#ifndef HOURLY_H
#define HOURLY_H

#include "employee.h"
class Hourly : public  Employee{

   private:
      float hours;
      float payrate;
      enum {hourly=1};
      static float m_groupGross;
      
   public:
      Hourly(char * last="",char *first="",float pr=0,float hr=0,float deff=0):
         hours(hr>0?hr:0),payrate(pr>0?pr:0),Employee(last,first,deff){}
      Hourly(Hourly &h):
         hours(h.getHours()),payrate(h.getPayRate()),Employee(h.getLastName(),h.getFirstName(),h.getDeffered()){}

      void setHours(const float f){(f>0)?hours=f:hours=0;}
      float getHours(void)const{return hours;}
      void setPayRate(const float f){(f>0)?payrate=f:payrate=0;}
      float getPayRate(void)const{return payrate;}
      float getOvtHours(void)const{return (hours>40)? (hours-40) :  0;}
      void  initGroupGross() { m_groupGross = 0; }
      float  getGroupGross(){ return m_groupGross;}

      virtual void calcGross();
      virtual int GetType() const { return hourly;}
      void printTitle(FILE* r)
      {
         fprintf(r,"\nHourly Employees\n");
      }
      void printSubTotal(FILE* r)
      {

         fprintf(r,"\n-------------------------------");
         fprintf(r,"\n     Groups Gross :%6.2f",m_groupGross);

      }
};

float Hourly::m_groupGross = 0;
void Hourly::calcGross()
{
         if(hours <= 40){
          this->setGross(hours * payrate);
          m_groupGross += (hours * payrate);
         }
         else{
          this->setGross( 40 * payrate + (hours-40)* 1.5 * payrate);
          m_groupGross +=( 40 * payrate + (hours-40)* 1.5 * payrate);
         }
}

#endif