#include "cplex.h"

Cplex::Cplex(const DualAscent& da)
{
    //Allocation dynamique
    nbColonnes = da.cost.size(); // nombre de colnones
    nbCentraleNucl = I();
    nbSemaines = H();
    cl = new double[nbColonnes]; //cout des colonnes. Taille = nb colonnes
    ct = new double[nbSemaines]; //cout unitaire prod thermique. Taille = nb semaines
    dt = new double[nbSemaines]; //Demande (vecteur b) ; partie production. Taille = nb semaines
    mint = new double[nbSemaines]; //Prod thermique min. Taille  = nb semaines
    maxt = new double[nbSemaines]; // prod thermique max. Taille = nb semaines

    affect = new int*[nbColonnes];
    dlt = new double*[nbColonnes]; //matrice A ; partie production. Taille = nbColonnes x nbSemaines
    for ( int i=0 ; i < nbColonnes ; i++ ){
        cl[i] = da.cost[i];
        for( week_t w = (week_t) 0; w<nbSemaines; w=(week_t) (w+1) )
        {
            ct[w] = CInstanceReduite::ThCout(w);
            dt[w] = da.b[w];
            mint[w] = CInstanceReduite::ThProdMin(w);
            maxt[w] = CInstanceReduite::ThProdMax(w);
            dlt[i][w] = da.a(i,w);
            affect[i][w] = da.a(i,w+I() );
        }
    }

    //Initialisation
}


Cplex::~Cplex()
{
    delete[] cl;
    delete[] ct;
    for ( int i=0 ; i < nbColonnes ; i++ ){
        delete[] dlt[i];
        delete[] affect[i];
        delete[] clique[i];
    }
    delete[] dlt;
    delete[] affect;
    delete[] clique;
    delete[] dt;
    delete[] mint;
    delete[] maxt;
    delete[] bc;
}