Index (Java Optimization 1.3.0 API)

A B C D E G H I L M N O P Q R S T U V W Z

A

ABSOLUTE_INT_GAP - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: How close a double must be to an int to be considered an int [CPLEX]
ABSOLUTE_OBJ_GAP - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: Optimization stops when current solution within this parameter of LP relaxiation [CPLEX]
ABSOLUTE_VAR_BOUND_GAP - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: Degree to which variables may violate their bounds [CPLEX]
ACCEPT_SUBOPTIMAL - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: Flag whether the user wants to accept a suboptimal solution after timeout or have an Exception thrown.
add(Variable) - Method in interface edu.harvard.econcs.jopt.solver.IMIP: Adds a variable to the MIP formulation.
add(Constraint) - Method in interface edu.harvard.econcs.jopt.solver.IMIP: Adds a new constraint
add(Variable) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
add(Constraint) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
addLibraryPath(String) - Static method in class edu.harvard.econcs.util.NativeUtils: Adds the specified path to the java library path
addObjectiveTerm(LinearTerm) - Method in interface edu.harvard.econcs.jopt.solver.IMIP: Adds a Term to the objective function.
addObjectiveTerm(double, Variable) - Method in interface edu.harvard.econcs.jopt.solver.IMIP: Adds a Term to the objective function.
addObjectiveTerm(QuadraticTerm) - Method in interface edu.harvard.econcs.jopt.solver.IMIP: Adds a Term to the objective function.
addObjectiveTerm(double, Variable, Variable) - Method in interface edu.harvard.econcs.jopt.solver.IMIP: Adds a Term to the objective function.
addObjectiveTerm(LinearTerm) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
addObjectiveTerm(double, Variable) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
addObjectiveTerm(QuadraticTerm) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
addObjectiveTerm(double, Variable, Variable) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
addTerm(LinearTerm) - Method in class edu.harvard.econcs.jopt.solver.mip.Constraint
addTerm(double, Variable) - Method in class edu.harvard.econcs.jopt.solver.mip.Constraint
addTerm(QuadraticTerm) - Method in class edu.harvard.econcs.jopt.solver.mip.Constraint
addTerm(double, Variable, Variable) - Method in class edu.harvard.econcs.jopt.solver.mip.Constraint

B

BARRIER_DISPLAY - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: Amount of barrier progress information to be displayed [CPLEX]
beginNewEQConstraint(double) - Method in class edu.harvard.econcs.jopt.solver.mip.MIPWrapper: Creates a new Less Equals constraint
beginNewGEQConstraint(double) - Method in class edu.harvard.econcs.jopt.solver.mip.MIPWrapper: Creates a new Less Than or Equals constraint
beginNewLEQConstraint(double) - Method in class edu.harvard.econcs.jopt.solver.mip.MIPWrapper: Creates a new Less Than or Equals constraint This example makes a constraint "-2y <= 3"
(assumes earlier call like:MIPWrapper mip = makeNewMaxMIP(), and a Variable y)

Constraint c = beginNewLEQConstraint(3);
c.addTerm(y, -2);
mip.endConstraint(c); * @param constant is the value that is on the right hand side of the equation.
buildMIP(double[], double[], double[][], double[][], double[], boolean) - Method in class edu.harvard.econcs.jopt.example.ComplexExample
buildMIP() - Method in class edu.harvard.econcs.jopt.example.PieceWiseLinearExample
buildMIP() - Method in class edu.harvard.econcs.jopt.example.SimpleLPExample
buildMIP() - Method in class edu.harvard.econcs.jopt.example.SimpleQCPExample
buildMIP() - Method in class edu.harvard.econcs.jopt.example.SimpleQPExample

C

CALC_DUALS - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: Calculate duals?
CALCULATE_CONFLICT_SET - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: Should we attempt to determine conflcit set?
Cause(int) - Constructor for class edu.harvard.econcs.jopt.solver.MIPInfeasibleException.Cause
CHECK_INIT_VALUE_FEASIBILITY - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: Check starting values for feasibility? [CPLEX]
checkInCplex(IloCplex) - Method in enum edu.harvard.econcs.jopt.solver.server.cplex.CPLEXInstanceManager
checkInCplex(IloCplex) - Method in class edu.harvard.econcs.jopt.solver.server.cplex.InstanceManager
checkOutCplex() - Method in enum edu.harvard.econcs.jopt.solver.server.cplex.CPLEXInstanceManager
checkOutCplex() - Method in class edu.harvard.econcs.jopt.solver.server.cplex.InstanceManager
clearObjective() - Method in interface edu.harvard.econcs.jopt.solver.IMIP: Removes the objective
clearObjective() - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
clearProposedValues() - Method in interface edu.harvard.econcs.jopt.solver.IMIP: Clears proposed value for this variable
clearProposedValues() - Method in class edu.harvard.econcs.jopt.solver.mip.MIP: Clears proposed value for this variable
clearSolveParams() - Method in interface edu.harvard.econcs.jopt.solver.IMIP
clearSolveParams() - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
ClientSolver(String, int) - Constructor for class edu.harvard.econcs.jopt.solver.client.SolverClient.ClientSolver
CLOCK_TYPE - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: Measure timing using CPU=1, wall clock=2 [CPLEX]
clone() - Method in class edu.harvard.econcs.jopt.solver.mip.Constraint
clone() - Method in class edu.harvard.econcs.jopt.solver.mip.LinearTerm
clone() - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
clone() - Method in class edu.harvard.econcs.jopt.solver.mip.QuadraticTerm
clone() - Method in class edu.harvard.econcs.jopt.solver.mip.Variable
compareTo(Solution) - Method in interface edu.harvard.econcs.jopt.solver.mip.Solution: Compares this Solution to another Solution based on the objective
CompareType - Enum in edu.harvard.econcs.jopt.solver.mip: Enum of types of comparisons that can be made.
ComplexExample - Class in edu.harvard.econcs.jopt.example: An example for a multi-commodity transportation model
ComplexExample() - Constructor for class edu.harvard.econcs.jopt.example.ComplexExample
Constraint - Class in edu.harvard.econcs.jopt.solver.mip: General Representation of a MIP constraint.
Constraint(CompareType, double) - Constructor for class edu.harvard.econcs.jopt.solver.mip.Constraint
Constraint(CompareType, double, String) - Constructor for class edu.harvard.econcs.jopt.solver.mip.Constraint
CONSTRAINT_BACKOFF_LIMIT - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: Maximum amount to backoff and retry solving mip with looser constraint tolerance.
ConstraintPrinter() - Constructor for class edu.harvard.econcs.jopt.solver.mip.MIPResult.ConstraintPrinter
CPLEXInstanceManager - Enum in edu.harvard.econcs.jopt.solver.server.cplex
CPlexMIPSolver - Class in edu.harvard.econcs.jopt.solver.server.cplex: Solves a MIP structure.
CPlexMIPSolver() - Constructor for class edu.harvard.econcs.jopt.solver.server.cplex.CPlexMIPSolver
CPlexMIPSolver.IntermediateSolutionGatherer - Class in edu.harvard.econcs.jopt.solver.server.cplex: Gather up the intermediate solutions as they become available.
createServer(int, Properties) - Static method in class edu.harvard.econcs.jopt.solver.server.SolverLoadBalancer: Create a new Server
createServer(int, Class) - Static method in class edu.harvard.econcs.jopt.solver.server.SolverServer: Create a new Server
createTempDir(String) - Static method in class edu.harvard.econcs.util.NativeUtils

