osg::RenderAction Class Reference
[Action]
RenderAction class.
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#include <OSGRenderAction.h>
Detailed Description
The render action class.Definition at line 90 of file OSGRenderAction.h.
Member Typedef Documentation
| typedef std::map<Material *, DrawTreeNode * > osg::RenderAction::MaterialMap |
Definition at line 102 of file OSGRenderAction.h.
| typedef std::pair<LightChunk *, Matrix > osg::RenderAction::LightStore |
Definition at line 103 of file OSGRenderAction.h.
| typedef std::pair<SClipPlaneChunk *, Matrix > osg::RenderAction::ClipPlaneStore |
Definition at line 104 of file OSGRenderAction.h.
typedef RenderActionBase osg::RenderAction::Inherited [protected] |
typedef std::map<Int32, DrawTreeNode *> osg::RenderAction::SortKeyMap [protected] |
Definition at line 297 of file OSGRenderAction.h.
typedef std::map<Real32, DrawTreeNode *> osg::RenderAction::TransSortMap [protected] |
Definition at line 300 of file OSGRenderAction.h.
typedef std::map<Int32, TransSortMap> osg::RenderAction::TransSortKeyMap [protected] |
Definition at line 301 of file OSGRenderAction.h.
typedef std::map<Real32, DrawTreeNode *> osg::RenderAction::OCMap [protected] |
Definition at line 307 of file OSGRenderAction.h.
typedef ArgsCollector<Action *> osg::Action::FunctorArgs [inherited] |
Definition at line 95 of file OSGAction.h.
typedef TypedFunctor2Base<ResultE, CPtrRefCallArg<CNodePtr>, FunctorArgs > osg::Action::Functor [inherited] |
Definition at line 99 of file OSGAction.h.
Member Enumeration Documentation
enum osg::Action::ResultE [inherited] |
Definition at line 87 of file OSGAction.h.
00088 { 00089 Continue, // continue with my children 00090 Skip, // skip my children 00091 // really needed? Cancel, // skip my brothers, go one step up 00092 Quit // forget it, you're done 00093 };
Constructor & Destructor Documentation
| RenderAction::~RenderAction | ( | void | ) | [virtual] |
Definition at line 488 of file OSGRenderAction.cpp.
References _occ_bb_dl, _occlusionQuery, _pNodeFactory, and deleteOcclusionQueriesPool().
00489 { 00490 delete _pNodeFactory; 00491 00492 if(_occ_bb_dl != 0) 00493 glDeleteLists(_occ_bb_dl, 1); 00494 00495 if(_occlusionQuery != 0) 00496 _glDeleteQueriesARB(1, &_occlusionQuery); 00497 deleteOcclusionQueriesPool(); 00498 }
| RenderAction::RenderAction | ( | void | ) | [protected] |
Definition at line 245 of file OSGRenderAction.cpp.
References _arbOcclusionQuery, _cgChunkId, _cgfxChunkId, osg::Action::_enterFunctors, _funcBeginQueryARB, _funcDeleteQueriesARB, _funcEndQueryARB, _funcGenQueriesARB, _funcGetQueryObjectuivARB, osg::Action::_leaveFunctors, _pNodeFactory, _shlChunkId, _vDefaultEnterFunctors, _vDefaultLeaveFunctors, osg::AttachmentPtr::dcast(), osg::NullFC, OSG_DLSYM_UNDERSCORE, osg::Window::registerExtension(), osg::Window::registerFunction(), osg::subRefCP(), and osg::FieldContainerFactory::the().
Referenced by create().
00245 : 00246 Inherited (), 00247 _pNodeFactory (NULL), 00248 00249 _uiMatrixId (0), 00250 _currMatrix (), 00251 _vMatrixStack (), 00252 00253 _mMatMap (), 00254 00255 _pMatRoots (), 00256 _pTransMatRoots (), 00257 _pNoStateSortRoot (NULL), 00258 _pNoStateSortTransRoot(NULL), 00259 00260 _ocRoot (), 00261 _uiActiveMatrix (0), 00262 _pActiveState (NULL), 00263 00264 _uiNumMaterialChanges(0), 00265 _uiNumMatrixChanges (0), 00266 _uiNumLightChanges (0), 00267 _uiNumGeometries (0), 00268 _uiNumOcclusionTests (0), 00269 _uiNumOcclusionCulled(0), 00270 _uiNumTransGeometries(0), 00271 00272 _bSortTrans (true), 00273 _bZWriteTrans (false), 00274 _bLocalLights (false), 00275 _bCorrectTwoSidedLighting (false), 00276 _bOcclusionCulling (false), 00277 _occlusionCullingMode (OcclusionStopAndWait), 00278 _occlusionCullingPixels (0), 00279 _occlusionCullingThreshold(64), 00280 _currentOcclusionQueryIndex(0), 00281 _occluded_nodes (), 00282 _hier_occlusions (), 00283 _occ_bb_dl (0), 00284 00285 _bSmallFeatureCulling (false), 00286 _smallFeaturesPixels (10.0f), 00287 _smallFeaturesThreshold (32), 00288 _worldToScreenMatrix (), 00289 00290 _useGLFinish (true), 00291 00292 _vLights(), 00293 _lightsMap(), 00294 _lightsState(0), 00295 _activeLightsState(0), 00296 _activeLightsCount(0), 00297 _activeLightsMask(0), 00298 00299 _lightsTable(), 00300 _lightsPath(), 00301 _lightEnvsLightsState(), 00302 00303 00304 _vClipPlanes(), 00305 _clipPlanesMap(), 00306 _clipPlanesState(0), 00307 _activeClipPlanesState(0), 00308 _activeClipPlanesCount(0), 00309 _activeClipPlanesMask(0), 00310 00311 _clipPlanesTable(), 00312 _clipPlanesPath(), 00313 00314 00315 _stateSorting(true), 00316 _visibilityStack(), 00317 00318 _occlusionQuery (0), 00319 _occlusionQueriesPool (), 00320 _occlusionQueries (), 00321 00322 _glGenQueriesARB (NULL), 00323 _glDeleteQueriesARB (NULL), 00324 _glBeginQueryARB (NULL), 00325 _glEndQueryARB (NULL), 00326 _glGetQueryObjectuivARB (NULL), 00327 00328 _cgChunkId(-1), 00329 _cgfxChunkId(-1), 00330 _shlChunkId(-1) 00331 { 00332 if(_vDefaultEnterFunctors != NULL) 00333 _enterFunctors = *_vDefaultEnterFunctors; 00334 00335 if(_vDefaultLeaveFunctors != NULL) 00336 _leaveFunctors = *_vDefaultLeaveFunctors; 00337 00338 _pNodeFactory = new DrawTreeNodeFactory; 00339 00340 _arbOcclusionQuery = Window::registerExtension("GL_ARB_occlusion_query"); 00341 _funcGenQueriesARB = Window::registerFunction (OSG_DLSYM_UNDERSCORE"glGenQueriesARB", _arbOcclusionQuery); 00342 _funcDeleteQueriesARB = Window::registerFunction (OSG_DLSYM_UNDERSCORE"glDeleteQueriesARB", _arbOcclusionQuery); 00343 _funcBeginQueryARB = Window::registerFunction (OSG_DLSYM_UNDERSCORE"glBeginQueryARB", _arbOcclusionQuery); 00344 _funcEndQueryARB = Window::registerFunction (OSG_DLSYM_UNDERSCORE"glEndQueryARB", _arbOcclusionQuery); 00345 _funcGetQueryObjectuivARB = Window::registerFunction (OSG_DLSYM_UNDERSCORE"glGetQueryObjectuivARB", _arbOcclusionQuery); 00346 00347 // we can't include OSGCGChunk here because it is in Contrib ... 00348 StateChunkPtr cgChunk = StateChunkPtr::dcast(FieldContainerFactory::the()->createFieldContainer("CGChunk")); 00349 if(cgChunk != NullFC) 00350 { 00351 _cgChunkId = cgChunk->getClass()->getId(); 00352 subRefCP(cgChunk); 00353 } 00354 00355 // we can't include OSGCGFXChunk here because it is in Contrib ... 00356 StateChunkPtr cgfxChunk = StateChunkPtr::dcast(FieldContainerFactory::the()->createFieldContainer("CGFXChunk")); 00357 if(cgfxChunk != NullFC) 00358 { 00359 _cgfxChunkId = cgfxChunk->getClass()->getId(); 00360 subRefCP(cgfxChunk); 00361 } 00362 00363 StateChunkPtr shlChunk = StateChunkPtr::dcast(FieldContainerFactory::the()->createFieldContainer("SHLChunk")); 00364 if(shlChunk != NullFC) 00365 { 00366 _shlChunkId = shlChunk->getClass()->getId(); 00367 subRefCP(shlChunk); 00368 } 00369 }
| RenderAction::RenderAction | ( | const RenderAction & | source | ) | [protected] |
Definition at line 375 of file OSGRenderAction.cpp.
References _pNodeFactory.
00375 : 00376 Inherited (source), 00377 _pNodeFactory (NULL), 00378 00379 _uiMatrixId (source._uiMatrixId), 00380 _currMatrix (source._currMatrix), 00381 _vMatrixStack (source._vMatrixStack), 00382 00383 _mMatMap (source._mMatMap), 00384 00385 _pMatRoots (source._pMatRoots), 00386 _pTransMatRoots (source._pTransMatRoots), 00387 _pNoStateSortRoot (source._pNoStateSortRoot), 00388 _pNoStateSortTransRoot(source._pNoStateSortTransRoot), 00389 00390 _ocRoot (source._ocRoot), 00391 00392 _uiActiveMatrix (source._uiActiveMatrix), 00393 _pActiveState (source._pActiveState), 00394 00395 _uiNumMaterialChanges(source._uiNumMaterialChanges), 00396 _uiNumMatrixChanges (source._uiNumMatrixChanges), 00397 _uiNumLightChanges (source._uiNumLightChanges), 00398 _uiNumGeometries (source._uiNumGeometries), 00399 _uiNumOcclusionTests (source._uiNumOcclusionTests), 00400 _uiNumOcclusionCulled(source._uiNumOcclusionCulled), 00401 _uiNumTransGeometries(source._uiNumTransGeometries), 00402 00403 _bSortTrans (source._bSortTrans), 00404 _bZWriteTrans (source._bZWriteTrans), 00405 _bLocalLights (source._bLocalLights), 00406 _bCorrectTwoSidedLighting (source._bCorrectTwoSidedLighting), 00407 _bOcclusionCulling (source._bOcclusionCulling), 00408 _occlusionCullingMode (source._occlusionCullingMode), 00409 _occlusionCullingPixels (source._occlusionCullingPixels), 00410 _occlusionCullingThreshold(source._occlusionCullingThreshold), 00411 _currentOcclusionQueryIndex(source._currentOcclusionQueryIndex), 00412 _occluded_nodes (source._occluded_nodes), 00413 _hier_occlusions (source._hier_occlusions), 00414 _occ_bb_dl (source._occ_bb_dl), 00415 00416 _bSmallFeatureCulling (source._bSmallFeatureCulling), 00417 _smallFeaturesPixels (source._smallFeaturesPixels), 00418 _smallFeaturesThreshold (source._smallFeaturesThreshold), 00419 _worldToScreenMatrix (source._worldToScreenMatrix), 00420 00421 _useGLFinish (source._useGLFinish), 00422 00423 _vLights (source._vLights), 00424 _lightsMap (source._lightsMap), 00425 _lightsState (source._lightsState), 00426 _activeLightsState (source._activeLightsState), 00427 _activeLightsCount (source._activeLightsCount), 00428 _activeLightsMask (source._activeLightsMask), 00429 00430 _lightsTable (source._lightsTable), 00431 _lightsPath (source._lightsPath), 00432 _lightEnvsLightsState(source._lightEnvsLightsState), 00433 00434 00435 _vClipPlanes (source._vClipPlanes), 00436 _clipPlanesMap (source._clipPlanesMap), 00437 _clipPlanesState (source._clipPlanesState), 00438 _activeClipPlanesState (source._activeClipPlanesState), 00439 _activeClipPlanesCount (source._activeClipPlanesCount), 00440 _activeClipPlanesMask (source._activeClipPlanesMask), 00441 00442 _clipPlanesTable (source._clipPlanesTable), 00443 _clipPlanesPath (source._clipPlanesPath), 00444 00445 _stateSorting (source._stateSorting), 00446 _visibilityStack (source._visibilityStack), 00447 00448 _occlusionQuery (source._occlusionQuery), 00449 _occlusionQueriesPool (source._occlusionQueriesPool), 00450 _occlusionQueries (source._occlusionQueries), 00451 00452 _glGenQueriesARB (source._glGenQueriesARB), 00453 _glDeleteQueriesARB (source._glDeleteQueriesARB), 00454 _glBeginQueryARB (source._glBeginQueryARB), 00455 _glEndQueryARB (source._glEndQueryARB), 00456 _glGetQueryObjectuivARB (source._glGetQueryObjectuivARB), 00457 00458 _cgfxChunkId(source._cgfxChunkId), 00459 _cgChunkId(source._cgChunkId), 00460 _shlChunkId(source._shlChunkId) 00461 { 00462 _pNodeFactory = new DrawTreeNodeFactory; 00463 }
Member Function Documentation
| RenderAction * RenderAction::create | ( | void | ) | [static] |
Reimplemented from osg::Action.
Definition at line 468 of file OSGRenderAction.cpp.
References _pPrototype, and RenderAction().
Referenced by osg::SimpleSceneManager::initialize().
00469 { 00470 RenderAction *returnValue; 00471 00472 if(_pPrototype) 00473 { 00474 returnValue = new RenderAction(*_pPrototype); 00475 } 00476 else 00477 { 00478 returnValue = new RenderAction(); 00479 } 00480 00481 return returnValue; 00482 }
| void RenderAction::setPrototype | ( | RenderAction * | pPrototype | ) | [static] |
Definition at line 211 of file OSGRenderAction.cpp.
References _pPrototype.
00212 { 00213 _pPrototype = pPrototype; 00214 }
| RenderAction * RenderAction::getPrototype | ( | void | ) | [static] |
Reimplemented from osg::Action.
Definition at line 216 of file OSGRenderAction.cpp.
References _pPrototype.
00217 { 00218 return _pPrototype; 00219 }
| void RenderAction::registerEnterDefault | ( | const FieldContainerType & | type, | |
| const Action::Functor & | func | |||
| ) | [static] |
Reimplemented from osg::Action.
Definition at line 166 of file OSGRenderAction.cpp.
References osg::Action::_defaultEnterFunction(), _vDefaultEnterFunctors, osg::TypeBase::getId(), and osg::osgTypedFunctionFunctor2CPtrRef().
Referenced by osg::Transform::initMethod(), osg::Switch::initMethod(), osg::Surface::initMethod(), osg::StateSortingGroup::initMethod(), osg::SpotLight::initMethod(), osg::Slices::initMethod(), osg::ScreenGroup::initMethod(), osg::ProxyGroup::initMethod(), osg::PointLight::initMethod(), osg::Particles::initMethod(), osg::MaterialGroup::initMethod(), osg::LightEnv::initMethod(), osg::InverseTransform::initMethod(), osg::Group::initMethod(), osg::Geometry::initMethod(), osg::DVRVolume::initMethod(), osg::DistanceLOD::initMethod(), osg::DirectionalLight::initMethod(), osg::ComponentTransform::initMethod(), osg::ClipPlane::initMethod(), and osg::Billboard::initMethod().
00168 { 00169 if(_vDefaultEnterFunctors == NULL) 00170 { 00171 _vDefaultEnterFunctors = new std::vector<Action::Functor>; 00172 } 00173 00174 while(type.getId() >= _vDefaultEnterFunctors->size()) 00175 { 00176 _vDefaultEnterFunctors->push_back( 00177 osgTypedFunctionFunctor2CPtrRef< 00178 ResultE, 00179 CNodePtr, 00180 Action * >(&Action::_defaultEnterFunction)); 00181 } 00182 00183 (*_vDefaultEnterFunctors)[type.getId()] = func; 00184 }
| void RenderAction::registerLeaveDefault | ( | const FieldContainerType & | type, | |
| const Action::Functor & | func | |||
| ) | [static] |
Reimplemented from osg::Action.
Definition at line 186 of file OSGRenderAction.cpp.
References osg::Action::_defaultLeaveFunction(), _vDefaultLeaveFunctors, osg::TypeBase::getId(), and osg::osgTypedFunctionFunctor2CPtrRef().
Referenced by osg::Transform::initMethod(), osg::StateSortingGroup::initMethod(), osg::SpotLight::initMethod(), osg::ScreenGroup::initMethod(), osg::PointLight::initMethod(), osg::MaterialGroup::initMethod(), osg::LightEnv::initMethod(), osg::InverseTransform::initMethod(), osg::Group::initMethod(), osg::DirectionalLight::initMethod(), osg::ComponentTransform::initMethod(), osg::ClipPlane::initMethod(), and osg::Billboard::initMethod().
00188 { 00189 if(_vDefaultLeaveFunctors == NULL) 00190 { 00191 _vDefaultLeaveFunctors = new std::vector<Action::Functor>; 00192 } 00193 00194 while(type.getId() >= _vDefaultLeaveFunctors->size()) 00195 { 00196 _vDefaultLeaveFunctors->push_back( 00197 osgTypedFunctionFunctor2CPtrRef< 00198 ResultE, 00199 CNodePtr, 00200 Action * >(&Action::_defaultLeaveFunction)); 00201 } 00202 00203 (*_vDefaultLeaveFunctors)[type.getId()] = func; 00204 }
| Action::ResultE RenderAction::start | ( | void | ) | [virtual] |
Reimplemented from osg::DrawActionBase.
Definition at line 2299 of file OSGRenderAction.cpp.
References _activeClipPlanesCount, _activeClipPlanesMask, _activeClipPlanesState, _activeLightsCount, _activeLightsMask, _activeLightsState, _arbOcclusionQuery, osg::DrawActionBase::_background, _bSmallFeatureCulling, osg::DrawActionBase::_camera, _camInverse, _clipPlanesMap, _clipPlanesPath, _clipPlanesState, _clipPlanesTable, _currMatrix, _funcBeginQueryARB, _funcDeleteQueriesARB, _funcEndQueryARB, _funcGenQueriesARB, _funcGetQueryObjectuivARB, osg::DrawTreeNode::_iCreateCount, osg::DrawTreeNode::_iDeleteCount, _lightEnvsLightsState, _lightsMap, _lightsPath, _lightsState, _lightsTable, _mMatMap, _ocRoot, _pActiveState, _pMatRoots, _pNodeFactory, _pNoStateSortRoot, _pNoStateSortTransRoot, _pTransMatRoots, _stateSorting, _uiActiveMatrix, _uiMatrixId, _uiNumGeometries, _uiNumLightChanges, _uiNumMaterialChanges, _uiNumMatrixChanges, _uiNumOcclusionCulled, _uiNumOcclusionTests, _uiNumTransGeometries, _vClipPlanes, osg::DrawActionBase::_viewport, _visibilityStack, _vLights, osg::DrawActionBase::_window, _worldToScreenMatrix, osg::Background::clear(), osg::Action::Continue, osg::RenderAction::MatrixStore::first, osg::DrawTreeNodeFactory::freeAll(), osg::Window::getFunction(), osg::Viewport::getPixelHeight(), osg::Viewport::getPixelWidth(), osg::DrawActionBase::getStatistics(), osg::Camera::getViewing(), osg::Camera::getWorldToScreen(), GLenum, glErr, GLsizei, GLuint, osg::Window::hasExtension(), osg::TransformationMatrix< ValueTypeT >::invertFrom(), OSG_APIENTRY, osg::FrustumVolume::P_NONE, osg::StatCollector::reset(), osg::Window::resizeGL(), osg::RenderAction::MatrixStore::second, osg::TransformationMatrix< ValueTypeT >::setIdentity(), osg::Camera::setupProjection(), start, updateTopMatrix(), and void().
02300 { 02301 glErr("RenderAction: precheck"); 02302 02303 Inherited::start(); 02304 02305 if(_window != NULL) 02306 { 02307 _window->resizeGL(); 02308 } 02309 02310 if(_glGenQueriesARB == NULL && 02311 _window->hasExtension(_arbOcclusionQuery)) 02312 { 02313 _glGenQueriesARB = (void (OSG_APIENTRY*)(GLsizei, GLuint *)) _window->getFunction(_funcGenQueriesARB); 02314 _glDeleteQueriesARB = (void (OSG_APIENTRY*)(GLsizei, GLuint *)) _window->getFunction(_funcDeleteQueriesARB); 02315 _glBeginQueryARB = (void (OSG_APIENTRY*)(GLenum, GLuint)) _window->getFunction(_funcBeginQueryARB); 02316 _glEndQueryARB = (void (OSG_APIENTRY*)(GLenum)) _window->getFunction(_funcEndQueryARB); 02317 _glGetQueryObjectuivARB = (void (OSG_APIENTRY*)(GLuint, GLenum, GLuint*)) _window->getFunction(_funcGetQueryObjectuivARB); 02318 } 02319 02320 _uiMatrixId = 1; 02321 02322 _currMatrix.first = 1; 02323 _currMatrix.second.setIdentity(); 02324 02325 _visibilityStack.clear(); 02326 _visibilityStack.push_back(FrustumVolume::P_NONE); 02327 02328 bool full = false; 02329 02330 if(_viewport != NULL) 02331 { 02332 if(_camera != NULL) 02333 { 02334 if(_bSmallFeatureCulling) 02335 _camera->getWorldToScreen(_worldToScreenMatrix, *_viewport); 02336 02337 _camera->setupProjection(this, *_viewport); 02338 02339 // set the viewing 02340 02341 _camera->getViewing(_currMatrix.second, 02342 _viewport->getPixelWidth (), 02343 _viewport->getPixelHeight()); 02344 02345 _camInverse.invertFrom(_currMatrix.second); 02346 02347 glMatrixMode(GL_MODELVIEW); 02348 } 02349 02350 if(_background != NULL) 02351 { 02352 _background->clear(this, _viewport); 02353 } 02354 } 02355 02356 updateTopMatrix(); 02357 02358 _mMatMap.clear(); 02359 02360 _pNodeFactory->freeAll(); 02361 02362 /* 02363 if(_pRoot != NULL) 02364 { 02365 fprintf(stderr, "CDN %d DDN %d ODN %d ", 02366 DrawTreeNode::_iCreateCount, 02367 DrawTreeNode::_iDeleteCount, 02368 DrawTreeNode::_iCreateCount - DrawTreeNode::_iDeleteCount); 02369 } 02370 */ 02371 02372 DrawTreeNode::_iCreateCount = 0; 02373 DrawTreeNode::_iDeleteCount = 0; 02374 02375 _pMatRoots.clear(); 02376 _pTransMatRoots.clear(); 02377 _pNoStateSortRoot = NULL; 02378 _pNoStateSortTransRoot = NULL; 02379 02380 _ocRoot.clear(); 02381 02382 _pActiveState = NULL; 02383 02384 _uiActiveMatrix = 0; 02385 02386 _uiNumMaterialChanges = 0; 02387 _uiNumMatrixChanges = 0; 02388 _uiNumLightChanges = 0; 02389 _uiNumGeometries = 0; 02390 _uiNumTransGeometries = 0; 02391 _uiNumOcclusionTests = 0; 02392 _uiNumOcclusionCulled = 0; 02393 02394 getStatistics()->reset(); 02395 02396 _vLights.clear(); 02397 _lightsMap.clear(); 02398 _lightsState = 0; 02399 _activeLightsState = 0; 02400 _activeLightsCount = 0; 02401 _activeLightsMask = 0; 02402 02403 // for debugging 02404 #if 0 02405 for(UInt32 i=0;i<_lightsTable.size();++i) 02406 { 02407 printf("Lights table: %u : ", i); 02408 for(UInt32 j=0;j<_lightsTable[i].size();++j) 02409 { 02410 printf("%u,", _lightsTable[i][j]); 02411 } 02412 printf("\n"); 02413 } 02414 #endif 02415 // ------------- 02416 02417 _lightsTable.clear(); 02418 _lightsPath.clear(); 02419 _lightEnvsLightsState.clear(); 02420 02421 02422 _vClipPlanes.clear(); 02423 _clipPlanesMap.clear(); 02424 _clipPlanesState = 0; 02425 _activeClipPlanesState = 0; 02426 _activeClipPlanesCount = 0; 02427 _activeClipPlanesMask = 0; 02428 02429 _clipPlanesTable.clear(); 02430 _clipPlanesPath.clear(); 02431 02432 _stateSorting = true; 02433 02434 return Action::Continue; 02435 }
| Action::ResultE RenderAction::stop | ( | ResultE | res | ) | [virtual] |
Reimplemented from osg::DrawActionBase.
