#include "../tuning.h"

#ifdef TESTDA

#include <iostream>
#include "DA.h"


using namespace std;

int main()
{
    vector<double> b;
    b.push_back(70);
    b.push_back(55);
    b.push_back(50);
//    b.push_back(1);
//    b.push_back(1);

    //Instance de petite taille
    DualAscent da(b,(powerplants2_t) 2) ;
    //Demande
//
//    da.b.push_back(20);
//    da.b.push_back(40);
//    da.b.push_back(30);
//    da.b.push_back(70);
//    da.b.push_back(55);
//    da.b.push_back(50);
//    da.b.push_back(1);
//    da.b.push_back(1);

    // colonne (une centrale uniquement)
    vector <double> * ligne = new vector<double>;
    ligne->push_back(10);
    ligne->push_back(15);
    ligne->push_back(20);
    ligne->push_back(1);
    ligne->push_back(0);
    da.ajoutcolonne( ligne, 10);
    ligne = new vector<double>;
    ligne->push_back(20);
    ligne->push_back(15);
    ligne->push_back(20);
    ligne->push_back(1);
    ligne->push_back(0);
    da.ajoutcolonne(ligne, 20);
    ligne = new vector<double>;
    ligne->push_back(30);
    ligne->push_back(10);
    ligne->push_back(10);
    ligne->push_back(1);
    ligne->push_back(0);
    da.ajoutcolonne(ligne, 15);
    ligne = new vector<double>;
    ligne->push_back(60);
    ligne->push_back(50);
    ligne->push_back(30);
    ligne->push_back(0);
    ligne->push_back(1);
    da.ajoutcolonne(ligne, 30);
    ligne = new vector<double>;
    ligne->push_back(50);
    ligne->push_back(40);
    ligne->push_back(30);
    ligne->push_back(0);
    ligne->push_back(1);
    da.ajoutcolonne(ligne, 25);
    ligne = new vector<double>;
    ligne->push_back(0);
    ligne->push_back(50);
    ligne->push_back(10);
    ligne->push_back(0);
    ligne->push_back(1);
    da.ajoutcolonne(ligne, 20);

    vector<double> lambda ((int)da.b.size(),0);
//    lambda[0] = 1.361;lambda[1] = 0.00568;lambda[2] = 2.0037;lambda[3] = -4,1631 ;lambda[4] = 0.7927;
    bool BorneSup = false;

    da.boucle( lambda, BorneSup, "test");
    return 0;
}

#endif