p_raytr_model.H

/* p_raytr_model.H */
/* $Id: p_raytr_model.H,v 2.7 2005/07/18 07:16:05 nikita Exp $ */
#ifndef __p_raytr_model_H
#define __p_raytr_model_H
/*
   ¼ÞÔÕÛì, ßÞÔÔÕàÖØÒÐîéÐï ÝÐáâàÕÛ ÛãçÕÙ.
 */

#include <mix/trset.h>
#include <mod3d/p_model.H>
#include <mix/Progress.hpp>

#include <mod3d/db_container.H>

#include "rays.H"
#include "p_raytr_elements.H"

// ¾àÓÐÝØ×ÐæØï ãáÛÞÒÝÞÙ ÚÞÜßØÛïæØØ ÔÛï ÞâÛÐÔÚØ
// ½Õ ×ÐÑëâì ãÔÐÛØâì Ò ÞÚÞÝçÐâÕÛìÝÞÙ ÒÕàáØØ
#ifdef GDEBUG

#define  PM_DEBUG_PATH "res/"

#endif

class pl_intern_raytr_border;

#define PM_DOWNGOING  (1<<0)
#define PM_UPGOING    (2<<0)

class pl_raytr_model:public pl_model{
protected:

  int iTest;
  int iHRStoreRegime;

  rays_to_receivers HitRays; // »ãçØ, ßàÞèÕÔèØÕ Ø× ØáâÞçÝØÚÐ Ò ßàØÕÜÝØÚ

  receivers aReceivers;

  // ² ÞÔØÝ ÜÞÜÕÝâ ÞÑàÐÑÐâëÒÐÕÜ âÞÛìÚÞ ÞÔØÝ ØáâÞçÝØÚ (ßÞÚÐ çâÞ)
  rays_shoot * pRays;       // ½ÐÑÞà ÛãçÕÙ Ø× ØáâÞçÝØÚÐ

  // ¿ÞßÐÔÐÝØÕ Ò âÞçÚã á ÝÐçÐÛìÝëÜØ ßÐàÐÜÕâàÐÜØ. µáÛØ ßÞßÐÛÞ - TRUE
  // ¾ÑéØÙ áÛãçÐÙ
  Logic hit_general(point3d,ray_parameters,ray*&,
            general_hit_info&,const crossing *pCG=NULL) const; 

  // ¿ÐÛÛØÐâØÒë á ßàÕÖÝØå ÒàÕÜÕÝ, ÜÞÖÕâ, Ò straight-àÕÑÕÝÚÐ ßÕàÕÝÕáã
  Logic hit(point3d,ray*,int,ray*&,double dAcc,
        crossing *pCG=NULL) const; // ßàïÜÐï ÒÞÛÝÐ
  Logic hit_reflected(point3d,ray*,int,ray*&,
              int,double dAcc,
              crossing *pCG=NULL) const; // ÞâàÐÖÕÝÝÐï ÒÞÛÝÐ
  Logic hit_straight_through_edge(const point3d& ,ray *&,double ) const;
  void fix_fi_az(const double&dFi,const double&dAz,const double&dDFi,
         const double&dDAz,double&dFiFin,double&dAzFin)const;
public:

  pl_raytr_model (const dbItem &dbiWhere);
  pl_raytr_model ();
  ~pl_raytr_model ();
  pl_raytr_model (pl_model& am);
  
  int n_of_receivers(){return aReceivers.count();};

  void store(StorageID sid)const;
  void load(StorageID sid);

  //start of insertion by nikita
  /** Get paths of rays to given receiver */
  const rayPathAr* get_rays_paths_to_receiver(int receiverId); 
  //end of insertion by nikita
  
  // ´Ûï ¸ÓÞàï, çâÞÑë ßÞÚÐ×ëÒÐâì, çâÞ ãÖÕ ÝÐáâàÕÛÕÝÞ (ÒÞ×ÜÞÖÝÞ ßÕàÕÜÕéÕÝØÕ
  // Ò ÔàãÓÞÙ ÚÛÐáá, ßÞáâÐàèÕ)