Definition at line 2437 of file OSGRenderAction.cpp.
References _activeClipPlanesCount, _activeLightsCount, _activeLightsMask, _bLocalLights, _bOcclusionCulling, _bZWriteTrans, osg::DrawActionBase::_camera, _hier_occlusions, _occluded_nodes, _occlusionCullingMode, _occlusionCullingPixels, _occlusionQueries, _ocRoot, osg::DrawActionBase::_ownStat, _pActiveState, _pMatRoots, _pNoStateSortRoot, _pNoStateSortTransRoot, _pTransMatRoots, _uiActiveMatrix, _uiNumGeometries, _uiNumLightChanges, _uiNumMaterialChanges, _uiNumMatrixChanges, _uiNumOcclusionCulled, _uiNumOcclusionTests, _uiNumTransGeometries, _useGLFinish, osg::DrawActionBase::_viewport, _vLights, osg::AttachmentContainerPtr::dcast(), osg::NodePtr::dcast(), osg::State::deactivate(), draw(), drawHierarchicalMultiFrameOcclusionBB(), drawMultiFrameOcclusionBB(), osg::NodePtr::getCore(), osg::StatCollector::getElem(), osg::FieldContainerPtrBase::getFieldContainerId(), getOcclusionQuery(), osg::Viewport::getPixelHeight(), osg::Viewport::getPixelWidth(), osg::DrawActionBase::getStatistics(), osg::StatTimeElem::getTime(), osg::Color4< ValueTypeT >::getValuesRGBA(), osg::Camera::getViewing(), GL_QUERY_RESULT_ARB, GLuint, hasGeometryChild(), osg::NullFC, OcclusionHierarchicalMultiFrame, OcclusionMultiFrame, OcclusionStopAndWait, resetOcclusionQueryIndex(), osg::ViewportBase::setDrawTime(), setOcclusionMask(), statDrawTime, statNGeometries, statNLights, statNMaterials, statNMatrices, statNOcclusionCulled, statNOcclusionMode, statNOcclusionTests, statNTransGeometries, osg::DrawActionBase::stop(), osg::StatTimeElem::stop(), and osg::FieldContainerFactory::the().
02438 { 02439 getStatistics()->getElem(statDrawTime)->start(); 02440 02441 UInt32 i; 02442 02443 // dump(_pMatRoot, 0); 02444 // dump(_pTransMatRoot, 0); 02445 02446 // _pNodeFactory->printStat(); 02447 02448 if(!_bLocalLights) 02449 { 02450 _activeLightsMask = 0; 02451 for(i = 0; i < _vLights.size(); i++) 02452 { 02453 _activeLightsMask |= (1 << i); 02454 glLoadMatrixf(_vLights[i].second.getValues()); 02455 _vLights[i].first->activate(this, i); 02456 ++_uiNumLightChanges; 02457 } 02458 } 02459 else 02460 { 02461 // reset all lights. 02462 const Color4f black(0.0f, 0.0f, 0.0f, 1.0f); 02463 for(i = 0;i < 8;++i) 02464 { 02465 glLightfv(GL_LIGHT0 + i, GL_DIFFUSE, 02466 black.getValuesRGBA()); 02467 glDisable(GL_LIGHT0 + i); 02468 } 02469 } 02470 02471 // disable all clipping planes. 02472 for(i = 0;i < 6;++i) 02473 glDisable(GL_CLIP_PLANE0 + i); 02474 02475 glDepthMask(GL_TRUE); 02476 02477 if(_pNoStateSortRoot != NULL) 02478 { 02479 draw(_pNoStateSortRoot); 02480 } 02481 02482 if(_bOcclusionCulling && (_occlusionCullingMode & OcclusionStopAndWait) && !_ocRoot.empty()) 02483 { 02484 OCMap::reverse_iterator it = _ocRoot.rbegin(); 02485 // draw the front most object without occlusion query. 02486 _bOcclusionCulling = false; 02487 draw((*it++).second); 02488 _bOcclusionCulling = true; 02489 02490 while(it != _ocRoot.rend()) 02491 draw((*it++).second); 02492 } 02493 02494 if(_pNoStateSortTransRoot != NULL) 02495 { 02496 draw(_pNoStateSortTransRoot); 02497 } 02498 02499 // for multi frame occlusion culling we disable zwrite transparency. 02500 bool bZWriteTrans = _bZWriteTrans; 02501 if(_bOcclusionCulling && (_occlusionCullingMode & OcclusionMultiFrame)) 02502 _bZWriteTrans = false; 02503 02504 SortKeyMap::iterator matRootsIt = _pMatRoots.begin(); 02505 TransSortKeyMap::iterator transMatRootsIt = _pTransMatRoots.begin(); 02506 02507 while(matRootsIt != _pMatRoots.end() || 02508 transMatRootsIt != _pTransMatRoots.end()) 02509 { 02510 bool matRootsValid = (matRootsIt != _pMatRoots.end()); 02511 bool transMatRootsValid = (transMatRootsIt != _pTransMatRoots.end()); 02512 02513 Int32 matSortKey = matRootsValid ? (*matRootsIt).first : 0; 02514 Int32 transSortKey = transMatRootsValid ? (*transMatRootsIt).first : 0; 02515 02516 if(matRootsValid) 02517 { 02518 if(transMatRootsValid) 02519 { 02520 if(matSortKey <= transSortKey) 02521 { 02522 //printf("draw opaque %d\n", matSortKey); 02523 draw((*matRootsIt).second->getFirstChild()); 02524 ++matRootsIt; 02525 } 02526 } 02527 else 02528 { 02529 //printf("draw opaque %d\n", matSortKey); 02530 draw((*matRootsIt).second->getFirstChild()); 02531 ++matRootsIt; 02532 } 02533 } 02534 02535 if(transMatRootsValid) 02536 { 02537 if(matRootsValid) 02538 { 02539 if(transSortKey <= matSortKey) 02540 { 02541 if(!_bZWriteTrans) 02542 glDepthMask(GL_FALSE); 02543 02544 TransSortMap &ts = (*transMatRootsIt).second; 02545 for(TransSortMap::iterator it = ts.begin();it != ts.end();++it) 02546 draw((*it).second); 02547 //printf("draw transparent %d\n", transSortKey); 02548 02549 if(!_bZWriteTrans) 02550 glDepthMask(GL_TRUE); 02551 ++transMatRootsIt; 02552 } 02553 } 02554 else 02555 { 02556 if(!_bZWriteTrans) 02557 glDepthMask(GL_FALSE); 02558 02559 TransSortMap &ts = (*transMatRootsIt).second; 02560 for(TransSortMap::iterator it = ts.begin();it != ts.end();++it) 02561 draw((*it).second); 02562 //printf("draw transparent %d\n", transSortKey); 02563 02564 if(!_bZWriteTrans) 02565 glDepthMask(GL_TRUE); 02566 ++transMatRootsIt; 02567 } 02568 } 02569 } 02570 02571 if(_pActiveState != NULL) 02572 { 02573 State *state = _pActiveState; 02574 // without this the deactivate would be called in 02575 // the next changeFrom call. 02576 _pActiveState = NULL; 02577 02578 state->deactivate(this); 02579 } 02580 02581 if(!_bLocalLights) 02582 { 02583 for(i = 0; i < _vLights.size(); ++i) 02584 { 02585 _vLights[i].first->deactivate(this, i); 02586 ++_uiNumLightChanges; 02587 } 02588 } 02589 else 02590 { 02591 const Color4f black(0.0f, 0.0f, 0.0f, 1.0f); 02592 for(i = 0;i < _activeLightsCount;++i) 02593 { 02594 glLightfv(GL_LIGHT0 + i, GL_DIFFUSE, 02595 black.getValuesRGBA()); 02596 glDisable(GL_LIGHT0 + i); 02597 } 02598 } 02599 02600 for(i = 0;i < _activeClipPlanesCount;++i) 02601 glDisable(GL_CLIP_PLANE0 + i); 02602 02603 if(_bOcclusionCulling && (_occlusionCullingMode & OcclusionMultiFrame)) 02604 { 02605 if(_occlusionCullingMode == OcclusionHierarchicalMultiFrame) 02606 { 02607 // check the hierarchical occlusion queries. 02608 std::vector<UInt32> remove; 02609 for(std::set<UInt32>::iterator it=_hier_occlusions.begin(); 02610 it!=_hier_occlusions.end();++it) 02611 { 02612 NodePtr node = NodePtr::dcast(FieldContainerFactory::the()->getContainer(*it)); 02613 if(node != NullFC) 02614 { 02615 GLuint occlusionQuery = getOcclusionQuery(node); 02616 if(occlusionQuery == 0) 02617 { 02618 setOcclusionMask(node, 0); 02619 remove.push_back(*it); 02620 continue; 02621 } 02622 02623 GLuint pixels = 0; 02624 _glGetQueryObjectuivARB(occlusionQuery, GL_QUERY_RESULT_ARB, &pixels); 02625 ++_uiNumOcclusionTests; 02626 //printf("hier occ test: '%s' %d pixels\n", OSG::getName(node), pixels); 02627 02628 if(pixels > _occlusionCullingPixels) 02629 { 02630 // 0 means not occluded. 02631 setOcclusionMask(node, 0); 02632 remove.push_back(*it); 02633 continue; 02634 } 02635 else 02636 { 02637 // 2 means occluded leaf, 1 means occluded node. 02638 node->setOcclusionMask(1); 02639 // remove all child nodes. 02640 for(UInt32 i=0;i<node->getNChildren();++i) 02641 remove.push_back(node->getChild(i).getFieldContainerId()); 02642 _occluded_nodes.push_back(node); 02643 ++_uiNumOcclusionCulled; 02644 continue; 02645 } 02646 } 02647 else 02648 { 02649 remove.push_back(*it); 02650 } 02651 } 02652 02653 // remove invalid, not occluded or occluded child nodes. 02654 for(UInt32 i=0;i<remove.size();++i) 02655 _hier_occlusions.erase(remove[i]); 02656 02657 // check the occluded nodes. 02658 for(std::vector<NodePtr>::iterator it=_occluded_nodes.begin(); 02659 it!=_occluded_nodes.end();++it) 02660 { 02661 NodePtr occluded = (*it); 02662 NodePtr parent = occluded->getParent(); 02663 if(parent != NullFC) 02664 { 02665 bool all_children_occluded = true; 02666 02667 // if the parent is a switch node just check the active child! 02668 bool check_all_childs = false; 02669 SwitchPtr sw = SwitchPtr::dcast(parent->getCore()); 02670 if(sw != NullFC) 02671 { 02672 Int32 choice = sw->getChoice(); 02673 if(choice == -2) // all visible 02674 check_all_childs = true; 02675 else if(choice >= 0) // one child visible 02676 { 02677 // look for not occluded nodes. 02678 NodePtr child = parent->getChild(choice); 02679 if(child != NullFC && child->getOcclusionMask() == 0) 02680 { 02681 // ignore nodes without a geometry child. 02682 if(!hasGeometryChild(child)) 02683 child->setOcclusionMask(1); 02684 else 02685 all_children_occluded = false; 02686 } 02687 } 02688 // -1 no children visible we do nothing. 02689 } 02690 else 02691 { 02692 check_all_childs = true; 02693 } 02694 02695 if(check_all_childs) 02696 { 02697 for(UInt32 i=0;i<parent->getNChildren();++i) 02698 { 02699 // ignore not visible nodes! 02700 if(!parent->getChild(i)->getActive()) 02701 continue; 02702 02703 // look for not occluded nodes. 02704 NodePtr child = parent->getChild(i); 02705 if(child->getOcclusionMask() == 0) 02706 { 02707 // ignore nodes without a geometry child. 02708 if(!hasGeometryChild(child)) 02709 { 02710 child->setOcclusionMask(1); 02711 } 02712 else 02713 { 02714 all_children_occluded = false; 02715 //printf("hier occ not all childs occluded: '%s' '%s'\n", OSG::getName(parent), OSG::getName(parent->getChild(i))); 02716 break; 02717 } 02718 } 02719 } 02720 } 02721 02722 if(all_children_occluded) 02723 { 02724 _hier_occlusions.insert(parent.getFieldContainerId()); 02725 } 02726 else 02727 { 02728 parent->setOcclusionMask(0); 02729 } 02730 } 02731 } 02732 _occluded_nodes.clear(); 02733 } // hierarchical multi frame bounding boxes. 02734 02735 // restore old value. 02736 _bZWriteTrans = bZWriteTrans; 02737 02738 _uiActiveMatrix = 0; 02739 02740 // draw occlusion bounding boxes. 02741 // we check the occlusion results in the next frame! 02742 // ------- 02743 glDepthMask(GL_FALSE); 02744 glColorMask(GL_FALSE,GL_FALSE,GL_FALSE,GL_FALSE); 02745 02746 resetOcclusionQueryIndex(); 02747 _occlusionQueries.clear(); 02748 02749 // now draw the bounding boxes of all opaque objects. 02750 matRootsIt = _pMatRoots.begin(); 02751 while(matRootsIt != _pMatRoots.end()) 02752 drawMultiFrameOcclusionBB((*matRootsIt++).second->getFirstChild()); 02753 02754 // now draw the bounding boxes of all transparent objects. 02755 transMatRootsIt = _pTransMatRoots.begin(); 02756 while(transMatRootsIt != _pTransMatRoots.end()) 02757 { 02758 TransSortMap &ts = (*transMatRootsIt++).second; 02759 for(TransSortMap::iterator tsit = ts.begin();tsit != ts.end();++tsit) 02760 drawMultiFrameOcclusionBB((*tsit).second); 02761 } 02762 02763 if(_occlusionCullingMode == OcclusionHierarchicalMultiFrame) 02764 { 02765 // render hierarchical multi frame bounding boxes. 02766 Matrix view; 02767 if(_camera != NULL) 02768 { 02769 _camera->getViewing(view, 02770 _viewport->getPixelWidth (), 02771 _viewport->getPixelHeight()); 02772 } 02773 02774 for(std::set<UInt32>::iterator it=_hier_occlusions.begin(); 02775 it!=_hier_occlusions.end();++it) 02776 { 02777 NodePtr node = NodePtr::dcast(FieldContainerFactory::the()->getContainer(*it)); 02778 if(node != NullFC) 02779 drawHierarchicalMultiFrameOcclusionBB(view, node); 02780 } 02781 } 02782 02783 glDepthMask(GL_TRUE); 02784 glColorMask(GL_TRUE,GL_TRUE,GL_TRUE,GL_TRUE); 02785 02786 glFlush(); 02787 } 02788 02789 glDepthMask(GL_TRUE); 02790 02791 if(_useGLFinish) 02792 glFinish(); 02793 02794 StatTimeElem* elemDraw = getStatistics()->getElem(statDrawTime); 02795 elemDraw->stop(); 02796 02797 _viewport->setDrawTime((Real32)elemDraw->getTime()); 02798 if(!_ownStat) 02799 { 02800 getStatistics()->getElem(statNMaterials )->set( 02801 _uiNumMaterialChanges); 02802 getStatistics()->getElem(statNMatrices )->set( 02803 _uiNumMatrixChanges); 02804 getStatistics()->getElem(statNLights )->set( 02805 _uiNumLightChanges); 02806 getStatistics()->getElem(statNGeometries )->set( 02807 _uiNumGeometries); 02808 getStatistics()->getElem(statNTransGeometries)->set( 02809 _uiNumTransGeometries); 02810 getStatistics()->getElem(statNOcclusionTests )->set( 02811 _uiNumOcclusionTests); 02812 getStatistics()->getElem(statNOcclusionCulled )->set( 02813 _uiNumOcclusionCulled); 02814 02815 if(_bOcclusionCulling) 02816 { 02817 if(_occlusionCullingMode == OcclusionStopAndWait) 02818 { 02819 getStatistics()->getElem(statNOcclusionMode)->set( 02820 "Stop And Wait"); 02821 } 02822 else if(_occlusionCullingMode == OcclusionMultiFrame) 02823 { 02824 getStatistics()->getElem(statNOcclusionMode)->set( 02825 "Multi Frame"); 02826 } 02827 else if(_occlusionCullingMode == OcclusionHierarchicalMultiFrame) 02828 { 02829 getStatistics()->getElem(statNOcclusionMode)->set( 02830 "Hier. Multi Frame"); 02831 } 02832 } 02833 else 02834 { 02835 getStatistics()->getElem(statNOcclusionMode)->set( 02836 "Off"); 02837 } 02838 } 02839 02840 02841 // FINFO (("Material %d Matrix %d Light %d Geometry %d Transparent %d\r", 02842 // _uiNumMaterialChanges, 02843 // _uiNumMatrixChanges, 02844 // _uiNumLightChanges, 02845 // _uiNumGeometries, 02846 // _uiNumTransGeometries)); 02847 02848 Inherited::stop(res); 02849 return res; 02850 }
| void RenderAction::push_matrix | ( | const Matrix & | matrix | ) |
Definition at line 2852 of file OSGRenderAction.cpp.
References _currMatrix, _uiMatrixId, _vMatrixStack, osg::RenderAction::MatrixStore::first, osg::TransformationMatrix< ValueTypeT >::mult(), osg::RenderAction::MatrixStore::second, and updateTopMatrix().
Referenced by osg::Transform::renderEnter(), osg::ScreenGroup::renderEnter(), osg::InverseTransform::renderEnter(), and osg::Billboard::renderEnter().
02853 { 02854 _vMatrixStack.push_back(_currMatrix); 02855 02856 #ifdef PRINT_MAT 02857 fprintf(stderr, "pushed %d\n", _currMatrix.first); 02858 02859 for(int i = 0; i < 4; i++) 02860 { 02861 fprintf(stderr, "% 5.2f % 5.2f % 5.2f % 5.2f\n", 02862 _currMatrix.second[i][0], 02863 _currMatrix.second[i][1], 02864 _currMatrix.second[i][2], 02865 _currMatrix.second[i][3]); 02866 } 02867 #endif 02868 02869 _currMatrix.first = ++_uiMatrixId; 02870 _currMatrix.second.mult(matrix); 02871 updateTopMatrix(); 02872 02873 #ifdef PRINT_MAT 02874 fprintf(stderr, "current %d\n", _currMatrix.first); 02875 02876 for(int i = 0; i < 4; i++) 02877 { 02878 fprintf(stderr, "% 5.2f % 5.2f % 5.2f % 5.2f\n", 02879 _currMatrix.second[i][0], 02880 _currMatrix.second[i][1], 02881 _currMatrix.second[i][2], 02882 _currMatrix.second[i][3]); 02883 } 02884 #endif 02885 }
| void RenderAction::pop_matrix | ( | void | ) |
Definition at line 2887 of file OSGRenderAction.cpp.
References _currMatrix, _vMatrixStack, osg::RenderAction::MatrixStore::first, and osg::RenderAction::MatrixStore::second.
Referenced by osg::Transform::renderLeave(), osg::ScreenGroup::renderLeave(), osg::InverseTransform::renderLeave(), and osg::Billboard::renderLeave().
02888 { 02889 #ifdef PRINT_MAT 02890 fprintf(stderr, "pop %d\n", _currMatrix.first); 02891 02892 for(int i = 0; i < 4; i++) 02893 { 02894 fprintf(stderr, "% 5.2f % 5.2f % 5.2f % 5.2f\n", 02895 _currMatrix.second[i][0], 02896 _currMatrix.second[i][1], 02897 _currMatrix.second[i][2], 02898 _currMatrix.second[i][3]); 02899 } 02900 #endif 02901 02902 _currMatrix = _vMatrixStack.back(); 02903 02904 _vMatrixStack.pop_back(); 02905 02906 #ifdef PRINT_MAT 02907 fprintf(stderr, "current %d\n", _currMatrix.first); 02908 02909 for(int i = 0; i < 4; i++) 02910 { 02911 fprintf(stderr, "% 5.2f % 5.2f % 5.2f % 5.2f\n", 02912 _currMatrix.second[i][0], 02913 _currMatrix.second[i][1], 02914 _currMatrix.second[i][2], 02915 _currMatrix.second[i][3]); 02916 } 02917 #endif 02918 }
| const Matrix & osg::RenderAction::top_matrix | ( | void | ) | [inline] |
Definition at line 113 of file OSGRenderAction.inl.
References _currMatrix, and osg::RenderAction::MatrixStore::acc.
Referenced by osg::ClipPlaneChunk::activate(), osg::Particles::calcIndex(), osg::ClipPlaneChunk::changeFrom(), drawViewerQuads< posTrait, colTrait, texTrait, sizeTrait >::draw(), drawViewDirQuads< posTrait, colTrait, texTrait, sizeTrait >::draw(), osg::DistanceLOD::draw(), drawViewerQuads< posTrait, colTrait, texTrait, sizeTrait >::drawIndexed(), drawViewDirQuads< posTrait, colTrait, texTrait, sizeTrait >::drawIndexed(), osg::Slices::drawPrimitives(), osg::Particles::drawPrimitives(), isSmallFeature(), isVisible(), pushVisibility(), osg::ScreenGroup::renderEnter(), osg::InverseTransform::renderEnter(), osg::Billboard::renderEnter(), osg::SHLChunk::updateInvWorldMatrix(), osg::SHLChunk::updateTransInvWorldMatrix(), and osg::SHLChunk::updateWorldMatrix().
00114 { 00115 // not necessary anymore, is updated as soon as _currMatrix changes 00116 // _accMatrix = _camInverse; 00117 // _accMatrix.mult(_currMatrix.second); 00118 00119 return _currMatrix.acc; 00120 }
| void RenderAction::dropGeometry | ( | Geometry * | pGeo | ) |
Definition at line 554 of file OSGRenderAction.cpp.
