Some clean up (not complete).
git-svn-id: file:///srv/svn/repos/haiku/haiku/trunk@38736 a95241bf-73f2-0310-859d-f6bbb57e9c96
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/*
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* Copyright 2007-2008, Christof Lutteroth, lutteroth@cs.auckland.ac.nz
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* Copyright 2007-2008, James Kim, jkim202@ec.auckland.ac.nz
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* Copyright 2010, Clemens Zeidler, haiku@clemens-zeidler.de
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* Distributed under the terms of the MIT License.
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*/
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#ifndef LINEAR_SPEC_H
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#define LINEAR_SPEC_H
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#include "Variable.h"
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#include "Constraint.h"
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#include "Summand.h"
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#include "PenaltyFunction.h"
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#include "OperatorType.h"
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#include "ResultType.h"
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#include "OptimizationType.h"
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#include "lp_lib.h"
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#include <List.h>
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#include <String.h>
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#include <OS.h>
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#include <SupportDefs.h>
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#include <math.h>
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#include <List.h>
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#include <OS.h>
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#include <String.h>
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#include <SupportDefs.h>
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#include "Constraint.h"
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#include "OperatorType.h"
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#include "OptimizationType.h"
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#include "PenaltyFunction.h"
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#include "ResultType.h"
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#include "Summand.h"
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#include "Variable.h"
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#include "lp_lib.h"
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namespace LinearProgramming {
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@ -31,92 +32,95 @@ class ObjFunctionSummand;
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class PenaltyFunction;
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class Variable;
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/**
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/*!
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* Specification of a linear programming problem.
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*/
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class LinearSpec {
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public:
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LinearSpec();
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virtual ~LinearSpec();
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LinearSpec();
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virtual ~LinearSpec();
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Variable* AddVariable();
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Variable* AddVariable();
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Constraint* AddConstraint(BList* summands,
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OperatorType op, double rightSide);
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Constraint* AddConstraint(double coeff1, Variable* var1,
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OperatorType op, double rightSide);
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Constraint* AddConstraint(double coeff1, Variable* var1,
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double coeff2, Variable* var2,
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OperatorType op, double rightSide);
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Constraint* AddConstraint(double coeff1, Variable* var1,
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double coeff2, Variable* var2,
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double coeff3, Variable* var3,
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OperatorType op, double rightSide);
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Constraint* AddConstraint(double coeff1, Variable* var1,
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double coeff2, Variable* var2,
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double coeff3, Variable* var3,
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double coeff4, Variable* var4,
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OperatorType op, double rightSide);
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Constraint* AddConstraint(BList* summands,
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OperatorType op, double rightSide);
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Constraint* AddConstraint(double coeff1, Variable* var1,
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OperatorType op, double rightSide);
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Constraint* AddConstraint(double coeff1, Variable* var1,
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double coeff2, Variable* var2,
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OperatorType op, double rightSide);
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Constraint* AddConstraint(double coeff1, Variable* var1,
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double coeff2, Variable* var2,
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double coeff3, Variable* var3,
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OperatorType op, double rightSide);
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Constraint* AddConstraint(double coeff1, Variable* var1,
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double coeff2, Variable* var2,
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double coeff3, Variable* var3,
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double coeff4, Variable* var4,
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OperatorType op, double rightSide);
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Constraint* AddConstraint(BList* summands,
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OperatorType op, double rightSide,
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double penaltyNeg, double penaltyPos);
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Constraint* AddConstraint(double coeff1, Variable* var1,
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OperatorType op, double rightSide,
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double penaltyNeg, double penaltyPos);
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Constraint* AddConstraint(double coeff1, Variable* var1,
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double coeff2, Variable* var2,
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OperatorType op, double rightSide,
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double penaltyNeg, double penaltyPos);
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Constraint* AddConstraint(double coeff1, Variable* var1,
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double coeff2, Variable* var2,
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double coeff3, Variable* var3,
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OperatorType op, double rightSide,
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double penaltyNeg, double penaltyPos);
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Constraint* AddConstraint(double coeff1, Variable* var1,
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double coeff2, Variable* var2,
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double coeff3, Variable* var3,
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double coeff4, Variable* var4,
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OperatorType op, double rightSide,
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double penaltyNeg, double penaltyPos);
