/************************************************************************
*  Program:     F to C converter                                        *
*  Programmer:  Dan Bennett                                             *
*  Date:        Oct 4, 2001                                             *
*                                                                       *
*  This program will prompt the user for the temprature in Fahrenheit   *
*  and calculate the temprature in Celsius                              *
*  The formula  C = 5/9(f-32) is used                                   *
************************************************************************/
#include <iostream>
#include <iomanip>  // gives us setw and setprecision 

using namespace std;

float convert_f_to_c(float);
void  print_temps(float, float);

int main () {
   float tempinf,    // the temprature in f.
         tempinc;  // the calculated temprature

   // used fixed point and show the decimal point in floats

   cout.setf(ios::fixed, ios::floatfield);
   cout.setf(ios::showpoint);

   cout << setprecision(2);

   cout << "Temprature in F       C" << endl;

   tempinf=0;
   tempinc = convert_f_to_c(tempinf);
   print_temps(tempinf,tempinc);

   tempinf= tempinf + 10;
   tempinc = convert_f_to_c(tempinf);
   print_temps(tempinf,tempinc);

   tempinf= tempinf + 10;
   tempinc = convert_f_to_c(tempinf);
   print_temps(tempinf,tempinc);

   tempinf= tempinf + 10;
   tempinc = convert_f_to_c(tempinf);
   print_temps(tempinf,tempinc);

   tempinf= tempinf + 10;
   tempinc = convert_f_to_c(tempinf);
   print_temps(tempinf,tempinc);

   tempinf= tempinf + 10;
   tempinc = convert_f_to_c(tempinf);
   print_temps(tempinf,tempinc);

   tempinf= tempinf + 10;
   tempinc = convert_f_to_c(tempinf);
   print_temps(tempinf,tempinc);

   tempinf= tempinf + 10;
   tempinc = convert_f_to_c(tempinf);
   print_temps(tempinf,tempinc);

   tempinf= tempinf + 10;
   tempinc = convert_f_to_c(tempinf);
   print_temps(tempinf,tempinc);

   tempinf= tempinf + 10;
   tempinc = convert_f_to_c(tempinf);
   print_temps(tempinf,tempinc);

   tempinf= tempinf + 10;
   tempinc = convert_f_to_c(tempinf);
   print_temps(tempinf,tempinc);

   return(0);
}