References _bSortTrans, _clipPlanesState, _currMatrix, _lightsState, _mMatMap, _pMatRoots, _pNodeFactory, _pNoStateSortRoot, _pNoStateSortTransRoot, _pTransMatRoots, _stateSorting, _uiNumTransGeometries, osg::DrawTreeNode::addChild(), osg::DrawTreeNodeFactory::create(), osg::Action::getActNode(), osg::AttachmentContainerPtr::getCPtr(), osg::MaterialDrawableBase::getMaterial(), osg::DrawActionBase::getMaterial(), getMaterialStates(), osg::Material::getRealSortKey(), osg::DrawTreeNode::getScalar(), osg::Material::isMultiPass(), osg::Material::isTransparent(), osg::TransformationMatrix< ValueTypeT >::mult(), osg::Material::NoStateSorting, osg::NullFC, osg::Material::rebuildState(), osg::RenderAction::MatrixStore::second, osg::DrawTreeNode::setClipPlanesState(), osg::DrawTreeNode::setGeometry(), osg::DrawTreeNode::setLastMultiPass(), osg::DrawTreeNode::setLightsState(), osg::DrawTreeNode::setMatrixStore(), osg::DrawTreeNode::setMultiPass(), osg::DrawTreeNode::setNode(), osg::DrawTreeNode::setNoStateSorting(), osg::DrawTreeNode::setScalar(), and osg::DrawTreeNode::setState().
00555 { 00556 Material *pMat; 00557 State *pState; 00558 00559 if(pGeo == NULL) 00560 { 00561 return; 00562 } 00563 00564 if(getMaterial() != NULL) 00565 { 00566 pMat = getMaterial(); 00567 } 00568 else if(pGeo->getMaterial() != NullFC) 00569 { 00570 pMat = pGeo->getMaterial().getCPtr(); 00571 } 00572 else 00573 { 00574 return; 00575 } 00576 00577 std::vector<State *> states; 00578 getMaterialStates(pMat, states); 00579 00580 UInt32 mpMatPasses = states.size(); 00581 bool isMultiPass = (mpMatPasses > 1) || pMat->isMultiPass(); 00582 00583 Int32 sortKey = pMat->getRealSortKey(); 00584 00585 if(!_stateSorting || 00586 (sortKey == Material::NoStateSorting && 00587 (!_bSortTrans || !pMat->isTransparent()))) 00588 { 00589 for(UInt32 mpi=0;mpi<mpMatPasses;++mpi) 00590 { 00591 pState = states[mpi]; 00592 00593 DrawTreeNode *pNewElem = _pNodeFactory->create(); 00594 00595 pNewElem->setNode (getActNode()); 00596 pNewElem->setGeometry (pGeo); 00597 pNewElem->setMatrixStore(_currMatrix); 00598 pNewElem->setLightsState(_lightsState); 00599 pNewElem->setClipPlanesState(_clipPlanesState); 00600 pNewElem->setState(pState); 00601 if(sortKey == Material::NoStateSorting) 00602 pNewElem->setNoStateSorting(); 00603 00604 if(isMultiPass) 00605 { 00606 if(mpi == mpMatPasses-1) 00607 pNewElem->setLastMultiPass(); 00608 else 00609 pNewElem->setMultiPass(); 00610 } 00611 00612 if(!pMat->isTransparent()) 00613 { 00614 if(_pNoStateSortRoot == NULL) 00615 _pNoStateSortRoot = pNewElem; 00616 else 00617 _pNoStateSortRoot->addChild(pNewElem); 00618 } 00619 else 00620 { 00621 if(_pNoStateSortTransRoot == NULL) 00622 _pNoStateSortTransRoot = pNewElem; 00623 else 00624 _pNoStateSortTransRoot->addChild(pNewElem); 00625 } 00626 } 00627 return; 00628 } 00629 00630 MaterialMap::iterator it = _mMatMap.find(pMat); 00631 00632 #if 0 00633 pMat->rebuildState(); 00634 #endif 00635 00636 if(sortKey == Material::NoStateSorting) 00637 sortKey = 0; 00638 00639 DrawTreeNode *pLastMultiPass = NULL; 00640 00641 for(UInt32 mpi=0;mpi<mpMatPasses;++mpi) 00642 { 00643 pState = states[mpi]; 00644 00645 if(_bSortTrans && pMat->isTransparent()) 00646 { 00647 DrawTreeNode *pNewElem = _pNodeFactory->create(); 00648 Pnt3f objPos; 00649 getActNode()->getVolume().getCenter(objPos); 00650 00651 _currMatrix.second.mult(objPos); 00652 00653 pNewElem->setNode (getActNode()); 00654 00655 pNewElem->setGeometry (pGeo); 00656 pNewElem->setMatrixStore(_currMatrix); 00657 00658 pNewElem->setState (pState); 00659 pNewElem->setScalar (objPos[2]); 00660 pNewElem->setLightsState(_lightsState); 00661 pNewElem->setClipPlanesState(_clipPlanesState); 00662 00663 if(isMultiPass) 00664 { 00665 if(mpi == mpMatPasses-1) 00666 pNewElem->setLastMultiPass(); 00667 else 00668 pNewElem->setMultiPass(); 00669 } 00670 00671 if(_pTransMatRoots.find(sortKey) == _pTransMatRoots.end()) 00672 { 00673 TransSortMap ts; 00674 _pTransMatRoots.insert(std::make_pair(sortKey, ts)); 00675 } 00676 00677 TransSortMap &ts = _pTransMatRoots[sortKey]; 00678 TransSortMap::iterator it = ts.find(pNewElem->getScalar()); 00679 if(it == ts.end()) 00680 ts.insert(std::make_pair(pNewElem->getScalar(), pNewElem)); 00681 else 00682 (*it).second->addChild(pNewElem); 00683 00684 _uiNumTransGeometries++; 00685 } 00686 else 00687 { 00688 DrawTreeNode *pNewElem = _pNodeFactory->create(); 00689 00690 if(it == _mMatMap.end()) 00691 { 00692 DrawTreeNode *pNewMatElem = _pNodeFactory->create(); 00693 00694 //_mMatMap[pMat].push_back(pNewMatElem); 00695 _mMatMap[pMat] = pNewMatElem; 00696 00697 pNewElem->setNode (getActNode()); 00698 pNewElem->setGeometry (pGeo); 00699 pNewElem->setMatrixStore(_currMatrix); 00700 pNewElem->setLightsState(_lightsState); 00701 pNewElem->setClipPlanesState(_clipPlanesState); 00702 00703 if(isMultiPass) 00704 { 00705 // for multipass we have a different state in all draw node 00706 // children. 00707 pNewElem->setState(pState); 00708 00709 if(mpi == mpMatPasses-1) 00710 pNewElem->setLastMultiPass(); 00711 else 00712 pNewElem->setMultiPass(); 00713 } 00714 else 00715 { 00716 // for non multipass materials there is only one state 00717 // for all draw node children. 00718 pNewMatElem->setState(pState); 00719 } 00720 00721 pNewMatElem->addChild(pNewElem); 00722 pNewMatElem->setNode(getActNode()); 00723 pNewMatElem->setLightsState(_lightsState); 00724 pNewMatElem->setClipPlanesState(_clipPlanesState); 00725 00726 if(_pMatRoots.find(sortKey) == _pMatRoots.end()) 00727 _pMatRoots.insert(std::make_pair(sortKey, _pNodeFactory->create())); 00728 00729 _pMatRoots[sortKey]->addChild(pNewMatElem); 00730 } 00731 else 00732 { 00733 pNewElem->setNode (getActNode()); 00734 pNewElem->setGeometry (pGeo); 00735 pNewElem->setMatrixStore(_currMatrix); 00736 pNewElem->setLightsState(_lightsState); 00737 pNewElem->setClipPlanesState(_clipPlanesState); 00738 00739 if(isMultiPass) 00740 { 00741 pNewElem->setState(pState); 00742 00743 if(mpi == mpMatPasses-1) 00744 pNewElem->setLastMultiPass(); 00745 else 00746 pNewElem->setMultiPass(); 00747 } 00748 00749 it->second->addChild(pNewElem); 00750 } 00751 } 00752 } // multipass 00753 }
| void RenderAction::dropFunctor | ( | Material::DrawFunctor & | func, | |
| Material * | mat | |||
| ) |
Definition at line 755 of file OSGRenderAction.cpp.
References _bOcclusionCulling, _bSortTrans, _clipPlanesState, _currMatrix, _lightsState, _mMatMap, _occlusionCullingMode, _ocRoot, _pMatRoots, _pNodeFactory, _pNoStateSortRoot, _pNoStateSortTransRoot, _pTransMatRoots, _stateSorting, _uiNumTransGeometries, osg::DrawTreeNode::addChild(), osg::DrawTreeNodeFactory::create(), osg::Action::getActNode(), osg::DrawTreeNode::getBrother(), osg::DrawActionBase::getMaterial(), getMaterialStates(), osg::Volume::getMax(), osg::Material::getRealSortKey(), osg::DrawTreeNode::getScalar(), osg::Material::isMultiPass(), osg::Material::isTransparent(), osg::TransformationMatrix< ValueTypeT >::mult(), osg::Material::NoStateSorting, OcclusionStopAndWait, osg::Material::rebuildState(), osg::RenderAction::MatrixStore::second, osg::DrawTreeNode::setClipPlanesState(), osg::DrawTreeNode::setFunctor(), osg::DrawTreeNode::setLastMultiPass(), osg::DrawTreeNode::setLightsState(), osg::DrawTreeNode::setMatrixStore(), osg::DrawTreeNode::setMultiPass(), osg::DrawTreeNode::setNode(), osg::DrawTreeNode::setNoStateSorting(), osg::DrawTreeNode::setScalar(), osg::DrawTreeNode::setState(), and osg::DynamicVolume::transform().
Referenced by VolumeDrawWrapper::drop(), osg::DVRVolume::render(), and osg::MaterialDrawable::renderActionHandler().
00756 { 00757 Material *pMat; 00758 State *pState; 00759 00760 if(getMaterial() != NULL) 00761 { 00762 pMat = getMaterial(); 00763 } 00764 else if(mat != NULL) 00765 { 00766 pMat = mat; 00767 } 00768 else 00769 { 00770 return; 00771 } 00772 00773 std::vector<State *> states; 00774 getMaterialStates(pMat, states); 00775 00776 UInt32 mpMatPasses = states.size(); 00777 bool isMultiPass = (mpMatPasses > 1) || pMat->isMultiPass(); 00778 00779 Int32 sortKey = pMat->getRealSortKey(); 00780 00781 if(_bOcclusionCulling && (_occlusionCullingMode & OcclusionStopAndWait) && _stateSorting) 00782 { 00783 DrawTreeNode *pLastMultiPass = NULL; 00784 for(UInt32 mpi=0;mpi<mpMatPasses;++mpi) 00785 { 00786 pState = states[mpi]; 00787 00788 DrawTreeNode *pNewElem = _pNodeFactory->create(); 00789 00790 pNewElem->setNode (getActNode()); 00791 pNewElem->setFunctor (func); 00792 pNewElem->setMatrixStore(_currMatrix); 00793 pNewElem->setLightsState(_lightsState); 00794 pNewElem->setClipPlanesState(_clipPlanesState); 00795 pNewElem->setState (pState); 00796 if(sortKey == Material::NoStateSorting) 00797 pNewElem->setNoStateSorting(); 00798 00799 if(isMultiPass) 00800 { 00801 if(mpi == mpMatPasses-1) 00802 pNewElem->setLastMultiPass(); 00803 else 00804 pNewElem->setMultiPass(); 00805 } 00806 00807 if(!pMat->isTransparent()) 00808 { 00809 if(sortKey == 0) 00810 { 00811 Pnt3f objPos; 00812 //const Volume &vol = getActNode()->getVolume(); 00813 //vol.getCenter(objPos); 00814 //_currMatrix.second.mult(objPos); 00815 00816 // we don't want the center we use the front most 00817 // z value for the sorting. 00818 DynamicVolume vol = getActNode()->getVolume(); 00819 vol.transform(_currMatrix.second); 00820 objPos = vol.getMax(); 00821 00822 pNewElem->setScalar(objPos[2]); 00823 00824 OCMap::iterator it = _ocRoot.find(pNewElem->getScalar()); 00825 if(it == _ocRoot.end()) 00826 _ocRoot.insert(std::make_pair(pNewElem->getScalar(), pNewElem)); 00827 else 00828 (*it).second->addChild(pNewElem); 00829 } 00830 else 00831 { 00832 if(_pMatRoots.find(sortKey) == _pMatRoots.end()) 00833 _pMatRoots.insert(std::make_pair(sortKey, _pNodeFactory->create())); 00834 00835 _pMatRoots[sortKey]->addChild(pNewElem); 00836 } 00837 } 00838 else 00839 { 00840 if(_bSortTrans) 00841 { 00842 Pnt3f objPos; 00843 getActNode()->getVolume().getCenter(objPos); 00844 _currMatrix.second.mult(objPos); 00845 pNewElem->setScalar(objPos[2]); 00846 00847 if(isMultiPass) 00848 { 00849 if(mpi == mpMatPasses-1) 00850 pNewElem->setLastMultiPass(); 00851 else 00852 pNewElem->setMultiPass(); 00853 } 00854 00855 if(_pTransMatRoots.find(sortKey) == _pTransMatRoots.end()) 00856 { 00857 TransSortMap ts; 00858 _pTransMatRoots.insert(std::make_pair(sortKey, ts)); 00859 } 00860 00861 TransSortMap &ts = _pTransMatRoots[sortKey]; 00862 TransSortMap::iterator it = ts.find(pNewElem->getScalar()); 00863 if(it == ts.end()) 00864 ts.insert(std::make_pair(pNewElem->getScalar(), pNewElem)); 00865 else 00866 (*it).second->addChild(pNewElem); 00867 00868 _uiNumTransGeometries++; 00869 } 00870 else 00871 { 00872 if(_pNoStateSortTransRoot == NULL) 00873 _pNoStateSortTransRoot = pNewElem; 00874 else 00875 _pNoStateSortTransRoot->addChild(pNewElem); 00876 } 00877 } 00878 } 00879 return; 00880 } 00881 00882 if(!_stateSorting || 00883 (sortKey == Material::NoStateSorting && 00884 (!_bSortTrans || !pMat->isTransparent()))) 00885 { 00886 for(UInt32 mpi=0;mpi<mpMatPasses;++mpi) 00887 { 00888 pState = states[mpi]; 00889 00890 DrawTreeNode *pNewElem = _pNodeFactory->create(); 00891 00892 pNewElem->setNode (getActNode()); 00893 pNewElem->setFunctor (func); 00894 pNewElem->setMatrixStore(_currMatrix); 00895 pNewElem->setLightsState(_lightsState); 00896 pNewElem->setClipPlanesState(_clipPlanesState); 00897 pNewElem->setState(pState); 00898 if(sortKey == Material::NoStateSorting) 00899 pNewElem->setNoStateSorting(); 00900 00901 if(isMultiPass) 00902 { 00903 if(mpi == mpMatPasses-1) 00904 pNewElem->setLastMultiPass(); 00905 else 00906 pNewElem->setMultiPass(); 00907 } 00908 00909 if(!pMat->isTransparent()) 00910 { 00911 if(_pNoStateSortRoot == NULL) 00912 _pNoStateSortRoot = pNewElem; 00913 else 00914 _pNoStateSortRoot->addChild(pNewElem); 00915 } 00916 else 00917 { 00918 if(_pNoStateSortTransRoot == NULL) 00919 _pNoStateSortTransRoot = pNewElem; 00920 else 00921 _pNoStateSortTransRoot->addChild(pNewElem); 00922 } 00923 } 00924 00925 return; 00926 } 00927 00928 MaterialMap::iterator it = _mMatMap.find(pMat); 00929 00930 #if 0 00931 pMat->rebuildState(); 00932 #endif 00933 00934 if(sortKey == Material::NoStateSorting) 00935 sortKey = 0; 00936 00937 DrawTreeNode *pLastMultiPass = NULL; 00938 00939 if(_bSortTrans && pMat->isTransparent()) 00940 { 00941 for(UInt32 mpi=0;mpi<mpMatPasses;++mpi) 00942 { 00943 pState = states[mpi]; 00944 00945 DrawTreeNode *pNewElem = _pNodeFactory->create(); 00946 Pnt3f objPos; 00947 getActNode()->getVolume().getCenter(objPos); 00948 00949 _currMatrix.second.mult(objPos); 00950 00951 pNewElem->setNode (getActNode()); 00952 00953 pNewElem->setFunctor (func); 00954 pNewElem->setMatrixStore(_currMatrix); 00955 00956 pNewElem->setState (pState); 00957 pNewElem->setScalar (objPos[2]); 00958 pNewElem->setLightsState(_lightsState); 00959 pNewElem->setClipPlanesState(_clipPlanesState); 00960 00961 if(isMultiPass) 00962 { 00963 if(mpi == mpMatPasses-1) 00964 pNewElem->setLastMultiPass(); 00965 else 00966 pNewElem->setMultiPass(); 00967 } 00968 00969 if(_pTransMatRoots.find(sortKey) == _pTransMatRoots.end()) 00970 { 00971 TransSortMap ts; 00972 _pTransMatRoots.insert(std::make_pair(sortKey, ts)); 00973 } 00974 00975 TransSortMap &ts = _pTransMatRoots[sortKey]; 00976 TransSortMap::iterator it = ts.find(pNewElem->getScalar()); 00977 if(it == ts.end()) 00978 ts.insert(std::make_pair(pNewElem->getScalar(), pNewElem)); 00979 else 00980 (*it).second->addChild(pNewElem); 00981 00982 _uiNumTransGeometries++; 00983 } 00984 } 00985 else 00986 { 00987 if(it == _mMatMap.end()) 00988 { 00989 DrawTreeNode *pNewMatElem = _pNodeFactory->create(); 00990 _mMatMap[pMat] = pNewMatElem; 00991 00992 if(!isMultiPass) 00993 { 00994 pState = states[0]; 00995 // for non multipass materials there is only one state 00996 // for all draw node children. 00997 pNewMatElem->setState(pState); 00998 pNewMatElem->setNode(getActNode()); 00999 pNewMatElem->setLightsState(_lightsState); 01000 pNewMatElem->setClipPlanesState(_clipPlanesState); 01001 01002 DrawTreeNode *pNewElem = _pNodeFactory->create(); 01003 pNewElem->setNode (getActNode()); 01004 pNewElem->setFunctor (func); 01005 pNewElem->setMatrixStore(_currMatrix); 01006 pNewElem->setLightsState(_lightsState); 01007 pNewElem->setClipPlanesState(_clipPlanesState); 01008 01009 pNewMatElem->addChild(pNewElem); 01010 01011 if(_pMatRoots.find(sortKey) == _pMatRoots.end()) 01012 _pMatRoots.insert(std::make_pair(sortKey, _pNodeFactory->create())); 01013 01014 _pMatRoots[sortKey]->addChild(pNewMatElem); 01015 } 01016 else 01017 { 01018 pNewMatElem->setNode(getActNode()); 01019 pNewMatElem->setLightsState(_lightsState); 01020 pNewMatElem->setClipPlanesState(_clipPlanesState); 01021 01022 for(UInt32 mpi=0;mpi<mpMatPasses;++mpi) 01023 { 01024 pState = states[mpi]; 01025 01026 DrawTreeNode *pNewPassElem = _pNodeFactory->create(); 01027 pNewPassElem->setState(pState); 01028 pNewPassElem->setNode(getActNode()); 01029 pNewPassElem->setLightsState(_lightsState); 01030 pNewPassElem->setClipPlanesState(_clipPlanesState); 01031 pNewMatElem->addChild(pNewPassElem); 01032 01033 DrawTreeNode *pNewElem = _pNodeFactory->create(); 01034 pNewElem->setNode (getActNode()); 01035 pNewElem->setFunctor (func); 01036 pNewElem->setMatrixStore(_currMatrix); 01037 pNewElem->setLightsState(_lightsState); 01038 pNewElem->setClipPlanesState(_clipPlanesState); 01039 01040 if(isMultiPass) 01041 { 01042 if(mpi == mpMatPasses-1) 01043 pNewElem->setLastMultiPass(); 01044 else 01045 pNewElem->setMultiPass(); 01046 } 01047 01048 pNewPassElem->addChild(pNewElem); 01049 } 01050 01051 if(_pMatRoots.find(sortKey) == _pMatRoots.end()) 01052 _pMatRoots.insert(std::make_pair(sortKey, _pNodeFactory->create())); 01053 01054 _pMatRoots[sortKey]->addChild(pNewMatElem); 01055 } 01056 } 01057 else 01058 { 01059 if(!isMultiPass) 01060 { 01061 DrawTreeNode *pNewElem = _pNodeFactory->create(); 01062 pNewElem->setNode (getActNode()); 01063 pNewElem->setFunctor (func); 01064 pNewElem->setMatrixStore(_currMatrix); 01065 pNewElem->setLightsState(_lightsState); 01066 pNewElem->setClipPlanesState(_clipPlanesState); 01067 it->second->addChild(pNewElem); 01068 } 01069 else 01070 { 01071 // for two passes it looks like this. 01072 // root 01073 // / \ 01074 // state1 state2 01075 // / \ \ / \ \ 01076 // n1 n2 nx n1 n2 nx 01077 01078 DrawTreeNode *pNewPassElem = it->second->getFirstChild(); 01079 for(UInt32 mpi=0;mpi<mpMatPasses;++mpi) 01080 { 01081 DrawTreeNode *pNewElem = _pNodeFactory->create(); 01082 pNewElem->setNode (getActNode()); 01083 pNewElem->setFunctor (func); 01084 pNewElem->setMatrixStore(_currMatrix); 01085 pNewElem->setLightsState(_lightsState); 01086 pNewElem->setClipPlanesState(_clipPlanesState); 01087 01088 if(isMultiPass) 01089 { 01090 if(mpi == mpMatPasses-1) 01091 pNewElem->setLastMultiPass(); 01092 else 01093 pNewElem->setMultiPass(); 01094 } 01095 01096 pNewPassElem->addChild(pNewElem); 01097 pNewPassElem = pNewPassElem->getBrother(); 01098 } 01099 } 01100 } 01101 } 01102 }
| void RenderAction::dropLight | ( | Light * | pLight | ) |
Definition at line 1104 of file OSGRenderAction.cpp.
References _bLocalLights, _camInverse, _currMatrix, _lightsMap, _lightsPath, _lightsState, _lightsTable, _vLights, osg::LightBase::getBeacon(), osg::Light::getChunk(), osg::AttachmentPtr::getCPtr(), osg::TransformationMatrix< ValueTypeT >::invert(), osg::Light::makeChunk(), osg::TransformationMatrix< ValueTypeT >::mult(), osg::NullFC, osg::RenderAction::MatrixStore::second, SINFO, and SWARNING.
Referenced by osg::Light::renderEnter().