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Constraint* AddConstraint(BList* summands,
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OperatorType op, double rightSide,
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double penaltyNeg, double penaltyPos);
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Constraint* AddConstraint(double coeff1, Variable* var1,
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OperatorType op, double rightSide,
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double penaltyNeg, double penaltyPos);
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Constraint* AddConstraint(double coeff1, Variable* var1,
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double coeff2, Variable* var2,
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OperatorType op, double rightSide,
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double penaltyNeg, double penaltyPos);
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Constraint* AddConstraint(double coeff1, Variable* var1,
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double coeff2, Variable* var2,
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double coeff3, Variable* var3,
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OperatorType op, double rightSide,
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double penaltyNeg, double penaltyPos);
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Constraint* AddConstraint(double coeff1, Variable* var1,
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double coeff2, Variable* var2,
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double coeff3, Variable* var3,
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double coeff4, Variable* var4,
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OperatorType op, double rightSide,
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double penaltyNeg, double penaltyPos);
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PenaltyFunction* AddPenaltyFunction(Variable* var, BList* xs, BList* gs);
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PenaltyFunction* AddPenaltyFunction(Variable* var, BList* xs,
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BList* gs);
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BList* ObjFunction();
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void SetObjFunction(BList* summands);
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void UpdateObjFunction();
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BList* ObjFunction();
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void SetObjFunction(BList* summands);
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void UpdateObjFunction();
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ResultType Presolve();
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void RemovePresolved();
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ResultType Solve();
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void Save(const char* fileName);
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ResultType Presolve();
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void RemovePresolved();
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ResultType Solve();
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void Save(const char* fileName);
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int32 CountColumns() const;
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OptimizationType Optimization() const;
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void SetOptimization(OptimizationType value);
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BList* Variables() const;
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BList* Constraints() const;
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ResultType Result() const;
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double ObjectiveValue() const;
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double SolvingTime() const;
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int32 CountColumns() const;
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OptimizationType Optimization() const;
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void SetOptimization(OptimizationType value);
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operator BString() const;
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void GetString(BString& string) const;
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ResultType Result() const;
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double ObjectiveValue() const;
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double SolvingTime() const;
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operator BString() const;
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void GetString(BString& string) const;
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protected:
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int32 fCountColumns;
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BList* Variables() const;
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BList* Constraints() const;
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int32 fCountColumns;
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private:
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lprec* fLpPresolved;
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OptimizationType fOptimization;
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lprec* fLP;
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BList* fObjFunction;
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BList fVariables;
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BList fConstraints;
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ResultType fResult;
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double fObjectiveValue;
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double fSolvingTime;
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lprec* fLpPresolved;
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OptimizationType fOptimization;
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lprec* fLP;
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BList* fObjFunction;
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BList fVariables;
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BList fConstraints;
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ResultType fResult;
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double fObjectiveValue;
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double fSolvingTime;
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public:
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friend class Constraint;
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@ -14,9 +14,21 @@ namespace LinearProgramming {
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* The possible results of a solving attempt.
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*/
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enum ResultType {
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NOMEMORY = -2, ERROR = -1, OPTIMAL = 0, SUBOPTIMAL = 1, INFEASIBLE = 2, UNBOUNDED = 3,
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DEGENERATE = 4, NUMFAILURE = 5, USERABORT = 6, TIMEOUT = 7, PRESOLVED = 9, PROCFAIL = 10,
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PROCBREAK = 11, FEASFOUND = 12, NOFEASFOUND = 13
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NOMEMORY = -2,
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ERROR = -1,
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OPTIMAL = 0,
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SUBOPTIMAL = 1,
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INFEASIBLE = 2,
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UNBOUNDED = 3,
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DEGENERATE = 4,
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NUMFAILURE = 5,
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USERABORT = 6,
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TIMEOUT = 7,
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PRESOLVED = 9,
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PROCFAIL = 10,
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PROCBREAK = 11,
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FEASFOUND = 12,
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NOFEASFOUND = 13
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};
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} // namespace LinearProgramming
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