D

DISPLAY_OUTPUT - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: Display output?

E

edu.harvard.econcs.jopt.example - package edu.harvard.econcs.jopt.example
edu.harvard.econcs.jopt.solver - package edu.harvard.econcs.jopt.solver
edu.harvard.econcs.jopt.solver.client - package edu.harvard.econcs.jopt.solver.client
edu.harvard.econcs.jopt.solver.mip - package edu.harvard.econcs.jopt.solver.mip
edu.harvard.econcs.jopt.solver.server - package edu.harvard.econcs.jopt.solver.server
edu.harvard.econcs.jopt.solver.server.cplex - package edu.harvard.econcs.jopt.solver.server.cplex
edu.harvard.econcs.jopt.solver.server.lpsolve - package edu.harvard.econcs.jopt.solver.server.lpsolve
edu.harvard.econcs.util - package edu.harvard.econcs.util
endConstraint(Constraint) - Method in class edu.harvard.econcs.jopt.solver.mip.MIPWrapper: Call this when you are done building up a constraint.
equal(Object) - Method in class edu.harvard.econcs.jopt.solver.mip.IntermediateSolution
equal(Object) - Method in class edu.harvard.econcs.jopt.solver.mip.MIPResult
equals(Object) - Method in class edu.harvard.econcs.jopt.solver.mip.Constraint
equals(Object) - Method in class edu.harvard.econcs.jopt.solver.mip.LinearTerm
equals(Object) - Method in class edu.harvard.econcs.jopt.solver.mip.QuadraticTerm
equals(Object) - Method in class edu.harvard.econcs.jopt.solver.mip.Variable
equals(Object) - Method in class edu.harvard.econcs.jopt.solver.MIPInfeasibleException.Cause
equals(Object) - Method in class edu.harvard.econcs.jopt.solver.SolveParam
exportToDisk(IMIP, Path) - Method in class edu.harvard.econcs.jopt.solver.server.cplex.CPlexMIPSolver