01105 { 01106 if(pLight == NULL) 01107 return; 01108 01109 LightStore oStore; 01110 01111 pLight->makeChunk(); 01112 01113 oStore.first = pLight->getChunk().getCPtr(); 01114 // oStore.second = _currMatrix.second; 01115 01116 Matrix fromworld,tobeacon; 01117 01118 // getActNode()->getToWorld(fromworld); 01119 01120 // fromworld = top_matrix(); 01121 01122 NodePtr beacon = pLight->getBeacon(); 01123 01124 if(beacon == NullFC) 01125 { 01126 SINFO << "draw: no beacon set!" << std::endl; 01127 01128 oStore.second = _currMatrix.second; 01129 } 01130 else 01131 { 01132 fromworld = _camInverse; 01133 fromworld.invert(); 01134 01135 beacon->getToWorld(tobeacon); 01136 01137 // tobeacon.mult(fromworld); 01138 01139 fromworld.mult(tobeacon); 01140 01141 oStore.second = fromworld; 01142 } 01143 01144 if(!_bLocalLights && _vLights.size() >= 8) 01145 { 01146 SWARNING << "RenderAction::dropLight: maximum light source limit is " << 8 01147 << " skipping light sources!" << std::endl; 01148 } 01149 01150 _vLights.push_back(oStore); 01151 _lightsMap.push_back(pLight); 01152 01153 if(_bLocalLights) 01154 { 01155 // light id's are in the range from 1 - N 01156 UInt32 lightState = _vLights.size(); 01157 _lightsPath.push_back(lightState); 01158 // add current lights path to the lights table. 01159 _lightsTable.push_back(_lightsPath); 01160 _lightsState = lightState; 01161 } 01162 }
| void RenderAction::undropLight | ( | Light * | pLight | ) |
Definition at line 1164 of file OSGRenderAction.cpp.
References _bLocalLights, _lightEnvsLightsState, _lightsPath, and _lightsState.
Referenced by osg::Light::renderLeave().
01165 { 01166 if(pLight == NULL) 01167 return; 01168 01169 if(!_bLocalLights) 01170 return; 01171 01172 if(_lightEnvsLightsState.empty()) 01173 { 01174 _lightsPath.pop_back(); 01175 if(!_lightsPath.empty()) 01176 _lightsState = _lightsPath.back(); 01177 else 01178 _lightsState = 0; 01179 } 01180 }
| void RenderAction::dropLightEnv | ( | LightEnv * | pLightEnv | ) |
Definition at line 1182 of file OSGRenderAction.cpp.
References _bLocalLights, _lightEnvsLightsState, and _lightsState.
Referenced by osg::LightEnv::renderEnter().
01183 { 01184 if(pLightEnv == NULL) 01185 return; 01186 01187 if(!_bLocalLights) 01188 return; 01189 01190 _lightEnvsLightsState.push_back(_lightsState); 01191 }
| void RenderAction::undropLightEnv | ( | LightEnv * | pLightEnv | ) |
Definition at line 1193 of file OSGRenderAction.cpp.
References _bLocalLights, _lightEnvsLightsState, _lightsPath, _lightsState, and _lightsTable.
Referenced by osg::LightEnv::renderLeave().
01194 { 01195 if(pLightEnv == NULL) 01196 return; 01197 01198 if(!_bLocalLights) 01199 return; 01200 01201 _lightsState = _lightEnvsLightsState.back(); 01202 if(_lightsState > 0) 01203 _lightsPath = _lightsTable[_lightsState - 1]; 01204 else 01205 _lightsPath.clear(); 01206 _lightEnvsLightsState.pop_back(); 01207 }
| void RenderAction::dropClipPlane | ( | ClipPlane * | pClipPlane | ) |
Definition at line 1233 of file OSGRenderAction.cpp.
References _camInverse, _clipPlanesMap, _clipPlanesPath, _clipPlanesState, _clipPlanesTable, _currMatrix, _vClipPlanes, osg::ClipPlaneBase::getBeacon(), osg::ClipPlane::getChunk(), osg::AttachmentPtr::getCPtr(), osg::TransformationMatrix< ValueTypeT >::invert(), osg::ClipPlane::makeChunk(), osg::TransformationMatrix< ValueTypeT >::mult(), osg::NullFC, osg::RenderAction::MatrixStore::second, and SINFO.
Referenced by osg::ClipPlane::renderEnter().
01234 { 01235 if(pClipPlane == NULL) 01236 return; 01237 01238 ClipPlaneStore oStore; 01239 01240 pClipPlane->makeChunk(); 01241 01242 oStore.first = pClipPlane->getChunk().getCPtr(); 01243 // oStore.second = _currMatrix.second; 01244 01245 Matrix fromworld,tobeacon; 01246 01247 // getActNode()->getToWorld(fromworld); 01248 01249 // fromworld = top_matrix(); 01250 01251 NodePtr beacon = pClipPlane->getBeacon(); 01252 01253 if(beacon == NullFC) 01254 { 01255 SINFO << "draw: no beacon set!" << std::endl; 01256 01257 oStore.second = _currMatrix.second; 01258 } 01259 else 01260 { 01261 fromworld = _camInverse; 01262 fromworld.invert(); 01263 01264 beacon->getToWorld(tobeacon); 01265 01266 // tobeacon.mult(fromworld); 01267 01268 fromworld.mult(tobeacon); 01269 01270 oStore.second = fromworld; 01271 } 01272 01273 _vClipPlanes.push_back(oStore); 01274 _clipPlanesMap.push_back(pClipPlane); 01275 01276 // clip plane id's are in the range from 1 - N 01277 UInt32 clipPlaneState = _vClipPlanes.size(); 01278 _clipPlanesPath.push_back(clipPlaneState); 01279 // add current clip planes path to the lights table. 01280 _clipPlanesTable.push_back(_clipPlanesPath); 01281 _clipPlanesState = clipPlaneState; 01282 }
| void RenderAction::undropClipPlane | ( | ClipPlane * | pClipPlane | ) |
Definition at line 1284 of file OSGRenderAction.cpp.
References _clipPlanesPath, and _clipPlanesState.
Referenced by osg::ClipPlane::renderLeave().
01285 { 01286 if(pClipPlane == NULL) 01287 return; 01288 01289 _clipPlanesPath.pop_back(); 01290 if(!_clipPlanesPath.empty()) 01291 _clipPlanesState = _clipPlanesPath.back(); 01292 else 01293 _clipPlanesState = 0; 01294 }
| void osg::RenderAction::setStateSorting | ( | bool | s | ) | [inline] |
Definition at line 123 of file OSGRenderAction.inl.
References _stateSorting.
Referenced by osg::StateSortingGroup::renderEnter(), and osg::StateSortingGroup::renderLeave().
00124 { 00125 _stateSorting = s; 00126 }
| bool osg::RenderAction::getStateSorting | ( | void | ) | [inline] |
Definition at line 129 of file OSGRenderAction.inl.
References _stateSorting.
Referenced by osg::StateSortingGroup::renderEnter().
00130 { 00131 return _stateSorting; 00132 }
| std::vector< Light * > RenderAction::getActiveLights | ( | void | ) |
Definition at line 1209 of file OSGRenderAction.cpp.
References _activeLightsState, _bLocalLights, _lightsMap, and _lightsTable.
01210 { 01211 std::vector<Light *> lights; 01212 if(_bLocalLights) 01213 { 01214 if(_activeLightsState > 0) 01215 { 01216 const std::vector<UInt32> &light_ids = _lightsTable[_activeLightsState - 1]; 01217 01218 for(UInt32 i=0;i<light_ids.size();++i) 01219 { 01220 UInt32 light_id = light_ids[i]; 01221 if(light_id > 0 && light_id <= _lightsMap.size()) 01222 lights.push_back(_lightsMap[light_id - 1]); 01223 } 01224 } 01225 } 01226 else 01227 { 01228 return _lightsMap; 01229 } 01230 return lights; 01231 }
| UInt32 osg::RenderAction::getActiveLightsMask | ( | void | ) | [inline] |
Definition at line 135 of file OSGRenderAction.inl.
References _activeLightsMask.
Referenced by osg::SHLChunk::updateActiveLightsMask(), osg::SHLChunk::updateLight0Active(), osg::SHLChunk::updateLight1Active(), osg::SHLChunk::updateLight2Active(), osg::SHLChunk::updateLight3Active(), osg::SHLChunk::updateLight4Active(), osg::SHLChunk::updateLight5Active(), osg::SHLChunk::updateLight6Active(), and osg::SHLChunk::updateLight7Active().
00136 { 00137 return _activeLightsMask; 00138 }
| UInt32 osg::RenderAction::getActiveLightsCount | ( | void | ) | [inline] |
Definition at line 141 of file OSGRenderAction.inl.
References _activeLightsCount.
00142 { 00143 return _activeLightsCount; 00144 }
| const std::vector< UInt32 > & osg::RenderAction::getLightEnvsLightsState | ( | void | ) | [inline] |
Definition at line 147 of file OSGRenderAction.inl.
References _lightEnvsLightsState.
Referenced by osg::Light::renderEnter().
00148 { 00149 return _lightEnvsLightsState; 00150 }
| State * osg::RenderAction::getCurrentState | ( | void | ) | [inline] |
Definition at line 152 of file OSGRenderAction.inl.
References _pActiveState.
00153 { 00154 return _pActiveState; 00155 }
| void RenderAction::setSortTrans | ( | bool | bVal | ) |
Definition at line 2168 of file OSGRenderAction.cpp.
References _bSortTrans.
Referenced by osg::RenderOptions::activateOptions().
02169 { 02170 _bSortTrans = bVal; 02171 }
| bool RenderAction::getSortTrans | ( | void | ) | const |
Definition at line 2173 of file OSGRenderAction.cpp.
References _bSortTrans.
02174 { 02175 return _bSortTrans; 02176 }
| void RenderAction::setZWriteTrans | ( | bool | bVal | ) |
Definition at line 2178 of file OSGRenderAction.cpp.
References _bZWriteTrans.
Referenced by osg::RenderOptions::activateOptions(), and osg::FBOViewport::render().
02179 { 02180 _bZWriteTrans = bVal; 02181 }
| bool RenderAction::getZWriteTrans | ( | void | ) | const |
Definition at line 2183 of file OSGRenderAction.cpp.
References _bZWriteTrans.
Referenced by osg::FBOViewport::render().
02184 { 02185 return _bZWriteTrans; 02186 }
| void RenderAction::setLocalLights | ( | bool | bVal | ) |
Definition at line 2188 of file OSGRenderAction.cpp.
References _bLocalLights.
Referenced by osg::RenderOptions::activateOptions().
02189 { 02190 _bLocalLights = bVal; 02191 }
| bool RenderAction::getLocalLights | ( | void | ) | const |
Definition at line 2193 of file OSGRenderAction.cpp.
References _bLocalLights.
Referenced by osg::Light::renderEnter().
02194 { 02195 return _bLocalLights; 02196 }
| void RenderAction::setCorrectTwoSidedLighting | ( | bool | bVal | ) |
Definition at line 2198 of file OSGRenderAction.cpp.
References _bCorrectTwoSidedLighting.
Referenced by osg::RenderOptions::activateOptions().
02199 { 02200 _bCorrectTwoSidedLighting = bVal; 02201 }
| bool RenderAction::getCorrectTwoSidedLighting | ( | void | ) | const |
Definition at line 2203 of file OSGRenderAction.cpp.
References _bCorrectTwoSidedLighting.
02204 { 02205 return _bCorrectTwoSidedLighting; 02206 }
| void RenderAction::setOcclusionCulling | ( | bool | bVal | ) |
Definition at line 2208 of file OSGRenderAction.cpp.
References _bOcclusionCulling, and deleteOcclusionQueriesPool().
Referenced by osg::RenderOptions::activateOptions().
02209 { 02210 if(_bOcclusionCulling == bVal) 02211 return; 02212 02213 deleteOcclusionQueriesPool(); 02214 _bOcclusionCulling = bVal; 02215 }
| bool RenderAction::getOcclusionCulling | ( | void | ) | const |
Definition at line 2217 of file OSGRenderAction.cpp.
References _bOcclusionCulling.
02218 { 02219 return _bOcclusionCulling; 02220 }
| void RenderAction::setOcclusionCullingMode | ( | Int32 | mode | ) |
Definition at line 2222 of file OSGRenderAction.cpp.
References _occlusionCullingMode, and deleteOcclusionQueriesPool().
Referenced by osg::RenderOptions::activateOptions().
02223 { 02224 if(_occlusionCullingMode == mode) 02225 return; 02226 02227 deleteOcclusionQueriesPool(); 02228 _occlusionCullingMode = mode; 02229 }
| Int32 RenderAction::getOcclusionCullingMode | ( | void | ) | const |
Definition at line 2231 of file OSGRenderAction.cpp.
References _occlusionCullingMode.
02232 { 02233 return _occlusionCullingMode; 02234 }
| void RenderAction::setOcclusionCullingPixels | ( | UInt32 | pixels | ) |
Definition at line 2236 of file OSGRenderAction.cpp.
References _occlusionCullingPixels.
Referenced by osg::RenderOptions::activateOptions().
02237 { 02238 _occlusionCullingPixels = pixels; 02239 }
| UInt32 RenderAction::getOcclusionCullingPixels | ( | void | ) | const |
Definition at line 2241 of file OSGRenderAction.cpp.
References _occlusionCullingPixels.
02242 { 02243 return _occlusionCullingPixels; 02244 }
| void RenderAction::setOcclusionCullingThreshold | ( | UInt32 | threshold | ) |
Definition at line 2276 of file OSGRenderAction.cpp.
References _occlusionCullingThreshold.
02277 { 02278 _occlusionCullingThreshold = threshold; 02279 }
| UInt32 RenderAction::getOcclusionCullingThreshold | ( | void | ) | const |
Definition at line 2281 of file OSGRenderAction.cpp.
References _occlusionCullingThreshold.
02282 { 02283 return _occlusionCullingThreshold; 02284 }
| void RenderAction::setSmallFeatureCulling | ( | bool | bVal | ) |
Definition at line 2246 of file OSGRenderAction.cpp.
References _bSmallFeatureCulling.
Referenced by osg::RenderOptions::activateOptions().
02247 { 02248 _bSmallFeatureCulling = bVal; 02249 }
| bool RenderAction::getSmallFeatureCulling | ( | void | ) | const |
Definition at line 2251 of file OSGRenderAction.cpp.
References _bSmallFeatureCulling.
02252 { 02253 return _bSmallFeatureCulling; 02254 }
| void RenderAction::setSmallFeaturePixels | ( | Real32 | pixels | ) |
Definition at line 2256 of file OSGRenderAction.cpp.
References _smallFeaturesPixels.
Referenced by osg::RenderOptions::activateOptions().
02257 { 02258 _smallFeaturesPixels = pixels; 02259 }
| Real32 RenderAction::getSmallFeaturePixels | ( | void | ) | const |
Definition at line 2261 of file OSGRenderAction.cpp.
References _smallFeaturesPixels.
02262 { 02263 return _smallFeaturesPixels; 02264 }
| void RenderAction::setSmallFeatureThreshold | ( | UInt32 | threshold | ) |
Definition at line 2266 of file OSGRenderAction.cpp.
References _smallFeaturesThreshold.
Referenced by osg::RenderOptions::activateOptions().
02267 { 02268 _smallFeaturesThreshold = threshold; 02269 }
| UInt32 RenderAction::getSmallFeatureThreshold | ( | void | ) | const |
Definition at line 2271 of file OSGRenderAction.cpp.
References _smallFeaturesThreshold.
02272 { 02273 return _smallFeaturesThreshold; 02274 }
| void RenderAction::setUseGLFinish | ( | bool | s | ) |
Definition at line 2286 of file OSGRenderAction.cpp.
References _useGLFinish.
02287 { 02288 _useGLFinish = s; 02289 }
| bool RenderAction::getUseGLFinish | ( | void | ) | const |
Definition at line 2291 of file OSGRenderAction.cpp.
References _useGLFinish.
02292 { 02293 return _useGLFinish; 02294 }
| bool RenderAction::isSmallFeature | ( | const NodePtr & | node | ) |
Definition at line 1546 of file OSGRenderAction.cpp.
References _bSmallFeatureCulling, _smallFeaturesPixels, osg::DrawActionBase::_viewport, _worldToScreenMatrix, osg::DynamicVolume::getBounds(), osg::Viewport::getPixelHeight(), osg::Viewport::getPixelWidth(), osg::Inf, osg::TransformationMatrix< ValueTypeT >::multFullMatrixPnt(), osg::NegInf, osg::NullFC, p, top_matrix(), and osg::DynamicVolume::transform().
Referenced by isOccluded().
01547 { 01548 if(node == NullFC) 01549 return true; 01550 01551 if(!_bSmallFeatureCulling) 01552 return false; 01553 01554 //node->updateVolume(); 01555 DynamicVolume vol = node->getVolume(); 01556 vol.transform(top_matrix()); 01557 01558 Pnt3f p[8]; 01559 vol.getBounds(p[0], p[4]); 01560 01561 p[1].setValues(p[0][0], p[4][1], p[0][2]); 01562 p[2].setValues(p[4][0], p[4][1], p[0][2]); 01563 p[3].setValues(p[4][0], p[0][1], p[0][2]); 01564 01565 p[5].setValues(p[4][0], p[0][1], p[4][2]); 01566 p[6].setValues(p[0][0], p[0][1], p[4][2]); 01567 p[7].setValues(p[0][0], p[4][1], p[4][2]); 01568 01569 for(int i=0;i<8;++i) 01570 _worldToScreenMatrix.multFullMatrixPnt(p[i]); 01571 01572 Pnt2f min(OSG::Inf, OSG::Inf); 01573 Pnt2f max(OSG::NegInf, OSG::NegInf); 01574 01575 for(int i=0;i<8;++i) 01576 { 01577 if(p[i][0] < min[0]) 01578 min[0] = p[i][0]; 01579 01580 if(p[i][1] < min[1]) 01581 min[1] = p[i][1]; 01582 01583 if(p[i][0] > max[0]) 01584 max[0] = p[i][0]; 01585 01586 if(p[i][1] > max[1]) 01587 max[1] = p[i][1]; 01588 } 01589 01590 //for(int i=0;i<8;++i) 01591 // printf("p%d: %f %f\n", i, p[i][0], p[i][1]); 01592 01593 Real32 w = ((max[0] - min[0]) / 2.0f) * Real32(_viewport->getPixelWidth()); 01594 Real32 h = ((max[1] - min[1]) / 2.0f) * Real32(_viewport->getPixelHeight()); 01595 Real32 f = w * h; 01596 01597 //printf("%f %f pixels: %f x %f = %f\n", max[0] - min[0], max[1] - min[1], w, h, f); 01598 01599 if(f <= _smallFeaturesPixels) 01600 return true; 01601 01602 return false; 01603 }
| bool RenderAction::isOccluded | ( | DrawTreeNode * | pRoot | ) |
Definition at line 1605 of file OSGRenderAction.cpp.
References _bOcclusionCulling, _bSmallFeatureCulling, _occluded_nodes, _occlusionCullingMode, _occlusionCullingPixels, _occlusionCullingThreshold, _occlusionQuery, _smallFeaturesThreshold, _uiNumOcclusionCulled, _uiNumOcclusionTests, osg::AttachmentContainerPtr::dcast(), drawOcclusionBB(), osg::DynamicVolume::getBounds(), osg::NodePtr::getCore(), osg::StatCollector::getElem(), osg::DrawTreeNode::getNode(), getOcclusionQuery(), osg::DrawActionBase::getStatistics(), GL_QUERY_RESULT_ARB, GL_SAMPLES_PASSED_ARB, GLuint, osg::DrawTreeNode::hasFunctor(), isSmallFeature(), osg::NullFC, OcclusionHierarchicalMultiFrame, OcclusionMultiFrame, OcclusionStopAndWait, and osg::DrawActionBase::statCulledNodes.
Referenced by draw().
01606 { 01607 // Skip draw tree nodes without a functor! 01608 if(!pRoot->hasFunctor()) 01609 return false; 01610 01611 // skip occlusion test for small sized geometries 01612 UInt32 pos_size = 0; 01613 if((_bOcclusionCulling || _bSmallFeatureCulling) && 01614 pRoot->getNode()->getCore() != NullFC) 01615 { 01616 GeometryPtr geo = GeometryPtr::dcast(pRoot->getNode()->getCore()); 01617 if(geo != NullFC) 01618 { 01619 if(geo->getPositions() != NullFC) 01620 pos_size = geo->getPositions()->getSize(); 01621 } 01622 } 01623 01624 bool foundSmallFeature = false; 01625 if(_bSmallFeatureCulling && pos_size > _smallFeaturesThreshold) 01626 { 01627 foundSmallFeature = isSmallFeature(pRoot->getNode()); 01628 if(foundSmallFeature) 01629 { 01630 getStatistics()->getElem(statCulledNodes)->inc(); 01631 return true; 01632 } 01633 } 01634 01635 if(!foundSmallFeature) 01636 { 01637 if(_bOcclusionCulling && _glGenQueriesARB != NULL && 01638 ((pos_size > _occlusionCullingThreshold) || 01639 (_occlusionCullingMode == OcclusionHierarchicalMultiFrame))) 01640 { 01641 if(_occlusionCullingMode & OcclusionMultiFrame) 01642 { 01643 // ok we use a "multi frame" algorithm, which renders 01644 // the whole scene first and keeps the depth buffer. For each object 01645 // a bounding box is drawn with an occlusion query. 01646 // The results are fetched in the next frame, if the box was visible 01647 // the corresponding object is drawn. 01648 01649 GLuint occlusionQuery = getOcclusionQuery(pRoot->getNode()); 01650 if(occlusionQuery == 0) 01651 return false; 01652 01653 GLuint pixels = 0; 01654 _glGetQueryObjectuivARB(occlusionQuery, GL_QUERY_RESULT_ARB, &pixels); 01655 ++_uiNumOcclusionTests; 01656 //printf("geo occ test: '%s' %d pixels\n", OSG::getName(pRoot->getNode()), pixels); 01657 01658 if(pixels > _occlusionCullingPixels) 01659 { 01660 // 0 means not occluded. 01661 pRoot->getNode()->setOcclusionMask(0); 01662 return false; 01663 } 01664 else 01665 { 01666 // 2 means occluded leaf, 1 means occluded node. 01667 pRoot->getNode()->setOcclusionMask(2); 01668 _occluded_nodes.push_back(pRoot->getNode()); 01669 getStatistics()->getElem(statCulledNodes)->inc(); 01670 ++_uiNumOcclusionCulled; 01671 return true; 01672 } 01673 } 01674 else if(_occlusionCullingMode & OcclusionStopAndWait) 01675 { 01676 // ok we use a simple "stop an wait" algorithm, which renders 01677 // the scene in front to back order. For each object (except for the 01678 // front most object) a bounding box is drawn with an occlusion query. 01679 // The result is fetched immediately afterwards and if the box was visible 01680 // the corresponding object is drawn. 01681 01682 //getStatistics()->getElem(statCullTestedNodes)->inc(); 01683 glDepthMask(GL_FALSE); 01684 glColorMask(GL_FALSE,GL_FALSE,GL_FALSE,GL_FALSE); 01685 01686 if(_occlusionQuery == 0) 01687 _glGenQueriesARB(1, &_occlusionQuery); 01688 01689 const DynamicVolume& vol = pRoot->getNode()->getVolume(); 01690 Pnt3f min,max; 01691 vol.getBounds(min, max); 01692 01693 _glBeginQueryARB(GL_SAMPLES_PASSED_ARB, _occlusionQuery); 01694 drawOcclusionBB(min, max); 01695 _glEndQueryARB(GL_SAMPLES_PASSED_ARB); 01696 01697 glDepthMask(GL_TRUE); 01698 glColorMask(GL_TRUE,GL_TRUE,GL_TRUE,GL_TRUE); 01699 01700 GLuint pixels = 0; 01701 _glGetQueryObjectuivARB(_occlusionQuery, GL_QUERY_RESULT_ARB, &pixels); 01702 ++_uiNumOcclusionTests; 01703 01704 if(pixels > _occlusionCullingPixels) 01705 { 01706 return false; 01707 } 01708 else 01709 { 01710 getStatistics()->getElem(statCulledNodes)->inc(); 01711 ++_uiNumOcclusionCulled; 01712 return true; 01713 } 01714 } 01715 } 01716 } 01717 01718 return false; 01719 }
| void RenderAction::deleteOcclusionQueriesPool | ( | void | ) |
Definition at line 1721 of file OSGRenderAction.cpp.
