Here is a list of all class members with links to the classes they belong to:

- c -

• c00_ : opengm::QpboModelProxy< MODEL_TYPE >
• c01_ : opengm::QpboModelProxy< MODEL_TYPE >
• c10_ : opengm::QpboModelProxy< MODEL_TYPE >
• c11_ : opengm::QpboModelProxy< MODEL_TYPE >
• calcBound() : opengm::CGC< GM, ACC > , opengm::Multicut< GM, ACC >
• calculate_maxcut() : opengm::external::planargraph::PlanarGraph
• calculateCut() : opengm::external::MinSTCutIBFS< NType, VType > , opengm::MinSTCutBoost< NType, VType, mfalg >
• calculateMinMarginals_ : opengm::external::TRWS< GM >::Parameter
• callFunctor() : opengm::Factor< GRAPHICAL_MODEL >
• callViFunctor() : opengm::Factor< GRAPHICAL_MODEL >
• canonicalNormalization() : opengm::trws_base::SmoothingBasedInference_Parameter< GM > , opengm::TRWSi_Parameter< GM >
• canonicalNormalization_ : opengm::trws_base::TRWSPrototype_Parameters< ValueType >
• CanonicalView() : opengm::CanonicalView< GM, CLONE >
• capacity() : opengm::RandomAccessSet< Key, Compare, Alloc >
• CastPtrType : opengm::python::NumpyView< V, DIM >
• Cavity : opengm::external::libdai::LoopCorrectedBp< GM, ACC, CAVITY_INFERENCE >
• cavity_ : opengm::external::libdai::LoopCorrectedBp< GM, ACC, CAVITY_INFERENCE >::Parameter
• cavityInferenceParam_ : opengm::external::libdai::LoopCorrectedBp< GM, ACC, CAVITY_INFERENCE >::Parameter
• CavityInferenceParameter : opengm::external::libdai::LoopCorrectedBp< GM, ACC, CAVITY_INFERENCE >
• CGC() : opengm::CGC< GM, ACC >
• cgcFinalization_ : opengm::IntersectionBasedInf< GM, PROPOSAL_GEN >::Parameter
• CgcRedirectingVisitor() : opengm::CgcRedirectingVisitor< INFERENCE, INTERSECTION_BASED, INTERSECTION_BASED_VISITOR >
• CgcSolver : opengm::PermutableLabelFusionMove< GM, ACC >
• CgcStateVisitor() : CgcStateVisitor< CGC >
• challenge() : opengm::LinearConstraintFunctionBase< LINEAR_CONSTRAINT_FUNCTION_TYPE >
• challenge_impl() : opengm::LabelOrderFunction< VALUE_TYPE, INDEX_TYPE, LABEL_TYPE > , opengm::LinearConstraintFunction< VALUE_TYPE, INDEX_TYPE, LABEL_TYPE > , opengm::NumLabelsLimitationFunction< VALUE_TYPE, INDEX_TYPE, LABEL_TYPE >
• ChallengeHeuristic : opengm::LPInferenceBase< LP_INFERENCE_TYPE >::Parameter
• challengeHeuristic_ : opengm::LPInferenceBase< LP_INFERENCE_TYPE >::Parameter
• challengeRelaxed() : opengm::LinearConstraintFunctionBase< LINEAR_CONSTRAINT_FUNCTION_TYPE >
• challengeRelaxed_impl() : opengm::LabelOrderFunction< VALUE_TYPE, INDEX_TYPE, LABEL_TYPE > , opengm::LinearConstraintFunction< VALUE_TYPE, INDEX_TYPE, LABEL_TYPE > , opengm::NumLabelsLimitationFunction< VALUE_TYPE, INDEX_TYPE, LABEL_TYPE >
• ChangeablePriorityQueue() : opengm::ChangeablePriorityQueue< T, COMPARE >
• changeDir() : TransportSolver::List2D< T >::iterator_template< Parent, typeT >
• changePriority() : opengm::ChangeablePriorityQueue< T, COMPARE >
