#include "Starter.h"

Starter::Starter( int xSize, int ySize ): m_xSize( xSize ), m_ySize( ySize ) //TODO m_xl(0x0),
{

}

Starter::~Starter()
{
    //dtor
}

void Starter::loadAreas()
{
    /// Config
    std::string const source("Spawns/spawn1.txt");
    std::ifstream fluxIn(source.c_str());

    int x, y, d;

    /// Attributions
    if (fluxIn)
    {
        //Ouverture fichier succés
        for (int i(0); i<12; i++)
        {
            fluxIn >> x ;
            fluxIn >> y ;
            fluxIn >> d ;

            if ( x < 0 )
                x += m_xSize;

            if ( y < 0 )
                y += m_ySize;

            m_xl.push_back(x);
            m_yl.push_back(y);
            m_dl.push_back(d);
        }
    }
    else
    {
        //Echec ouverture fichier
        std::cout << "ERREUR: impossible de lire le fichier " << source << " ." << std::endl;

        /// Spawn à la main
        // 1
        m_xl.push_back(5);
        m_yl.push_back(5);
        m_dl.push_back(BAS);
        // 1
        m_xl.push_back(10);
        m_yl.push_back(5);
        m_dl.push_back(DROITE);
        // 1
        m_xl.push_back(5);
        m_yl.push_back(4);
        m_dl.push_back(HAUT);
        // 1
        m_xl.push_back(5);
        m_yl.push_back(10);
        m_dl.push_back(DROITE);
        // 1
        m_xl.push_back(5);
        m_yl.push_back(15);
        m_dl.push_back(DROITE);
    }

    std::cout << "m_xl.size() " << m_xl.size() << std::endl ;
    std::cout << "m_yl.size() " << m_yl.size() << std::endl ;
    std::cout << "m_dl.size() " << m_dl.size() << std::endl ;
}

void Starter::spawnLiners( Liner** linerTab, int nbJoueurs )
{
    for ( unsigned int i(0); i < nbJoueurs; i ++ )
    {
        linerTab[i]->reset( m_xl[i], m_yl[i], m_dl[i] );
    }
}