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    Sabre Fighter Plane Simulator 
    Copyright (c) 1997 Dan Hammer
    Portions Donated By Antti Barck

    This program is free software; you can redistribute it and/or modify
    it under the terms of the GNU General Public License as published by
    the Free Software Foundation; either version 1, or (at your option)
    any later version.

    This program is distributed in the hope that it will be useful,
    but WITHOUT ANY WARRANTY; without even the implied warranty of
    GNU General Public License for more details.

    You should have received a copy of the GNU General Public License
    along with this program; if not, write to the Free Software
    Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
#ifndef __pilot_h
#define __pilot_h

#include "aipilot.h"
#include "sbfltmdl.h"
#include "flight.h"
#include "weapons.h"
#include "pilobj.h"

#define sbrPIL_MAX_STORES 3

class Pilot : public aiPilot
      Pilot( Flight *flt, Pilot_Params *,
       Weapon_Instance *, int nw, char *, Target *);
      void init(void);
      Pilot *get_target_pilot(void)
            return target_pilot;
      Flight *get_target_flight(void)
            return target_flight;
      int get_functioning(void)
            return functioning;
      void set_functioning(int functioning)
            this->functioning = functioning;
            if (!functioning)
      const char *get_dbg(void)
            return dbg;
      void set_dbg(const char *s)
            dbg = (char *) s;
   Weapon_Instance *get_sel_weapon(void)
            return (sel_weapon);
      Flight *get_flight(void)
            return sbrFlight.GetFlight();
      Port_3D *get_port(void)
            return sbrFlight.GetPort();
      const R_3DPoint &get_position(void)
            return get_port()->look_from;
      const char *get_handle(void)
            return GetHandle();
      PilotMessage *get_message(void)
            return (&message);
      R_3DPoint get_track_point(void)
            return track_point;
      R_3DPoint get_lead_track_point(void)
            return lead_track_point;
      R_3DPoint get_gun_track_point(void)
            return gun_track_point;
      R_3DPoint get_gun_point(void)
            return gun_point;
      int get_in_range(void)
            return in_range;
      int hasTargetPilot()
            return (target_pilot != NULL);
      int getAffiliation()
            return GetAffiliation();
   void selWeapon(int );
      void selectNextWeapon(int dir);
      void set_target(Pilot *pl);
      void update(int);
      void pause();
      void start();
      Target *get_target_obj(void)
            return target_obj;
      void set_handle(const char *hndl)
      void update_sbrflight()

      static void UpdateStatics(void);

  static Pilot   *pilots[];
  static int     npilots;
  static int     maxpilots;
  static initPilot();
  static Pilot *getPilot(char *hndle);
  static float xpixel_adjust, ypixel_adjust;

      void GetWeaponLimits(sWeaponLimits &weaponLimits);
      void Broadcast(int idx, int channel = commCHANNEL_AFFILIATION,
                                     int priority = commPRIORITY_STANDARD,
                                     void *extraInfo = NULL);
      void GetRemoteControlInputs();
      void DropBomb();
      void BuildGunners();
      void CalcGunLeadPoint(sTargetGeometry &tg);
      void Shoot();
      sbrFlightModel     sbrFlight;
      Flight                   *flight;
      Target                   *target;
      Pilot           *target_pilot;
      Flight          *target_flight;
      int             functioning;
      Weapon_Instance *weapons;
      Weapon_Instance *sel_weapon;
      int                      sel_wpn;
      int                      n_weaps;
      PilotMessage    message;
      R_3DPoint       gun_point;
      R_3DPoint          gun_track_point;
      R_3DPoint          lead_track_point;
      R_3DPoint       track_point;
      int             nstores;
      int             stores[sbrPIL_MAX_STORES];
      Pilot_Params    *params;
      int                      in_range;
      Target                   *target_obj;
      float                    t;
      float                    time_to_target;
      float                    new_damage;

      static float    gunsGunsSoundTime;

      int broadcast(char *mss, int priority, int freq = -1, char * = NULL);
      int __cdecl brdcst(int priority, int freq, char *mss, ...);
      void sound_on(const char *soundId, int affiliation = -1); 
      const char *buildSoundId(char *suffix, Flight *targetFlight);
      int damage_check(void);

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