G

getBoolean(String, boolean) - Method in class edu.harvard.econcs.util.TypedProperties
getBooleanSolveParam(SolveParam, boolean) - Method in interface edu.harvard.econcs.jopt.solver.IMIP
getBooleanSolveParam(SolveParam, Boolean) - Method in interface edu.harvard.econcs.jopt.solver.IMIP
getBooleanSolveParam(SolveParam) - Method in interface edu.harvard.econcs.jopt.solver.IMIP
getBooleanSolveParam(SolveParam, Boolean) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
getBooleanSolveParam(SolveParam, boolean) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
getBooleanSolveParam(SolveParam) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
getCause(Variable) - Method in exception edu.harvard.econcs.jopt.solver.MIPInfeasibleException
getCauseDescription() - Method in exception edu.harvard.econcs.jopt.solver.MIPInfeasibleException
getClient(int) - Method in class edu.harvard.econcs.jopt.solver.server.SolverLoadBalancer
getCoefficient() - Method in class edu.harvard.econcs.jopt.solver.mip.LinearTerm
getCoefficient() - Method in class edu.harvard.econcs.jopt.solver.mip.QuadraticTerm
getCoefficient() - Method in interface edu.harvard.econcs.jopt.solver.mip.Term
getConstant() - Method in class edu.harvard.econcs.jopt.solver.mip.Constraint
getConstraintDescription() - Method in exception edu.harvard.econcs.jopt.solver.MIPInfeasibleException
getConstraints() - Method in interface edu.harvard.econcs.jopt.solver.IMIP
getConstraints() - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
getCplexParam(SolveParam) - Method in class edu.harvard.econcs.jopt.solver.server.cplex.CPlexMIPSolver
getDescription() - Method in class edu.harvard.econcs.jopt.solver.mip.Constraint
getDouble(String, double) - Method in class edu.harvard.econcs.util.TypedProperties
getDoubleSolveParam(SolveParam, double) - Method in interface edu.harvard.econcs.jopt.solver.IMIP
getDoubleSolveParam(SolveParam, Double) - Method in interface edu.harvard.econcs.jopt.solver.IMIP
getDoubleSolveParam(SolveParam) - Method in interface edu.harvard.econcs.jopt.solver.IMIP
getDoubleSolveParam(SolveParam, Double) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
getDoubleSolveParam(SolveParam, double) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
getDoubleSolveParam(SolveParam) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
getDual(Constraint) - Method in interface edu.harvard.econcs.jopt.solver.IMIPResult: Returns the dual of a constraint that was added with IMIP.add(constraint, constraintId)
getDual(Constraint) - Method in class edu.harvard.econcs.jopt.solver.mip.MIPResult
getEnum(String, String[], int) - Method in class edu.harvard.econcs.util.TypedProperties
getHost() - Method in class edu.harvard.econcs.jopt.solver.client.SolverClient.ClientSolver
getHost() - Method in class edu.harvard.econcs.jopt.solver.client.SolverClient
getInfeasibleConstraints() - Method in exception edu.harvard.econcs.jopt.solver.MIPInfeasibleException
getInfeasibleVariables() - Method in exception edu.harvard.econcs.jopt.solver.MIPInfeasibleException
getInstance() - Static method in class edu.harvard.econcs.jopt.solver.server.cplex.InstanceManager
getInt(String, int) - Method in class edu.harvard.econcs.util.TypedProperties
getIntermediateSolutions() - Method in interface edu.harvard.econcs.jopt.solver.IMIPResult: Get the Queue of intermediate solutions, if available
getIntermediateSolutions() - Method in class edu.harvard.econcs.jopt.solver.mip.MIPResult
getIntSolveParam(SolveParam, int) - Method in interface edu.harvard.econcs.jopt.solver.IMIP
getIntSolveParam(SolveParam, Integer) - Method in interface edu.harvard.econcs.jopt.solver.IMIP
getIntSolveParam(SolveParam) - Method in interface edu.harvard.econcs.jopt.solver.IMIP
getIntSolveParam(SolveParam, Integer) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
getIntSolveParam(SolveParam, int) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
getIntSolveParam(SolveParam) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
getLinearObjectiveTerms() - Method in interface edu.harvard.econcs.jopt.solver.IMIP
getLinearObjectiveTerms() - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
getLinearTerms() - Method in class edu.harvard.econcs.jopt.solver.mip.Constraint
getLocalSolver(String) - Static method in class edu.harvard.econcs.jopt.solver.client.SolverClient: Get a local solver
getLong(String, long) - Method in class edu.harvard.econcs.util.TypedProperties
getLowerBound() - Method in class edu.harvard.econcs.jopt.solver.mip.Variable
getMessage() - Method in exception edu.harvard.econcs.jopt.solver.MIPInfeasibleException
getMIP() - Method in class edu.harvard.econcs.jopt.example.ComplexExample
getMIP() - Method in class edu.harvard.econcs.jopt.example.PieceWiseLinearExample
getMIP() - Method in class edu.harvard.econcs.jopt.example.SimpleLPExample
getMIP() - Method in class edu.harvard.econcs.jopt.example.SimpleQCPExample
getMIP() - Method in class edu.harvard.econcs.jopt.example.SimpleQPExample
getName() - Method in class edu.harvard.econcs.jopt.solver.client.SolverClient.ClientSolver
getName() - Method in class edu.harvard.econcs.jopt.solver.client.SolverClient
getName() - Method in class edu.harvard.econcs.jopt.solver.mip.Variable
getNumClients() - Method in class edu.harvard.econcs.jopt.solver.server.SolverLoadBalancer
getNumConstraints() - Method in interface edu.harvard.econcs.jopt.solver.IMIP
getNumConstraints() - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
getNumVars() - Method in interface edu.harvard.econcs.jopt.solver.IMIP
getNumVars() - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
getObjectiveTerms() - Method in interface edu.harvard.econcs.jopt.solver.IMIP
getObjectiveTerms() - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
getObjectiveValue() - Method in class edu.harvard.econcs.jopt.solver.mip.IntermediateSolution
getObjectiveValue() - Method in class edu.harvard.econcs.jopt.solver.mip.MIPResult
getObjectiveValue() - Method in interface edu.harvard.econcs.jopt.solver.mip.Solution: Returns the objective value calculated by the solver
getPort() - Method in class edu.harvard.econcs.jopt.solver.client.SolverClient.ClientSolver