  // ¿ÞÔÓàã×Øâì ÛãçØ, ÚÞâÞàëÕ ßÞßÐÔÐÛØ Ò ÚÐÚØÕ-ÝØÑãÔì ßàØÕÜÝØÚØ (ØáâÞçÝØÚ ÞÔØÝ)
  void load_rays_to_receivers(const point &,int ik1,int ik2);
  // ²ëÔÐâì ÒáÕ ßÕàÕáÕçÕÝØï ÒáÕå ßÞÔÓàãÖÕÝÝëå ^ äãÝÚæØÕÙ ÛãçÕÙ
  void get_rays_to_receivers_reflections(aPoints&)const;
  // ¾áâÐÛìÝëÕ ßÞÔÞÑÝëÕ ^ äãÝÚæØØ ÑãÔãâ ßàØßØáëÒÐâìáï ßÞ ÜÕàÕ ÝÐÔÞÑÝÞáâØ

  // ¿ÞâàÕÑãÕâáï ...
  ray * raw_ray(double f,double a){
    return pRays->raw_ray(f,a);
  };

  void get_receivers_numbers(IntAr& iaN1,IntAr& iaN2) const;
  void get_receivers(aPoints&) const;

  //start of insertion by nikita
  /** Get receiver information by it's number */
  void get_receiver(int nRec, receiver_info* Rec);

  /** Get model receivers*/
  void get_receivers(receivers* aRec);

  /** get list of receivers inside of depth interval */
  void get_receivers_in_depth_interval(float start, float end, receivers* aRec);
  //end of insertion by nikita
  void set_hr_dbwrite_regime (int iR);

  virtual const char* class_id(){return "pl_raytr_model";};//nikita

  virtual Logic isDerivedFrom(const char* class_name);//nikita

  friend class rays_set;
};


#endif /* p_raytr_model.H */
/*  Melnikov George Y.   2-Nov-1998  */
/*          ...          */
/*  Melnikov George Yu. 31-Jan-2000  */ 
/*          ...          */




// ½Õ ×ÐÑëâì ãÔÐÛØâì Ò ÞÚÞÝçÐâÕÛìÝÞÙ ÒÕàáØØ#ifdef GDEBUG

#define  PM_DEBUG_PATH "res/"

#endif

class pl_intern_raytr_border;

#define PM_DOWNGOING  (1<<0)
#define PM_UPGOING    (2<<0)

class pl_raytr_model:public pl_model{
protected:

  int iTest;
  int iHRStoreRegime;

  rays_to_receivers HitRays; // »ãçØ, ßàÞèÕÔèØÕ Ø× ØáâÞçÝØÚÐ Ò ßàØÕÜÝØÚ

  receivers aReceivers;

  // ² ÞÔØÝ ÜÞÜÕÝâ ÞÑàÐÑÐâëÒÐÕÜ âÞÛìÚÞ ÞÔØÝ ØáâÞçÝØÚ (ßÞÚÐ çâÞ)
  rays_shoot * pRays;       // ½ÐÑÞà ÛãçÕÙ Ø× ØáâÞçÝØÚÐ

  // ¿ÞßÐÔÐÝØÕ Ò âÞçÚã á ÝÐçÐÛìÝëÜØ ßÐàÐÜÕâàÐÜØ. µáÛØ ßÞßÐÛÞ - TRUE
  // ¾ÑéØÙ áÛãçÐÙ
  Logic hit_general(point3d,ray_parameters,ray*&,
            general_hit_info&,const crossing *pCG=NULL) const; 

  // ¿ÐÛÛØÐâØÒë á ßàÕÖÝØå ÒàÕÜÕÝ, ÜÞÖÕâ, Ò straight-àÕÑÕÝÚÐ ßÕàÕÝÕáã
  Logic hit(point3d,ray*,int,ray*&,double dAcc,
        crossing *pCG=NULL) const; // ßàïÜÐï ÒÞÛÝÐ
  Logic hit_reflected(point3d,ray*,int,ray*&,
              int,double dAcc,
              crossing *pCG=NULL) const; // ÞâàÐÖÕÝÝÐï ÒÞÛÝÐ
  Logic hit_straight_through_edge(const point3d& ,ray *&,double ) const;
  void fix_fi_az(const double&dFi,const double&dAz,const double&dDFi,
         const double&dDAz,double&dFiFin,double&dAzFin)const;
public:

  pl_raytr_model (const dbItem &dbiWhere);
  pl_raytr_model ();
  ~pl_raytr_model ();
  pl_raytr_model (pl_model& am);
  
  int n_of_receivers(){return aReceivers.count();};

  void store(StorageID sid)const;
  void load(StorageID sid);

