JEUX DE MÉMOIRE, SANS POINTEURS!

/* memo v.1.2     06-02-16/17/18/20 jouable
todo:
-menus et options!
*/

#include <iostream>
#include <conio.h> // getch()
#include <algorithm> // random_shuffle()
using namespace std;

//1,2,3,4,5,6,11,12,13,14,15,16,17
char poss_char[17] ={1,2,3,4,5,6,112,113,1,2,3,4,5,6,112,113}; // double copy
int flag_cart[16] ={0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1}; // the showit or not part.
int pp[17] ={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15}; // poss_positions..mixed up
bool end =false;
bool sound =false;

struct Grid{
    char coox; // a,b,c,d
    char cooy; // 1,2,3,4
    int value; // une de poss_char[]
    bool flag; // On l'affiche ou pas
} g[16]; // 16 copies of the structure. Donc... a1=112

class Game{
 private:
    char x1, x2, y1, y2; // get_coord(), user's guess.
    int temp_1, temp_2; // search_values()/valid_values()
    int mempos; // search_values()/valid_values()
 public:
    void mix_positions(){ // mix position array before attributing.
         random_shuffle(pp, pp+16);
    }
    void attrib_coord(){ // 16 attributions 'structs'...coordonnées seulement.
         char tmp_cart[5] ={'a','b','c','d'};
         int count1_4 =0;
         char rowcount ='1';
         for(int z=0; z!=16; z++){
                 g[z].coox =tmp_cart[count1_4]; // ++ quand rowcount==5
                 g[z].cooy =rowcount;
                 g[z].flag =false; // par défaut
                 ++rowcount;
                 if (rowcount=='5') {rowcount ='1'; ++count1_4;}
         }
    }         
    void attrib_values(){ // attribution des valeurs.
         for (int zz=0; zz!=16 ;zz++){
             g[pp[zz]].value =poss_char[zz];
             if (flag_cart[zz]==1) g[pp[zz]].flag =true;
             else g[pp[zz]].flag =false;
         }
    }       
       
    char chk1(int x){ // tri pour grille pleine.
         return (char)g[x].value; 
    }
    char chk2(int x){ // tri pour moitié de grille.
        if (g[x].flag==false) return (char)g[x].value;
        else return 0;
    }
    void show_full_grid(){
        cout <<"4 "<<chk1(3)<<chk1(7)<<chk1(11)<<chk1(15)<<endl;
        cout <<"3 "<<chk1(2)<<chk1(6)<<chk1(10)<<chk1(14)<<endl;
        cout <<"2 "<<chk1(1)<<chk1(5)<<chk1(9)<<chk1(13)<<endl;
        cout <<"1 "<<chk1(0)<<chk1(4)<<chk1(8)<<chk1(12)<<endl;
        cout <<"  abcd" <<endl;
        cout <<endl; 
    }
    void show_half_grid(){
        cout <<"4 "<<chk2(3)<<chk2(7)<<chk2(11)<<chk2(15)<<endl;
        cout <<"3 "<<chk2(2)<<chk2(6)<<chk2(10)<<chk2(14)<<endl;
        cout <<"2 "<<chk2(1)<<chk2(5)<<chk2(9)<<chk2(13)<<endl;
        cout <<"1 "<<chk2(0)<<chk2(4)<<chk2(8)<<chk2(12)<<endl;
        cout <<"  abcd" <<endl;
        cout <<endl;
    }    
     
    void valid_values(int a, int b){ // moment décisif!
        if (a==b) {
           cout <<"Bonnes"; getch();
           g[mempos].flag =false;
        }
        else {
             cout <<"Mauvaises"; getch();
        }       
    }
    
    void search_values(char n1, char n2, char n3, char n4){
        for (int z=0; z!=16; z++){ // "Moteur" de recherche.
            if (g[z].coox==n1 && g[z].cooy==n2) temp_1 =g[z].value;
            if (g[z].coox==n3 && g[z].cooy==n4) {temp_2 =g[z].value; mempos =z;}          
        }
    }
     
    void get_coord(){ // une meilleure facon???
        cout <<"Coords= ";
        x1 =getch(); cout <<x1;
        y1 =getch(); cout <<y1;
        cout <<", ";
        x2 =getch(); cout <<x2;
        y2 =getch(); cout <<y2;
        search_values(x1, y1, x2, y2);
        valid_values(temp_1, temp_2);
    }
    void chkend(){
         int flagcount =0;
         for(int z =0; z!=16; z++){
                  if (g[z].flag ==true) ++flagcount;
         }
         if (flagcount ==0) {
            cout <<endl <<"BRAVO!" <<endl; getch();
            system("CLS");
            end =true;
         }
    }
};      

class Runnage{
 public:
      void runme(){
           Game try_1;
           try_1.attrib_coord();
           while(true){
               system("CLS");
               try_1.mix_positions();
                try_1.attrib_values();
                try_1.show_full_grid();
                cout <<"Appuyer sur une touche lorsque vous êtes prêt(e)...";
                getch();
                while(!end){
                    system("CLS");
                    try_1.show_half_grid();
                    try_1.get_coord();
                    try_1.chkend();
                }
           }
      }
};

int main(){
    Runnage test;
    test.runme();
}