getPort() - Method in class edu.harvard.econcs.jopt.solver.client.SolverClient
getProposedBooleanValue(Variable) - Method in interface edu.harvard.econcs.jopt.solver.IMIP: returns the currently proposed value for Boolean variable var
getProposedBooleanValue(Variable) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
getProposedDoubleValue(Variable) - Method in interface edu.harvard.econcs.jopt.solver.IMIP: returns the currently proposed value for Double variable var
getProposedDoubleValue(Variable) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
getProposedIntValue(Variable) - Method in interface edu.harvard.econcs.jopt.solver.IMIP: returns the currently proposed value for Integer variable var
getProposedIntValue(Variable) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
getProposedValuesMap() - Method in interface edu.harvard.econcs.jopt.solver.IMIP: useful for copying proposed var/vals to a new MIP
getProposedValuesMap() - Method in class edu.harvard.econcs.jopt.solver.mip.MIP: useful for copying proposed var/vals to a new MIP
getQuadraticObjectiveTerms() - Method in interface edu.harvard.econcs.jopt.solver.IMIP
getQuadraticObjectiveTerms() - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
getQuadraticTerms() - Method in class edu.harvard.econcs.jopt.solver.mip.Constraint
getRand(int) - Method in class edu.harvard.econcs.jopt.solver.server.SolverLoadBalancer: returns a value between 0 and range -1 or -1 if range==0
getRemoteSolver(String, int) - Static method in class edu.harvard.econcs.jopt.solver.client.SolverClient
getServer(String, int) - Static method in class edu.harvard.econcs.jopt.solver.client.SolverClient.ClientSolver
getSolutionList() - Method in class edu.harvard.econcs.jopt.solver.server.cplex.CPlexMIPSolver.IntermediateSolutionGatherer: Return the solution list, but first remove any entry that matches the overall solution.
getSolveParam(SolveParam) - Method in interface edu.harvard.econcs.jopt.solver.IMIP: These functions control how JOpt operates, and how the backend solver operates.
getSolveParam(SolveParam) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
getSolver() - Method in interface edu.harvard.econcs.jopt.solver.server.ISolverServer
getSolver() - Method in class edu.harvard.econcs.jopt.solver.server.SolverLoadBalancer
getSolver() - Method in class edu.harvard.econcs.jopt.solver.server.SolverServer
getSolverForProps(TypedProperties) - Static method in class edu.harvard.econcs.jopt.solver.client.SolverClient
getSolveTime() - Method in class edu.harvard.econcs.jopt.solver.mip.IntermediateSolution
getSolveTime() - Method in class edu.harvard.econcs.jopt.solver.mip.MIPResult
getSolveTime() - Method in interface edu.harvard.econcs.jopt.solver.mip.Solution: Length to solve the mip (not including conversion time etc.) in milis
getSortedLinearObjectiveTerms() - Method in interface edu.harvard.econcs.jopt.solver.IMIP: Get the terms sorted lexicographically
getSortedLinearObjectiveTerms() - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
getSortedLinearTerms() - Method in class edu.harvard.econcs.jopt.solver.mip.Constraint
getSortedQuadraticObjectiveTerms() - Method in interface edu.harvard.econcs.jopt.solver.IMIP: Get the terms sorted lexicographically
getSortedQuadraticObjectiveTerms() - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
getSortedQuadraticTerms() - Method in class edu.harvard.econcs.jopt.solver.mip.Constraint
getSpecifiedSolveParams() - Method in interface edu.harvard.econcs.jopt.solver.IMIP
getSpecifiedSolveParams() - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
getString(String, String) - Method in class edu.harvard.econcs.util.TypedProperties
getStringSolveParam(SolveParam, String) - Method in interface edu.harvard.econcs.jopt.solver.IMIP
getStringSolveParam(SolveParam) - Method in interface edu.harvard.econcs.jopt.solver.IMIP
getStringSolveParam(SolveParam, String) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
getStringSolveParam(SolveParam) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
getTerms() - Method in class edu.harvard.econcs.jopt.solver.mip.Constraint
getType() - Method in class edu.harvard.econcs.jopt.solver.mip.Constraint
getType() - Method in class edu.harvard.econcs.jopt.solver.mip.Variable
getType() - Method in class edu.harvard.econcs.jopt.solver.SolveParam
getTypeDescription() - Method in class edu.harvard.econcs.jopt.solver.SolveParam
getUpperBound() - Method in class edu.harvard.econcs.jopt.solver.mip.Variable
getValue(Variable) - Method in class edu.harvard.econcs.jopt.solver.mip.IntermediateSolution
getValue(String) - Method in class edu.harvard.econcs.jopt.solver.mip.IntermediateSolution
getValue(Variable) - Method in class edu.harvard.econcs.jopt.solver.mip.MIPResult
getValue(String) - Method in class edu.harvard.econcs.jopt.solver.mip.MIPResult
getValue(Variable) - Method in interface edu.harvard.econcs.jopt.solver.mip.Solution
getValue(String) - Method in interface edu.harvard.econcs.jopt.solver.mip.Solution
getValues() - Method in class edu.harvard.econcs.jopt.solver.mip.IntermediateSolution
getValues() - Method in class edu.harvard.econcs.jopt.solver.mip.MIPResult
getValues() - Method in interface edu.harvard.econcs.jopt.solver.mip.Solution: Returns a Map from strings to Double objects
getVar(String) - Method in interface edu.harvard.econcs.jopt.solver.IMIP
getVar(String) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
getVariableDescription() - Method in exception edu.harvard.econcs.jopt.solver.MIPInfeasibleException
getVarName() - Method in class edu.harvard.econcs.jopt.solver.mip.LinearTerm
getVarNameA() - Method in class edu.harvard.econcs.jopt.solver.mip.QuadraticTerm
getVarNameB() - Method in class edu.harvard.econcs.jopt.solver.mip.QuadraticTerm
getVars() - Method in interface edu.harvard.econcs.jopt.solver.IMIP
getVars() - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
getVarsWithProposedValues() - Method in interface edu.harvard.econcs.jopt.solver.IMIP: useful for copying proposed var/vals to a new MIP
getVarsWithProposedValues() - Method in class edu.harvard.econcs.jopt.solver.mip.MIP: useful for copying proposed var/vals to a new MIP