  //start of insertion by nikita
  /** Get paths of rays to given receiver */
  const rayPathAr* get_rays_paths_to_receiver(int receiverId); 
  //end of insertion by nikita
  
  // ´Ûï ¸ÓÞàï, çâÞÑë ßÞÚÐ×ëÒÐâì, çâÞ ãÖÕ ÝÐáâàÕÛÕÝÞ (ÒÞ×ÜÞÖÝÞ ßÕàÕÜÕéÕÝØÕ
  // Ò ÔàãÓÞÙ ÚÛÐáá, ßÞáâÐàèÕ)

  // ¿ÞÔÓàã×Øâì ÛãçØ, ÚÞâÞàëÕ ßÞßÐÔÐÛØ Ò ÚÐÚØÕ-ÝØÑãÔì ßàØÕÜÝØÚØ (ØáâÞçÝØÚ ÞÔØÝ)
  void load_rays_to_receivers(const point &,int ik1,int ik2);
  // ²ëÔÐâì ÒáÕ ßÕàÕáÕçÕÝØï ÒáÕå ßÞÔÓàãÖÕÝÝëå ^ äãÝÚæØÕÙ ÛãçÕÙ
  void get_rays_to_receivers_reflections(aPoints&)const;
  // ¾áâÐÛìÝëÕ ßÞÔÞÑÝëÕ ^ äãÝÚæØØ ÑãÔãâ ßàØßØáëÒÐâìáï ßÞ ÜÕàÕ ÝÐÔÞÑÝÞáâØ

  // ¿ÞâàÕÑãÕâáï ...
  ray * raw_ray(double f,double a){
    return pRays->raw_ray(f,a);
  };

  void get_receivers_numbers(IntAr& iaN1,IntAr& iaN2) const;
  void get_receivers(aPoints&) const;

  //start of insertion by nikita
  /** Get receiver information by it's number */
  void get_receiver(int nRec, receiver_info* Rec);

  /** Get model receivers*/
  void get_receivers(receivers* aRec);

  /** get list of receivers inside of depth interval */
  void get_receivers_in_depth_interval(float start, float end, receivers* aRec);
  //end of insertion by nikita
  void set_hr_dbwrite_regime (int iR);

  virtual const char* class_id(){return "pl_raytr_model";};//nikita

  virtual Logic isDerivedFrom(const char* class_name);//nikita

  friend class rays_set;
};


#endif /* p_raytr_model.H */
/*  Melnikov George Y.   2-Nov-1998  */
/*          ...          */
/*  Melnikov George Yu. 31-Jan-2000  */ 
/*          ...          */



#ifdef GDEBUG

#define  PM_DEBUG_PATH "res/"

#endif

class pl_intern_raytr_border;

#define PM_DOWNGOING  (1<<0)
#define PM_UPGOING    (2<<0)

class pl_raytr_model:public pl_model{
protected:

  int iTest;
  int iHRStoreRegime;

  rays_to_receivers HitRays; // »ãçØ, ßàÞèÕÔèØÕ Ø× ØáâÞçÝØÚÐ Ò ßàØÕÜÝØÚ

  receivers aReceivers;

  // ² ÞÔØÝ ÜÞÜÕÝâ ÞÑàÐÑÐâëÒÐÕÜ âÞÛìÚÞ ÞÔØÝ ØáâÞçÝØÚ (ßÞÚÐ çâÞ)
  rays_shoot * pRays;       // ½ÐÑÞà ÛãçÕÙ Ø× ØáâÞçÝØÚÐ

  // ¿ÞßÐÔÐÝØÕ Ò âÞçÚã á ÝÐçÐÛìÝëÜØ ßÐàÐÜÕâàÐÜØ. µáÛØ ßÞßÐÛÞ - TRUE
  // ¾ÑéØÙ áÛãçÐÙ
  Logic hit_general(point3d,ray_parameters,ray*&,
            general_hit_info&,const crossing *pCG=NULL) const; 

