HyperGunner/Armes/Armes_Gest.cpp

#include "Armes_Gest.h"

/// ~~~ ARMES_GEST IMPLEMENTATION ~~~ ----------------------------------------------------------------- VVVVV

Armes_Gest::Armes_Gest( SpriteLoader* sprites )
{
    /// Chargement des images
    // Chargement des images
    m_armeImg[ GUN ] = sprites->takeSprite("Gun");
    m_armeImg[ FUSIL ] = sprites->takeSprite("Fusil");
    m_armeImg[ SHOTGUN ] = sprites->takeSprite("Shotgun");

    m_armeImg[ USIANE ] = sprites->takeSprite("Usiane");
    m_armeImg[ SCATTER ] = sprites->takeSprite("Scatter");
    m_armeImg[ BAROUDEUR ] = sprites->takeSprite("Baroudeur");

    m_armeImg[ SULFATEUSE ] = sprites->takeSprite("Sulfateuse");
    m_armeImg[ TRIPHASEUR ] = sprites->takeSprite("Triphaseur");
    m_armeImg[ BOMBER ] = sprites->takeSprite("Bomber");

    // On enlève le transparent
    Uint32 noir( SDL_MapRGBA( m_armeImg[0]->format, 0, 0, 0, 255 ) );
    for (Uint8 i(0); i < NB_MODELS; i++) {
        SDL_SetColorKey(m_armeImg[i], SDL_SRCCOLORKEY, noir);
    }

    /// Création des Crafts
    m_crafts[ Craft( SHOTGUN, BAROUDEUR ) ] = BOMBER;

    m_crafts[ Craft( FUSIL, SCATTER ) ] = TRIPHASEUR;
    m_crafts[ Craft( FUSIL, SHOTGUN ) ] = BAROUDEUR;

    m_crafts[ Craft( GUN, USIANE ) ] = SULFATEUSE;
    m_crafts[ Craft( GUN, SHOTGUN ) ] = USIANE;
    m_crafts[ Craft( GUN, FUSIL ) ] = SCATTER;
}

Armes_Gest::~Armes_Gest()
{
    for (m_itList = m_posees.begin(); m_itList != m_posees.end(); m_itList++){
        delete (*m_itList);
    }
}

SDL_Surface* Armes_Gest::getImg( WeaponType model ) const
{
    return m_armeImg[ model ];
}

void Armes_Gest::allDisplay( const Vec &lookAt, SDL_Surface* screen )
{
    for (m_itList = m_posees.begin(); m_itList != m_posees.end(); m_itList++){
        (*m_itList)->afficher( lookAt, screen );
    }
}

void Armes_Gest::drop( Vec pos, Arme* weapon )
{
    m_posees.insert( m_posees.begin(), new CaisseArme( m_armeImg[ weapon->getModel() ], weapon, pos) );
}

Arme* Armes_Gest::saisir( Vec pos )
{
    Arme* weapon( 0x0 );

    if (m_posees.empty()) std::cout << "Mais il n'y a pas d'arme sur le sol !" << std::endl;

    for (m_itList = m_posees.begin(); m_itList != m_posees.end() && weapon == 0x0; m_itList++){
        if ( (*m_itList)->proxi( pos ) ) {
            weapon = (*m_itList)->takeWeapon();
            m_posees.erase( m_itList );
        }
    }

    return weapon;
}

Arme* Armes_Gest::crafting( Arme* paire[2], Tirs_Gest* tirsGest )
{
    std::cout << "Crafting : " << std::endl;

    Craft* prod(0x0);
    prod = new Craft( paire[0]->getModel(), paire[1]->getModel() );
    WeaponType resultat;
    Arme* renvoi(0x0);

    m_itMap = m_crafts.find( *prod );

    if ( m_itMap == m_crafts.end() ) std::cout << "Combinaison inexistante.";
    else {
        resultat = m_crafts[ *prod ];
        renvoi = takeWeapon( resultat, tirsGest );

        std::cout << "Arme obtenue : " << resultat;
    }
    std::cout << std::endl << std::endl << std::endl;

    delete prod;

    return renvoi;
}

Arme* Armes_Gest::takeWeapon( WeaponType model, Tirs_Gest* tirsGest ) const
{
    switch ( model)
    {
        case GUN :
            return new Gun( tirsGest );
            break;
        case FUSIL :
            return new Fusil( tirsGest );
            break;
        case SHOTGUN :
            return new Shotgun( tirsGest );
            break;
        case USIANE :
            return new Usiane( tirsGest );
            break;
        case SCATTER :
            return new Scatter( tirsGest );
            break;
        case BAROUDEUR :
            return new Baroudeur( tirsGest );
            break;
        case SULFATEUSE :
            return new Sulfateuse( tirsGest );
            break;
        case TRIPHASEUR :
            return new Triphaseur( tirsGest );
            break;
        case BOMBER :
            return new Bomber( tirsGest );
            break;
        default:
            return 0x0;
            break;
    }
}

Arme* Armes_Gest::startWeapon( Tirs_Gest* tirsGest ) const
{
    int choice( rand() % 3 );
    return takeWeapon( (WeaponType)choice, tirsGest );
}



/// ~~~ CRAFT IMPLEMENTATION ~~~ ----------------------------------------------------------------- VVVVV

Craft::Craft()
:m_a(GUN), m_b(SHOTGUN)
{

}

Craft::Craft( WeaponType a, WeaponType b )
{
    if ( a < b ) {
        m_a = a;
        m_b = b;
    }
    else {
        m_a = b;
        m_b = a;
    }
}

Craft::~Craft()
{

}

void Craft::debugCout() const
{
    std::cout <<"Arme A : "<< m_a << std::endl;
    std::cout <<"Arme B : "<< m_b << std::endl << std::endl;
}

bool Craft::operator<( const Craft& a ) const
{
    if ( m_a < a.m_a )
        return true;
    else
        return m_b < a.m_b;
}