H

hashCode() - Method in class edu.harvard.econcs.jopt.solver.mip.Constraint
hashCode() - Method in class edu.harvard.econcs.jopt.solver.mip.IntermediateSolution
hashCode() - Method in class edu.harvard.econcs.jopt.solver.mip.LinearTerm
hashCode() - Method in class edu.harvard.econcs.jopt.solver.mip.MIPResult
hashCode() - Method in class edu.harvard.econcs.jopt.solver.mip.QuadraticTerm
hashCode() - Method in class edu.harvard.econcs.jopt.solver.mip.Variable
hashCode() - Method in class edu.harvard.econcs.jopt.solver.MIPInfeasibleException.Cause
hashCode() - Method in class edu.harvard.econcs.jopt.solver.SolveParam
hasLinearTerms() - Method in class edu.harvard.econcs.jopt.solver.mip.Constraint
hasQuadraticTerms() - Method in class edu.harvard.econcs.jopt.solver.mip.Constraint

I

ignore() - Method in class edu.harvard.econcs.jopt.solver.mip.Variable
IMIP - Interface in edu.harvard.econcs.jopt.solver: Interface specifying a Mixed Integer Program
IMIPResult - Interface in edu.harvard.econcs.jopt.solver: The result of running a linear or mixed integer program
IMIPSolver - Interface in edu.harvard.econcs.jopt.solver: An interface that permits the solving of linear or mixed integer problems
InstanceManager - Class in edu.harvard.econcs.jopt.solver.server.cplex
IntermediateSolution - Class in edu.harvard.econcs.jopt.solver.mip
IntermediateSolution(double, Map<String, Double>) - Constructor for class edu.harvard.econcs.jopt.solver.mip.IntermediateSolution
IntermediateSolutionGatherer(Map<String, IloNumVar>, int) - Constructor for class edu.harvard.econcs.jopt.solver.server.cplex.CPlexMIPSolver.IntermediateSolutionGatherer
IRemoteMIPSolver - Interface in edu.harvard.econcs.jopt.solver.server: Interface for a remote class that can solve mips.
isBoolean() - Method in class edu.harvard.econcs.jopt.solver.SolveParam
isDouble() - Method in class edu.harvard.econcs.jopt.solver.SolveParam
isInteger() - Method in class edu.harvard.econcs.jopt.solver.SolveParam
isInternal() - Method in class edu.harvard.econcs.jopt.solver.SolveParam
isObjectiveMax() - Method in interface edu.harvard.econcs.jopt.solver.IMIP
isObjectiveMax() - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
isObjectiveMin() - Method in interface edu.harvard.econcs.jopt.solver.IMIP
isObjectiveMin() - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
ISolverServer - Interface in edu.harvard.econcs.jopt.solver.server: SolverServer program.
isReasonKnown() - Method in exception edu.harvard.econcs.jopt.solver.MIPInfeasibleException
isSolveParamSpecified(SolveParam) - Method in interface edu.harvard.econcs.jopt.solver.IMIP
isSolveParamSpecified(SolveParam) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
isString() - Method in class edu.harvard.econcs.jopt.solver.SolveParam

L

linearSize() - Method in class edu.harvard.econcs.jopt.solver.mip.Constraint
LinearTerm - Class in edu.harvard.econcs.jopt.solver.mip: Represents a Linear Term
LinearTerm(double, Variable) - Constructor for class edu.harvard.econcs.jopt.solver.mip.LinearTerm
loadLibraryFromJar(String, File) - Static method in class edu.harvard.econcs.util.NativeUtils: Loads library from current JAR archive
LOWER - Static variable in class edu.harvard.econcs.jopt.solver.MIPInfeasibleException.Cause
LP_OPTIMIZATION_ALG - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: Which optimization algorithm to use.
LPSolveMIPSolver - Class in edu.harvard.econcs.jopt.solver.server.lpsolve: A Class for solving MIPs based on the LPSolve solver.
LPSolveMIPSolver() - Constructor for class edu.harvard.econcs.jopt.solver.server.lpsolve.LPSolveMIPSolver

M

main(String[]) - Static method in class edu.harvard.econcs.jopt.example.ComplexExample
main(String[]) - Static method in class edu.harvard.econcs.jopt.example.PieceWiseLinearExample
main(String[]) - Static method in class edu.harvard.econcs.jopt.example.SimpleLPExample
main(String[]) - Static method in class edu.harvard.econcs.jopt.example.SimpleLPWrapperExample
main(String[]) - Static method in class edu.harvard.econcs.jopt.example.SimpleQCPExample
main(String[]) - Static method in class edu.harvard.econcs.jopt.example.SimpleQPExample
main() - Method in class edu.harvard.econcs.jopt.solver.server.cplex.CPlexMIPSolver.IntermediateSolutionGatherer
main(String[]) - Static method in class edu.harvard.econcs.jopt.solver.server.cplex.CPlexMIPSolver
main(String[]) - Static method in class edu.harvard.econcs.jopt.solver.server.lpsolve.LPSolveMIPSolver
main(String[]) - Static method in class edu.harvard.econcs.jopt.solver.server.SolverLoadBalancer
makeMIPWithoutObjective(IMIP) - Static method in class edu.harvard.econcs.jopt.solver.mip.MIPWrapper
makeNewBooleanVar(String) - Method in class edu.harvard.econcs.jopt.solver.mip.MIPWrapper: Makes a new indicator (boolean) variable that can range from 0 to 1
makeNewDoubleVar(String) - Method in class edu.harvard.econcs.jopt.solver.mip.MIPWrapper: Makes a new double variable that can range from -inf to inf
makeNewIntegerVar(String) - Method in class edu.harvard.econcs.jopt.solver.mip.MIPWrapper: Makes a new Integer variable that can range from -inf to inf
makeNewMaxMIP() - Static method in class edu.harvard.econcs.jopt.solver.mip.MIPWrapper: Create a new MIP that is has a MAXimization as it's objective function.
makeNewMinMIP() - Static method in class edu.harvard.econcs.jopt.solver.mip.MIPWrapper: Create a new MIP that is has a MINimization as it's objective function.
MARKOWITZ_TOLERANCE - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: Set the Markov Tolerance [CPLEX]
Influences pivot selection during basis factoring.
MAX_OBJ_THRESHOLD - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: For Maximization problems, stop when this value has been exceeded [CPLEX]
MAX_OBJ_VALUE - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: Max objective value for minimization problems (specified to assist cutting).
MAX_VALUE - Static variable in class edu.harvard.econcs.jopt.solver.mip.MIP: Never give mip a number bigger than this, FOR ANY reason This should never be greater than 1E9 per https://support.ilog.com/public/products/faq .cfm?Product=CPLEX&FAQ=75&CFID= 96044&CFTOKEN=40609383&jsessionid=92301560341115251663761
MIN_OBJ_THRESHOLD - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: For Minimization problems, stop when this value has been exceeded [CPLEX]
MIN_OBJ_VALUE - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: Min objective value for maximization problems (specified to assist cutting).
MIP - Class in edu.harvard.econcs.jopt.solver.mip: Basic implementation of a mip.
MIP() - Constructor for class edu.harvard.econcs.jopt.solver.mip.MIP
MIP_DISPLAY - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: Specify what to display when solving a MIP [CPLEX]
MIP_EMPHASIS - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: Optimality vs.
MIPException - Exception in edu.harvard.econcs.jopt.solver: Exception that is thrown while evaluating a MIP.
MIPException(String) - Constructor for exception edu.harvard.econcs.jopt.solver.MIPException
MIPException(String, Throwable) - Constructor for exception edu.harvard.econcs.jopt.solver.MIPException
MIPInfeasibleException - Exception in edu.harvard.econcs.jopt.solver: Exception that is thrown when evaluating a MIP, that contains the infeasible set information
MIPInfeasibleException(String) - Constructor for exception edu.harvard.econcs.jopt.solver.MIPInfeasibleException
MIPInfeasibleException(Map<Variable, MIPInfeasibleException.Cause>, Collection<Constraint>) - Constructor for exception edu.harvard.econcs.jopt.solver.MIPInfeasibleException
MIPInfeasibleException.Cause - Class in edu.harvard.econcs.jopt.solver
MIPResult - Class in edu.harvard.econcs.jopt.solver.mip: The results of running CPLEX.
MIPResult(double, Map<String, Double>, Map<Constraint, Double>) - Constructor for class edu.harvard.econcs.jopt.solver.mip.MIPResult
MIPResult.ConstraintPrinter - Class in edu.harvard.econcs.jopt.solver.mip
MIPWrapper - Class in edu.harvard.econcs.jopt.solver.mip: This wrapper goes even further in simplicity than the other MIP classes and might help you get started with your MIP programming.