  // ¿ÐÛÛØÐâØÒë á ßàÕÖÝØå ÒàÕÜÕÝ, ÜÞÖÕâ, Ò straight-àÕÑÕÝÚÐ ßÕàÕÝÕáã  Logic hit(point3d,ray*,int,ray*&,double dAcc,
        crossing *pCG=NULL) const; // ßàïÜÐï ÒÞÛÝÐ
  Logic hit_reflected(point3d,ray*,int,ray*&,
              int,double dAcc,
              crossing *pCG=NULL) const; // ÞâàÐÖÕÝÝÐï ÒÞÛÝÐ
  Logic hit_straight_through_edge(const point3d& ,ray *&,double ) const;
  void fix_fi_az(const double&dFi,const double&dAz,const double&dDFi,
         const double&dDAz,double&dFiFin,double&dAzFin)const;
public:

  pl_raytr_model (const dbItem &dbiWhere);
  pl_raytr_model ();
  ~pl_raytr_model ();
  pl_raytr_model (pl_model& am);
  
  int n_of_receivers(){return aReceivers.count();};

  void store(StorageID sid)const;
  void load(StorageID sid);

  //start of insertion by nikita
  /** Get paths of rays to given receiver */
  const rayPathAr* get_rays_paths_to_receiver(int receiverId); 
  //end of insertion by nikita
  
  // ´Ûï ¸ÓÞàï, çâÞÑë ßÞÚÐ×ëÒÐâì, çâÞ ãÖÕ ÝÐáâàÕÛÕÝÞ (ÒÞ×ÜÞÖÝÞ ßÕàÕÜÕéÕÝØÕ
  // Ò ÔàãÓÞÙ ÚÛÐáá, ßÞáâÐàèÕ)

  // ¿ÞÔÓàã×Øâì ÛãçØ, ÚÞâÞàëÕ ßÞßÐÔÐÛØ Ò ÚÐÚØÕ-ÝØÑãÔì ßàØÕÜÝØÚØ (ØáâÞçÝØÚ ÞÔØÝ)
  void load_rays_to_receivers(const point &,int ik1,int ik2);
  // ²ëÔÐâì ÒáÕ ßÕàÕáÕçÕÝØï ÒáÕå ßÞÔÓàãÖÕÝÝëå ^ äãÝÚæØÕÙ ÛãçÕÙ
  void get_rays_to_receivers_reflections(aPoints&)const;
  // ¾áâÐÛìÝëÕ ßÞÔÞÑÝëÕ ^ äãÝÚæØØ ÑãÔãâ ßàØßØáëÒÐâìáï ßÞ ÜÕàÕ ÝÐÔÞÑÝÞáâØ

  // ¿ÞâàÕÑãÕâáï ...
  ray * raw_ray(double f,double a){
    return pRays->raw_ray(f,a);
  };

  void get_receivers_numbers(IntAr& iaN1,IntAr& iaN2) const;
  void get_receivers(aPoints&) const;

  //start of insertion by nikita
  /** Get receiver information by it's number */
  void get_receiver(int nRec, receiver_info* Rec);

  /** Get model receivers*/
  void get_receivers(receivers* aRec);

  /** get list of receivers inside of depth interval */
  void get_receivers_in_depth_interval(float start, float end, receivers* aRec);
  //end of insertion by nikita
  void set_hr_dbwrite_regime (int iR);

  virtual const char* class_id(){return "pl_raytr_model";};//nikita

  virtual Logic isDerivedFrom(const char* class_name);//nikita

  friend class rays_set;
};


#endif /* p_raytr_model.H */
/*  Melnikov George Y.   2-Nov-1998  */
/*          ...          */
/*  Melnikov George Yu. 31-Jan-2000  */ 
/*          ...          */