• checkConstraints() : opengm::LinearConstraintFunction< VALUE_TYPE, INDEX_TYPE, LABEL_TYPE >
• CheckDualityGap() : opengm::trws_base::TRWSPrototype< SubSolver >
• CheckDuplicateUnaryFactors() : opengm::PrimalLPBound< GM, ACC > , opengm::trws_base::Decomposition< GM >
• CheckForIsolatedNodes() : opengm::trws_base::Decomposition< GM >
• checkInactiveConstraint() : opengm::LPInferenceBase< LP_INFERENCE_TYPE >
• checkLabelOrder() : opengm::LabelOrderFunction< VALUE_TYPE, INDEX_TYPE, LABEL_TYPE >
• CheckTreeAgreement() : opengm::trws_base::MaxSumTRWS< GM, ACC >
• CheckUnaryFactors() : opengm::trws_base::Decomposition< GM >
• ClassicFusion : opengm::PermutableLabelFusionMove< GM, ACC >
• cleanInsideAndBorder() : SubmodelCGC< GM >
• clear() : opengm::FastSequence< T, MAX_STACK > , opengm::FiFoQueue< T > , opengm::RandomAccessSet< Key, Compare, Alloc > , TransportSolver::List2D< T >
• clear_faces() : opengm::external::planargraph::PlanarGraph
• cliqueCutLevel_ : opengm::LPCplex< GM, ACC >::Parameter , opengm::LPGurobi< GM, ACC >::Parameter , opengm::LpSolverCplex::Parameter , opengm::LPSolverInterface< LP_SOLVER_TYPE, VALUE_TYPE, INDEX_TYPE, SOLUTION_ITERATOR_TYPE, SOLVER_TIMING_TYPE >::Parameter
• CloneHelperType : opengm::CanonicalView< GM, CLONE >
• coefficients_ : opengm::LinearConstraint< VALUE_TYPE, INDEX_TYPE, LABEL_TYPE > , opengm::LPFunctionTransfer< VALUE_TYPE, INDEX_TYPE, LABEL_TYPE >::GetSlackVariablesObjectiveCoefficientsFunctor , opengm::LPInferenceBase< LP_INFERENCE_TYPE >::ConstraintStorage , opengm::SumConstraintFunction< VALUE_TYPE, INDEX_TYPE, LABEL_TYPE >
• coefficientsBegin() : opengm::LinearConstraint< VALUE_TYPE, INDEX_TYPE, LABEL_TYPE >
• CoefficientsContainerType : opengm::LinearConstraint< VALUE_TYPE, INDEX_TYPE, LABEL_TYPE >
• coefficientsEnd() : opengm::LinearConstraint< VALUE_TYPE, INDEX_TYPE, LABEL_TYPE >
• CoefficientsIteratorType : opengm::LinearConstraint< VALUE_TYPE, INDEX_TYPE, LABEL_TYPE >
• coefficientsOffsets_ : opengm::SumConstraintFunction< VALUE_TYPE, INDEX_TYPE, LABEL_TYPE >
• colBegin() : TransportSolver::List2D< T >
• colEnd() : TransportSolver::List2D< T >
• colErase() : TransportSolver::List2D< T >
• colSize() : TransportSolver::List2D< T >
• CombiLP() : opengm::CombiLP< GM, ACC, LPSOLVER >
• CombiLP_base() : opengm::combilp_base::CombiLP_base< GM, ACC, LPREPARAMETRIZER >
• CombiLP_base_Parameter() : opengm::combilp_base::CombiLP_base_Parameter
• CombiLP_Parameter() : opengm::CombiLP_Parameter< LPSOLVERPARAMETERS, REPARAMETRIZERPARAMETERS >
• compToValue() : opengm::trws_base::compToValue< T, ACC >
• compute_dual_num_edges() : opengm::external::planargraph::PlanarGraph
• ComputeObjectiveValue() : opengm::trws_base::DynamicProgramming< GM, ACC, InputIterator > , opengm::trws_base::MaxSumSolver< GM, ACC, InputIterator > , opengm::trws_base::SumProdSolver< GM, ACC, InputIterator >