N

NAME - Static variable in interface edu.harvard.econcs.jopt.solver.server.ISolverServer
NativeUtils - Class in edu.harvard.econcs.util: A library based on the NativeUtils library of Adam Heinrich:

O

OBJ_TOLERANCE - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: Optimality Tolerance [CPLEX]

P

PARALLEL_MODE - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam
PieceWiseLinearExample - Class in edu.harvard.econcs.jopt.example: An example for a MIP that includes a piecewise linear function
PieceWiseLinearExample() - Constructor for class edu.harvard.econcs.jopt.example.PieceWiseLinearExample
POPULATE_LIMIT - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: Sets the maximum number of mixed integer programming (MIP) solutions generated for the solution pool during each call to the populate procedure.
port - Variable in class edu.harvard.econcs.jopt.solver.server.SolverServer
print(Constraint, IMIPResult) - Method in class edu.harvard.econcs.jopt.solver.mip.MIPResult.ConstraintPrinter
printCoef(double) - Method in class edu.harvard.econcs.jopt.solver.mip.MIPResult.ConstraintPrinter
printVal(double) - Method in class edu.harvard.econcs.jopt.solver.mip.MIPResult.ConstraintPrinter
PROBLEM_FILE - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: Name of mipInstance file - set to empty string if you don't want to write one out [CPLEX]
proposeValue(Variable, double) - Method in interface edu.harvard.econcs.jopt.solver.IMIP: Sets proposed value for this variable
proposeValue(Variable, int) - Method in interface edu.harvard.econcs.jopt.solver.IMIP: Sets proposed value for this variable
proposeValue(Variable, boolean) - Method in interface edu.harvard.econcs.jopt.solver.IMIP: Sets proposed value for this variable
proposeValue(Variable, double) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP: Sets proposed value for this variable
proposeValue(Variable, int) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP: Sets proposed value for this variable
proposeValue(Variable, boolean) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP: Sets proposed value for this variable

Q

quadraticSize() - Method in class edu.harvard.econcs.jopt.solver.mip.Constraint
QuadraticTerm - Class in edu.harvard.econcs.jopt.solver.mip: Represents a Linear Term
QuadraticTerm(double, Variable, Variable) - Constructor for class edu.harvard.econcs.jopt.solver.mip.QuadraticTerm

R

RELATIVE_OBJ_GAP - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: Optimization stops when current solution within this percentage of LP relaxiation [CPLEX]
RELATIVE_POOL_SOLVE_TIME - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: How much of the time it took to solve the original problem should be spend on populating the solution pool.
RemoteMIPSolver - Class in edu.harvard.econcs.jopt.solver.server: A remote solver that solves a MIP based on a local IMIPSolver
RemoteMIPSolver(int, IMIPSolver) - Constructor for class edu.harvard.econcs.jopt.solver.server.RemoteMIPSolver
remove(Variable) - Method in interface edu.harvard.econcs.jopt.solver.IMIP: Removes a variable from the MIP formulation.
remove(Constraint) - Method in interface edu.harvard.econcs.jopt.solver.IMIP: removes a constraint from the formulation.
remove(Variable) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
remove(Constraint) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
removeClient(SolverClient) - Method in class edu.harvard.econcs.jopt.solver.server.SolverLoadBalancer
removeObjectiveTerm(LinearTerm) - Method in interface edu.harvard.econcs.jopt.solver.IMIP: removes a Term from the objective function.
removeObjectiveTerm(QuadraticTerm) - Method in interface edu.harvard.econcs.jopt.solver.IMIP: removes a Term from the objective function.
removeObjectiveTerm(LinearTerm) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
removeObjectiveTerm(QuadraticTerm) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
removeProposedValue(Variable) - Method in interface edu.harvard.econcs.jopt.solver.IMIP: Removes proposed value for this variable
removeProposedValue(Variable) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP: Removes proposed value for this variable
resetDefaultSolveParams() - Method in interface edu.harvard.econcs.jopt.solver.IMIP: reset behavior is solver specific; see implementing class
resetDefaultSolveParams() - Method in class edu.harvard.econcs.jopt.solver.mip.MIP: Resets CPLEX/JOpt parameters to: Wall clock, 10 minute timelimit, strict IIS calculation, no-output problem file, and zero missing proposed variables.
retryDeadDrones() - Method in class edu.harvard.econcs.jopt.solver.server.SolverLoadBalancer: Try to move the contents of the tryLater list back to the clients list