References _hier_occlusions, _occluded_nodes, _occlusionQueries, _occlusionQueriesPool, osg::NodePtr::dcast(), osg::ViewportBase::getRoot(), osg::DrawActionBase::getViewport(), GLuint, osg::NullFC, setOcclusionMask(), and osg::FieldContainerFactory::the().
Referenced by setOcclusionCulling(), setOcclusionCullingMode(), and ~RenderAction().
01722 { 01723 for(std::vector<GLuint>::iterator occIt = _occlusionQueriesPool.begin(); 01724 occIt != _occlusionQueriesPool.end();++occIt) 01725 { 01726 GLuint occlusionQuery = (*occIt); 01727 _glDeleteQueriesARB(1, &occlusionQuery); 01728 } 01729 _occlusionQueriesPool.clear(); 01730 01731 for(std::map<UInt32, GLuint>::iterator it=_occlusionQueries.begin(); 01732 it!=_occlusionQueries.end();++it) 01733 { 01734 NodePtr node = NodePtr::dcast(FieldContainerFactory::the()->getContainer((*it).first)); 01735 if(node != NullFC) 01736 setOcclusionMask(node, 0); 01737 } 01738 _occlusionQueries.clear(); 01739 _occluded_nodes.clear(); 01740 01741 for(std::set<UInt32>::iterator it=_hier_occlusions.begin(); 01742 it!=_hier_occlusions.end();++it) 01743 { 01744 NodePtr node = NodePtr::dcast(FieldContainerFactory::the()->getContainer(*it)); 01745 if(node != NullFC) 01746 setOcclusionMask(node, 0); 01747 } 01748 _hier_occlusions.clear(); 01749 01750 #if 0 01751 // reset all occlusion masks. 01752 Viewport *vp = getViewport(); 01753 if(vp != NULL) 01754 { 01755 NodePtr root = vp->getRoot(); 01756 setOcclusionMask(root, 0); 01757 } 01758 #endif 01759 }
| GLuint RenderAction::getOcclusionQuery | ( | void | ) |
Definition at line 1794 of file OSGRenderAction.cpp.
References _currentOcclusionQueryIndex, _occlusionQueriesPool, and GLuint.
Referenced by drawHierarchicalMultiFrameOcclusionBB(), drawMultiFrameOcclusionBB(), isOccluded(), and stop().
01795 { 01796 GLuint occlusionQuery = 0; 01797 if(_currentOcclusionQueryIndex >= _occlusionQueriesPool.size()) 01798 { 01799 // ok we re-use already created occlusion query objects. 01800 _glGenQueriesARB(1, &occlusionQuery); 01801 _occlusionQueriesPool.push_back(occlusionQuery); 01802 } 01803 else 01804 { 01805 occlusionQuery = _occlusionQueriesPool[_currentOcclusionQueryIndex]; 01806 } 01807 01808 ++_currentOcclusionQueryIndex; 01809 01810 return occlusionQuery; 01811 }
Definition at line 1813 of file OSGRenderAction.cpp.
References _occlusionQueries, osg::FieldContainerPtrBase::getFieldContainerId(), and osg::NullFC.
01814 { 01815 if(node == NullFC) 01816 return 0; 01817 01818 std::map<UInt32, GLuint>::iterator it = _occlusionQueries.find(node.getFieldContainerId()); 01819 01820 if(it != _occlusionQueries.end()) 01821 return (*it).second; 01822 01823 return 0; 01824 }
Definition at line 1826 of file OSGRenderAction.cpp.
References _occlusionQueries, osg::FieldContainerPtrBase::getFieldContainerId(), and osg::NullFC.
Referenced by drawHierarchicalMultiFrameOcclusionBB(), and drawMultiFrameOcclusionBB().
01827 { 01828 if(node == NullFC) 01829 return; 01830 01831 _occlusionQueries.insert(std::make_pair(node.getFieldContainerId(), occlusionQuery)); 01832 }
| void RenderAction::resetOcclusionQueryIndex | ( | void | ) |
Definition at line 1761 of file OSGRenderAction.cpp.
References _currentOcclusionQueryIndex.
Referenced by stop().
01762 { 01763 _currentOcclusionQueryIndex = 0; 01764 }
Definition at line 1766 of file OSGRenderAction.cpp.
References osg::NullFC.
Referenced by deleteOcclusionQueriesPool(), and stop().
01767 { 01768 if(node == NullFC) 01769 return; 01770 01771 node->setOcclusionMask(mask); 01772 01773 for(UInt32 i=0;i<node->getNChildren();++i) 01774 setOcclusionMask(node->getChild(i), mask); 01775 }
| bool RenderAction::hasGeometryChild | ( | NodePtr | node | ) |
Definition at line 1777 of file OSGRenderAction.cpp.
References osg::AttachmentContainerPtr::dcast(), osg::NodePtr::getCore(), and osg::NullFC.
Referenced by stop().
01778 { 01779 if(node == NullFC) 01780 return false; 01781 01782 if(GeometryPtr::dcast(node->getCore()) != NullFC) 01783 return true; 01784 01785 for(UInt32 i=0;i<node->getNChildren();++i) 01786 { 01787 if(hasGeometryChild(node->getChild(i))) 01788 return true; 01789 } 01790 01791 return false; 01792 }
Definition at line 1834 of file OSGRenderAction.cpp.
References _occ_bb_dl.
Referenced by drawHierarchicalMultiFrameOcclusionBB(), drawMultiFrameOcclusionBB(), and isOccluded().
01835 { 01836 #if 1 01837 01838 #if 0 01839 glBegin(GL_TRIANGLE_STRIP); 01840 glVertex3f( bbmin[0], bbmin[1], bbmax[2]); // 0 01841 glVertex3f( bbmax[0], bbmin[1], bbmax[2]); // 1 01842 glVertex3f( bbmin[0], bbmax[1], bbmax[2]); // 2 01843 glVertex3f( bbmax[0], bbmax[1], bbmax[2]); // 3 01844 glVertex3f( bbmin[0], bbmax[1], bbmin[2]); // 4 01845 glVertex3f( bbmax[0], bbmax[1], bbmin[2]); // 5 01846 glVertex3f( bbmin[0], bbmin[1], bbmin[2]); // 6 01847 glVertex3f( bbmax[0], bbmin[1], bbmin[2]); // 7 01848 glEnd(); 01849 01850 glBegin(GL_TRIANGLE_STRIP); 01851 glVertex3f( bbmax[0], bbmax[1], bbmin[2]); // 5 01852 glVertex3f( bbmax[0], bbmax[1], bbmax[2]); // 3 01853 glVertex3f( bbmax[0], bbmin[1], bbmin[2]); // 7 01854 glVertex3f( bbmax[0], bbmin[1], bbmax[2]); // 1 01855 glVertex3f( bbmin[0], bbmin[1], bbmin[2]); // 6 01856 glVertex3f( bbmin[0], bbmin[1], bbmax[2]); // 0 01857 glVertex3f( bbmin[0], bbmax[1], bbmin[2]); // 4 01858 glVertex3f( bbmin[0], bbmax[1], bbmax[2]); // 2 01859 glEnd(); 01860 01861 #else 01862 01863 // not sure if this is faster but it reduces the amount of 01864 // gl commands. 01865 const GLubyte indices[16] = { 0,1,2,3,4,5,6,7, 5,3,7,1,6,0,4,2 }; 01866 Real32 vertices[24]; 01867 vertices[0] = bbmin[0]; vertices[1] = bbmin[1]; vertices[2] = bbmax[2]; 01868 vertices[3] = bbmax[0]; vertices[4] = bbmin[1]; vertices[5] = bbmax[2]; 01869 vertices[6] = bbmin[0]; vertices[7] = bbmax[1]; vertices[8] = bbmax[2]; 01870 vertices[9] = bbmax[0]; vertices[10] = bbmax[1]; vertices[11] = bbmax[2]; 01871 vertices[12] = bbmin[0]; vertices[13] = bbmax[1]; vertices[14] = bbmin[2]; 01872 vertices[15] = bbmax[0]; vertices[16] = bbmax[1]; vertices[17] = bbmin[2]; 01873 vertices[18] = bbmin[0]; vertices[19] = bbmin[1]; vertices[20] = bbmin[2]; 01874 vertices[21] = bbmax[0]; vertices[22] = bbmin[1]; vertices[23] = bbmin[2]; 01875 01876 glVertexPointer(3, GL_FLOAT, 0, &vertices[0]); 01877 glEnableClientState(GL_VERTEX_ARRAY); 01878 glDrawElements(GL_TRIANGLE_STRIP, 8, GL_UNSIGNED_BYTE, &indices[0]); 01879 glDrawElements(GL_TRIANGLE_STRIP, 8, GL_UNSIGNED_BYTE, &indices[8]); 01880 glDisableClientState(GL_VERTEX_ARRAY); 01881 01882 #endif 01883 01884 #else 01885 01886 if(_occ_bb_dl == 0) 01887 { 01888 // we create a display list for rendering the occlusion 01889 // bounding box. 01890 // is this faster ??? need to check it amz. 01891 Pnt3f min(-0.5f, -0.5f, -0.5f); 01892 Pnt3f max(0.5f, 0.5f, 0.5f); 01893 _occ_bb_dl = glGenLists(1); 01894 01895 const GLubyte indices[16] = { 0,1,2,3,4,5,6,7, 5,3,7,1,6,0,4,2 }; 01896 Real32 vertices[24]; 01897 vertices[0] = min[0]; vertices[1] = min[1]; vertices[2] = max[2]; 01898 vertices[3] = max[0]; vertices[4] = min[1]; vertices[5] = max[2]; 01899 vertices[6] = min[0]; vertices[7] = max[1]; vertices[8] = max[2]; 01900 vertices[9] = max[0]; vertices[10] = max[1]; vertices[11] = max[2]; 01901 vertices[12] = min[0]; vertices[13] = max[1]; vertices[14] = min[2]; 01902 vertices[15] = max[0]; vertices[16] = max[1]; vertices[17] = min[2]; 01903 vertices[18] = min[0]; vertices[19] = min[1]; vertices[20] = min[2]; 01904 vertices[21] = max[0]; vertices[22] = min[1]; vertices[23] = min[2]; 01905 01906 glNewList(_occ_bb_dl, GL_COMPILE); 01907 glVertexPointer(3, GL_FLOAT, 0, &vertices[0]); 01908 glEnableClientState(GL_VERTEX_ARRAY); 01909 glDrawElements(GL_TRIANGLE_STRIP, 8, GL_UNSIGNED_BYTE, &indices[0]); 01910 glDrawElements(GL_TRIANGLE_STRIP, 8, GL_UNSIGNED_BYTE, &indices[8]); 01911 glDisableClientState(GL_VERTEX_ARRAY); 01912 glEndList(); 01913 } 01914 01915 Vec3f s = bbmax - bbmin; 01916 Vec3f t = bbmin + bbmax; 01917 t *= 0.5f; 01918 glPushMatrix(); 01919 glTranslatef(t[0], t[1], t[2]); 01920 glScalef(s[0], s[1], s[2]); 01921 glCallList(_occ_bb_dl); 01922 glPopMatrix(); 01923 01924 #endif 01925 }
| void RenderAction::drawMultiFrameOcclusionBB | ( | DrawTreeNode * | pRoot | ) |
Definition at line 1927 of file OSGRenderAction.cpp.
References _currMatrix, _occlusionCullingMode, _occlusionCullingThreshold, _uiActiveMatrix, _uiNumMatrixChanges, osg::AttachmentContainerPtr::dcast(), drawOcclusionBB(), osg::RenderAction::MatrixStore::first, osg::DrawTreeNode::getBrother(), osg::NodePtr::getCore(), osg::DrawTreeNode::getFirstChild(), osg::DrawTreeNode::getMatrixStore(), osg::Volume::getMax(), osg::DrawTreeNode::getNode(), getOcclusionQuery(), osg::TransformationMatrix< ValueTypeT >::getValues(), GL_SAMPLES_PASSED_ARB, GLuint, osg::DrawTreeNode::hasFunctor(), osg::NullFC, OcclusionHierarchicalMultiFrame, osg::RenderAction::MatrixStore::second, setOcclusionQuery(), and osg::DynamicVolume::transform().
Referenced by stop().
01928 { 01929 while(pRoot != NULL) 01930 { 01931 if(pRoot->hasFunctor()) 01932 { 01933 UInt32 pos_size = 0; 01934 GeometryPtr geo = GeometryPtr::dcast(pRoot->getNode()->getCore()); 01935 if(geo != NullFC) 01936 { 01937 if(geo->getPositions() != NullFC) 01938 pos_size = geo->getPositions()->getSize(); 01939 } 01940 01941 if(_glGenQueriesARB != NULL && ((pos_size > _occlusionCullingThreshold) || 01942 (_occlusionCullingMode == OcclusionHierarchicalMultiFrame))) 01943 { 01944 DynamicVolume vol = pRoot->getNode()->getVolume(); 01945 vol.transform(pRoot->getMatrixStore().second); 01946 // ignore objects behind the camera. 01947 if(vol.getMax()[2] < 0.0f) 01948 { 01949 UInt32 uiNextMatrix = pRoot->getMatrixStore().first; 01950 if(uiNextMatrix != 0 && uiNextMatrix != _uiActiveMatrix) 01951 { 01952 glLoadMatrixf(pRoot->getMatrixStore().second.getValues()); 01953 01954 _uiActiveMatrix = uiNextMatrix; 01955 _uiNumMatrixChanges++; 01956 _currMatrix.second = pRoot->getMatrixStore().second; 01957 } 01958 01959 Pnt3f min,max; 01960 pRoot->getNode()->getVolume().getBounds(min, max); 01961 01962 GLuint occlusionQuery = getOcclusionQuery(); 01963 01964 _glBeginQueryARB(GL_SAMPLES_PASSED_ARB, occlusionQuery); 01965 drawOcclusionBB(min, max); 01966 _glEndQueryARB(GL_SAMPLES_PASSED_ARB); 01967 01968 // we use the node because the geometry core could be shared! 01969 setOcclusionQuery(pRoot->getNode(), occlusionQuery); 01970 } 01971 else 01972 { 01973 setOcclusionQuery(pRoot->getNode(), 0); 01974 } 01975 } 01976 } 01977 01978 if(pRoot->getFirstChild() != NULL) 01979 { 01980 drawMultiFrameOcclusionBB(pRoot->getFirstChild()); 01981 } 01982 01983 pRoot = pRoot->getBrother(); 01984 } 01985 }
Definition at line 1987 of file OSGRenderAction.cpp.
References drawOcclusionBB(), osg::Volume::getMax(), getOcclusionQuery(), osg::TransformationMatrix< ValueTypeT >::getValues(), GL_SAMPLES_PASSED_ARB, GLuint, osg::TransformationMatrix< ValueTypeT >::mult(), osg::NullFC, setOcclusionQuery(), and osg::DynamicVolume::transform().
Referenced by stop().
01989 { 01990 if(node == NullFC || _glGenQueriesARB == NULL) 01991 return; 01992 01993 DynamicVolume vol = node->getVolume(); 01994 Matrix m = view; 01995 if(node->getParent() != NullFC) 01996 m.mult(node->getParent()->getToWorld()); 01997 vol.transform(m); 01998 // ignore objects behind the camera. 01999 if(vol.getMax()[2] < 0.0f) 02000 { 02001 glLoadMatrixf(m.getValues()); 02002 Pnt3f min,max; 02003 node->getVolume().getBounds(min, max); 02004 02005 GLuint occlusionQuery = getOcclusionQuery(); 02006 02007 _glBeginQueryARB(GL_SAMPLES_PASSED_ARB, occlusionQuery); 02008 drawOcclusionBB(min, max); 02009 _glEndQueryARB(GL_SAMPLES_PASSED_ARB); 02010 02011 // we use the node because the geometry core could be shared! 02012 setOcclusionQuery(node, occlusionQuery); 02013 } 02014 else 02015 { 02016 setOcclusionQuery(node, 0); 02017 } 02018 }
| bool RenderAction::isVisible | ( | Node * | node | ) | [virtual] |
Implements osg::DrawActionBase.
Definition at line 1296 of file OSGRenderAction.cpp.
References osg::DrawActionBase::_frustum, _lightEnvsLightsState, osg::StatCollector::getElem(), osg::DrawActionBase::getFrustumCulling(), osg::DrawActionBase::getStatistics(), osg::Node::getVolume(), osg::FrustumVolume::intersect(), osg::DrawActionBase::statCulledNodes, osg::DrawActionBase::statCullTestedNodes, top_matrix(), osg::DynamicVolume::transform(), and osg::Node::updateVolume().
01297 { 01298 if ( getFrustumCulling() == false ) 01299 return true; 01300 01301 // HACK but light sources beneath a LightEnv node can also 01302 // light it's brothers or parents. 01303 if(!_lightEnvsLightsState.empty()) 01304 return true; 01305 01306 getStatistics()->getElem(statCullTestedNodes)->inc(); 01307 01308 DynamicVolume vol; 01309 01310 // node->getWorldVolume( vol ); 01311 01312 node->updateVolume(); 01313 vol = node->getVolume(); 01314 01315 vol.transform(top_matrix()); 01316 01317 if ( _frustum.intersect( vol ) ) 01318 { 01319 // fprintf(stderr,"%p: node 0x%p vis\n", Thread::getCurrent(), node); 01320 return true; 01321 } 01322 01323 getStatistics()->getElem(statCulledNodes)->inc(); 01324 01325 // fprintf(stderr,"%p: node 0x%p invis\n", Thread::getCurrent(), node); 01326 // _frustum.dump(); 01327 return false; 01328 }
| bool RenderAction::pushVisibility | ( | void | ) |
Definition at line 1333 of file OSGRenderAction.cpp.
References osg::DrawActionBase::_frustum, _lightEnvsLightsState, _visibilityStack, osg::dropVolume(), osg::Action::getActNode(), osg::StatCollector::getElem(), osg::DrawActionBase::getFrustumCulling(), osg::DrawActionBase::getStatistics(), osg::DrawActionBase::getVolumeDrawing(), osg::intersect(), osg::TransformationMatrix< ValueTypeT >::invert(), osg::FrustumVolume::P_ALL, osg::Color3< ValueTypeT >::setValuesRGB(), osg::DrawActionBase::statCulledNodes, osg::DrawActionBase::statCullTestedNodes, top_matrix(), osg::FrustumVolume::transform(), osg::DynamicVolume::transform(), and osg::Action::useNodeList().
Referenced by osg::Transform::renderEnter(), osg::Light::renderEnter(), osg::Group::renderEnter(), and osg::ClipPlane::renderEnter().
01334 { 01335 if(getFrustumCulling() == false) 01336 return true; 01337 01338 // HACK but light sources beneath a LightEnv node can also 01339 // light it's brothers or parents. 01340 if(!_lightEnvsLightsState.empty()) 01341 return true; 01342 01343 FrustumVolume::PlaneSet inplanes = _visibilityStack.back(); 01344 01345 if(inplanes == FrustumVolume::P_ALL) 01346 { 01347 _visibilityStack.push_back(inplanes); 01348 return true; 01349 } 01350 01351 Color3f col; 01352 bool result = true; 01353 01354 NodePtr node = getActNode(); 01355 01356 DynamicVolume vol = node->getVolume(true); 01357 FrustumVolume frustum = _frustum; 01358 01359 #if 1 01360 vol.transform(top_matrix()); 01361 #else 01362 // not quite working 01363 Matrix m = top_matrix(); 01364 m.invert(); 01365 01366 frustum.transform(m); 01367 #endif 01368 01369 getStatistics()->getElem(statCullTestedNodes)->inc(); 01370 01371 if ( !intersect( frustum, vol, inplanes ) ) 01372 { 01373 result = false; 01374 col.setValuesRGB(1,0,0); 01375 getStatistics()->getElem(statCulledNodes)->inc(); 01376 useNodeList(); // ignore all children 01377 } 01378 else 01379 { 01380 if(inplanes == FrustumVolume::P_ALL) 01381 { 01382 col.setValuesRGB(0,1,0); 01383 } 01384 else 01385 { 01386 col.setValuesRGB(0,0,1); 01387 } 01388 } 01389 01390 if(getVolumeDrawing()) 01391 { 01392 dropVolume(this, node, col); 01393 } 01394 01395 _visibilityStack.push_back(inplanes); 01396 return result; 01397 }
| void RenderAction::popVisibility | ( | void | ) |
Definition at line 1399 of file OSGRenderAction.cpp.
References _lightEnvsLightsState, _visibilityStack, osg::DrawActionBase::getFrustumCulling(), and SWARNING.
Referenced by osg::Light::renderEnter(), osg::Group::renderEnter(), osg::ClipPlane::renderEnter(), osg::Transform::renderLeave(), osg::Light::renderLeave(), osg::Group::renderLeave(), and osg::ClipPlane::renderLeave().
01400 { 01401 if(getFrustumCulling() == false) 01402 return; 01403 01404 if(!_lightEnvsLightsState.empty()) 01405 return; 01406 01407 if(!_visibilityStack.empty()) 01408 _visibilityStack.pop_back(); 01409 else 01410 SWARNING << "RenderAction::popVisibility: visibility stack is empty looks" 01411 "like a pushVisibility and popVisibility mismatch!" << std::endl; 01412 }
| osg::RenderAction::void | ( | OSG_APIENTRY * | _glGenQueriesARB | ) |
Referenced by start().
| GLuint* osg::RenderAction::void | ( | OSG_APIENTRY * | _glDeleteQueriesARB | ) |
| osg::RenderAction::void | ( | OSG_APIENTRY * | _glEndQueryARB | ) |
| osg::RenderAction::void | ( | OSG_APIENTRY * | _glGetQueryObjectuivARB | ) |
| void osg::RenderAction::operator= | ( | const RenderAction & | source | ) | [protected] |
| std::vector< RenderAction::Functor > * RenderAction::getDefaultEnterFunctors | ( | void | ) | [protected, virtual] |
Implements osg::DrawActionBase.
Definition at line 2933 of file OSGRenderAction.cpp.
References _vDefaultEnterFunctors.
02934 { 02935 return _vDefaultEnterFunctors; 02936 }
| std::vector< RenderAction::Functor > * RenderAction::getDefaultLeaveFunctors | ( | void | ) | [protected, virtual] |
Implements osg::DrawActionBase.
Definition at line 2938 of file OSGRenderAction.cpp.
References _vDefaultLeaveFunctors.
02939 { 02940 return _vDefaultLeaveFunctors; 02941 }
| void RenderAction::dump | ( | DrawTreeNode * | pRoot, | |
| UInt32 | uiIndent | |||
| ) | [protected] |
Definition at line 1417 of file OSGRenderAction.cpp.
