#include<iostream>
#include<cstdlib>
#include<iomanip>
#include<ctime>

using namespace std;

enum Suit{hearts, clubs, diamonds, spades};
// from 2 to 10 are integers without names
const int jack  = 11;
const int queen = 12;
const int king  = 13;
const int ace   = 14;

//////////////////////////////////////////////////////////////////////////////////

class card
    {
    private:
        int number;                             //2 to 10, jack, queen, king, ace
        Suit suit;                              //hearts, diamonds, clubs, spades
    public:
        card()
        { }
        void set(int n, Suit s)                 // set card
            { suit = s; number = n;}
        int getsuit(){return suit;};
        int getnumber(){return number;};
        void display();                         // display card
        };

//////////////////////////////////////////////////////////////////////////////////

void card::display()                            //display card
    {
    if(number >=2 && number <= 10)
       cout<< number;
    else
       switch(number)
          {
          case jack:    cout<<"J";
          break;
          case queen:   cout<<"Q";
          break;
          case king:    cout<<"K";
          break;
          case ace:     cout<<"A";
          break;
          } 
        switch(suit)
        {
        case hearts:    cout<<static_cast<char>(3);
        break;
        case diamonds:  cout<<static_cast<char>(4);
        break;
        case clubs:     cout<<static_cast<char>(5);
        break;
        case spades:    cout<<static_cast<char>(6);
        break;
        }
       }
////////////////////////////////////////////////////////////////////////////////

int main()
    {
    card deck[52];
    int j,v=0,w=13,x=26,y=39;
    
    cout<<"\n\t\tWelcome To Royal Card Games"<<endl;
    
    for (j=0; j <52; j++)                      //make an ordered deck
        {
        int num = (j % 13) + 2;               //cycles through 2 to 14, 4 times
        Suit su  = Suit(j /13);                //cycles through 0 to 3, 13 times
        deck[j].set(num, su);                  //set card
        }
    cout<<"\nOrdered Deck : \n\n";
    for(j=0; j<52; j++)                        //display ordered deck
        {
        deck[j].display();
        cout<<setw(3)<<" ";
        if( !( (j+1) % 13) )                   //newline every 13 cards
            cout<< endl;
        }
    
    srand(time(NULL));                         //seed random numbers with time
    for(j=0; j <52; j++)                       //for each card int hte deck
        {
        int k = rand() % 52;                   //pick another card at random
        card temp = deck[j];                   //and swap them
        deck[j] = deck[k];
        deck[k] = temp;
        }
    cout<<"\n_________________________________________________________________";
    cout<<"\n\nShuffled Deck : \n\n";
    for(j=0; j<52; j++)                        //display shuffled deck
        {
        deck[j].display();
        cout<<setw(3)<<", ";
        if( !( (j+1) % 13) )                   //newline every 13 cards
                cout<<endl;
        }
        cout<<"\n_________________________________________________________________";
        cout<<"\n\n\n";
        system("pause");
        system("cls");
        cout<<"\n\nCard has been distributed to four players:"<<endl;
        cout<<"\n\n\n"<<endl;
        cout<<"Player 1\t"
            <<"Player 2\t"
            <<"Player 3\t"
            <<"Player 4\t\n"<<endl;
        
        while(y<52)
        {deck[v].display();             //display player 1 card
        v++;
        cout<<"\t\t";
         deck[w].display();            //display player 2 card
        w++;
        cout<<"\t\t";
         deck[x].display();            //display player 3 card
        x++;
        cout<<"\t\t";
         deck[y].display();           //display player 4 card
        y++;
        cout<<"\t\t";
        cout<<"\n";}
        cout<<"\n\n";
        
     
        
        
        system("pause");
        return 0;
}