| AbcAllowableGap enum value | AbcModel | |
| AbcCutoffIncrement enum value | AbcModel | |
| AbcDblParam enum name | AbcModel | |
| AbcFathomDiscipline enum value | AbcModel | |
| AbcInfeasibilityWeight enum value | AbcModel | |
| AbcIntegerTolerance enum value | AbcModel | |
| AbcIntParam enum name | AbcModel | |
| AbcLastDblParam enum value | AbcModel | |
| AbcLastIntParam enum value | AbcModel | |
| AbcMaximumSeconds enum value | AbcModel | |
| AbcMaxNumNode enum value | AbcModel | |
| AbcMaxNumSol enum value | AbcModel | |
| AbcModel() | AbcModel | [inline] |
| AbcModel(const OsiSolverInterface &rhs) | AbcModel | [inline] |
| AbcPar() | AbcModel | [inline] |
| AbcPar_ | AbcModel | [private] |
| addCutGenerator(CglCutGenerator *generator, int howOften=1, const char *name=NULL, bool normal=true, bool atSolution=false, bool infeasible=false) | AbcModel | |
| addHeuristic(AbcHeuristic *generator) | AbcModel | |
| AlpsKnowledge() | AlpsKnowledge | [inline] |
| AlpsModel() | AlpsModel | [inline] |
| AlpsPar() | AlpsModel | [inline] |
| AlpsPar_ | AlpsModel | [protected] |
| assignSolver(OsiSolverInterface *&solver) | AbcModel | |
| basis_ | AbcModel | [private] |
| bestObjective_ | AbcModel | [private] |
| bestSolution() const | AbcModel | [inline] |
| bestSolution_ | AbcModel | [private] |
| branchingMethod() const | AbcModel | [inline] |
| branchingMethod_ | AbcModel | [private] |
| broker_ | AlpsModel | [protected] |
| checkInteger(double value) const | AbcModel | [inline] |
| checkSolution(double cutoff, const double *solution, bool fixVariables) | AbcModel | |
| continuousSolver_ | AbcModel | [private] |
| createRoot() | AlpsModel | [inline, virtual] |
| currentNumberCuts() const | AbcModel | [inline] |
| currentNumberCuts_ | AbcModel | [private] |
| currentSolution() const | AbcModel | [inline] |
| currentSolution_ | AbcModel | [private] |
| dataFile_ | AlpsModel | [protected] |
| dblParam_ | AbcModel | [private] |
| decode(AlpsEncoded &encoded) const | AlpsKnowledge | [virtual] |
| decodeAlps(AlpsEncoded &encoded) | AlpsModel | |
| decodeToSelf(AlpsEncoded &) | AbcModel | [virtual] |
| defaultHandler_ | AbcModel | [private] |
| encode() const | AbcModel | [virtual] |
| AlpsModel::encode(AlpsEncoded *encoded) | AlpsKnowledge | [inline, virtual] |
| encodeAlps(AlpsEncoded *encoded) const | AlpsModel | |
| feasibleSolution(int &numberIntegerInfeasibilities) | AbcModel | |
| findIntegers(bool startAgain) | AbcModel | |
| generator_ | AbcModel | [private] |
| getAllowableGap() const | AbcModel | [inline] |
| getColLower() const | AbcModel | [inline] |
| getColSolution() const | AbcModel | [inline] |
| getColUpper() const | AbcModel | [inline] |
| getCurrentObjValue() const | AbcModel | [inline] |
| getCutoff() const | AbcModel | [inline] |
| getDataFile() const | AlpsModel | [inline] |
| getDblParam(AbcDblParam key) const | AbcModel | [inline] |
| getEmptyBasis(int ns=0, int na=0) const | AbcModel | |
| getEncoded() const | AlpsKnowledge | [inline] |
| getInfeasibilityWeight() const | AbcModel | [inline] |
| getInfinity() const | AbcModel | [inline] |
| getIntegerTolerance() const | AbcModel | [inline] |
| getIntParam(AbcIntParam key) const | AbcModel | [inline] |
| getIterationCount() const | AbcModel | [inline] |
| getKnowledgeBroker() | AlpsModel | [inline] |