• ComputeSmoothingMultiplier() : opengm::trws_base::SmoothingStrategy< GM, ACC >
• ComputeVariableDecomposition() : opengm::trws_base::Decomposition< GM >
• ConfVec : opengm::AStar< GM, ACC >
• ConfVecIt : opengm::AStar< GM, ACC >
• connectedComponents_ : opengm::HlFusionMover< GM, ACC >::Parameter
• ConnectedComponents_ : opengm::ReducedInference< GM, ACC, INF >::Parameter
• connectedComponents_ : opengm::SelfFusion< INFERENCE >::Parameter
• const_iterator : marray::Marray< T, A > , marray::Matrix< T, A > , marray::Vector< T, A > , marray::View< T, isConst, A > , opengm::FastSequence< T, MAX_STACK > , opengm::RandomAccessSet< Key, Compare, Alloc > , opengm::trws_base::PreviousFactorTable< GM > , opengm::VectorView< VECTOR, INDEX_TYPE > , TransportSolver::List2D< T > , TransportSolver::MatrixWrapper< T >
• const_iterators_pair : opengm::trws_base::DynamicProgramming< GM, ACC, InputIterator > , opengm::trws_base::SumProdSolver< GM, ACC, InputIterator >
• const_marginals_iterators_pair : opengm::trws_base::MaxSumTRWS< GM, ACC > , opengm::trws_base::SumProdTRWS< GM, ACC > , opengm::trws_base::TRWSPrototype< SubSolver >
• const_pointer : marray::Marray< T, A > , marray::Matrix< T, A > , marray::Vector< T, A > , marray::View< T, isConst, A > , opengm::RandomAccessSet< Key, Compare, Alloc >
• const_reference : marray::Marray< T, A > , marray::Matrix< T, A > , marray::Vector< T, A > , marray::View< T, isConst, A > , opengm::ChangeablePriorityQueue< T, COMPARE > , opengm::RandomAccessSet< Key, Compare, Alloc >
• const_reverse_iterator : marray::Marray< T, A > , marray::Matrix< T, A > , marray::Vector< T, A > , marray::View< T, isConst, A > , opengm::RandomAccessSet< Key, Compare, Alloc >
• const_srciterator : opengm::trws_base::Pseudo2DArray< T >
• const_trgiterator : opengm::trws_base::Pseudo2DArray< T >
• const_uIterator : opengm::trws_base::TrivializationSolver< GM, ACC, InputIterator >
• ConstantFunction() : opengm::ConstantFunction< T, I, L >
• ConstContainerIteratorType : opengm::SparseFunction< T, I, L, CONTAINER >
• ConstFactorIterator : opengm::FactorGraph< S, I >
• ConstFuncType : opengm::CanonicalView< GM, CLONE >
• ConstIterator : opengm::trws_base::DynamicProgramming< GM, ACC, InputIterator >
• ConstIteratorType : opengm::FastSequence< T, MAX_STACK > , opengm::python::NumpyView< V, DIM >
• constrainedOptimum() : opengm::Inference< GM, ACC >
• constraintCounter_ : opengm::Multicut< GM, ACC >
• constraintOperator_ : opengm::LinearConstraint< VALUE_TYPE, INDEX_TYPE, LABEL_TYPE >
• constraints_ : opengm::LabelOrderFunction< VALUE_TYPE, INDEX_TYPE, LABEL_TYPE > , opengm::LinearConstraintFunction< VALUE_TYPE, INDEX_TYPE, LABEL_TYPE > , opengm::LPFunctionTransfer< VALUE_TYPE, INDEX_TYPE, LABEL_TYPE >::GetLinearConstraintsFunctor , opengm::NumLabelsLimitationFunction< VALUE_TYPE, INDEX_TYPE, LABEL_TYPE >