References osg::RenderAction::MatrixStore::first, osg::DrawTreeNode::getBrother(), osg::DrawTreeNode::getFirstChild(), osg::DrawTreeNode::getGeometry(), osg::DrawTreeNode::getMatrixStore(), osg::DrawTreeNode::getNode(), osg::DrawTreeNode::getState(), osg::indentLog(), and PWARNING.
01418 { 01419 if(pRoot == NULL) 01420 { 01421 return; 01422 } 01423 01424 indentLog(uiIndent, PWARNING); 01425 01426 PWARNING << "Node : " << pRoot << " | " 01427 << "Geo : " << pRoot->getGeometry() << " | " 01428 << "State : " << pRoot->getState() << " | " 01429 << "Node : " << pRoot->getNode() << " | " 01430 << "Matrix : " << pRoot->getMatrixStore().first << std::endl; 01431 01432 indentLog(uiIndent, PWARNING); 01433 PWARNING << "{" << std::endl; 01434 01435 if(pRoot->getFirstChild() != NULL) 01436 { 01437 dump(pRoot->getFirstChild(), uiIndent + 4); 01438 } 01439 01440 indentLog(uiIndent, PWARNING); 01441 PWARNING << "}" << std::endl; 01442 01443 if(pRoot->getBrother() != NULL) 01444 { 01445 dump(pRoot->getBrother(), uiIndent); 01446 } 01447 }
| void RenderAction::updateShader | ( | State * | state | ) | [protected] |
Definition at line 2022 of file OSGRenderAction.cpp.
References _cgChunkId, _cgfxChunkId, _shlChunkId, and osg::State::getChunk().
Referenced by draw().
02023 { 02024 if(state == NULL) 02025 return; 02026 02027 if(_cgChunkId != -1) 02028 { 02029 StateChunkPtr cgChunk = state->getChunk(_cgChunkId); 02030 if(cgChunk != NULL) 02031 cgChunk->update(this); 02032 } 02033 02034 if(_cgfxChunkId != -1) 02035 { 02036 StateChunkPtr cgfxChunk = state->getChunk(_cgfxChunkId); 02037 if(cgfxChunk != NULL) 02038 cgfxChunk->update(this); 02039 } 02040 02041 StateChunkPtr shlChunk = state->getChunk(_shlChunkId); 02042 if(shlChunk != NULL) 02043 shlChunk->update(this); 02044 }
| void RenderAction::draw | ( | DrawTreeNode * | pRoot | ) | [protected, virtual] |
Definition at line 2046 of file OSGRenderAction.cpp.
References _activeLightsState, _bCorrectTwoSidedLighting, _bLocalLights, _cgfxChunkId, _currMatrix, _pActiveState, _uiActiveMatrix, _uiNumGeometries, _uiNumMaterialChanges, _uiNumMatrixChanges, osg::State::activate(), activateLocalClipPlanes(), activateLocalLights(), osg::TypedFunctor1Base< RetT, CallArgT, SizeTraitsT >::call(), osg::State::changeFrom(), osg::State::deactivate(), osg::Geometry::drawPrimitives(), osg::RenderAction::MatrixStore::first, osg::DrawTreeNode::getBrother(), osg::State::getChunk(), osg::DrawTreeNode::getFirstChild(), osg::DrawTreeNode::getFunctor(), osg::DrawTreeNode::getGeometry(), osg::DrawTreeNode::getLightsState(), osg::DrawTreeNode::getMatrixStore(), osg::DrawTreeNode::getNode(), osg::DrawTreeNode::getState(), osg::TransformationMatrix< ValueTypeT >::getValues(), osg::DrawTreeNode::hasFunctor(), osg::DrawTreeNode::isLastMultiPass(), osg::DrawTreeNode::isNoStateSorting(), isOccluded(), osg::RenderAction::MatrixStore::second, osg::Action::setActNode(), updateShader(), and updateTopMatrix().
Referenced by stop().
02047 { 02048 while(pRoot != NULL) 02049 { 02050 UInt32 uiNextMatrix = pRoot->getMatrixStore().first; 02051 02052 if(uiNextMatrix != 0 && uiNextMatrix != _uiActiveMatrix) 02053 { 02054 glLoadMatrixf(pRoot->getMatrixStore().second.getValues()); 02055 02056 _uiActiveMatrix = uiNextMatrix; 02057 02058 _uiNumMatrixChanges++; 02059 02060 _currMatrix.second = pRoot->getMatrixStore().second; 02061 updateTopMatrix(); 02062 02063 // Negative scaled matrices in conjunction with double sided lighting 02064 // gives wrong render results cause the lighting itselfs gets inverted. 02065 // This corrects this behavior. 02066 if(_bCorrectTwoSidedLighting) 02067 { 02068 const Matrix &m = _currMatrix.second; 02069 // test for a "flipped" matrix 02070 // glFrontFace can give conflicts with the polygon chunk ... 02071 if(m[0].cross(m[1]).dot(m[2]) < 0.0) 02072 glFrontFace(GL_CW); 02073 else 02074 glFrontFace(GL_CCW); 02075 } 02076 02077 #ifdef PRINT_MAT 02078 fprintf(stderr, "pushed to gl %d\n", _uiActiveMatrix); 02079 02080 for(int i = 0; i < 4; i++) 02081 { 02082 fprintf(stderr, "% 5.2f % 5.2f % 5.2f % 5.2f\n", 02083 pRoot->getMatrixStore().second[i][0], 02084 pRoot->getMatrixStore().second[i][1], 02085 pRoot->getMatrixStore().second[i][2], 02086 pRoot->getMatrixStore().second[i][3]); 02087 } 02088 #endif 02089 } 02090 02091 setActNode(pRoot->getNode()); 02092 02093 if(!isOccluded(pRoot)) 02094 { 02095 if(_bLocalLights && _activeLightsState != pRoot->getLightsState()) 02096 activateLocalLights(pRoot); 02097 02098 activateLocalClipPlanes(pRoot); 02099 02100 State *pNewState = pRoot->getState(); 02101 02102 if(pNewState != NULL) 02103 { 02104 if(_pActiveState != NULL) 02105 { 02106 // we need this cgfx test because for multipass cgfx materials 02107 // the state doesn't change. 02108 if(pNewState != _pActiveState || 02109 (_cgfxChunkId != -1 && pNewState->getChunk(_cgfxChunkId) != NULL) || 02110 pRoot->isNoStateSorting()) 02111 { 02112 State *previous_state = _pActiveState; 02113 _pActiveState = pNewState; 02114 pNewState->changeFrom(this, previous_state); 02115 _uiNumMaterialChanges++; 02116 } 02117 else 02118 { 02119 // even if the state didn't change we need to update 02120 // the shaders to provide the right world matrix. 02121 updateShader(pNewState); 02122 } 02123 } 02124 else 02125 { 02126 _pActiveState = pRoot->getState(); 02127 _pActiveState->activate(this); 02128 _uiNumMaterialChanges++; 02129 } 02130 } 02131 else 02132 { 02133 updateShader(_pActiveState); 02134 } 02135 02136 if(pRoot->getGeometry() != NULL) 02137 { 02138 pRoot->getGeometry()->drawPrimitives(this); 02139 _uiNumGeometries++; 02140 } 02141 else if(pRoot->hasFunctor()) 02142 { 02143 pRoot->getFunctor().call(this); 02144 _uiNumGeometries++; 02145 } 02146 02147 if(pNewState != NULL && pRoot->isLastMultiPass()) // last pass 02148 { 02149 // without this the deactivate would be called in the next 02150 // changeFrom call, but before the deactivate the activate from 02151 // the new state is called this conflicts with the cgfx chunk! 02152 _pActiveState = NULL; // force a activate 02153 02154 pNewState->deactivate(this); 02155 _uiNumMaterialChanges++; 02156 } 02157 } 02158 02159 if(pRoot->getFirstChild() != NULL) 02160 { 02161 draw(pRoot->getFirstChild()); 02162 } 02163 02164 pRoot = pRoot->getBrother(); 02165 } 02166 }
| void osg::RenderAction::updateTopMatrix | ( | void | ) | [inline, protected] |
Destructor
Definition at line 106 of file OSGRenderAction.inl.
References _camInverse, _currMatrix, osg::RenderAction::MatrixStore::acc, osg::TransformationMatrix< ValueTypeT >::mult(), and osg::RenderAction::MatrixStore::second.
Referenced by draw(), push_matrix(), and start().
00107 { 00108 _currMatrix.acc = _camInverse; 00109 _currMatrix.acc.mult(_currMatrix.second); 00110 }
| void RenderAction::activateLocalLights | ( | DrawTreeNode * | pRoot | ) | [protected] |
Definition at line 1449 of file OSGRenderAction.cpp.
References _activeLightsCount, _activeLightsMask, _activeLightsState, _lightsTable, _uiNumLightChanges, _vLights, osg::DrawTreeNode::getLightsState(), osg::Color4< ValueTypeT >::getValuesRGBA(), and SWARNING.
Referenced by draw().
01450 { 01451 //printf("lightsState: %u %u\n", _activeLightsState, pRoot->getLightsState()); 01452 if(_activeLightsState == pRoot->getLightsState()) 01453 return; 01454 01455 UInt32 light_id = 0; 01456 if(pRoot->getLightsState() > 0) 01457 { 01458 _activeLightsMask = 0; 01459 const std::vector<UInt32> &lights = _lightsTable[pRoot->getLightsState() - 1]; 01460 01461 //printf("activate lights: %u : ", pRoot->getLightsState() - 1); 01462 for(UInt32 i=0;i<lights.size();++i) 01463 { 01464 UInt32 light_index = lights[i] - 1; 01465 glPushMatrix(); 01466 glLoadMatrixf(_vLights[light_index].second.getValues()); 01467 _activeLightsMask |= (1 << light_id); 01468 //printf("%u,", light_id); 01469 _vLights[light_index].first->activate(this, light_id++); 01470 glPopMatrix(); 01471 ++_uiNumLightChanges; 01472 } 01473 //printf("\n"); 01474 } 01475 01476 if(light_id > 8) 01477 { 01478 SWARNING << "RenderAction::activateLocalLights: maximum light source limit is " << 8 01479 << std::endl; 01480 } 01481 01482 //printf("deactivate lights: "); 01483 const Color4f black(0.0f, 0.0f, 0.0f, 1.0f); 01484 for(UInt32 i = light_id;i < _activeLightsCount;++i) 01485 { 01486 //printf("%u,", i); 01487 _activeLightsMask &= ~(1 << i); 01488 // reset diffuse color to black that's quite usefull for shaders. 01489 glLightfv(GL_LIGHT0 + i, GL_DIFFUSE, 01490 black.getValuesRGBA()); 01491 glDisable(GL_LIGHT0 + i); 01492 ++_uiNumLightChanges; 01493 } 01494 //printf("\n"); 01495 01496 _activeLightsState = pRoot->getLightsState(); 01497 _activeLightsCount = light_id; 01498 }
| void RenderAction::activateLocalClipPlanes | ( | DrawTreeNode * | pRoot | ) | [protected] |
Definition at line 1500 of file OSGRenderAction.cpp.
References _activeClipPlanesCount, _activeClipPlanesMask, _activeClipPlanesState, _clipPlanesTable, _vClipPlanes, osg::DrawTreeNode::getClipPlanesState(), and SWARNING.
Referenced by draw().
01501 { 01502 //printf("clipPlanesState: %u %u\n", _activeClipPlanesState, pRoot->getClipPlanesState()); 01503 if(_activeClipPlanesState == pRoot->getClipPlanesState()) 01504 return; 01505 01506 UInt32 clipPlane_id = 0; 01507 if(pRoot->getClipPlanesState() > 0) 01508 { 01509 _activeClipPlanesMask = 0; 01510 const std::vector<UInt32> &clipPlanes = _clipPlanesTable[pRoot->getClipPlanesState() - 1]; 01511 01512 //printf("activate clipPlanes: %u : ", pRoot->getClipPlanesState() - 1); 01513 for(UInt32 i=0;i<clipPlanes.size();++i) 01514 { 01515 UInt32 clipPlane_index = clipPlanes[i] - 1; 01516 glPushMatrix(); 01517 glLoadMatrixf(_vClipPlanes[clipPlane_index].second.getValues()); 01518 _activeClipPlanesMask |= (1 << clipPlane_id); 01519 //printf("%u,", clipPlane_id); 01520 _vClipPlanes[clipPlane_index].first->activate(this, clipPlane_id++); 01521 glPopMatrix(); 01522 } 01523 //printf("\n"); 01524 } 01525 01526 if(clipPlane_id > 6) 01527 { 01528 SWARNING << "RenderAction::activateLocalClipPlanes: maximum clipping planes limit is " << 6 01529 << std::endl; 01530 } 01531 01532 //printf("deactivate clipPlanes: "); 01533 const Color4f black(0.0f, 0.0f, 0.0f, 1.0f); 01534 for(UInt32 i = clipPlane_id;i < _activeClipPlanesCount;++i) 01535 { 01536 //printf("%u,", i); 01537 _activeClipPlanesMask &= ~(1 << i); 01538 glDisable(GL_CLIP_PLANE0 + i); 01539 } 01540 //printf("\n"); 01541 01542 _activeClipPlanesState = pRoot->getClipPlanesState(); 01543 _activeClipPlanesCount = clipPlane_id; 01544 }
| void RenderAction::getMaterialStates | ( | Material * | mat, | |
| std::vector< State * > & | states | |||
| ) | [protected] |
Definition at line 504 of file OSGRenderAction.cpp.
References osg::AttachmentContainerPtr::getCPtr(), osg::FieldContainerPtr::getCPtr(), osg::SwitchMaterial::getCurrentMaterial(), osg::MultiPassMaterialBase::getMaterials(), osg::Material::getNPasses(), osg::MultiPassMaterial::getNPasses(), osg::MultiPassMaterial::getState(), osg::Material::getState(), and osg::Material::isMultiPass().
Referenced by dropFunctor(), and dropGeometry().
00505 { 00506 if(!mat->isMultiPass()) 00507 { 00508 states.push_back(mat->getState().getCPtr()); 00509 } 00510 else 00511 { 00512 // HACK need to find a nicer solution. 00513 MultiPassMaterial *mmat = dynamic_cast<MultiPassMaterial *>(mat); 00514 if(mmat != NULL) 00515 { 00516 // first check for a real multipass material. 00517 UInt32 passes = mmat->getMaterials().getSize(); 00518 if(passes > 0) 00519 { 00520 for(UInt32 i=0;i<passes;++i) 00521 { 00522 getMaterialStates(mmat->getMaterials(i).getCPtr(), states); 00523 } 00524 } 00525 else 00526 { 00527 // could be a derived multipass material like CGFXMaterial which overrides 00528 // only some virtual methods. 00529 passes = mmat->getNPasses(); 00530 for(UInt32 i=0;i<passes;++i) 00531 states.push_back(mmat->getState(i).getCPtr()); 00532 } 00533 } 00534 else 00535 { 00536 SwitchMaterial *swmat = dynamic_cast<SwitchMaterial *>(mat); 00537 if(swmat != NULL) 00538 { 00539 getMaterialStates(swmat->getCurrentMaterial().getCPtr(), states); 00540 } 00541 else 00542 { 00543 UInt32 passes = mat->getNPasses(); 00544 for(UInt32 i=0;i<passes;++i) 00545 states.push_back(mat->getState(i).getCPtr()); 00546 } 00547 } 00548 } 00549 }
| Viewport * osg::DrawActionBase::getViewport | ( | void | ) | const [inline, inherited] |
Definition at line 119 of file OSGDrawActionBase.inl.
References osg::DrawActionBase::_viewport.
Referenced by osg::TextureTransformChunk::activate(), osg::TexGenChunk::activate(), osg::ScreenGroup::calcMatrix(), osg::TextureTransformChunk::changeFrom(), osg::TexGenChunk::changeFrom(), osg::DVRIsoShader::deactivate_ColorMatrixShading(), deleteOcclusionQueriesPool(), osg::DVRIsoShader::getCoveredScreenRect(), osg::DrawActionBase::start(), osg::SHLChunk::updateCameraOrientation(), osg::SHLChunk::updateCameraPosition(), osg::SHLChunk::updateInvViewMatrix(), osg::SHLChunk::updateInvWorldMatrix(), osg::SHLChunk::updateStereoLeftEye(), osg::SHLChunk::updateTransInvWorldMatrix(), osg::SHLChunk::updateViewMatrix(), and osg::SHLChunk::updateWorldMatrix().
00120 { 00121 return _viewport; 00122 }
| void DrawActionBase::setViewport | ( | Viewport * | viewport | ) | [inherited] |
Definition at line 274 of file OSGDrawActionBase.cpp.
References osg::DrawActionBase::_viewport.
Referenced by osg::Viewport::draw(), osg::Viewport::render(), and osg::FBOViewport::render().
00275 { 00276 _viewport = viewport; 00277 }
| Camera * osg::DrawActionBase::getCamera | ( | void | ) | const [inline, inherited] |
Definition at line 95 of file OSGDrawActionBase.inl.
References osg::DrawActionBase::_camera.
Referenced by osg::TextureTransformChunk::activate(), osg::TexGenChunk::activate(), osg::ScreenGroup::calcMatrix(), osg::TextureTransformChunk::changeFrom(), osg::TexGenChunk::changeFrom(), osg::SkyBackground::clear(), osg::PolygonBackground::clear(), osg::GradientBackground::clear(), osg::PolygonForeground::draw(), drawViewerObjects< posTrait, colTrait, sizeTrait, geoTrait >::draw(), drawViewerObjects< posTrait, colTrait, sizeTrait, geoTrait >::drawIndexed(), osg::DVRIsoShader::getCoveredScreenRect(), osg::DrawActionBase::start(), osg::SHLChunk::updateCameraOrientation(), osg::SHLChunk::updateCameraPosition(), osg::SHLChunk::updateInvViewMatrix(), osg::SHLChunk::updateInvWorldMatrix(), osg::SHLChunk::updateStereoLeftEye(), osg::SHLChunk::updateTransInvWorldMatrix(), osg::SHLChunk::updateViewMatrix(), and osg::SHLChunk::updateWorldMatrix().
00096 { 00097 return _camera; 00098 }
| void DrawActionBase::setCamera | ( | Camera * | cam | ) | [inherited] |
Definition at line 279 of file OSGDrawActionBase.cpp.
References osg::DrawActionBase::_camera.
Referenced by osg::Viewport::draw(), osg::Viewport::render(), and osg::FBOViewport::render().
00280 { 00281 _camera = cam; 00282 }
| const Matrix & osg::DrawActionBase::getCameraToWorld | ( | void | ) | [inline, inherited] |
Definition at line 101 of file OSGDrawActionBase.inl.
References osg::DrawActionBase::_mCameraToWorld.
Referenced by osg::ClipPlaneChunk::activate(), osg::Particles::calcIndex(), osg::Billboard::calcMatrix(), osg::ClipPlaneChunk::changeFrom(), drawViewerQuads< posTrait, colTrait, texTrait, sizeTrait >::draw(), drawViewDirQuads< posTrait, colTrait, texTrait, sizeTrait >::draw(), osg::DVRVolume::draw(), osg::DistanceLOD::draw(), drawViewerQuads< posTrait, colTrait, texTrait, sizeTrait >::drawIndexed(), drawViewDirQuads< posTrait, colTrait, texTrait, sizeTrait >::drawIndexed(), osg::Slices::drawPrimitives(), osg::Particles::drawPrimitives(), osg::DVRIsoShader::getCoveredScreenRect(), osg::Slicer::getSlicingDirection(), and osg::Slicer::rotateToLocal().
00102 { 00103 return _mCameraToWorld; 00104 }
| Background * osg::DrawActionBase::getBackground | ( | void | ) | const [inline, inherited] |
Definition at line 107 of file OSGDrawActionBase.inl.
References osg::DrawActionBase::_background.
00108 { 00109 return _background; 00110 }
| void DrawActionBase::setBackground | ( | Background * | background | ) | [inherited] |
Definition at line 284 of file OSGDrawActionBase.cpp.
References osg::DrawActionBase::_background.
Referenced by osg::Viewport::draw(), osg::Viewport::render(), and osg::FBOViewport::render().
00285 { 00286 _background = background; 00287 }
| Window * osg::DrawActionBase::getWindow | ( | void | ) | const [inline, inherited] |
Definition at line 113 of file OSGDrawActionBase.inl.
References osg::DrawActionBase::_window.
Referenced by osg::TextureTransformChunk::activate(), osg::TextureChunk::activate(), osg::TexGenChunk::activate(), osg::SHLParameterChunk::activate(), osg::SHLChunk::activate(), osg::RegisterCombinersChunk::activate(), osg::ProgramChunk::activate(), osg::PointChunk::activate(), osg::DVRSimpleLUTShader::activate(), osg::CubeTextureChunk::activate(), osg::BlendChunk::activate(), osg::DVRIsoShader::activate_NVRegisterCombinerShading(), osg::DVRSimpleLUTShader::brickActivate(), osg::TextureTransformChunk::changeFrom(), osg::TextureChunk::changeFrom(), osg::TexGenChunk::changeFrom(), osg::SHLParameterChunk::changeFrom(), osg::SHLChunk::changeFrom(), osg::ProgramChunk::changeFrom(), osg::PointChunk::changeFrom(), osg::CubeTextureChunk::changeFrom(), osg::BlendChunk::changeFrom(), osg::TextureGrabBackground::clear(), osg::TextureTransformChunk::deactivate(), osg::TextureChunk::deactivate(), osg::TexGenChunk::deactivate(), osg::SHLChunk::deactivate(), osg::ProgramChunk::deactivate(), osg::PointChunk::deactivate(), osg::DVRSimpleLUTShader::deactivate(), osg::CubeTextureChunk::deactivate(), osg::BlendChunk::deactivate(), osg::TextureGrabForeground::draw(), drawShaderStrips< posTrait, secPosTrait, colTrait, texTrait, sizeTrait, normalTrait >::draw(), drawShaderQuads< posTrait, secPosTrait, colTrait, texTrait, sizeTrait, normalTrait >::draw(), osg::DVRVolume::draw(), drawShaderStrips< posTrait, secPosTrait, colTrait, texTrait, sizeTrait, normalTrait >::drawIndexed(), drawShaderQuads< posTrait, secPosTrait, colTrait, texTrait, sizeTrait, normalTrait >::drawIndexed(), osg::Surface::drawPrimitives(), osg::Slices::drawPrimitives(), osg::Geometry::drawPrimitives(), osg::DVRMtexLUTShader::initCombiners(), osg::DVRIsoShader::initCombiners_Diffuse2Combiners(), osg::DVRIsoShader::initCombiners_DiffuseMultiCombiners(), osg::DVRIsoShader::initCombiners_IsoSurfaceDiffuse(), osg::DVRIsoShader::initCombiners_IsoSurfaceSpecular(), osg::DVRIsoShader::initCombiners_Specular2Combiners(), osg::DVRIsoShader::initCombiners_SpecularMultiCombiners(), osg::DVRSimpleLUTShader::initialize(), osg::DVRMtexLUTShader::initialize(), osg::DVRVolume::initializeClipObjects(), osg::DVRSimpleLUTShader::isModeSupported(), osg::DVRIsoShader::isModeSupported(), osg::BrickSet::reloadBrickTextures(), osg::FBOViewport::render(), osg::DVRMtexLUTShader::renderSlice(), osg::DVRIsoShader::renderSlice_NVRegisterCombinerShading(), osg::DVRSimpleLUTShader::setupAlphaCorrectionRegisterCombiners(), osg::DVRIsoShader::setupCombinerParametersDiffuse(), osg::DVRIsoShader::setupCombinerParametersSpecular(), osg::SHLChunk::update(), osg::SHLChunk::updateActiveLightsMask(), osg::SHLChunk::updateCameraOrientation(), osg::SHLChunk::updateCameraPosition(), osg::SHLChunk::updateClusterId(), osg::SHLChunk::updateInvViewMatrix(), osg::SHLChunk::updateInvWorldMatrix(), osg::SHLChunk::updateLight0Active(), osg::SHLChunk::updateLight1Active(), osg::SHLChunk::updateLight2Active(), osg::SHLChunk::updateLight3Active(), osg::SHLChunk::updateLight4Active(), osg::SHLChunk::updateLight5Active(), osg::SHLChunk::updateLight6Active(), osg::SHLChunk::updateLight7Active(), osg::SHLChunk::updateOSGParameters(), osg::SHLChunk::updateStereoLeftEye(), osg::SHLChunk::updateTransInvWorldMatrix(), osg::SHLChunk::updateViewMatrix(), and osg::SHLChunk::updateWorldMatrix().
