card.h->

class card{

        //friend class deck; //uhh might not need this

public:
        //enums
        enum CardColor {eWhite, eRed, eGreen, ePurple};
        enum CardCount {eZero, eOne, eTwo, eThree};
        enum CardShape {eNone, eOvals, eSquiggles, eDiamonds};
        enum CardShade {eBlank, eSolid, eOpen, eStripped};

        //constructors
        card(); 
        card(CardColor,CardCount,CardShape,CardShade);
        //~card();
  
        //get functions
        CardColor getColor(){return color;}
        CardCount getCount(){return count;}
        CardShape getShape(){return shape;}
        CardShade getShade(){return shade;}
        bool getIsUsed(){return isUsed;}

        //set functions
        void setColor(CardColor newColor){color = newColor;}
        void setCount(CardCount newCount){count = newCount;}
        void setShape(CardShape newShape){shape = newShape;}
        void setShade(CardShade newShade){shade = newShade;}
  
private:
        bool isUsed;
        CardColor color;
        CardCount count;
        CardShape shape;
        CardShade shade;

};

card.cpp->



#include "card.h"

card::card(){
        color = eWhite;
        count = eZero;
        shape = eNone;
        shade = eBlank;
        isUsed = false;
}

card::card(CardColor newColor, CardCount newCount, CardShape newShape, CardShade newShade)
{
        setColor(newColor);
        setCount(newCount);
        setShape(newShape);
        setShade(newShade);
        isUsed = false;
}



nullSet.cpp ->

#include <stdlib.h>
#include <iostream>
#include <vector>
#include <cctype>
#include "card.cpp"
#include <fstream>
#include <string>
//#include "logic.cpp"
//#indlude "display.cpp"


// i will move these

void fillDeck(std::vector<card>::iterator &);
void makeRandom(std::vector<card>::iterator &);

int main(){


        std::vector<card> deck(81);
        std::vector<card>::iterator deckIter;
        deckIter = deck.begin();

        fillDeck(deckIter);
        makeRandom(deckIter);
        // set up table - 12 cards

        //display

        //prompt

        return 0;
}


void fillDeck(std::vector<card>::iterator &localIter)
{
        //card::CardColor eRed,eGreen=eGreen,ePurple=ePurple;
        std::vector<card::CardColor>::iterator it1;
        std::vector<card::CardColor> CardColors;
        CardColors.push_back(eRed);
        CardColors.push_back(eGreen);
        CardColors.push_back(ePurple);

        card::CardCount eOne,eTwo,eThree;
        std::vector<card::CardCount>::iterator it2;
        std::vector<card::CardCount> CardCounts;
        CardCounts.push_back(eOne);
        CardCounts.push_back(eTwo);
        CardCounts.push_back(eThree);

        card::CardShape eOvals,eSquiggles,eDiamonds;
        std::vector<card::CardShape>::iterator it3;
        std::vector<card::CardShape> CardShapes;
        CardShapes.push_back(eOvals);
        CardShapes.push_back(eSquiggles);
        CardShapes.push_back(eDiamonds);

        card::CardShade eSolid=eSolid,eOpen,eStripped;
        std::vector<card::CardShade>::iterator it4;
        std::vector<card::CardShade> CardShades;
        CardShades.push_back(eSolid);
        CardShades.push_back(eOpen);
        CardShades.push_back(eStripped);

        for(it1 = CardColors.begin(); it1 != CardColors.end(); it1++)
        {
                for(it2 = CardCounts.begin(); it2 != CardCounts.end(); it2++)
                {
                        for(it3 = CardShapes.begin(); it3 != CardShapes.end(); it3++)
                        {
                                for(it4 = CardShades.begin(); it4 != CardShades.end(); it4++)
                                {
                                        std::cout <<*it1<<" "<<*it2<<" "<<*it3<<" "<<*it4<<std::endl;
                                        //myCard = new card::card(*it1,*it2,*it3,*it4);
                                        //*localIter=myCard;
                                        //localIter++;
                                        //delete myCard;
                                }
                        }
                }
        }
}

void makeRandom(std::vector<card>::iterator &localIter)
{
}




output>

-1 0 -1 0
-1 0 -1 0
-1 0 -1 -1073742560
-1 0 2036621151 0
-1 0 2036621151 0
-1 0 2036621151 -1073742560
-1 0 115 0
-1 0 115 0
-1 0 115 -1073742560
-1 0 -1 0
-1 0 -1 0
-1 0 -1 -1073742560
-1 0 2036621151 0
-1 0 2036621151 0
-1 0 2036621151 -1073742560
-1 0 115 0
-1 0 115 0
-1 0 115 -1073742560
-1 0 -1 0
-1 0 -1 0
-1 0 -1 -1073742560
-1 0 2036621151 0
-1 0 2036621151 0
-1 0 2036621151 -1073742560
-1 0 115 0
-1 0 115 0
-1 0 115 -1073742560
-1073742684 0 -1 0
-1073742684 0 -1 0
-1073742684 0 -1 -1073742560
-1073742684 0 2036621151 0
-1073742684 0 2036621151 0
-1073742684 0 2036621151 -1073742560
-1073742684 0 115 0
-1073742684 0 115 0
-1073742684 0 115 -1073742560
-1073742684 0 -1 0
-1073742684 0 -1 0
-1073742684 0 -1 -1073742560
-1073742684 0 2036621151 0
-1073742684 0 2036621151 0
-1073742684 0 2036621151 -1073742560
-1073742684 0 115 0
-1073742684 0 115 0
-1073742684 0 115 -1073742560
-1073742684 0 -1 0
-1073742684 0 -1 0
-1073742684 0 -1 -1073742560
-1073742684 0 2036621151 0
-1073742684 0 2036621151 0
-1073742684 0 2036621151 -1073742560
-1073742684 0 115 0
-1073742684 0 115 0
-1073742684 0 115 -1073742560
-1073742740 0 -1 0
-1073742740 0 -1 0
-1073742740 0 -1 -1073742560
-1073742740 0 2036621151 0
-1073742740 0 2036621151 0
-1073742740 0 2036621151 -1073742560
-1073742740 0 115 0
-1073742740 0 115 0
-1073742740 0 115 -1073742560
-1073742740 0 -1 0
-1073742740 0 -1 0
-1073742740 0 -1 -1073742560
-1073742740 0 2036621151 0
-1073742740 0 2036621151 0
-1073742740 0 2036621151 -1073742560
-1073742740 0 115 0
-1073742740 0 115 0
-1073742740 0 115 -1073742560
-1073742740 0 -1 0
-1073742740 0 -1 0
-1073742740 0 -1 -1073742560
-1073742740 0 2036621151 0
-1073742740 0 2036621151 0
-1073742740 0 2036621151 -1073742560
-1073742740 0 115 0
-1073742740 0 115 0
-1073742740 0 115 -1073742560