#include "cplan.h"
#include "cgraphe.h"
#include <cinstance.h>
#include <cinstancereduite.h>

using namespace std ;

CPlan::CArc::CArc(const CNoeud & depart, const CNoeud & fin, double _recharge, double _cout, double _reste)
{
    m_type      = depart.m_type     ;
    m_k         = depart.m_campaign ;
    m_date      = depart.m_date     ;
    m_date_fin  = fin   .m_date     ;
    m_recharge  = _recharge         ;
    m_cout      = _cout             ;
    m_reste     = _reste            ;
}

CPlan::CPlan( powerplants2_t i, size_t taille_prod, powerplants2_t nb_centrales) {
    m_colonne = std::vector<double>( taille_prod + nb_centrales, 0 );
    m_colonne[ taille_prod + i ] = 1 ;
    m_i = i ;
    for (week_t h=(week_t)0; h<(week_t)taille_prod; ++h)
        m_colonne[h] = EMAX(m_i, h);
    m_cout_reduit   = 0 ;
    m_cout          = 0 ;
    m_reste         = 0 ;
}

void CPlan::set_prod( size_t index, double prod ) {
    m_colonne[index] = prod ;
}

void CPlan::push_back( const CNoeud & dep, const CNoeud & fin, double _recharge,
                double _cout_reduit, double _cout, double _reste )
{
    m_arcs.push_back(CArc(dep, fin, _recharge, _cout, _reste));
    m_cout_reduit   += _cout_reduit ;
    m_cout          += _cout        ;
    m_reste = _reste ;
    if (fin.m_type==TYPE_DERNIER)
        m_cout -= (CiTp1(m_i)*_reste);
}

ostream & operator <<(ostream & out, CPlan & plan)
{
    out << "***** Plan de production de la centrale " << (int) plan.m_i << " *****" << endl ;
    for (size_t i = 0; i<plan.m_arcs.size(); i++)
    {
        CPlan::CArc & a = plan.m_arcs[i] ;
        out << "Campagne " << a.m_k << "\t" << TYPE(a.m_type) << "\tdébut : " << a.m_date << " fin : " << a.m_date_fin
                << "\trecharge : " << a.m_recharge << "\treste : " << a.m_reste << "\tcoût : " << a.m_cout << endl;
        out << "   prod :";
        for (week_t h=a.m_date; h<a.m_date_fin; ++h)
            out << " " << plan.m_colonne[h] ;
        out << endl ;
    }
    out << "   revente : " << plan.m_reste << "\tprix : " << CiTp1(plan.m_i)*plan.m_reste << endl;
    out << "   coût total du plan : " << plan.m_cout << endl ;
    return out ;
}