// Ex8_08.cpp
  // A sample packaging problem
  include <iostream>
  include <Box.h>
  include <BoxOperators.h>
  using std::cout;
  using std::endl;
  
  int main()
  {
     CBox candy(1.5, 1.0, 1.0);             // Candy definition
     CBox candyBox(7.0, 4.5, 2.0);          // Candy box definition
     CBox carton(30.0, 18.0, 18.0);         // Carton definition
  
     // Calculate candies per candy box
     int numCandies = candyBox/candy;
  
     // Calculate candy boxes per carton
     int numCboxes = carton/candyBox;
  
     // Calculate wasted carton space
     double space = carton\%candyBox;
  
     cout << endl
          << "There are " << numCandies
          << " candies per candy box"
          << endl
          << "For the standard boxes there are " << numCboxes
          << " candy boxes per carton " << endl << "with "
          << space << " cubic inches wasted.";
  
     cout << endl << endl << "CUSTOM CANDY BOX ANALYSIS (No Waste)";
  
     // Try the whole range of custom candy boxes
     for(double length = 3.0 ; length <= 7.5 ; length += 0.5)
        for(double width = 3.0 ; width <= 5.0 ; width += 0.5)
           for(double height = 1.0 ; height <= 2.5 ; height += 0.5)
           {
              // Create new box each cycle
              CBox tryBox(length, width, height);
  
              if(carton\%tryBox < tryBox.Volume() &&
                                 tryBox % candy == 0.0 && tryBox/candy >= 30)
                 cout << endl << endl
                      << "Trial Box L = " << tryBox.GetLength()
                      << " W = " << tryBox.GetWidth()
                      << " H = " << tryBox.GetHeight()
                      << endl
                      << "Trial Box contains " << tryBox / candy << " candies"
                      << " and a carton contains " << carton / tryBox
                      << " candy boxes.";
           }
     cout << endl;
     return 0;
  }