thing

/************************************************************************************************************************
CSCI 240         Program 8         Spring 2019

Programmer: Lynn Kang

Section:2

Date Due:04/19/19

Purpose:
***********************************************************************************************************************/

#include <iostream>
#include <iomanip>

using namespace std;

//*************** Place the class description after this line ***************
class PiggyBank
{
public:                                //the client can access these since public
 PiggyBank();
 PiggyBank( int Pennies, int Nickels, int Dimes, int Quarters);

 void printPiggyBank();
 void printPiggyBankValue();

 void emptyTheBank();

 void addCoins( int Pennies, int Nickels, int Dimes, int Quarters);
 void addPennies( int Pennies);
 void addNickels( int Nickels);
 void addDimes( int Dimes);
 void addQuarters( int Quarters);

private:                             //the client can not access these in this program, only class code can
 int numPennies, numNickels, numDimes, numQuarters;
 double calcPiggyBankValue();

static const double PENNY, NICKEL, DIME, QUARTER;

};
//*************** Initialize the symbolic constants after this line **********
const double PiggyBank::PENNY = 0.01;
const double PiggyBank::NICKEL = 0.05;
const double PiggyBank::DIME = 0.10;
const double PiggyBank::QUARTER = 0.25;

//****************************************************************************

int main()
{  //Amy's  driver program is here
//Test 1 -- default constructor and printPiggyBank

cout << "***** Test 1: Default Constructor and printPiggyBank *****" << endl << endl
     << "Default constructor produces bank1: " << endl << endl;

PiggyBank bank1;

bank1.printPiggyBank();



//Test 2 -- constructor with arguments

cout << endl << endl << endl << "***** Test 2: Constructor with Arguments *****" << endl << endl
     << "Constructor with 6, 8, 10, 12 produces bank2: " << endl << endl;

PiggyBank bank2( 6, 8, 10, 12 );

bank2.printPiggyBank();

cout << endl << endl << "Constructor with 4, 1, 0, 7 produces bank3:"
     << endl << endl;

PiggyBank bank3  = PiggyBank( 4, 1, 0, 7 );

bank3.printPiggyBank();

cout << endl << endl << "Constructor with 23, -8, -2, 29 produces bank4:"
     << endl << endl;

PiggyBank bank4  = PiggyBank( 23, -8, -2, 29 );

bank4.printPiggyBank();


//Test 3 -- printPiggyBankValue

cout << endl << endl << endl << "***** Test 3: printPiggyBankValue *****" << endl << endl
     << "bank1:" << endl;

bank1.printPiggyBank();

cout << endl << "Total: ";

bank1.printPiggyBankValue();

cout << endl << endl << endl << "bank2:" << endl;

bank2.printPiggyBank();

cout << endl << "Total: ";

bank2.printPiggyBankValue();

cout << endl << endl << endl << "bank3:" << endl;

bank3.printPiggyBank();

cout << endl << "Total: ";

bank3.printPiggyBankValue();

cout << endl << endl << endl << "bank4:" << endl;

bank4.printPiggyBank();

cout << endl << "Total: ";

bank4.printPiggyBankValue();


//Test 4 -- adding coins

cout << endl << endl << endl << "***** Test 4: add Methods *****" << endl << endl
     << "Adding 2 pennies, 47 nickels, 20 dimes, and 5 quarters to bank2 produces:"
     << endl << endl;

bank2.addCoins( 2, 47, 20, 5 );

bank2.printPiggyBank();

cout << endl << "Total: ";

bank2.printPiggyBankValue();


cout << endl << endl << endl << "Adding 95 pennies to bank3:" << endl << endl;

bank3.addPennies( 95 );

bank3.printPiggyBank();

cout << endl << "Total: ";

bank3.printPiggyBankValue();


cout << endl << endl << endl << "Adding -2 nickels to bank3:" << endl << endl;

bank3.addNickels( -2 );

bank3.printPiggyBank();

cout << endl << "Total: ";

bank3.printPiggyBankValue();


cout << endl << endl << endl << "Adding 41 dimes to bank4:" << endl << endl;

bank4.addDimes( 41 );

bank4.printPiggyBank();

cout << endl << "Total: ";

bank4.printPiggyBankValue();


cout << endl << endl << endl << "Adding 14 quarters to bank2: " << endl << endl;

bank2.addQuarters( 14 );

bank2.printPiggyBank();

cout << endl << "Total: ";

bank2.printPiggyBankValue();