S

setConstant(double) - Method in class edu.harvard.econcs.jopt.solver.mip.Constraint
setControlParams(IloCplex, Iterable<SolveParam>, Function<SolveParam, Object>) - Method in class edu.harvard.econcs.jopt.solver.server.cplex.CPlexMIPSolver
setDescription(String) - Method in class edu.harvard.econcs.jopt.solver.mip.Constraint
setIgnore(boolean) - Method in class edu.harvard.econcs.jopt.solver.mip.Variable
setIntermediateSolutions(Queue<IntermediateSolution>) - Method in class edu.harvard.econcs.jopt.solver.mip.MIPResult
setLowerBound(double) - Method in class edu.harvard.econcs.jopt.solver.mip.Variable
setNumSimultaneous(int) - Method in enum edu.harvard.econcs.jopt.solver.server.cplex.CPLEXInstanceManager
setNumSimultaneous(int) - Static method in class edu.harvard.econcs.jopt.solver.server.cplex.InstanceManager
setObjectiveMax(boolean) - Method in interface edu.harvard.econcs.jopt.solver.IMIP: Set the objective to be MAX (true) or MIN (false)
setObjectiveMax(boolean) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
setProposedValues(Map<Variable, Object>) - Method in interface edu.harvard.econcs.jopt.solver.IMIP: useful for copying proposed var/vals to a new MIP
setProposedValues(Map<Variable, Object>) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP: useful for copying proposed var/vals to a new MIP
setSolveParam(SolveParam, Object) - Method in interface edu.harvard.econcs.jopt.solver.IMIP
setSolveParam(SolveParam, Object) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
setSolveParam(SolveParam, String) - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
setSolveTime(long) - Method in class edu.harvard.econcs.jopt.solver.mip.MIPResult
setType(CompareType) - Method in class edu.harvard.econcs.jopt.solver.mip.Constraint
setUpperBound(double) - Method in class edu.harvard.econcs.jopt.solver.mip.Variable
SimpleLPExample - Class in edu.harvard.econcs.jopt.example: Simple JOpt usage example:
SimpleLPExample() - Constructor for class edu.harvard.econcs.jopt.example.SimpleLPExample
SimpleLPWrapperExample - Class in edu.harvard.econcs.jopt.example
SimpleLPWrapperExample() - Constructor for class edu.harvard.econcs.jopt.example.SimpleLPWrapperExample: MAX 2X + 2Y subject to X - 2Y <= 5 Y = 2
SimpleQCPExample - Class in edu.harvard.econcs.jopt.example: Simple JOpt usage example:
SimpleQCPExample() - Constructor for class edu.harvard.econcs.jopt.example.SimpleQCPExample
SimpleQPExample - Class in edu.harvard.econcs.jopt.example: Simple JOpt usage example:
SimpleQPExample() - Constructor for class edu.harvard.econcs.jopt.example.SimpleQPExample
size() - Method in class edu.harvard.econcs.jopt.solver.mip.Constraint
Solution - Interface in edu.harvard.econcs.jopt.solver.mip: Comparing based on Objective Value
SOLUTION_POOL_CAPACITY - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: Number of intermediate solutions to capture.
SOLUTION_POOL_INTENSITY - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: Controls the trade-off between the number of solutions generated for the solution pool and the amount of time or memory consumed.
SOLUTION_POOL_MODE - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: 0 (default) is none 1 is callback 2 is solution pool
SOLUTION_POOL_REPLACEMENT - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: Designates the strategy for replacing a solution in the solution pool when the solution pool has reached its capacity.
solve(SolverClient) - Method in class edu.harvard.econcs.jopt.example.ComplexExample
solve(SolverClient) - Method in class edu.harvard.econcs.jopt.example.PieceWiseLinearExample
solve(SolverClient) - Method in class edu.harvard.econcs.jopt.example.SimpleLPExample
solve() - Method in class edu.harvard.econcs.jopt.example.SimpleQCPExample
solve() - Method in class edu.harvard.econcs.jopt.example.SimpleQPExample
solve(IMIP) - Method in class edu.harvard.econcs.jopt.solver.client.SolverClient.ClientSolver
solve(byte[]) - Method in class edu.harvard.econcs.jopt.solver.client.SolverClient.ClientSolver
solve(IMIP) - Method in class edu.harvard.econcs.jopt.solver.client.SolverClient: Solve the given mip
solve(byte[]) - Method in class edu.harvard.econcs.jopt.solver.client.SolverClient: Solve the given serialized mip
solve(IMIP) - Method in interface edu.harvard.econcs.jopt.solver.IMIPSolver: Solves a MIP that you have constructed.
solve(IMIP) - Method in class edu.harvard.econcs.jopt.solver.server.cplex.CPlexMIPSolver
solve(byte[]) - Method in interface edu.harvard.econcs.jopt.solver.server.IRemoteMIPSolver
solve(IMIP) - Method in class edu.harvard.econcs.jopt.solver.server.lpsolve.LPSolveMIPSolver
solve(byte[]) - Method in class edu.harvard.econcs.jopt.solver.server.RemoteMIPSolver
SolveParam - Class in edu.harvard.econcs.jopt.solver: These parameters control how JOpt operates, and how the backend solver operates.
solver - Variable in class edu.harvard.econcs.jopt.solver.client.SolverClient
SolverClient - Class in edu.harvard.econcs.jopt.solver.client: Local class that can be used to solve a MIP.
SolverClient(TypedProperties) - Constructor for class edu.harvard.econcs.jopt.solver.client.SolverClient
SolverClient() - Constructor for class edu.harvard.econcs.jopt.solver.client.SolverClient: Creates a default local solver
SolverClient(String, int) - Constructor for class edu.harvard.econcs.jopt.solver.client.SolverClient: Creates a client using the server at the given host and port.
SolverClient(IMIPSolver) - Constructor for class edu.harvard.econcs.jopt.solver.client.SolverClient: create a client using the given solver explicitly.
SolverClient.ClientSolver - Class in edu.harvard.econcs.jopt.solver.client
SolverLoadBalancer - Class in edu.harvard.econcs.jopt.solver.server: A special kind of SolverServer that knows about a bunch of other Solver servers and can load balance among them.
SolverLoadBalancer(int, Properties) - Constructor for class edu.harvard.econcs.jopt.solver.server.SolverLoadBalancer
SolverServer - Class in edu.harvard.econcs.jopt.solver.server
SolverServer(int, Class) - Constructor for class edu.harvard.econcs.jopt.solver.server.SolverServer

