// FILENAME: dogclass.h

// ** PRECONDITION:   in order for file to be "readable",
// the racing program is cut down to one race, & all of the
// 2-digit nums in one-eigth & stretch must be truncated
// and the race header is also removed.

// RACE STRUCTURE   Holds the 1 line of information for a dog

#ifndef __DOGCLASS_H__
#define __DOGCLASS_H__

#include <fstream.h>      // Provides external file streams
#include <iostream.h>     // Provides cin, cout, cerr
#include <ctype.h>        // Provides isspace
#include <stdlib.h>       // Provides atoi
#include <stdio.h>        // Provides sprintf
#include <VCL\SYSDEFS.H>  // Provides AnsiString

struct Race
    {
       float pp,time;
	   int dist, gate, oneeigth, stretch, finish;
       AnsiString grade;
   	};

//  *((**(*((**  DOG CLASS **(**(((*(**(

// Public Functions
// ---------------------------
//  void getinfo(FILE* &ins);
//       POSTCONDITION: Fills the class with the necessary race
//								info & completes the necessary calculations.

// Private Helper Functions
// ---------------------------
//  void getname(FILE*& ins, char name[]);
//       POSTCONDITION: Gets one integer from input file
//			               and returns it to program

//  void eatspace(FILE*& ins);
//       POSTCONDITION: Reads and discard "white space" from ins

//  void eatheader(FILE*& ins);
//       POSTCONDITION: Discards the 3 line race header (after name)
//       PRECONDITION:  Must call getname first to preserve dog name

//  void fillrace(FILE*& ins, Race &race);
//       POSTCONDITION: fills one race from ins
//       PRECONDITION:  ins is qued up to start of race info

//  void calculate(void);
//       POSTCONDITION: Avg time, early speed, and
//								front/back runner info is calculated

class Dog
	{
   public:
   	Dog::Dog(float record = 30.96, int dist = 1699);
      Dog::~Dog();
      void getinfo(FILE* &ins);
      int grade(void) { return effective_grade; }
      char curform(void) { return form; }
      float closingspeed(void) { return closing; }
      float speed(void) { return avg_time; }
      char runstyle(void) { return style; }
      char runpref(void) { return inout; }
      float oneeigth(void) { return avg_oneeigth; }
      int earlyspeed(void) { return early_speed; }
      void setinout(char let) { inout = let; }
      void setstyle(char let) { style = let; }
      void setcharge(float num) { closing = num; }
      void setspeed(float num) {avg_time = num; }
 
      char dogname[43];

   private:

   	  void getname(FILE*& ins);
      void eatheader(FILE*& ins);
      bool fillrace(FILE*& ins, Race &race);
      void calculate(void);
      void eatspace(FILE*& ins);
      void geteffgrade(void);
      void calcstyle(float early_speed);
      void calcform(void);

      int effective_grade;
      char form, style, inout;
      float trackrecord;
      float avg_time;
      int early_speed, recdist;
      float avg_oneeigth,avg_finish,closing;

      Race race[6];
   };


#endif