InstancesManagerImpl::InstancesManagerImpl(osg::Node* prototype, const std::string& anim_file_name, size_t const max_instances)
: srcModel_ (prototype)
, instNum_ (0)
, animDataLoaded_(false)
, maxInstances_(max_instances)
{
_initData();
animDataLoaded_ = _loadAnimationData(anim_file_name);
instGeode_ = _createGeode();
auto tr = srcModel_->asTransform();
if(tr->asPositionAttitudeTransform())
{
srcQuat_ = tr->asPositionAttitudeTransform()->getAttitude();
srcScale_ = tr->asPositionAttitudeTransform()->getScale();
}
else
if(tr->asMatrixTransform())
{
srcQuat_ = tr->asMatrixTransform()->getMatrix().getRotate();
}
instGeode_->setCullCallback(Utils::makeNodeCallback(instGeode_.get(), this, &InstancesManagerImpl::cull));
}
bool EXDynamicLightLayer::init()
{
if ( !CCLayer::init() )
return false;
_initData();
return true;
}
void Chunk::Generate()
{
if(_fresh)
{
if (_blocks == 0)
_initData();
//TerrainGenerator::CreateFlatTerrain(this);
TerrainGenerator::Instace()->GenerateChunk(this);
//here should be something like chunkprovidermanager
//that have abstract chunkprovider
_fresh = false;
}
}
void DataManager::create(const int &nx, const int &ny, const int &nz)
{
remove();
mNx = nx; mNy = ny; mNz = nz;
mFFRandom = new FastFakeRandom(1024, 0, 1);
_initData(nx, ny, nz);
for (int k = 0; k < 2; k++)
{
_createVolTexture(static_cast<VolTextureId>(k), nx, ny, nz);
}
_updateVolTextureData(mCellsCurrent, VOL_TEX0, mNx, mNy, mNz);
_updateVolTextureData(mCellsCurrent, VOL_TEX1, mNx, mNy, mNz);
mCreated = true;
}
CXTPReportColumn::CXTPReportColumn(int nItemIndex, LPCTSTR strDisplayName, LPCTSTR strInternalName, int nWidth, BOOL bAutoSize, int nIconID, BOOL bSortable, BOOL bVisible)
{
_initData(nItemIndex, strDisplayName, strInternalName, nWidth, bAutoSize,
nIconID, bSortable, bVisible);
}
