A C E G H I L M N O P R S T V

A

AbstractSolver - Class in net.sf.javailp

The AbstractSolver contains a map for the parameters.

AbstractSolver() - Constructor for class net.sf.javailp.AbstractSolver

AbstractSolverFactory - Class in net.sf.javailp

The AbstractSolverFactory contains a map for the parameters and sets these parameters for each created Solver.

AbstractSolverFactory() - Constructor for class net.sf.javailp.AbstractSolverFactory

add(Number, Object) - Method in class net.sf.javailp.Linear

Adds an element to the linear expression.

add(Term...) - Method in class net.sf.javailp.Linear

Adds terms.

add(Constraint) - Method in class net.sf.javailp.Problem

Adds a constraint.

add(Linear, Operator, Number) - Method in class net.sf.javailp.Problem

Adds a constraint.

add(Linear, String, Number) - Method in class net.sf.javailp.Problem

Adds a constraint.

add(String, Linear, Operator, Number) - Method in class net.sf.javailp.Problem

Adds a constraint.

add(String, Linear, String, Number) - Method in class net.sf.javailp.Problem

Adds a constraint.

addConstraint(int[], int[], String, int) - Method in class net.sf.javailp.minisat.MiniSat

Adds a linear constraint.

addHook(SolverCPLEX.Hook) - Method in class net.sf.javailp.SolverCPLEX

Adds a hook.

addHook(SolverGLPK.Hook) - Method in class net.sf.javailp.SolverGLPK

Adds a hook.

addHook(SolverGurobi.Hook) - Method in class net.sf.javailp.SolverGurobi

Adds a hook.

addHook(SolverLpSolve.Hook) - Method in class net.sf.javailp.SolverLpSolve

Adds a hook.

addHook(SolverMosek.Hook) - Method in class net.sf.javailp.SolverMosek

Adds a hook.

addHook(SolverSAT4J.Hook) - Method in class net.sf.javailp.SolverSAT4J

Adds a hook.

C

call(IloCplex, Map<Object, IloNumVar>) - Method in interface net.sf.javailp.SolverCPLEX.Hook

This method is called once before the optimization and allows to change some internal settings.

call(glp_prob, glp_smcp, glp_iocp, Map<Object, Integer>) - Method in interface net.sf.javailp.SolverGLPK.Hook

This method is called once before the optimization and allows to change some internal settings.

call(GRBEnv, GRBModel, Map<Object, GRBVar>, Map<GRBVar, Object>, Problem) - Method in interface net.sf.javailp.SolverGurobi.Hook

This method is called once before the optimization and allows to change some internal settings.

call(LpSolve, Map<Object, Integer>) - Method in interface net.sf.javailp.SolverLpSolve.Hook

This method is called once before the optimization and allows to change some internal settings.

call(Env, Task, Map<Object, Integer>) - Method in interface net.sf.javailp.SolverMosek.Hook

This method is called once before the optimization and allows to change some internal settings.

call(PBSolverResolution, Map<Object, Integer>) - Method in interface net.sf.javailp.SolverSAT4J.Hook

This method is called once before the optimization and allows to change some internal settings.

clear() - Method in class net.sf.javailp.Linear

Removes all elements.

Constraint - Class in net.sf.javailp

The class Constraint represent a linear constraint.

Constraint(Linear, Operator, Number) - Constructor for class net.sf.javailp.Constraint

Constructs a Constraint.

Constraint(Linear, String, Number) - Constructor for class net.sf.javailp.Constraint

Constructs a Constraint.

Constraint(String, Linear, Operator, Number) - Constructor for class net.sf.javailp.Constraint

Constructs a Constraint.

Constraint(String, Linear, String, Number) - Constructor for class net.sf.javailp.Constraint

Constructs a Constraint.

containsVar(Object) - Method in interface net.sf.javailp.Result

Returns true if the result contains the variable.

containsVar(Object) - Method in class net.sf.javailp.ResultImpl

E

equals(Object) - Method in class net.sf.javailp.ValueObject

evaluate(Map<Object, Number>) - Method in class net.sf.javailp.Linear

Evaluates the value of the linear expression.