00114 { 00115 return _window; 00116 }
| void DrawActionBase::setWindow | ( | Window * | window | ) | [inherited] |
Definition at line 289 of file OSGDrawActionBase.cpp.
References osg::DrawActionBase::_window.
Referenced by osg::Window::drawAllViewports(), osg::Window::renderAllViewports(), osg::SortFirstWindow::serverRender(), and osg::ClusterWindow::serverRender().
00290 { 00291 _window = window; 00292 }
| StatCollector * osg::DrawActionBase::getStatistics | ( | void | ) | [inline, inherited] |
Definition at line 149 of file OSGDrawActionBase.inl.
References osg::DrawActionBase::_ownStat, osg::DrawActionBase::_statistics, and osg::StatCollector::create().
Referenced by osg::TextureChunk::activate(), osg::CubeTextureChunk::activate(), osg::TextureChunk::changeFrom(), osg::CubeTextureChunk::changeFrom(), osg::SpotLight::drawEnter(), osg::PointLight::drawEnter(), osg::DirectionalLight::drawEnter(), osg::Slices::drawPrimitives(), osg::Geometry::drawPrimitives(), isOccluded(), isVisible(), osg::DrawAction::isVisible(), pushVisibility(), osg::SpotLight::renderEnter(), osg::PointLight::renderEnter(), osg::DirectionalLight::renderEnter(), start(), osg::DrawActionBase::start(), stop(), and osg::DrawActionBase::stop().
00150 { 00151 if(_statistics == NULL) 00152 { 00153 _statistics = StatCollector::create(); 00154 _ownStat = true; 00155 } 00156 00157 return _statistics; 00158 }
| void DrawActionBase::setStatistics | ( | StatCollector * | stat | ) | [inherited] |
Definition at line 294 of file OSGDrawActionBase.cpp.
References osg::DrawActionBase::_ownStat, and osg::DrawActionBase::_statistics.
Referenced by osg::SimpleSceneManager::setStatistics().
00295 { 00296 #if 0 // Altered for last frame time 00297 _statistics = statistics; 00298 _ownStat = false; 00299 #else 00300 if (_ownStat) { 00301 delete _statistics; 00302 } 00303 _statistics = statistics; 00304 _ownStat = false; 00305 #endif 00306 }
| bool osg::DrawActionBase::hasOwnStat | ( | void | ) | [inline, inherited] |
Definition at line 160 of file OSGDrawActionBase.inl.
References osg::DrawActionBase::_ownStat.
00161 { 00162 return _ownStat; 00163 }
| bool osg::DrawActionBase::getFrustumCulling | ( | void | ) | const [inline, inherited] |
Definition at line 125 of file OSGDrawActionBase.inl.
References osg::DrawActionBase::_frustumCulling.
Referenced by isVisible(), osg::DrawAction::isVisible(), popVisibility(), pushVisibility(), osg::DrawActionBase::selectVisibles(), and osg::DrawActionBase::start().
00126 { 00127 return _frustumCulling; 00128 }
| void DrawActionBase::setFrustumCulling | ( | bool | val = true |
) | [inherited] |
Definition at line 312 of file OSGDrawActionBase.cpp.
References osg::DrawActionBase::_frustumCulling.
Referenced by osg::RenderOptions::activateOptions().
00313 { 00314 _frustumCulling = frustumCulling; 00315 }
| bool osg::DrawActionBase::getVolumeDrawing | ( | void | ) | const [inline, inherited] |
Definition at line 131 of file OSGDrawActionBase.inl.
References osg::DrawActionBase::_volumeDrawing.
Referenced by pushVisibility(), osg::DrawActionBase::selectVisibles(), and osg::DrawActionBase::stop().
00132 { 00133 return _volumeDrawing; 00134 }
| void DrawActionBase::setVolumeDrawing | ( | bool | val = false |
) | [inherited] |
Definition at line 328 of file OSGDrawActionBase.cpp.
References osg::DrawActionBase::_volumeDrawing.
00329 { 00330 _volumeDrawing = volumeDrawing; 00331 }
| bool osg::DrawActionBase::getAutoFrustum | ( | void | ) | const [inline, inherited] |
Definition at line 137 of file OSGDrawActionBase.inl.
References osg::DrawActionBase::_autoFrustum.
Referenced by osg::DrawActionBase::start().
00138 { 00139 return _autoFrustum; 00140 }
| void DrawActionBase::setAutoFrustum | ( | bool | val = true |
) | [inherited] |
Definition at line 320 of file OSGDrawActionBase.cpp.
References osg::DrawActionBase::_autoFrustum.
00321 { 00322 _autoFrustum = autoFrustum; 00323 }
| const FrustumVolume & osg::DrawActionBase::getFrustum | ( | void | ) | const [inline, inherited] |
Definition at line 143 of file OSGDrawActionBase.inl.
References osg::DrawActionBase::_frustum.
00144 { 00145 return _frustum; 00146 }
| void DrawActionBase::setFrustum | ( | FrustumVolume & | frust | ) | [inherited] |
Definition at line 335 of file OSGDrawActionBase.cpp.
References osg::DrawActionBase::_frustum.
00336 { 00337 _frustum = frustum; 00338 }
| UInt32 DrawActionBase::selectVisibles | ( | void | ) | [inherited] |
Definition at line 341 of file OSGDrawActionBase.cpp.
References osg::Action::addNode(), osg::dropVolume(), osg::getCPtr(), osg::DrawActionBase::getFrustumCulling(), osg::Action::getNNodes(), osg::Action::getNode(), osg::DrawActionBase::getVolumeDrawing(), osg::DrawActionBase::isVisible(), osg::Color3< ValueTypeT >::setValuesRGB(), and osg::Action::useNodeList().
Referenced by osg::Switch::draw(), osg::Transform::drawEnter(), osg::MaterialGroup::drawEnter(), osg::Light::drawEnter(), osg::Inline::drawEnter(), osg::Group::drawEnter(), osg::Light::renderEnter(), osg::Group::renderEnter(), and osg::ClipPlane::renderEnter().
00342 { 00343 if(getFrustumCulling() == false) 00344 return getNNodes(); 00345 00346 useNodeList(); 00347 00348 Color3f col; 00349 00350 UInt32 count = 0; 00351 for ( UInt32 i = 0; i < getNNodes(); i++ ) 00352 { 00353 if ( isVisible( getNode(i).getCPtr() ) ) 00354 { 00355 col.setValuesRGB(0,1,0); 00356 addNode( getNode(i) ); 00357 ++count; 00358 } 00359 else 00360 col.setValuesRGB(1,0,0); 00361 00362 if(getVolumeDrawing()) 00363 { 00364 dropVolume(this, getNode(i), col); 00365 } 00366 } 00367 00368 return count; 00369 }
| Material * osg::DrawActionBase::getMaterial | ( | void | ) | const [inline, inherited] |
Definition at line 166 of file OSGDrawActionBase.inl.
References osg::DrawActionBase::_pMaterial.
Referenced by osg::DVRVolume::doDraw(), osg::MaterialDrawable::drawActionHandler(), osg::MaterialGroup::drawEnter(), dropFunctor(), dropGeometry(), osg::MaterialDrawable::renderActionHandler(), and osg::MaterialGroup::renderEnter().
00167 { 00168 return _pMaterial; 00169 }
| NodePtr osg::DrawActionBase::getMaterialNode | ( | void | ) | const [inline, inherited] |
Definition at line 172 of file OSGDrawActionBase.inl.
References osg::DrawActionBase::_pMaterialNode.
Referenced by osg::MaterialGroup::drawLeave(), and osg::MaterialGroup::renderLeave().
00173 { 00174 return _pMaterialNode; 00175 }
Definition at line 175 of file OSGDrawActionBase.cpp.
References osg::DrawActionBase::_pMaterial, and osg::DrawActionBase::_pMaterialNode.
Referenced by osg::MaterialGroup::drawEnter(), osg::MaterialGroup::drawLeave(), osg::MaterialGroup::renderEnter(), and osg::MaterialGroup::renderLeave().
00176 { 00177 _pMaterial = pMaterial; 00178 _pMaterialNode = node; 00179 }
| static const char* osg::Action::getClassname | ( | void | ) | [inline, static, inherited] |
Reimplemented in osg::DrawAction, osg::IntersectAction, and osg::VRMLWriteAction.
Definition at line 109 of file OSGAction.h.
| void Action::setPrototype | ( | Action * | proto | ) | [static, inherited] |
Definition at line 119 of file OSGAction.cpp.
References osg::Action::_prototype.
00120 { 00121 _prototype = proto; 00122 }
| void Action::registerEnterFunction | ( | const FieldContainerType & | type, | |
| const Functor & | func | |||
| ) | [inherited] |
Definition at line 201 of file OSGAction.cpp.
References osg::Action::_defaultEnterFunction(), osg::Action::_enterFunctors, osg::TypeBase::getId(), and osg::osgTypedFunctionFunctor2CPtrRef().
00203 { 00204 while ( type.getId() >= _enterFunctors.size() ) 00205 { 00206 _enterFunctors.push_back( 00207 osgTypedFunctionFunctor2CPtrRef< 00208 ResultE, 00209 CNodePtr, 00210 Action * >(&Action::_defaultEnterFunction)); 00211 } 00212 00213 _enterFunctors[ type.getId() ] = func; 00214 }
| void Action::registerLeaveFunction | ( | const FieldContainerType & | type, | |
| const Functor & | func | |||
| ) | [inherited] |
Definition at line 216 of file OSGAction.cpp.
References osg::Action::_defaultLeaveFunction(), osg::Action::_leaveFunctors, osg::TypeBase::getId(), and osg::osgTypedFunctionFunctor2CPtrRef().
00218 { 00219 while ( type.getId() >= _leaveFunctors.size() ) 00220 { 00221 _leaveFunctors.push_back( 00222 osgTypedFunctionFunctor2CPtrRef< 00223 ResultE, 00224 CNodePtr, 00225 Action * >(&Action::_defaultLeaveFunction)); 00226 } 00227 00228 _leaveFunctors[ type.getId() ] = func; 00229 }
| Action::ResultE Action::apply | ( | std::vector< NodePtr >::iterator | begin, | |
| std::vector< NodePtr >::iterator | end | |||
| ) | [virtual, inherited] |
Reimplemented in osg::VRMLWriteAction.
Definition at line 235 of file OSGAction.cpp.
References osg::Action::callStart(), osg::Action::callStop(), osg::Action::Continue, osg::NullFC, osg::Action::Quit, osg::Action::recurse(), and SWARNING.
Referenced by osg::VRMLWriteAction::apply(), osg::Action::apply(), osg::Navigator::buttonRelease(), osg::Viewport::draw(), osg::WalkNavigator::forward(), osg::Navigator::getIntersectionPoint(), osg::Viewport::render(), osg::FBOViewport::render(), osg::WalkNavigator::right(), and osg::VRMLWriteAction::write().
00237 { 00238 Action::ResultE res = Continue; 00239 00240 // call the start function and its' returns 00241 if ( ( res = callStart() ) != Continue ) 00242 return res; 00243 00244 // call the given nodes 00245 00246 for ( ; begin != end; begin ++ ) 00247 { 00248 if ( *begin == NullFC ) 00249 { 00250 SWARNING << "apply: encountered NullNode!" << std::endl; 00251 return Quit; 00252 } 00253 else 00254 { 00255 res = recurse( *begin ); 00256 00257 if ( res != Continue ) 00258 break; 00259 } 00260 } 00261 00262 // call the stop function and its' returns 00263 res = callStop( res ); 00264 00265 return res; 00266 }
| Action::ResultE Action::apply | ( | NodePtr | node | ) | [virtual, inherited] |
Reimplemented in osg::VRMLWriteAction.
Definition at line 268 of file OSGAction.cpp.
References osg::Action::apply(), osg::NullFC, osg::Action::Quit, and SWARNING.
00269 { 00270 if(node == NullFC) 00271 { 00272 SWARNING << "apply: node is Null!" << std::endl; 00273 return Quit; 00274 } 00275 00276 std::vector<NodePtr> nodeList; 00277 00278 nodeList.push_back(node); 00279 00280 return apply(nodeList.begin(), nodeList.end()); 00281 }
| NodePtr osg::Action::getActNode | ( | void | ) | [inline, inherited] |
Definition at line 55 of file OSGAction.inl.
References osg::Action::_actNode.
Referenced by osg::ClipPlaneChunk::activate(), osg::Particles::calcIndex(), osg::ClipPlaneChunk::changeFrom(), osg::ProxyGroup::draw(), drawViewerObjects< posTrait, colTrait, sizeTrait, geoTrait >::draw(), drawViewerQuads< posTrait, colTrait, texTrait, sizeTrait >::draw(), drawViewDirQuads< posTrait, colTrait, texTrait, sizeTrait >::draw(), osg::DVRVolume::draw(), osg::DistanceLOD::draw(), osg::ScreenGroup::drawEnter(), osg::MaterialGroup::drawEnter(), osg::Light::drawEnter(), osg::InverseTransform::drawEnter(), osg::Billboard::drawEnter(), drawViewerObjects< posTrait, colTrait, sizeTrait, geoTrait >::drawIndexed(), drawViewerQuads< posTrait, colTrait, texTrait, sizeTrait >::drawIndexed(), drawViewDirQuads< posTrait, colTrait, texTrait, sizeTrait >::drawIndexed(), osg::MaterialGroup::drawLeave(), osg::Slices::drawPrimitives(), osg::Particles::drawPrimitives(), dropFunctor(), dropGeometry(), osg::DVRIsoShader::getCoveredScreenRect(), osg::Slicer::getSlicingDirection(), osg::Group::intersect(), osg::Geometry::intersect(), osg::DVRVolume::intersect(), pushVisibility(), osg::MaterialGroup::renderEnter(), osg::MaterialGroup::renderLeave(), and osg::Slicer::rotateToLocal().
00056 { 00057 return _actNode; 00058 }
| UInt32 osg::Action::getNNodes | ( | void | ) | const [inline, inherited] |
Definition at line 92 of file OSGAction.inl.
References osg::Action::_actList, and osg::Action::_actNode.
Referenced by osg::Switch::draw(), osg::DistanceLOD::draw(), osg::Switch::intersect(), and osg::DrawActionBase::selectVisibles().
00093 { 00094 if ( ! _actList ) 00095 { 00096 return _actNode->getNChildren(); 00097 } 00098 else 00099 { 00100 return (*_actList).size(); 00101 } 00102 }
| const NodePtr osg::Action::getNode | ( | int | index | ) | [inline, inherited] |
Definition at line 67 of file OSGAction.inl.
References osg::Action::_actList, and osg::Action::_actNode.
Referenced by osg::Switch::draw(), osg::DistanceLOD::draw(), osg::Switch::intersect(), and osg::DrawActionBase::selectVisibles().
00068 { 00069 if ( ! _actList ) 00070 { 00071 return _actNode->getChild( index ); 00072 } 00073 else 00074 { 00075 return (*_actList)[ index ]; 00076 } 00077 }
| void osg::Action::addNode | ( | NodePtr | node | ) | [inline, inherited] |
Definition at line 80 of file OSGAction.inl.
References osg::Action::_newList.
Referenced by osg::Switch::draw(), osg::ProxyGroup::draw(), osg::DistanceLOD::draw(), osg::Switch::intersect(), and osg::DrawActionBase::selectVisibles().
00081 { 00082 _newList.push_back( node ); 00083 }
| void osg::Action::useNodeList | ( | void | ) | [inline, inherited] |
Definition at line 86 of file OSGAction.inl.
References osg::Action::_useNewList.
Referenced by osg::Switch::draw(), osg::ProxyGroup::draw(), osg::DistanceLOD::draw(), pushVisibility(), and osg::DrawActionBase::selectVisibles().
00087 { 00088 _useNewList = true; 00089 }
| UInt32 osg::Action::getTravMask | ( | void | ) | const [inline, inherited] |
Definition at line 106 of file OSGAction.inl.
References osg::Action::_travMask.
Referenced by osg::Action::recurse().
00107 { 00108 return _travMask; 00109 }
| void osg::Action::setTravMask | ( | UInt32 | val | ) | [inline, inherited] |
Definition at line 112 of file OSGAction.inl.
References osg::Action::_travMask.
Referenced by osg::Viewport::draw(), osg::Viewport::render(), and osg::FBOViewport::render().
00113 { 00114 _travMask = val; 00115 }
| bool Action::operator< | ( | const Action & | other | ) | [inherited] |
| bool Action::operator== | ( | const Action & | other | ) | [inherited] |
| bool Action::operator!= | ( | const Action & | other | ) | [inherited] |
| Action::ResultE osg::Action::callEnter | ( | NodePtr | node | ) | [inline, protected, inherited] |
Definition at line 124 of file OSGAction.inl.
References osg::Action::_defaultEnterFunction(), osg::Action::_enterFunctors, osg::NodePtr::getCore(), osg::Action::getDefaultEnterFunctors(), osg::TypeBase::getId(), and osg::NodeCore::getType().
Referenced by osg::Action::recurse().
00125 { 00126 ResultE result; 00127 00128 UInt32 uiFunctorIndex = node->getCore()->getType().getId(); 00129 CNodePtr cnode(node); 00130 00131 if ( uiFunctorIndex < _enterFunctors.size() ) 00132 result = _enterFunctors[uiFunctorIndex].call(cnode,this); 00133 else if ( getDefaultEnterFunctors() && 00134 uiFunctorIndex < getDefaultEnterFunctors()->size() ) 00135 { 00136 // field container registered method after this action was instantiated 00137 // copy the new functors from default vector 00138 std::vector<Functor> *defaultEnter = getDefaultEnterFunctors(); 00139 00140 while ( defaultEnter->size() > _enterFunctors.size() ) 00141 { 00142 _enterFunctors.push_back( (*defaultEnter)[_enterFunctors.size()] ); 00143 } 00144 result = _enterFunctors[uiFunctorIndex].call(cnode,this); 00145 } 00146 else // unknown field container 00147 result = _defaultEnterFunction(cnode,this); 00148 00149 return result; 00150 }
| Action::ResultE osg::Action::callLeave | ( | NodePtr | node | ) | [inline, protected, inherited] |
Definition at line 153 of file OSGAction.inl.
References osg::Action::_defaultLeaveFunction(), osg::Action::_leaveFunctors, osg::NodePtr::getCore(), osg::Action::getDefaultLeaveFunctors(), osg::TypeBase::getId(), and osg::NodeCore::getType().
Referenced by osg::Action::recurse().
00154 { 00155 ResultE result; 00156 00157 UInt32 uiFunctorIndex = node->getCore()->getType().getId(); 00158 CNodePtr cnode(node); 00159 00160 if ( uiFunctorIndex < _leaveFunctors.size() ) 00161 result = _leaveFunctors[uiFunctorIndex].call(cnode,this); 00162 else if ( getDefaultLeaveFunctors() && 00163 uiFunctorIndex < getDefaultLeaveFunctors()->size() ) 00164 { 00165 // field container registered method after this action was instantiated 00166 // copy the new functors from default vector 00167 std::vector<Functor> *defaultLeave = getDefaultLeaveFunctors(); 00168 00169 while ( defaultLeave->size() > _leaveFunctors.size() ) 00170 { 00171 _leaveFunctors.push_back( (*defaultLeave)[_leaveFunctors.size()] ); 00172 } 00173 result = _leaveFunctors[uiFunctorIndex].call(cnode,this); 00174 } 00175 else // unknown field container 00176 result = _defaultLeaveFunction(cnode,this); 00177 00178 return result; 00179 }
| Action::ResultE Action::recurse | ( | NodePtr | node | ) | [protected, inherited] |
Definition at line 288 of file OSGAction.cpp.
References osg::Action::_actList, osg::Action::_actNode, osg::Action::_newList, osg::Action::_useNewList, osg::Action::callEnter(), osg::Action::callLeave(), osg::Action::callNewList(), osg::Action::Continue, osg::NodePtr::getCore(), osg::Action::getTravMask(), osg::NullFC, osg::Action::Quit, osg::Action::Skip, and SWARNING.
Referenced by osg::Action::apply(), and osg::Action::callNewList().
00289 { 00290 if ( node == NullFC ) 00291 return Continue; 00292 00293 if((node->getTravMask() & getTravMask()) == 0) 00294 return Continue; 00295 00296 if(node->getOcclusionMask() & 1) 00297 return Continue; 00298 00299 NodeCorePtr core = node->getCore(); 00300 00301 if ( core == NullFC ) 00302 { 00303 SWARNING << "recurse: core is Null, don't know what to do!" 00304 << std::endl; 00305 return Quit; 00306 } 00307 00308 Action::ResultE result; 00309 00310 _actList = NULL; 00311 _actNode = node; 00312 _newList.clear(); 00313 _useNewList = false; 00314 00315 result = callEnter( node ); 00316 00317 if ( result != Continue ) 00318 { 00319 if ( result == Skip ) 00320 return Continue; 00321 00322 return result; 00323 } 00324 00325 if ( ! _newList.empty() ) 00326 { 00327 result = callNewList(); 00328 } 00329 else if ( ! _useNewList ) // new list is empty, but not used? 00330 { 00331 std::vector<NodePtr>::iterator it; 00332 00333 for ( it = node->getMFChildren()->begin(); it != node->getMFChildren()->end(); it ++ ) 00334 { 00335 result = recurse( *it ); 00336 00337 if ( result != Continue ) 00338 break; 00339 } 00340 } 00341 00342 _actNode = node; 00343 if ( result == Continue ) 00344 result = callLeave( node ); 00345 else 00346 callLeave( node ); 00347 00348 if ( result == Skip ) 00349 return Continue; 00350 00351 return result; 00352 }
| Action::ResultE Action::callNewList | ( | void | ) | [protected, inherited] |
Definition at line 355 of file OSGAction.cpp.
References osg::Action::_actList, osg::Action::_newList, osg::Action::Continue, and osg::Action::recurse().
Referenced by osg::Action::callStart(), osg::Action::callStop(), and osg::Action::recurse().