  Logic hit(point3d,ray*,int,ray*&,double dAcc,
        crossing *pCG=NULL) const; // ßàïÜÐï ÒÞÛÝÐ
  Logic hit_reflected(point3d,ray*,int,ray*&,
              int,double dAcc,
              crossing *pCG=NULL) const; // ÞâàÐÖÕÝÝÐï ÒÞÛÝÐ
  Logic hit_straight_through_edge(const point3d& ,ray *&,double ) const;
  void fix_fi_az(const double&dFi,const double&dAz,const double&dDFi,
         const double&dDAz,double&dFiFin,double&dAzFin)const;
public:

  pl_raytr_model (const dbItem &dbiWhere);
  pl_raytr_model ();
  ~pl_raytr_model ();
  pl_raytr_model (pl_model& am);
  
  int n_of_receivers(){return aReceivers.count();};

  void store(StorageID sid)const;
  void load(StorageID sid);

  //start of insertion by nikita
  const rayPathAr* get_rays_paths_to_receiver(int receiverId); 
  //end of insertion by nikita
  
  // ´Ûï ¸ÓÞàï, çâÞÑë ßÞÚÐ×ëÒÐâì, çâÞ ãÖÕ ÝÐáâàÕÛÕÝÞ (ÒÞ×ÜÞÖÝÞ ßÕàÕÜÕéÕÝØÕ
  // Ò ÔàãÓÞÙ ÚÛÐáá, ßÞáâÐàèÕ)

  // ¿ÞÔÓàã×Øâì ÛãçØ, ÚÞâÞàëÕ ßÞßÐÔÐÛØ Ò ÚÐÚØÕ-ÝØÑãÔì ßàØÕÜÝØÚØ (ØáâÞçÝØÚ ÞÔØÝ)
  void load_rays_to_receivers(const point &,int ik1,int ik2);
  // ²ëÔÐâì ÒáÕ ßÕàÕáÕçÕÝØï ÒáÕå ßÞÔÓàãÖÕÝÝëå ^ äãÝÚæØÕÙ ÛãçÕÙ
  void get_rays_to_receivers_reflections(aPoints&)const;
  // ¾áâÐÛìÝëÕ ßÞÔÞÑÝëÕ ^ äãÝÚæØØ ÑãÔãâ ßàØßØáëÒÐâìáï ßÞ ÜÕàÕ ÝÐÔÞÑÝÞáâØ
  // ¿ÞâàÕÑãÕâáï ...
  ray * raw_ray(double f,double a){
    return pRays->raw_ray(f,a);
  };

  void get_receivers_numbers(IntAr& iaN1,IntAr& iaN2) const;
  void get_receivers(aPoints&) const;

  //start of insertion by nikita
  /** Get receiver information by it's number */
  void get_receiver(int nRec, receiver_info* Rec);

  /** Get model receivers*/
  void get_receivers(receivers* aRec);

  /** get list of receivers inside of depth interval */
  void get_receivers_in_depth_interval(float start, float end, receivers* aRec);
  //end of insertion by nikita
  void set_hr_dbwrite_regime (int iR);

  virtual const char* class_id(){return "pl_raytr_model";};//nikita

  virtual Logic isDerivedFrom(const char* class_name);//nikita

  friend class rays_set;
};


#endif /* p_raytr_model.H */
/*  Melnikov George Y.   2-Nov-1998  */
/*          ...          */
/*  Melnikov George Yu. 31-Jan-2000  */ 
/*          ...          */




  // ¿ÞâàÕÑãÕâáï ...
  ray * raw_ray(double f,double a){
    return pRays->raw_ray(f,a);
  };

  void get_receivers_numbers(IntAr& iaN1,IntAr& iaN2) const;
  void get_receivers(aPoints&) const;

  //start of insertion by nikita
  void get_receiver(int nRec, receiver_info* Rec);

  void get_receivers(receivers* aRec);

  void get_receivers_in_depth_interval(float start, float end, receivers* aRec);
  //end of insertion by nikita
  void set_hr_dbwrite_regime (int iR);

  virtual const char* class_id(){return "pl_raytr_model";};//nikita

  virtual Logic isDerivedFrom(const char* class_name);//nikita

  friend class rays_set;
};


#endif /* p_raytr_model.H */
/*  Melnikov George Y.   2-Nov-1998  */
/*          ...          */
/*  Melnikov George Yu. 31-Jan-2000  */ 
/*          ...          */