G

get() - Method in class net.sf.javailp.AbstractSolverFactory

get(int) - Method in class net.sf.javailp.Linear

Returns the i-th Term.

get(Object) - Method in interface net.sf.javailp.Result

Returns the primal value of the variable.

get(Object) - Method in class net.sf.javailp.ResultImpl

get() - Method in interface net.sf.javailp.SolverFactory

Returns a new solver instance.

getBoolean(Object) - Method in interface net.sf.javailp.Result

Returns the primal value for a specific var as a boolean.

getBoolean(Object) - Method in class net.sf.javailp.ResultImpl

getCoefficient() - Method in class net.sf.javailp.Term

Returns the coefficient.

getCoefficients() - Method in class net.sf.javailp.Linear

Returns the coefficients.

getConstraints() - Method in class net.sf.javailp.Problem

Returns the constraints.

getConstraintsCount() - Method in class net.sf.javailp.Problem

Returns the number of objectives.

getDualValue(Object) - Method in interface net.sf.javailp.Result

Returns the dual value of the variable.

getDualValue(Object) - Method in class net.sf.javailp.ResultImpl

getLhs() - Method in class net.sf.javailp.Constraint

Returns the left-hand-side linear expression.

getName() - Method in class net.sf.javailp.Constraint

Returns the name of the constraint.

getObjective() - Method in class net.sf.javailp.Problem

Returns the objective function.

getObjective() - Method in interface net.sf.javailp.Result

Returns the objective value.

getObjective() - Method in class net.sf.javailp.ResultImpl

getOperator() - Method in class net.sf.javailp.Constraint

Returns the Boolean operator.

getOptType() - Method in class net.sf.javailp.Problem

Returns the optimization type.

getParameters() - Method in class net.sf.javailp.AbstractSolver

getParameters() - Method in class net.sf.javailp.AbstractSolverFactory

getParameters() - Method in interface net.sf.javailp.Solver

Returns all set parameters.

getParameters() - Method in interface net.sf.javailp.SolverFactory

Returns all set parameters.

getPrimalValue(Object) - Method in interface net.sf.javailp.Result

Returns the primal value of the variable.

getPrimalValue(Object) - Method in class net.sf.javailp.ResultImpl

getRhs() - Method in class net.sf.javailp.Constraint

Returns the right-hand-side number.

getVariable() - Method in class net.sf.javailp.Term

Returns the variable.

getVariables() - Method in class net.sf.javailp.Linear

Returns the variables.

getVariables() - Method in class net.sf.javailp.Problem

Returns the variables.

getVariablesCount() - Method in class net.sf.javailp.Problem

Returns the number of variables.

getVarLowerBound(Object) - Method in class net.sf.javailp.Problem

Returns the lower bound of a variable.

getVarType(Object) - Method in class net.sf.javailp.Problem

Returns the variable type.

getVarUpperBound(Object) - Method in class net.sf.javailp.Problem

Returns the upper bound of a variable.

H

hashCode() - Method in class net.sf.javailp.ValueObject

I

isInt() - Method in enum net.sf.javailp.VarType

iterator() - Method in class net.sf.javailp.Linear

L

Linear - Class in net.sf.javailp

The class Linear is a linear expression consisting of variables and their coefficients.

Linear() - Constructor for class net.sf.javailp.Linear

Constructs an empty linear expression.

Linear(List<Number>, List<Object>) - Constructor for class net.sf.javailp.Linear

Constructs a linear expression with the predefined variables and their coefficients.

Linear(Iterable<Term>) - Constructor for class net.sf.javailp.Linear

Constructs a linear expression from the terms.

M

MiniSat - Class in net.sf.javailp.minisat

The MiniSat is the JNI class for the MiniSat+ solver.

MiniSat() - Constructor for class net.sf.javailp.minisat.MiniSat

Construct a MiniSat instance.

N

net.sf.javailp - package net.sf.javailp

Provides the classes for the problem and solvers.

net.sf.javailp.minisat - package net.sf.javailp.minisat

Provides the classes for the MiniSat+ JNI.

O

okay() - Method in class net.sf.javailp.minisat.MiniSat

Returns true if no contradiction appeared so far.

Operator - Enum in net.sf.javailp

The Type of Boolean operator.

OptType - Enum in net.sf.javailp

The optimization type.

P

POSTSOLVE - Static variable in interface net.sf.javailp.Solver

Identifier for the post-solve value.

Problem - Class in net.sf.javailp

The class Problem represents a linear problem consisting of multiple constraints and up to one objective function.

Problem() - Constructor for class net.sf.javailp.Problem

Constructs a Problem.

put(Object, Number) - Method in interface net.sf.javailp.Result

Sets the primal value of the variable.

put(Object, Number) - Method in class net.sf.javailp.ResultImpl

putDualValue(Object, Number) - Method in interface net.sf.javailp.Result

Sets the dual value of the variable.

putDualValue(Object, Number) - Method in class net.sf.javailp.ResultImpl

putPrimalValue(Object, Number) - Method in interface net.sf.javailp.Result

Sets the primal value of the variable.

putPrimalValue(Object, Number) - Method in class net.sf.javailp.ResultImpl

R

removeHook(SolverCPLEX.Hook) - Method in class net.sf.javailp.SolverCPLEX

Removes a hook

removeHook(SolverGLPK.Hook) - Method in class net.sf.javailp.SolverGLPK

Removes a hook

removeHook(SolverGurobi.Hook) - Method in class net.sf.javailp.SolverGurobi

Removes a hook

removeHook(SolverLpSolve.Hook) - Method in class net.sf.javailp.SolverLpSolve

Removes a hook

removeHook(SolverMosek.Hook) - Method in class net.sf.javailp.SolverMosek

Removes a hook

removeHook(SolverSAT4J.Hook) - Method in class net.sf.javailp.SolverSAT4J

Removes a hook

reset() - Method in class net.sf.javailp.minisat.MiniSat

Resets the decision heuristic, i.e., the phases and activities of the variables.