• ConstReference : opengm::proposal_gen::VectorViewEdgeMap< G, VEC > , opengm::proposal_gen::VectorViewNodeMap< G, VEC >
• construct() : opengm::python::NumpyViewType_from_python_numpyarray< VALUE_TYPE, DIM >
• construct_dual() : opengm::external::planargraph::PlanarGraph , opengm::external::pmc::Graph
• constValue_ : opengm::LPInferenceBase< LP_INFERENCE_TYPE >
• ConstVariableIterator : opengm::FactorGraph< S, I >
• constView() : marray::View< T, isConst, A >
• container() : opengm::SparseFunction< T, I, L, CONTAINER >
• ContainerIteratorType : opengm::SparseFunction< T, I, L, CONTAINER >
• ContainerType : opengm::SparseFunction< T, I, L, CONTAINER >
• contains() : opengm::ChangeablePriorityQueue< T, COMPARE >
• Continous : opengm::LpSolverInterface
• ContinueInf : opengm::visitors::VisitorReturnFlag
• contractionEdge() : opengm::McClusterOp< GM, ACC > , opengm::proposal_gen::RandMcClusterOp< GM, ACC >
• contractionWeight() : opengm::McClusterOp< GM, ACC > , opengm::proposal_gen::RandMcClusterOp< GM, ACC >
• convergence() : opengm::MessagePassing< GM, ACC, UPDATE_RULES, DIST >
• ConvergenceFlag() : opengm::trws_base::SumProdTRWS< GM, ACC >
• convergenceFX() : opengm::MessagePassing< GM, ACC, UPDATE_RULES, DIST >
• convergenceXF() : opengm::MessagePassing< GM, ACC, UPDATE_RULES, DIST >
• convert() : opengm::ConvertToExplicit< GM > , opengm::FunctionIteratation< IX, DX, false > , opengm::FunctionIteratation< IX, DX, true > , opengm::python::NumpyViewType_to_python_numpyarray< VALUE_TYPE, DIM >
• convertible() : opengm::python::NumpyViewType_from_python_numpyarray< VALUE_TYPE, DIM >
• CoordDir : TransportSolver::TransportationSolver< OPTIMIZER, DenseMatrix >
• coordinate() : marray::Iterator< T, isConst, A > , TransportSolver::List2D< T >::iterator_template< Parent, typeT >
• coordinateOrder() : marray::View< T, isConst, A > , marray::ViewExpression< E, T >
• coordinatesToIndex() : marray::View< T, isConst, A >
• coordinatesToOffset() : marray::View< T, isConst, A >
• coordinateToKey() : opengm::SparseFunction< T, I, L, CONTAINER >
• coordinateToKeyWithDim() : opengm::SparseFunction< T, I, L, CONTAINER >
• coordLess() : TransportSolver::coordLess< E >
• coordMore() : TransportSolver::coordMore< E >
• Cop : opengm::proposal_gen::RandomizedHierarchicalClustering< GM, ACC >
• CopParam : opengm::proposal_gen::RandomizedHierarchicalClustering< GM, ACC >
• copyFactorValues() : opengm::external::GCOLIB< GM > , opengm::external::MRFLIB< GM >
• copyValues() : opengm::Factor< GRAPHICAL_MODEL >
• copyValuesSwitchedOrder() : opengm::Factor< GRAPHICAL_MODEL >
• core_infer() : opengm::trws_base::TRWSPrototype< SubSolver >
• cost_of_cut() : opengm::external::planargraph::PlanarGraph
• costs_ : opengm::LabelCostFunction< VALUE_TYPE, INDEX_TYPE, LABEL_TYPE >
• count() : opengm::RandomAccessSet< Key, Compare, Alloc >