| getMatrixByCol() const | AbcModel | [inline] |
| getMatrixByRow() const | AbcModel | [inline] |
| getMaximumCutPasses() const | AbcModel | [inline] |
| getMaximumCutPassesAtRoot() const | AbcModel | [inline] |
| getMaximumNodes() const | AbcModel | [inline] |
| getMaximumSolutions() const | AbcModel | [inline] |
| getMinimumDrop() const | AbcModel | [inline] |
| getNodeCount() const | AbcModel | [inline] |
| getNumberHeuristicSolutions() const | AbcModel | [inline] |
| getNumCols() const | AbcModel | [inline] |
| getNumElements() const | AbcModel | [inline] |
| getNumRows() const | AbcModel | [inline] |
| getObjCoefficients() const | AbcModel | [inline] |
| getObjSense() const | AbcModel | [inline] |
| getObjValue() const | AbcModel | [inline] |
| getPseudoIndices() | AbcModel | [inline] |
| getPseudoList() | AbcModel | [inline] |
| getReducedCost() const | AbcModel | [inline] |
| getRightHandSide() const | AbcModel | [inline] |
| getRowActivity() const | AbcModel | [inline] |
| getRowLower() const | AbcModel | [inline] |
| getRowPrice() const | AbcModel | [inline] |
| getRowRange() const | AbcModel | [inline] |
| getRowSense() const | AbcModel | [inline] |
| getRowUpper() const | AbcModel | [inline] |
| getSolutionCount() const | AbcModel | [inline] |
| getType() | AlpsKnowledge | [inline] |
| globalCuts_ | AbcModel | [private] |
| handler_ | AbcModel | [private] |
| heuristic_ | AbcModel | [private] |
| howOftenGlobalScan_ | AbcModel | [private] |
| incrementNodeCount(int s=1) | AbcModel | [inline] |
| init() | AbcModel | [inline] |
| initialSolve() | AbcModel | |
| integerVariable() const | AbcModel | [inline] |
| integerVariable_ | AbcModel | [private] |
| intParam_ | AbcModel | [private] |
| isAbandoned() const | AbcModel | |
| isBinary(int colIndex) const | AbcModel | [inline] |
| isContinuous(int colIndex) const | AbcModel | [inline] |
| isFreeBinary(int colIndex) const | AbcModel | [inline] |
| isInteger(int colIndex) const | AbcModel | [inline] |
| isIntegerNonBinary(int colIndex) const | AbcModel | [inline] |
| isNodeLimitReached() const | AbcModel | |
| isProvenInfeasible() const | AbcModel | |
| isProvenOptimal() const | AbcModel | |
| isSolutionLimitReached() const | AbcModel | |
| lastws_ | AbcModel | [private] |
| maximumCutPasses_ | AbcModel | [private] |
| maximumCutPassesAtRoot_ | AbcModel | [private] |
| maximumDepth_ | AbcModel | [private] |
| maximumNumberCuts_ | AbcModel | [private] |
| messageHandler() const | AbcModel | [inline] |
| messages() | AbcModel | [inline] |
| messages_ | AbcModel | [private] |
| messagesPointer() | AbcModel | [inline] |
| minimumDrop_ | AbcModel | [private] |
| modelLog() | AlpsModel | [inline, virtual] |
| newLanguage(CoinMessages::Language language) | AbcModel | [inline] |
| nodeLog(AlpsTreeNode *node, bool force) | AlpsModel | [virtual] |
| numberCutGenerators_ | AbcModel | [private] |
| numberHeuristics_ | AbcModel | [private] |
| numberHeuristicSolutions_ | AbcModel | [private] |
| numberIntegers() const | AbcModel | [inline] |
| numberIntegers_ | AbcModel | [private] |
| numberIterations_ | AbcModel | [private] |
| numberNodes_ | AbcModel | [private] |
| numberRowsAtContinuous() const | AbcModel | [inline] |
| numberRowsAtContinuous_ | AbcModel | [private] |
| numberSolutions_ | AbcModel | [private] |
| numberStrong() const | AbcModel | [inline] |
| numberStrong_ | AbcModel | [private] |
| ourSolver_ | AbcModel | [private] |
| packSharedKnowlege() | AlpsModel | [inline, virtual] |
| passInMessageHandler(CoinMessageHandler *handler) | AbcModel | [inline] |
| postprocess() | AlpsModel | [inline, virtual] |
| preprocess() | AlpsModel | [inline, virtual] |
| priority() const | AbcModel | [inline] |
| priority(int sequence) const | AbcModel | [inline] |
| priority_ | AbcModel | [private] |
| pseudoIndices_ | AbcModel | [private] |
| pseudoList_ | AbcModel | [private] |
| readInstance(const char *dataFile) | AbcModel | [inline, virtual] |
| readParameters(const int argnum, const char *const *arglist) | AbcModel | [inline, virtual] |
| receiveGeneratedKnowledge() | AlpsModel | [inline, virtual] |
| reducedCostFix() | AbcModel | |
| registerKnowledge() | AlpsModel | [inline, virtual] |
| resolve() | AbcModel | |
| sendGeneratedKnowledge() | AlpsModel | [inline, virtual] |
| setAllowableGap(double value) | AbcModel | [inline] |
| setBestSolution(ABC_Message how, double &objectiveValue, const double *solution, bool fixVariables=false) | AbcModel | |
| setBranchingMethod(AbcBranchDecision *method) | AbcModel | [inline] |
| setBranchingMethod(AbcBranchDecision &method) | AbcModel | [inline] |
| setCurrentNumberCuts(int value) | AbcModel | [inline] |
| setCutoff(double value) | AbcModel | |
| setDataFile(std::string infile) | AlpsModel | [inline] |
| setDblParam(AbcDblParam key, double value) | AbcModel | [inline] |
| setEncoded(AlpsEncoded *e) | AlpsKnowledge | [inline] |
| setInfeasibilityWeight(double value) | AbcModel | [inline] |
| setIntegerTolerance(double value) | AbcModel | [inline] |
| setIntParam(AbcIntParam key, int value) | AbcModel | [inline] |
| setKnowledgeBroker(AlpsKnowledgeBroker *b) | AlpsModel | [inline] |
| setLanguage(CoinMessages::Language language) | AbcModel | [inline] |
| setMaximumCutPasses(int value) | AbcModel | [inline] |
| setMaximumCutPassesAtRoot(int value) | AbcModel | [inline] |
| setMaximumNodes(int value) | AbcModel | [inline] |
| setMaximumSolutions(int value) | AbcModel | [inline] |
| setMinimumDrop(double value) | AbcModel | [inline] |
| setNumberRowsAtContinous(const int value) | AbcModel | [inline] |
| setNumberStrong(int number) | AbcModel | [inline] |
| setObjSense(double s) | AbcModel | [inline] |
| setObjValue(double obj) | AbcModel | [inline] |
| setSolutionCount(int value) | AbcModel | [inline] |
| setType(KnowledgeType t) | AlpsKnowledge | [inline] |
| setupSelf() | AbcModel | [virtual] |
| sharedBasis_ | AbcModel | [private] |
| solver() const | AbcModel | [inline] |
| solver_ | AbcModel | [private] |
| solveWithCuts(OsiCuts &cuts, int numberTries, AbcTreeNode *node, int &numberOldActiveCuts, int &numberNewCuts, int &maximumWhich, int *&whichGenerator, const bool cutDuringRampup, int &found) | AbcModel | |
| status() const | AbcModel | [inline] |
| status_ | AbcModel | [private] |
| takeOffCuts() | AbcModel | |
| type_ | AlpsKnowledge | [protected] |
| unpackSharedKnowledge(AlpsEncoded &) | AlpsModel | [inline, virtual] |
| writeParameters(std::ostream &outstream) const | AlpsModel | |
| ~AbcModel() | AbcModel | [inline] |
| ~AlpsKnowledge() | AlpsKnowledge | [inline, virtual] |
| ~AlpsModel() | AlpsModel | [inline, virtual] |