Result - Interface in net.sf.javailp

The class Result is a result of a Problem.

ResultImpl - Class in net.sf.javailp

The class ResultImpl is a Map based implementation of the Result.

ResultImpl() - Constructor for class net.sf.javailp.ResultImpl

Constructs a ResultImpl for a Problem without objective function.

ResultImpl(Number) - Constructor for class net.sf.javailp.ResultImpl

Constructs a ResultImpl for a Problem with objective function and the optimal value.

ResultImpl(Linear) - Constructor for class net.sf.javailp.ResultImpl

Constructs a ResultImpl for a Problem with an objective function.

S

setDecay(double) - Method in class net.sf.javailp.minisat.MiniSat

Set the decay value

setInc(double) - Method in class net.sf.javailp.minisat.MiniSat

Set the inc value

setObjective(int[], int[]) - Method in class net.sf.javailp.minisat.MiniSat

Set the objective of the problem.

setObjective(Linear) - Method in class net.sf.javailp.Problem

Sets the objective function.

setObjective(Linear, OptType) - Method in class net.sf.javailp.Problem

Sets the objective function.

setObjective(Linear, String) - Method in class net.sf.javailp.Problem

Sets the objective function.

setOptimizationType(OptType) - Method in class net.sf.javailp.Problem

Sets the optimization type.

setParameter(Object, Object) - Method in class net.sf.javailp.AbstractSolver

setParameter(Object, Object) - Method in class net.sf.javailp.AbstractSolverFactory

setParameter(Object, Object) - Method in interface net.sf.javailp.Solver

Sets a parameter.

setParameter(Object, Object) - Method in interface net.sf.javailp.SolverFactory

Sets a parameter.

setVar(int, boolean, double) - Method in class net.sf.javailp.minisat.MiniSat

Sets the initial phase and activity for a specified variable-

setVarLowerBound(Object, Number) - Method in class net.sf.javailp.Problem

Sets the lower bound of a variable.

setVarType(Object, VarType) - Method in class net.sf.javailp.Problem

Sets the variable type of one variable.

setVarType(Object, Class<?>) - Method in class net.sf.javailp.Problem

Sets the variable type of one variable.

setVarUpperBound(Object, Number) - Method in class net.sf.javailp.Problem

Sets the upper bound of a variable.

setVerbose(int) - Method in class net.sf.javailp.minisat.MiniSat

Set the verbosity level (0=no output,1,2=most output).

size() - Method in class net.sf.javailp.Constraint

Returns the size of the linear expression.

size() - Method in class net.sf.javailp.Linear

Returns the size (number of variables) of the linear expression.

solve() - Method in class net.sf.javailp.minisat.MiniSat

Solve the problem.

solve(Problem) - Method in interface net.sf.javailp.Solver

Solve the optimization problem.

solve(Problem) - Method in class net.sf.javailp.SolverCPLEX

solve(Problem) - Method in class net.sf.javailp.SolverGLPK

solve(Problem) - Method in class net.sf.javailp.SolverGurobi

solve(Problem) - Method in class net.sf.javailp.SolverLpSolve

solve(Problem) - Method in class net.sf.javailp.SolverMiniSat

solve(Problem) - Method in class net.sf.javailp.SolverMosek

solve(Problem) - Method in class net.sf.javailp.SolverSAT4J

Solver - Interface in net.sf.javailp

The Solver.

SolverCPLEX - Class in net.sf.javailp

The SolverCPLEX is the Solver CPLEX.

SolverCPLEX() - Constructor for class net.sf.javailp.SolverCPLEX

SolverCPLEX.Hook - Interface in net.sf.javailp

The Hook for the SolverCPLEX.

SolverFactory - Interface in net.sf.javailp

The class SolverFactory is used to create Solver instances.

SolverFactoryCPLEX - Class in net.sf.javailp

The SolverFactoryCPLEX is a SolverFactory for CPLEX.

SolverFactoryCPLEX() - Constructor for class net.sf.javailp.SolverFactoryCPLEX

SolverFactoryGLPK - Class in net.sf.javailp

The SolverFactoryGLPK is a SolverFactory for GLPK.

