# AbcModel Member List

This is the complete list of members for AbcModel, including all inherited members.

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 |
fathomAllNodes() | AlpsModel | `[inline, virtual]`
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]`