00356 { 00357 Action::ResultE result = Continue; 00358 00359 // need to make a copy, because the one in the action is cleared 00360 00361 std::vector<NodePtr> nodeList; 00362 nodeList.swap(_newList); 00363 00364 std::vector<NodePtr>::iterator it; 00365 00366 _actList = &nodeList; 00367 00368 for(it = nodeList.begin(); it != nodeList.end(); ++it) 00369 { 00370 result = recurse(*it); 00371 00372 if(result != Continue) 00373 break; 00374 } 00375 00376 return result; 00377 }
| Action::ResultE Action::_defaultEnterFunction | ( | CNodePtr & | node, | |
| Action * | action | |||
| ) | [static, protected, inherited] |
Definition at line 501 of file OSGAction.cpp.
References osg::Action::Continue.
Referenced by osg::Action::callEnter(), registerEnterDefault(), osg::IntersectAction::registerEnterDefault(), osg::DrawAction::registerEnterDefault(), osg::Action::registerEnterDefault(), and osg::Action::registerEnterFunction().
00503 { 00504 return Continue; 00505 }
| Action::ResultE Action::_defaultLeaveFunction | ( | CNodePtr & | node, | |
| Action * | action | |||
| ) | [static, protected, inherited] |
Definition at line 507 of file OSGAction.cpp.
References osg::Action::Continue.
Referenced by osg::Action::callLeave(), registerLeaveDefault(), osg::IntersectAction::registerLeaveDefault(), osg::DrawAction::registerLeaveDefault(), osg::Action::registerLeaveDefault(), and osg::Action::registerLeaveFunction().
00509 { 00510 return Continue; 00511 }
| void osg::Action::setActNode | ( | NodePtr | node | ) | [inline, protected, inherited] |
Definition at line 61 of file OSGAction.inl.
References osg::Action::_actNode.
Referenced by draw().
00062 { 00063 _actNode = node; 00064 }
Friends And Related Function Documentation
friend class ShadowViewport [friend] |
Definition at line 424 of file OSGRenderAction.h.
Member Data Documentation
StatElemDesc< StatTimeElem > RenderAction::statDrawTime [static] |
StatElemDesc< StatIntElem > RenderAction::statNMaterials [static] |
Definition at line 111 of file OSGRenderAction.h.
Referenced by osg::SimpleSceneManager::initialize(), and stop().
StatElemDesc< StatIntElem > RenderAction::statNMatrices [static] |
Definition at line 112 of file OSGRenderAction.h.
Referenced by osg::SimpleSceneManager::initialize(), and stop().
StatElemDesc< StatIntElem > RenderAction::statNLights [static] |
StatElemDesc< StatIntElem > RenderAction::statNGeometries [static] |
Definition at line 114 of file OSGRenderAction.h.
Referenced by osg::SimpleSceneManager::initialize(), and stop().
Definition at line 115 of file OSGRenderAction.h.
Referenced by osg::SimpleSceneManager::initialize(), and stop().
StatElemDesc< StatIntOnceElem > RenderAction::statNTextures [static] |
Definition at line 116 of file OSGRenderAction.h.
Referenced by osg::TextureChunk::activate(), osg::CubeTextureChunk::activate(), osg::TextureChunk::changeFrom(), osg::CubeTextureChunk::changeFrom(), and osg::SimpleSceneManager::initialize().
StatElemDesc< StatIntOnceElem > RenderAction::statNTexBytes [static] |
Definition at line 117 of file OSGRenderAction.h.
Referenced by osg::TextureChunk::activate(), osg::CubeTextureChunk::activate(), osg::TextureChunk::changeFrom(), osg::CubeTextureChunk::changeFrom(), and osg::SimpleSceneManager::initialize().
Definition at line 118 of file OSGRenderAction.h.
Referenced by osg::SimpleSceneManager::initialize(), and stop().
StatElemDesc< StatIntElem > RenderAction::statNOcclusionTests [static] |
Definition at line 119 of file OSGRenderAction.h.
Referenced by osg::SimpleSceneManager::initialize(), and stop().
Definition at line 120 of file OSGRenderAction.h.
Referenced by osg::SimpleSceneManager::initialize(), and stop().
const Int32 RenderAction::OcclusionStopAndWait = 1 [static] |
Definition at line 122 of file OSGRenderAction.h.
Referenced by dropFunctor(), isOccluded(), and stop().
const Int32 RenderAction::OcclusionMultiFrame = 2 [static] |
const Int32 RenderAction::OcclusionHierarchicalMultiFrame = 6 [static] |
Definition at line 124 of file OSGRenderAction.h.
Referenced by drawMultiFrameOcclusionBB(), isOccluded(), and stop().
Definition at line 252 of file OSGRenderAction.h.
Referenced by deleteOcclusionQueriesPool(), drawHierarchicalMultiFrameOcclusionBB(), drawMultiFrameOcclusionBB(), getOcclusionQuery(), isOccluded(), start(), and stop().
RenderAction * RenderAction::_pPrototype = NULL [static, protected] |
Definition at line 272 of file OSGRenderAction.h.
Referenced by create(), getPrototype(), and setPrototype().
std::vector< Action::Functor > * RenderAction::_vDefaultEnterFunctors = NULL [static, protected] |
Definition at line 274 of file OSGRenderAction.h.
Referenced by getDefaultEnterFunctors(), registerEnterDefault(), and RenderAction().
std::vector< Action::Functor > * RenderAction::_vDefaultLeaveFunctors = NULL [static, protected] |
Definition at line 275 of file OSGRenderAction.h.
Referenced by getDefaultLeaveFunctors(), registerLeaveDefault(), and RenderAction().
DrawTreeNodeFactory* osg::RenderAction::_pNodeFactory [protected] |
Definition at line 285 of file OSGRenderAction.h.
Referenced by dropFunctor(), dropGeometry(), RenderAction(), start(), and ~RenderAction().
UInt32 osg::RenderAction::_uiMatrixId [protected] |
MatrixStore osg::RenderAction::_currMatrix [protected] |
Definition at line 289 of file OSGRenderAction.h.
Referenced by draw(), drawMultiFrameOcclusionBB(), dropClipPlane(), dropFunctor(), dropGeometry(), dropLight(), pop_matrix(), push_matrix(), start(), top_matrix(), and updateTopMatrix().
Matrix osg::RenderAction::_camInverse [protected] |
Definition at line 290 of file OSGRenderAction.h.
Referenced by dropClipPlane(), dropLight(), start(), and updateTopMatrix().
std::vector<MatrixStore> osg::RenderAction::_vMatrixStack [protected] |
MaterialMap osg::RenderAction::_mMatMap [protected] |
Definition at line 294 of file OSGRenderAction.h.
Referenced by dropFunctor(), dropGeometry(), and start().
SortKeyMap osg::RenderAction::_pMatRoots [protected] |
Definition at line 298 of file OSGRenderAction.h.
Referenced by dropFunctor(), dropGeometry(), start(), and stop().
TransSortKeyMap osg::RenderAction::_pTransMatRoots [protected] |
Definition at line 302 of file OSGRenderAction.h.
Referenced by dropFunctor(), dropGeometry(), start(), and stop().
DrawTreeNode* osg::RenderAction::_pNoStateSortRoot [protected] |
Definition at line 304 of file OSGRenderAction.h.
Referenced by dropFunctor(), dropGeometry(), start(), and stop().
DrawTreeNode* osg::RenderAction::_pNoStateSortTransRoot [protected] |
Definition at line 305 of file OSGRenderAction.h.
Referenced by dropFunctor(), dropGeometry(), start(), and stop().
OCMap osg::RenderAction::_ocRoot [protected] |
UInt32 osg::RenderAction::_uiActiveMatrix [protected] |
Definition at line 310 of file OSGRenderAction.h.
Referenced by draw(), drawMultiFrameOcclusionBB(), start(), and stop().
State* osg::RenderAction::_pActiveState [protected] |
Definition at line 311 of file OSGRenderAction.h.
Referenced by draw(), getCurrentState(), start(), and stop().
UInt32 osg::RenderAction::_uiNumMaterialChanges [protected] |
UInt32 osg::RenderAction::_uiNumMatrixChanges [protected] |
Definition at line 314 of file OSGRenderAction.h.
Referenced by draw(), drawMultiFrameOcclusionBB(), start(), and stop().
UInt32 osg::RenderAction::_uiNumLightChanges [protected] |
Definition at line 315 of file OSGRenderAction.h.
Referenced by activateLocalLights(), start(), and stop().
UInt32 osg::RenderAction::_uiNumGeometries [protected] |
UInt32 osg::RenderAction::_uiNumTransGeometries [protected] |
Definition at line 317 of file OSGRenderAction.h.
Referenced by dropFunctor(), dropGeometry(), start(), and stop().
UInt32 osg::RenderAction::_uiNumOcclusionTests [protected] |
UInt32 osg::RenderAction::_uiNumOcclusionCulled [protected] |
bool osg::RenderAction::_bSortTrans [protected] |
Definition at line 321 of file OSGRenderAction.h.
Referenced by dropFunctor(), dropGeometry(), getSortTrans(), and setSortTrans().
bool osg::RenderAction::_bZWriteTrans [protected] |
Definition at line 322 of file OSGRenderAction.h.
Referenced by getZWriteTrans(), setZWriteTrans(), and stop().
bool osg::RenderAction::_bLocalLights [protected] |
Definition at line 323 of file OSGRenderAction.h.
Referenced by draw(), dropLight(), dropLightEnv(), getActiveLights(), getLocalLights(), setLocalLights(), stop(), undropLight(), and undropLightEnv().
bool osg::RenderAction::_bCorrectTwoSidedLighting [protected] |
Definition at line 324 of file OSGRenderAction.h.
Referenced by draw(), getCorrectTwoSidedLighting(), and setCorrectTwoSidedLighting().
bool osg::RenderAction::_bOcclusionCulling [protected] |
Definition at line 325 of file OSGRenderAction.h.
Referenced by dropFunctor(), getOcclusionCulling(), isOccluded(), setOcclusionCulling(), and stop().
Int32 osg::RenderAction::_occlusionCullingMode [protected] |
Definition at line 326 of file OSGRenderAction.h.
Referenced by drawMultiFrameOcclusionBB(), dropFunctor(), getOcclusionCullingMode(), isOccluded(), setOcclusionCullingMode(), and stop().
UInt32 osg::RenderAction::_occlusionCullingPixels [protected] |
Definition at line 327 of file OSGRenderAction.h.
Referenced by getOcclusionCullingPixels(), isOccluded(), setOcclusionCullingPixels(), and stop().
UInt32 osg::RenderAction::_occlusionCullingThreshold [protected] |
Definition at line 328 of file OSGRenderAction.h.
Referenced by drawMultiFrameOcclusionBB(), getOcclusionCullingThreshold(), isOccluded(), and setOcclusionCullingThreshold().
UInt32 osg::RenderAction::_currentOcclusionQueryIndex [protected] |
Definition at line 329 of file OSGRenderAction.h.
Referenced by getOcclusionQuery(), and resetOcclusionQueryIndex().
std::vector<NodePtr> osg::RenderAction::_occluded_nodes [protected] |
Definition at line 330 of file OSGRenderAction.h.
Referenced by deleteOcclusionQueriesPool(), isOccluded(), and stop().
std::set<UInt32> osg::RenderAction::_hier_occlusions [protected] |
Definition at line 331 of file OSGRenderAction.h.
Referenced by deleteOcclusionQueriesPool(), and stop().
UInt32 osg::RenderAction::_occ_bb_dl [protected] |
Definition at line 332 of file OSGRenderAction.h.
Referenced by drawOcclusionBB(), and ~RenderAction().
bool osg::RenderAction::_bSmallFeatureCulling [protected] |
Definition at line 334 of file OSGRenderAction.h.
Referenced by getSmallFeatureCulling(), isOccluded(), isSmallFeature(), setSmallFeatureCulling(), and start().
Real32 osg::RenderAction::_smallFeaturesPixels [protected] |
Definition at line 335 of file OSGRenderAction.h.
Referenced by getSmallFeaturePixels(), isSmallFeature(), and setSmallFeaturePixels().
UInt32 osg::RenderAction::_smallFeaturesThreshold [protected] |
Definition at line 336 of file OSGRenderAction.h.
Referenced by getSmallFeatureThreshold(), isOccluded(), and setSmallFeatureThreshold().
Matrix osg::RenderAction::_worldToScreenMatrix [protected] |
bool osg::RenderAction::_useGLFinish [protected] |
Definition at line 338 of file OSGRenderAction.h.
Referenced by getUseGLFinish(), setUseGLFinish(), and stop().
std::vector<LightStore> osg::RenderAction::_vLights [protected] |
Definition at line 340 of file OSGRenderAction.h.
Referenced by activateLocalLights(), dropLight(), start(), and stop().
std::vector<Light *> osg::RenderAction::_lightsMap [protected] |
Definition at line 341 of file OSGRenderAction.h.
Referenced by dropLight(), getActiveLights(), and start().
UInt32 osg::RenderAction::_lightsState [protected] |
Definition at line 342 of file OSGRenderAction.h.
Referenced by dropFunctor(), dropGeometry(), dropLight(), dropLightEnv(), start(), undropLight(), and undropLightEnv().
UInt32 osg::RenderAction::_activeLightsState [protected] |
Definition at line 343 of file OSGRenderAction.h.
Referenced by activateLocalLights(), draw(), getActiveLights(), and start().
UInt32 osg::RenderAction::_activeLightsCount [protected] |
Definition at line 344 of file OSGRenderAction.h.
Referenced by activateLocalLights(), getActiveLightsCount(), start(), and stop().
UInt32 osg::RenderAction::_activeLightsMask [protected] |
Definition at line 345 of file OSGRenderAction.h.
Referenced by activateLocalLights(), getActiveLightsMask(), start(), and stop().
std::vector<std::vector<UInt32> > osg::RenderAction::_lightsTable [protected] |
Definition at line 347 of file OSGRenderAction.h.
Referenced by activateLocalLights(), dropLight(), getActiveLights(), start(), and undropLightEnv().
std::vector<UInt32> osg::RenderAction::_lightsPath [protected] |
Definition at line 348 of file OSGRenderAction.h.
Referenced by dropLight(), start(), undropLight(), and undropLightEnv().
std::vector<UInt32> osg::RenderAction::_lightEnvsLightsState [protected] |
Definition at line 349 of file OSGRenderAction.h.
Referenced by dropLightEnv(), getLightEnvsLightsState(), isVisible(), popVisibility(), pushVisibility(), start(), undropLight(), and undropLightEnv().
std::vector<ClipPlaneStore> osg::RenderAction::_vClipPlanes [protected] |
Definition at line 352 of file OSGRenderAction.h.
Referenced by activateLocalClipPlanes(), dropClipPlane(), and start().
std::vector<ClipPlane *> osg::RenderAction::_clipPlanesMap [protected] |
UInt32 osg::RenderAction::_clipPlanesState [protected] |
Definition at line 354 of file OSGRenderAction.h.
Referenced by dropClipPlane(), dropFunctor(), dropGeometry(), start(), and undropClipPlane().
UInt32 osg::RenderAction::_activeClipPlanesState [protected] |
Definition at line 355 of file OSGRenderAction.h.
Referenced by activateLocalClipPlanes(), and start().
UInt32 osg::RenderAction::_activeClipPlanesCount [protected] |
Definition at line 356 of file OSGRenderAction.h.
Referenced by activateLocalClipPlanes(), start(), and stop().
UInt32 osg::RenderAction::_activeClipPlanesMask [protected] |
Definition at line 357 of file OSGRenderAction.h.
Referenced by activateLocalClipPlanes(), and start().
std::vector<std::vector<UInt32> > osg::RenderAction::_clipPlanesTable [protected] |
Definition at line 359 of file OSGRenderAction.h.
Referenced by activateLocalClipPlanes(), dropClipPlane(), and start().
std::vector<UInt32> osg::RenderAction::_clipPlanesPath [protected] |
Definition at line 360 of file OSGRenderAction.h.
Referenced by dropClipPlane(), start(), and undropClipPlane().
bool osg::RenderAction::_stateSorting [protected] |
Definition at line 362 of file OSGRenderAction.h.
Referenced by dropFunctor(), dropGeometry(), getStateSorting(), setStateSorting(), and start().
std::vector<FrustumVolume::PlaneSet> osg::RenderAction::_visibilityStack [protected] |
Definition at line 364 of file OSGRenderAction.h.
Referenced by popVisibility(), pushVisibility(), and start().
GLuint osg::RenderAction::_occlusionQuery [protected] |
std::vector<GLuint> osg::RenderAction::_occlusionQueriesPool [protected] |
Definition at line 367 of file OSGRenderAction.h.
Referenced by deleteOcclusionQueriesPool(), and getOcclusionQuery().
std::map<UInt32, GLuint> osg::RenderAction::_occlusionQueries [protected] |
Definition at line 368 of file OSGRenderAction.h.
Referenced by deleteOcclusionQueriesPool(), getOcclusionQuery(), setOcclusionQuery(), and stop().
Int32 osg::RenderAction::_cgChunkId [protected] |
Int32 osg::RenderAction::_cgfxChunkId [protected] |
Definition at line 371 of file OSGRenderAction.h.
Referenced by draw(), RenderAction(), and updateShader().
Int32 osg::RenderAction::_shlChunkId [protected] |
UInt32 RenderAction::_arbOcclusionQuery [static, protected] |
UInt32 RenderAction::_funcGenQueriesARB = Window::invalidFunctionID [static, protected] |
UInt32 RenderAction::_funcDeleteQueriesARB = Window::invalidFunctionID [static, protected] |
UInt32 RenderAction::_funcBeginQueryARB = Window::invalidFunctionID [static, protected] |
UInt32 RenderAction::_funcEndQueryARB = Window::invalidFunctionID [static, protected] |
UInt32 RenderAction::_funcGetQueryObjectuivARB = Window::invalidFunctionID [static, protected] |
char RenderAction::cvsid = "@(#)$Id: $" [static, private] |
StatElemDesc< StatTimeElem > DrawActionBase::statTravTime [static, inherited] |
Definition at line 85 of file OSGDrawActionBase.h.
Referenced by osg::SimpleSceneManager::initialize(), osg::DrawActionBase::start(), and osg::DrawActionBase::stop().
StatElemDesc< StatIntElem > DrawActionBase::statCullTestedNodes [static, inherited] |
Definition at line 86 of file OSGDrawActionBase.h.
Referenced by osg::SimpleSceneManager::initialize(), isVisible(), osg::DrawAction::isVisible(), pushVisibility(), and osg::DrawActionBase::start().
StatElemDesc< StatIntElem > DrawActionBase::statCulledNodes [static, inherited] |
Definition at line 87 of file OSGDrawActionBase.h.
Referenced by osg::SimpleSceneManager::initialize(), isOccluded(), isVisible(), osg::DrawAction::isVisible(), pushVisibility(), and osg::DrawActionBase::start().
Camera* osg::DrawActionBase::_camera [protected, inherited] |
Definition at line 191 of file OSGDrawActionBase.h.
Referenced by osg::DrawActionBase::getCamera(), osg::DrawActionBase::setCamera(), start(), osg::DrawActionBase::start(), and stop().
Background* osg::DrawActionBase::_background [protected, inherited] |
Definition at line 192 of file OSGDrawActionBase.h.
Referenced by osg::DrawActionBase::getBackground(), osg::DrawActionBase::setBackground(), and start().
Window* osg::DrawActionBase::_window [protected, inherited] |
Definition at line 193 of file OSGDrawActionBase.h.
Referenced by osg::DrawActionBase::getWindow(), osg::DrawActionBase::setWindow(), and start().
Viewport* osg::DrawActionBase::_viewport [protected, inherited] |
Definition at line 194 of file OSGDrawActionBase.h.
Referenced by osg::DrawActionBase::getViewport(), isSmallFeature(), osg::DrawActionBase::setViewport(), start(), and stop().
StatCollector* osg::DrawActionBase::_statistics [protected, inherited] |
Definition at line 195 of file OSGDrawActionBase.h.
Referenced by osg::DrawActionBase::getStatistics(), osg::DrawActionBase::setStatistics(), osg::DrawActionBase::start(), osg::DrawActionBase::stop(), and osg::DrawActionBase::~DrawActionBase().
bool osg::DrawActionBase::_ownStat [protected, inherited] |
Definition at line 196 of file OSGDrawActionBase.h.
Referenced by osg::DrawActionBase::getStatistics(), osg::DrawActionBase::hasOwnStat(), osg::DrawActionBase::setStatistics(), osg::DrawActionBase::start(), stop(), osg::DrawActionBase::stop(), and osg::DrawActionBase::~DrawActionBase().
Material* osg::DrawActionBase::_pMaterial [protected, inherited] |
Definition at line 199 of file OSGDrawActionBase.h.
Referenced by osg::DrawActionBase::getMaterial(), and osg::DrawActionBase::setMaterial().
NodePtr osg::DrawActionBase::_pMaterialNode [protected, inherited] |
Definition at line 200 of file OSGDrawActionBase.h.
Referenced by osg::DrawActionBase::getMaterialNode(), and osg::DrawActionBase::setMaterial().
bool osg::DrawActionBase::_frustumCulling [protected, inherited] |
Definition at line 204 of file OSGDrawActionBase.h.
Referenced by osg::DrawActionBase::getFrustumCulling(), and osg::DrawActionBase::setFrustumCulling().
bool osg::DrawActionBase::_volumeDrawing [protected, inherited] |
Definition at line 205 of file OSGDrawActionBase.h.
Referenced by osg::DrawActionBase::getVolumeDrawing(), and osg::DrawActionBase::setVolumeDrawing().
bool osg::DrawActionBase::_autoFrustum [protected, inherited] |
Definition at line 206 of file OSGDrawActionBase.h.
Referenced by osg::DrawActionBase::getAutoFrustum(), and osg::DrawActionBase::setAutoFrustum().
FrustumVolume osg::DrawActionBase::_frustum [protected, inherited] |
Definition at line 207 of file OSGDrawActionBase.h.
Referenced by osg::DrawActionBase::getFrustum(), isVisible(), osg::DrawAction::isVisible(), pushVisibility(), osg::DrawActionBase::setFrustum(), osg::DrawActionBase::start(), and osg::DrawActionBase::stop().
Matrix osg::DrawActionBase::_mCameraToWorld [protected, inherited] |
Definition at line 208 of file OSGDrawActionBase.h.
Referenced by osg::DrawActionBase::getCameraToWorld(), and osg::DrawActionBase::start().
std::vector<Functor> osg::Action::_enterFunctors [protected, inherited] |
Definition at line 257 of file OSGAction.h.
Referenced by osg::Action::Action(), osg::Action::callEnter(), osg::DrawAction::DrawAction(), osg::IntersectAction::IntersectAction(), osg::Action::registerEnterFunction(), RenderAction(), and osg::VRMLWriteAction::VRMLWriteAction().
std::vector<Functor> osg::Action::_leaveFunctors [protected, inherited] |
Definition at line 258 of file OSGAction.h.
Referenced by osg::Action::Action(), osg::Action::callLeave(), osg::DrawAction::DrawAction(), osg::IntersectAction::IntersectAction(), osg::Action::registerLeaveFunction(), RenderAction(), and osg::VRMLWriteAction::VRMLWriteAction().
The documentation for this class was generated from the following files:
