AbstractModel.cpp

//////////////////////////////////////////////////////////////////////////////////////////
//! \file       RawModel.hpp
//! \brief      Class header, for AbstractModel implementation
//! \author     Felix Voituret (felix.voituret@univ-avignon.fr)

#ifndef ABSTRACT_MODEL_H

        #include <ilcplex/ilocplex.h>
        ILOSTBEGIN
        #include <iostream>
        #include <istream>
        #include "type.h"

        /*!
                \class AbstractModel
                \brief Abstract model class
         */

        class AbstractModel : public IloModel {

                public:

                        // Constructor
                        AbstractModel(IloEnv, IloInt, const char * name = 0);


                        typedef void (AbstractModel::*VectorSetter)(IloInt,IloInt);
                        typedef void (AbstractModel::*MatrixSetter)(IloInt,IloInt,IloInt);

                        // Destructor
                        virtual ~AbstractModel() {}

                        // Static constraints building methods
                        void buildAssignmentConstraints();
                        void buildPreservationConstraints();

                        // Variable setter
                        void setAssignmentCost(IloInt, IloInt);
                        void setBuildingCost(IloInt, IloInt);
                        void setFlow(IloInt ,IloInt, IloInt);
                        void setDistance(IloInt, IloInt, IloInt);

                        IloInt getSize() const;

                protected:

                        IloInt size;

                        // Numerical value
                        Vector a;               // Installing cost
                        Vector c;               // Building cost
                        Matrix q;               // Flow between activities
                        Matrix d;               // Distance matrix

                        // Variable value
                        VariableVector x;       // Assignment variable vector
                        VariableVector y;       // Building variable vector
                        VariableMatrix z;       // Flow variable
        };

        #define ABSTRACT_MODEL_H
#endif