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//Going Green Calculator, Designed by James Snook for
//Program is designed to figure out the enviromental benefits
#include "stdafx.h"
#include <iostream>
#include <iomanip>
#include <string>
using namespace std;
// function prototypes
string info(string& cinfo);
double papers(double& paper);
double trees(double& paper, double& tree);
double treesc(double& paper, double& treec);
double waters(double& paper, double& water);
double watersc(double& paper, double& waterc);
double energys(double& paper, double& energy);
double energysc(double& paper, double& energyc);
double pollutions(double& paper, double& pollution);
double pollutionsc(double& paper, double& pollutionc);
double landfills(double& paper, double& landfill);
double landfillsc(double& paper, double& landfillc);
double totals(double& treec, double& energyc, double& pollutionc, double& landfillc, double& total);
double file(string& cinfo, double);
int main()
{
// get variables
string cinfo; //client's info
double paper; //pounds of paper we shredded for the client
double tree; //trees saved
double treec; //tree cost
double water; //water saved
double waterc; //water cost
double energy; //kw of energy saved
double energyc; //energy cost
double pollution; //pounds of pollution saved
double pollutionc; //pollution cost
double landfill; //cubic yards of landfill space saved
double landfillc; //landfill cost
double total = 0; //total savings
bool done; //bool to check rather or not total is greater than 0.00
done = (total > 0);
while (!done)
{
cinfo = info(cinfo);
paper = papers(paper);
tree = trees(tree);
treec = treesc(treec);
water = waters(water);
waterc = watersc(waterc);
energy = energys(energy);
energyc = energysc(energyc);
pollution = pollutions(pollution);
pollutionc = pollutionsc(pollutionc);
landfill = landfills(landfill);
landfillc = landfillsc(landfillc);
total = totals(total);
done = (total > 0);
}
system("pause");
return (0);
}
//***************************************************************************************
string info(string& cinfo)
//Get the amount of paper collected
{
string client; //client's name
string caddress; //client's street address
string ccity; //client's city
string cstate; //client's state
string czip; //client's zip code
string response; //test if the address is needed
cout << "client's name: ";
cin >> client;
cout << "Are you sending this to a client? Y for yes or N for no: ";
cin >> response;
if (response="Y")
{
cout << "client's street address: ";
cin >> caddress;
cout << "clients city: ";
cin >> ccity;
cout << "Clients state: ";
cin >> cstate;
cout << "clients zip code: ";
cin >> czip;
cinfo = client "endl" caddress "endl" ccity ", " cstate " " zip;
}
else if (response="yes")
{
cout << "client's street address: ";
cin >> caddress;
cout << "clients city: ";
cin >> ccity;
cout << "Clients state: ";
cin >> cstate;
cout << "clients zip code: ";
cin >> czip;
cinfo = client "endl" caddress "endl" ccity ", " cstate " " zip;
}
else if (response="Yes")
{
cout << "client's street address: ";
cin >> caddress;
cout << "clients city: ";
cin >> ccity;
cout << "Clients state: ";
cin >> cstate;
cout << "clients zip code: ";
cin >> czip;
cinfo = client "endl" caddress "endl" ccity ", " cstate " " zip;
}
else if (response="YEs")
{
cout << "client's street address: ";
cin >> caddress;
cout << "clients city: ";
cin >> ccity;
cout << "Clients state: ";
cin >> cstate;
cout << "clients zip code: ";
cin >> czip;
cinfo = client "endl" caddress "endl" ccity ", " cstate " " zip;
}
else if (response="YES")
{
cout << "client's street address: ";
cin >> caddress;
cout << "clients city: ";
cin >> ccity;
cout << "Clients state: ";
cin >> cstate;
cout << "clients zip code: ";
cin >> czip;
cinfo = client "endl" caddress "endl" ccity ", " cstate " " zip;
}
else if (response="yES")
{
cout << "client's street address: ";
cin >> caddress;
cout << "clients city: ";
cin >> ccity;
cout << "Clients state: ";
cin >> cstate;
cout << "clients zip code: ";
cin >> czip;
cinfo = client "endl" caddress "endl" ccity ", " cstate " " zip;
}
else if (response="yeS")
{
cout << "client's street address: ";
cin >> caddress;
cout << "clients city: ";
cin >> ccity;
cout << "Clients state: ";
cin >> cstate;
cout << "clients zip code: ";
cin >> czip;
cinfo = client "endl" caddress "endl" ccity ", " cstate " " zip;
}
else if (response="yEs")
{
cout << "client's street address: ";
cin >> caddress;
cout << "clients city: ";
cin >> ccity;
cout << "Clients state: ";
cin >> cstate;
cout << "clients zip code: ";
cin >> czip;
cinfo = client "endl" caddress "endl" ccity ", " cstate " " zip;
}
else if (response="YeS")
{
cout << "client's street address: ";
cin >> caddress;
cout << "clients city: ";
cin >> ccity;
cout << "Clients state: ";
cin >> cstate;
cout << "clients zip code: ";
cin >> czip;
cinfo = client "endl" caddress "endl" ccity ", " cstate " " zip;
}
else if (response="y")
{
cout << "client's street address: ";
cin >> caddress;
cout << "clients city: ";
cin >> ccity;
cout << "Clients state: ";
cin >> cstate;
cout << "clients zip code: ";
cin >> czip;
cinfo = (client "endl" caddress "endl" ccity ", " cstate " " zip);
}
else if (response="n")
{
cinfo = client;
}
else if (response="no")
{
cinfo = client;
}
else if (response="NO")
{
cinfo = client;
}
else if (response="No")
{
cinfo = client;
}
else if (response="nO")
{
cinfo = client;
}
else if (response="N")
{
cinfo = client;
}
else
{
cout << "please enter Y for Yes or N for NO. How hard is that?";
}
return (cinfo);
}
//***************************************************************************************
double papers(double& paper)
//Get the amount of paper collected
{
cout << "Pounds of paper collected: ";
cin >> paper;
return (paper);
}
//***************************************************************************************
double trees(double& paper, double& tree)
{
tree = ((paper)/17);
return(tree);
}
//***************************************************************************************
double treesc(double& paper, double& treec)
{
treec = ((paper)/250);
return(treec);
}
//***************************************************************************************
double waters(double& paper, double& water)
{
water = ((paper)/7000);
return(water);
}
//***************************************************************************************
double watersc(double& paper, double& waterc)
{
waterc = ((paper)/(.0045 * 7000));
return(waterc);
}
//***************************************************************************************
double energys(double& paper, double& energy)
{
energy = ((paper)/4100);
return(energy);
}
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