrid()->GetPlayerViewingRangeCellContents(finalBucket, &playerList);
for(ObjectListType::iterator i = playerList.begin(); i != playerList.end(); i++) {
PlayerObject* otherPlayer = static_cast<PlayerObject*>((*i));
sendCreateObject(newObject,otherPlayer, false);
if((newObject->getType() == ObjType_Creature) || (newObject->getType() == ObjType_NPC)) {
gContainerManager->registerPlayerToContainer(newObject, otherPlayer);
}
}
return true;
}
void SpatialIndexManager::UpdateObject(Object *updateObject)
{
uint32 oldBucket = updateObject->getGridBucket();
uint32 newBucket = getGrid()->getCellId(updateObject->getWorldPosition().x, updateObject->getWorldPosition().z);
// now process the spatial index update
if(newBucket != oldBucket) {
DLOG(info) << "ContainerManager::UpdateObject :: " << updateObject->getId() <<"normal movement from bucket" << oldBucket << " to bucket" << newBucket;
// test how much we moved if only one grid proceed normally
if((newBucket == (oldBucket +1)) || (newBucket == (oldBucket -1)) ||
(newBucket == (oldBucket + GRIDWIDTH)) || (newBucket == (oldBucket - GRIDWIDTH)) ||
(newBucket == (oldBucket + GRIDWIDTH +1)) || (newBucket == (oldBucket + GRIDWIDTH -1)) ||
(newBucket == (oldBucket - GRIDWIDTH +1)) || (newBucket == (oldBucket - GRIDWIDTH -1))) {
// sets the new gridcell, updates subcells
getGrid()->UpdateObject(updateObject);
// remove us from the row we left
_UpdateBackCells(updateObject,oldBucket);
// create us for the row in which direction we moved
_UpdateFrontCells(updateObject,oldBucket);
} else {
// we teleported destroy all and create everything new
DLOG(info) << "ContainerManager::UpdateObject :: " << updateObject->getId() <<"teleportation from bucket" << oldBucket << " to bucket" << newBucket;
// remove us from everything
RemoveObjectFromWorld(updateObject);
// sets the new gridcell, updates subcells
getGrid()->AddObject(updateObject);
// and add us freshly to the world
_AddObject(updateObject);
}
}
// Make sure to update any regions the object may be entering or leaving.
getGrid()->updateRegions(updateObject);
}
int ScriptObject::CreateLoadingObject(float x, float y, float z, float sx, float sy, uint16 texture, bool depth)
{
Object *object = new LoadingObject(_objectIndex, x, y, z, sx, sy, texture, depth);
return _AddObject(object);
}
///- Objects
int ScriptObject::CreateObject(float x, float y, float z, float sx, float sy, uint16 tex, bool depth, bool ortho, bool clickable)
{
Object *object = new PlanarObject(_objectIndex, x, y, z, sx, sy, tex, depth, ortho, clickable);
return _AddObject(object);
}
