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/**********************************************************************
CSCI 240 Program 10 Fall 2014
Programmer: Benjamin Blecha
Section:0001
Date Due: December 5, 2014
Purpose: This displays Gelevators moving up and down floors.
**********************************************************************/
//include library
#include <iostream>
#include <iomanip>
#include <string>
//using namespace std
using namespace std;
class piggybank
{
public:
piggybank();
piggybank( int, int, int, int);
void printPiggyBank();
void printPiggyBankValue();
void emptythebank();
void addcoins( int, int, int, int);
void addpennies(int);
void addnickels(int);
void adddimes(int);
void addquarters(int);
bool isEqual(piggybank);
bool isLessthan(piggybank);
bool isGreaterthan(piggybank);
piggybank sumPiggyBanks(piggybank);
private:
int penny_num;
int nickel_num;
int dime_num;
int quarter_num;
double penny = 0.01;
double nickel = 0.05;
double dime = 0.10;
double quarter = 0.25;
};
piggybank::piggybank()
{
penny_num = 0;
nickel_num = 0;
dime_num = 0;
quarter_num =0;
}
piggybank::piggybank( int penny_count, int nickels_count, int dime_count, int quarter_count)
{
if (penny_count < 0)
cout << "Constructor error: the number of pennies cannot be negative."<< endl;
else
penny_num = penny_count;
if ( nickels_count < 0)
cout << "Constructor error: the number of nickels cannot be negative." << endl;
else
nickel_num = nickels_count;
if ( dime_count < 0)
cout << "Constructor error: the number of dimes cannot be negative." << endl;
else
dime_num = dime_count;
if ( quarter_count < 0)
cout << "Constructor error: the number of quarters cannot be negative." << endl;
else
quarter_num = quarter_count;
}
void piggybank::printPiggyBank()
{
cout << "Pennies: " << penny_num << " Nickels: " << nickel_num << " Dimes: " << dime_num << " Quarters: " << quarter_num << endl;
}
void piggybank::printPiggyBankValue()
{
double sum = 0;
sum = (penny_num * penny) + ( nickel_num * nickel) + (dime_num * dime) + (quarter_num * quarter);
cout << "$" << sum;
}
void piggybank::emptythebank()
{
penny_num = 0;
nickel_num = 0;
dime_num = 0;
quarter_num =0;
}
void piggybank::addcoins( int penny_count, int nickels_count, int dime_count, int quarter_count)
{
if (penny_count < 0)
cout << "Error: the number of pennies cannot be negative."<< endl;
else
penny_num = penny_count+ penny_num;
if ( nickels_count < 0)
cout << "Error: the number of nickels cannot be negative." << endl;
else
nickel_num = nickels_count + nickel_num;
if ( dime_count < 0)
cout << "Error: the number of dimes cannot be negative." << endl;
else
dime_num = dime_count + dime_num;
if ( quarter_count < 0)
cout << "Error: the number of quarters cannot be negative." << endl;
else
quarter_num = quarter_count + quarter_num;
}
void piggybank::addpennies(int addpenny)
{
if (addpenny < 0)
cout << "Error: the number of pennies cannot be negative."<< endl;
else
penny_num = addpenny+ penny_num;
}
void piggybank::addnickels(int addnickel)
{
if ( addnickel < 0)
cout << "Error: the number of nickels cannot be negative." << endl;
else
nickel_num = addnickel+ nickel_num;
}
void piggybank::adddimes(int adddimes)
{
if ( adddimes < 0)
cout << "Error: the number of dimes cannot be negative." << endl;
else
dime_num = adddimes + dime_num;
}
void piggybank::addquarters(int addquarter)
{
if ( addquarter < 0)
cout << "Error: the number of quarters cannot be negative." << endl;
else
quarter_num = addquarter + quarter_num;
}
bool piggybank::isEqual(piggybank p2)
{
if(penny_num == p2.penny_num
&& dime_num == p2.dime_num
&& nickel_num == p2.nickel_num
&& quarter_num == p2.quarter_num)
return true;
else
return false;
}
bool piggybank::isLessthan(piggybank p2)
{
if(printPiggyBankValue() < p2.printPiggyBankValue())
return true;
else
return false;
}
bool piggybank::isGreaterthan(piggybank p2)
{
if(printPiggyBankValue() > p2.printPiggyBankValue())
return true;
else
return false;
}
piggybank piggybank::sumPiggyBanks(piggybank p2)
{
return PiggyBank(penny_num+p2.penny_num, nickel_num+p2.nickel_num, dime_num+p2.dime_num, quarter_num+p2.quarter_num);
}
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