SolverFactoryGLPK() - Constructor for class net.sf.javailp.SolverFactoryGLPK

SolverFactoryGurobi - Class in net.sf.javailp

The SolverFactoryGurobi is a SolverFactory for Gurobi.

SolverFactoryGurobi() - Constructor for class net.sf.javailp.SolverFactoryGurobi

SolverFactoryLpSolve - Class in net.sf.javailp

The SolverFactoryLpSolve is a SolverFactory for lp_solve.

SolverFactoryLpSolve() - Constructor for class net.sf.javailp.SolverFactoryLpSolve

SolverFactoryMiniSat - Class in net.sf.javailp

The SolverFactoryMiniSat is a SolverFactory for MiniSat+.

SolverFactoryMiniSat() - Constructor for class net.sf.javailp.SolverFactoryMiniSat

SolverFactoryMosek - Class in net.sf.javailp

The SolverFactoryCPLEX is a SolverFactory for Mosek.

SolverFactoryMosek() - Constructor for class net.sf.javailp.SolverFactoryMosek

Constructs a SolverFactoryMosek.

SolverFactorySAT4J - Class in net.sf.javailp

The SolverFactoryCPLEX is a SolverFactory for SAT4J.

SolverFactorySAT4J() - Constructor for class net.sf.javailp.SolverFactorySAT4J

SolverGLPK - Class in net.sf.javailp

The SolverGLPK is the Solver GLPK.

SolverGLPK() - Constructor for class net.sf.javailp.SolverGLPK

SolverGLPK.Hook - Interface in net.sf.javailp

The Hook for the SolverGLPK.

SolverGurobi - Class in net.sf.javailp

The SolverGurobi is the Solver Gurobi.

SolverGurobi() - Constructor for class net.sf.javailp.SolverGurobi

SolverGurobi.Hook - Interface in net.sf.javailp

The Hook for the SolverGurobi.

SolverLpSolve - Class in net.sf.javailp

The SolverLpSolve is the Solver lp_solve.

SolverLpSolve() - Constructor for class net.sf.javailp.SolverLpSolve

SolverLpSolve.Hook - Interface in net.sf.javailp

The Hook for the SolverLpSolve.

SolverMiniSat - Class in net.sf.javailp

The SolverMiniSat is the Solver MiniSat+.

SolverMiniSat() - Constructor for class net.sf.javailp.SolverMiniSat

Constructs a minisat+ solver.

SolverMosek - Class in net.sf.javailp

The SolverCPLEX is the Solver Mosek.

SolverMosek(Env) - Constructor for class net.sf.javailp.SolverMosek

Constructs a SolverMosek.

SolverMosek.Hook - Interface in net.sf.javailp

The Hook for the SolverMosek.

SolverSAT4J - Class in net.sf.javailp

The SolverCPLEX is the Solver SAT4J.

SolverSAT4J() - Constructor for class net.sf.javailp.SolverSAT4J

SolverSAT4J.Hook - Interface in net.sf.javailp

The Hook for the SolverSAT4J.

solveSingle() - Method in class net.sf.javailp.minisat.MiniSat

Solve the problem without optimizing.

T

Term - Class in net.sf.javailp

The Term is the basic element the Linear.

Term(Object, Number) - Constructor for class net.sf.javailp.Term

Constructs a Term.

TIMEOUT - Static variable in interface net.sf.javailp.Solver

Identifier for the timeout value.

toString() - Method in class net.sf.javailp.Constraint

toString() - Method in class net.sf.javailp.Linear

toString() - Method in class net.sf.javailp.minisat.MiniSat

toString() - Method in enum net.sf.javailp.Operator

toString() - Method in enum net.sf.javailp.OptType

toString() - Method in class net.sf.javailp.Problem

toString() - Method in class net.sf.javailp.ResultImpl

toString() - Method in class net.sf.javailp.ValueObject

toString() - Method in enum net.sf.javailp.VarType

V

ValueObject - Class in net.sf.javailp

The ValueObject is a superclass for all comparable objects based on their fields.

ValueObject() - Constructor for class net.sf.javailp.ValueObject

valueOf(int) - Method in class net.sf.javailp.minisat.MiniSat

Returns the value of the result of a specified variable.

valueOf(String) - Static method in enum net.sf.javailp.Operator

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum net.sf.javailp.OptType

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum net.sf.javailp.VarType

Returns the enum constant of this type with the specified name.

values() - Static method in enum net.sf.javailp.Operator

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum net.sf.javailp.OptType

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum net.sf.javailp.VarType

Returns an array containing the constants of this enum type, in the order they are declared.

VarType - Enum in net.sf.javailp

The variable type.

VERBOSE - Static variable in interface net.sf.javailp.Solver

Identifier for the verbose value.

A C E G H I L M N O P R S T V