T

Term - Interface in edu.harvard.econcs.jopt.solver.mip
test(SolverClient) - Static method in class edu.harvard.econcs.jopt.example.ComplexExample
test(SolverClient) - Static method in class edu.harvard.econcs.jopt.example.PieceWiseLinearExample
test(SolverClient) - Static method in class edu.harvard.econcs.jopt.example.SimpleLPExample
THREADS - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: Threads to use in solving a MIP [CPLEX]
TIME_LIMIT - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: Maximum time to run solver before returning current best in seconds [CPLEX]
toString(IMIP) - Method in interface edu.harvard.econcs.jopt.solver.IMIPResult: Dump the results out to std out, using the MIP to make it pretty
toString() - Method in enum edu.harvard.econcs.jopt.solver.mip.CompareType
toString() - Method in class edu.harvard.econcs.jopt.solver.mip.Constraint
toString() - Method in class edu.harvard.econcs.jopt.solver.mip.IntermediateSolution
toString() - Method in class edu.harvard.econcs.jopt.solver.mip.LinearTerm
toString() - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
toString() - Method in class edu.harvard.econcs.jopt.solver.mip.MIPResult
toString(IMIP) - Method in class edu.harvard.econcs.jopt.solver.mip.MIPResult
toString() - Method in class edu.harvard.econcs.jopt.solver.mip.QuadraticTerm
toString() - Method in class edu.harvard.econcs.jopt.solver.mip.Variable
toString() - Method in enum edu.harvard.econcs.jopt.solver.mip.VarType
toString() - Method in class edu.harvard.econcs.jopt.solver.MIPInfeasibleException.Cause
toString() - Method in class edu.harvard.econcs.jopt.solver.SolveParam
toStringPretty() - Method in class edu.harvard.econcs.jopt.solver.mip.Variable
typedClone() - Method in interface edu.harvard.econcs.jopt.solver.IMIP
typedClone() - Method in class edu.harvard.econcs.jopt.solver.mip.Constraint
typedClone() - Method in class edu.harvard.econcs.jopt.solver.mip.LinearTerm
typedClone() - Method in class edu.harvard.econcs.jopt.solver.mip.MIP
typedClone() - Method in class edu.harvard.econcs.jopt.solver.mip.QuadraticTerm
typedClone() - Method in class edu.harvard.econcs.jopt.solver.mip.Variable
TypedProperties - Class in edu.harvard.econcs.util: Special type of properties object that knows how to cast to primitive types.
TypedProperties() - Constructor for class edu.harvard.econcs.util.TypedProperties

U

UPPER - Static variable in class edu.harvard.econcs.jopt.solver.MIPInfeasibleException.Cause

V

valueOf(String) - Static method in enum edu.harvard.econcs.jopt.solver.mip.CompareType: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum edu.harvard.econcs.jopt.solver.mip.VarType: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum edu.harvard.econcs.jopt.solver.server.cplex.CPLEXInstanceManager: Returns the enum constant of this type with the specified name.
values() - Static method in enum edu.harvard.econcs.jopt.solver.mip.CompareType: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum edu.harvard.econcs.jopt.solver.mip.VarType: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum edu.harvard.econcs.jopt.solver.server.cplex.CPLEXInstanceManager: Returns an array containing the constants of this enum type, in the order they are declared.
Variable - Class in edu.harvard.econcs.jopt.solver.mip: Basic MIP Variable.
Variable(String, VarType, double, double) - Constructor for class edu.harvard.econcs.jopt.solver.mip.Variable
VarType - Enum in edu.harvard.econcs.jopt.solver.mip: Enum of the types that variables can have.

W

WORK_DIR - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: Working directory for working files for the optimzer [CPLEX]

Z

ZERO_MISSING_PROPOSED - Static variable in class edu.harvard.econcs.jopt.solver.SolveParam: If given a set of proposed starting values, should we set missing values to be zero [CPLEX]

A B C D E G H I L M N O P Q R S T U V W Z