• countLPVariables() : opengm::LPInferenceBase< LP_INFERENCE_TYPE >
• coverCutLevel_ : opengm::LPCplex< GM, ACC >::Parameter , opengm::LPGurobi< GM, ACC >::Parameter , opengm::LpSolverCplex::Parameter , opengm::LPSolverInterface< LP_SOLVER_TYPE, VALUE_TYPE, INDEX_TYPE, SOLUTION_ITERATOR_TYPE, SOLVER_TIMING_TYPE >::Parameter
• cplexConstraints_ : opengm::LPSolverCplex
• cplexEnvironment_ : opengm::LPSolverCplex
• CplexFuison : opengm::HlFusionMover< GM, ACC >
• CplexFusion : opengm::SelfFusion< INFERENCE >
• CplexIndexType : opengm::LPSolverCplex
• cplexModel_ : opengm::LPSolverCplex
• cplexObjective_ : opengm::LPSolverCplex
• cplexSolution_ : opengm::LPSolverCplex
• CplexSolutionIteratorType : opengm::LPSolverCplex
• cplexSolutionValid_ : opengm::LPSolverCplex
• cplexSolver_ : opengm::LPSolverCplex
• CplexTimingType : opengm::LPSolverCplex
• CplexValueType : opengm::LPSolverCplex
• cplexVariables_ : opengm::LPSolverCplex
• create() : opengm::external::createMRFEnergy< GM, ENERGYTYPE > , opengm::external::createMRFEnergy< GM, TypeGeneral > , opengm::external::createMRFEnergy< GM, TypeTruncatedLinear > , opengm::external::createMRFEnergy< GM, TypeTruncatedQuadratic > , opengm::external::createMRFEnergy< GM, TypeView< GM > >
• createConstraints() : opengm::LabelOrderFunction< VALUE_TYPE, INDEX_TYPE, LABEL_TYPE > , opengm::NumLabelsLimitationFunction< VALUE_TYPE, INDEX_TYPE, LABEL_TYPE >
• createIndicatorVariableLookupTable() : opengm::LinearConstraintFunction< VALUE_TYPE, INDEX_TYPE, LABEL_TYPE >
• createModel() : opengm::Ad3ModelProxy< MODEL_TYPE > , opengm::NativeModelProxy< MODEL_TYPE > , opengm::QpboModelProxy< MODEL_TYPE >
• createObjectiveFunction() : opengm::LPInferenceBase< LP_INFERENCE_TYPE >
• currentAlpha() : opengm::proposal_gen::AlphaBetaSwapGen< GM, ACC > , opengm::proposal_gen::AlphaExpansionGen< GM, ACC >
• currentBestState() : opengm::Gibbs< GM, ACC > , opengm::SwendsenWang< GM, ACC >
• currentBestValue() : opengm::Gibbs< GM, ACC > , opengm::SwendsenWang< GM, ACC >
• currentBeta() : opengm::proposal_gen::AlphaBetaSwapGen< GM, ACC >
• currentMoveType() : opengm::ICM< GM, ACC >
• cutLevel_ : opengm::LPCplex< GM, ACC >::Parameter , opengm::LPGurobi< GM, ACC >::Parameter , opengm::LPSolverInterface< LP_SOLVER_TYPE, VALUE_TYPE, INDEX_TYPE, SOLUTION_ITERATOR_TYPE, SOLVER_TIMING_TYPE >::Parameter
• cutoff_ : opengm::LpSolverGurobi::Parameter::Termination
• cutUp_ : opengm::LPCplex< GM, ACC >::Parameter , opengm::LPGurobi< GM, ACC >::Parameter , opengm::LpSolverCplex::Parameter , opengm::LPSolverInterface< LP_SOLVER_TYPE, VALUE_TYPE, INDEX_TYPE, SOLUTION_ITERATOR_TYPE, SOLVER_TIMING_TYPE >::Parameter , opengm::Multicut< GM, ACC >::Parameter
• CycleList : TransportSolver::TransportationSolver< OPTIMIZER, DenseMatrix >
• CYCLIC : opengm::Gibbs< GM, ACC >::Parameter