#ifndef DISTANCE
#define DISTANCE

const bool VERBOSE = false;
const int INCH_TO_FOOT = 12;
const int FOOT_TO_YARD = 3;
const int YARD_TO_MILE = 5280;

class DistanceT{
   public:
       DistanceT();
       DistanceT(int inches);
       DistanceT(int feet, int inches);
       DistanceT(int yards, int feet, int inches);
       DistanceT(int miles, int yards, int feet, int inches);

       // a destructor
       ~DistanceT();

       // something new.
       DistanceT(const DistanceT & other);

       // something else new
       DistanceT &  operator = (const DistanceT & other);

       DistanceT Add(const DistanceT & other) const;
       // something else new.
       DistanceT operator + (const DistanceT & other) const;

       // this is an inline function
       int Inch(void) const { return inch;};
       int Foot(void) const { return foot;};
       int Yard(void) const { return yard;};
       int Mile(void) const { return mile;};
 
       std::string DistanceString(void) const;

   private:
       void Reduce(void);
       void Reset(void);
       void CopyData(const DistanceT & other);

       std::string Cat(int measure, std::string name) const;

       int inch, foot, yard, mile;
};

#endif