//Test 5 -- empty the bank

cout << endl << endl << endl << "***** Test 5: Emptying a PiggyBank *****" << endl << endl
     << "It's time to empty the bank." << endl << endl;

cout << endl << "bank3 initially contains: " << endl << endl;

bank3.printPiggyBank();

cout << endl << "Total: ";

bank3.printPiggyBankValue();

bank3.emptyTheBank();

cout << endl << endl << endl << "bank3 now contains: " << endl << endl;

bank3.printPiggyBank();

cout << endl << "Total: ";

bank3.printPiggyBankValue();

cout << endl << endl;

return 0;
}


//*************** Implement the class methods after this line ***************/


PiggyBank :: PiggyBank()
    {
        numPennies = 0;
        numNickels = 0;
        numDimes = 0;
        numQuarters = 0;

    }
PiggyBank :: PiggyBank (int Pennies, int Nickels, int Dimes, int Quarters)
    {
        if (Pennies >= 0)
        {
            numPennies = Pennies;
        }
        else
            numPennies = 0;
        if (Nickels >= 0)
        {
            numNickels = Nickels;
        }
        else
            numNickels = 0;
        if (Dimes >= 0)
        {
            numDimes = Dimes;
        }
        else
            numDimes = 0;
        if (Quarters >= 0)
        {
            numQuarters = 0;
        }
        else
            numQuarters = 0;

        }


void PiggyBank :: printPiggyBank()
    {
    cout << setw (15) << "Pennies: " << numPennies;
    cout << setw (15) << "Nickels: " << numPennies;
    cout << setw (15) << "Dimes: " << numPennies;
    cout << setw (15) << "Quarters: " << numQuarters;
    }

void PiggyBank::printPiggyBankValue ()
    {
        double Price = calcPiggyBankValue();
        cout << "Price: $" << Price << endl;

    }

void PiggyBank :: emptyTheBank()
    {
        numPennies = 0;
        numNickels = 0;
        numDimes = 0;
        numQuarters = 0;
    }

void addPennies (int morePennies)
    {
        if (morePennies > 0)
        numPennies = numPennies + morePennies;
    }

void addCoins (int morePennies, int moreNickels, int moreDimes, int moreQuarters)
    {
        if (morePennies >= 0)
        numPennies + Pennies = morePennies;

        else (Pennies < 0)
        morePennies = 0;

    }

void PiggyBank :: addNickels (int moreNickels)
    {
        if (moreNickels >= 0)
        numNickels + Pennies = morePennies;

        else (Nickels < 0)
        morePennies = 0;

    }

void PiggyBank :: addDimes (int moreDimes)
    {
        if (moreDimes >= 0)
        numNickels + Nickels = moreNickels;

        else (Dimes < 0)
        moreDimes = 0;

    }

void PiggyBank :: addQuarters (int moreQuarters)
    {
        if (moreQuarter >= 0)
        numQuarter + Quarters = moreQuarters;

        else (Quarters < 0)
        moreQuarters = 0;
    }

double PiggyBank :: calcPiggyBankValue()
    {
        double pennyvalue
        double nickelvalue
        double dimesvalue
        double quartervalue
        double sumofmoney

        numPennies * PENNY = pennyvalue;
        numNickel * NICKEL = nickelvalue;
        numDimes * DIME = dimevalue;
        numQuarters * QUARTER = quartervalue;

        sumofmoney = pennyvalue + nickelvalue + dimevalue + quartervalue;

        return sumofmoney;

    }


    }