u3d_model_defines.hpp

/* u3d_model_defines.hpp */
/* $Id: u3d_model_defines.hpp,v 1.4 2008/06/02 13:14:16 sad Exp $ */
#ifndef __u3d_model_defines_hpp
#define __u3d_model_defines_hpp

//#include <u3d_defines.hpp>
#include <mth/u3d_triangled_abstract_surface.hpp> // For U3dPoint and U3D_COLOR


#define U3D_MIN_CELL_SIZE 20.0
#define U3D_MIN_TRIANGLE_SIZE 50         //U3D_EPS_LENGTH * 10.;
#define U3D_MAX_CELL_TRIANGLES 500 // U3D_MIN_TRIANGLE_SIZE  // 10
#define U3D_MIN_SURFACE_POINTS_NUMBER 3



//efine U3D_FB_NORMAL_ERROR_MESSAGE

struct U3dModAreaPos {
  U3dPoint   originP;
  float      azimuth;     
};

enum U3D_WAVE_TYPE {U3D_PRESSURE, U3D_SHEAR};

struct U3dSignature { int boundId; U3D_COLOR color; };

typedef std::vector<U3dSignature> U3dSignAr; 


struct U3d1dModBodyInfo { 
  U3dPoint p;   
  double dip;   
  double az;    
  double den;   
  double vp;    
  double vs;    
  double an_kp;
  double an_ks;
  double an_R;
  
  U3d1dModBodyInfo() : 
    an_kp(1.0), an_ks(1.0), an_R(1.0) {}
  
  U3d1dModBodyInfo(U3dPoint point, double dip_f, double az_f, double density, 
           double Vp, double Vs,
           double kp_an=1.0, double ks_an=1.0, double R_an=1.0) : 
    p(point), dip(dip_f), az(az_f), den(density), 
    vp(Vp), vs(Vs),
    an_kp(kp_an), an_ks(ks_an), an_R(R_an) {}
  
  
};

typedef std::vector<U3d1dModBodyInfo> U3d1dModBodyInfoAr;

struct U3dBodyVel { 
  U3dPoint p;   
  double vp;    
  double vs;    
};

typedef std::vector<U3dBodyVel> U3dBodyVels;

struct U3dBodyInfo {
  U3dSignAr   signature;    
  U3dBodyVels vels;         
  double      kzp;          
  double      kzs;          
  double      density;      
  double      an_kp;
  double      an_ks;
  double      an_R;
  
  U3dBodyInfo() : 
    an_kp(1.0), an_ks(1.0), an_R(1.0) {}
  
  U3dBodyInfo(U3dSignAr sign, U3dBodyVels velocities, 
          double kz_p, double kz_s, double den, 
          double kp_an=1.0, double ks_an=1.0, double R_an=1.0) : 
    signature(sign), vels(velocities), 
    kzp(kz_p), kzs(kz_s), density(den), 
    an_kp(kp_an), an_ks(ks_an), an_R(R_an) {}
  
};

typedef std::vector<U3dBodyInfo> U3dBodyInfoAr;


enum  U3dInterpolationType {
  Plane,            
  BSplineN,
  BSpline3,
  BezierSpline3,
  BetaSpline3,
  CRomSpline3       
};

struct U3dBoundInfo {
  U3dPoint             zeroPoint;     
  U3dPointsAr          points;        
  U3dSignAr            relations;     
  U3dInterpolationType iType;         
};

typedef std::vector<U3dBoundInfo> U3dBoundInfoAr;




/*
  Here comes section with char names of the fields for textfile parser.
*/

namespace U3dModParams {

  const char version[]            = "version";
  const char model_name[]         = "model_name";
  const char model_description[]  = "model_description";
  const char originX[]            = "originX";
  const char originY[]            = "originY";
  const char originElev[]         = "originElev";
  const char azimuth[]            = "azimuth";
  const char xsize[]              = "xsize";
  const char ysize[]              = "ysize";
  const char zsize[]              = "zsize";
  const char bound_points[]       = "bound_points";
  const char bound_relations[]    = "bound_relations";
  const char body_vp[]            = "body_vp";
  const char body_vs[]            = "body_vs";
  const char body_kzp[]           = "body_kzp";
  const char body_kzs[]           = "body_kzs";
  const char body_den[]           = "body_den";
  const char body_topology[]      = "body_topology";
  const char body_an_kp[]         = "body_an_kp";
  const char body_an_ks[]         = "body_an_ks";
  const char body_an_R[]          = "body_an_R";
  const char color_white[]        = "white";
  const char color_black[]        = "black";
  
};


#endif /* u3d_model_defines.hpp */