/Users/barrand/private/dev/softinex/old/inexlib-1.2/inlib/inlib/sg/rep

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// Copyright (C) 2010, Guy Barrand. All rights reserved.
// See the file inlib.license for terms.

#ifndef inlib_sg_rep
#define inlib_sg_rep

namespace inlib {
namespace sg {

class rep_bin1D {
public:
  rep_bin1D()
  :m_x_min(0),m_x_max(0)
  ,m_v_min(0),m_val(0)
  ,m_ratio(0)
  //,fSeparator(0)
  {}

  rep_bin1D(float aXmin,float aXmax,float aVmin,float aVal)
  :m_x_min(aXmin),m_x_max(aXmax)
  ,m_v_min(aVmin),m_val(aVal)
  ,m_ratio(0)
  //,fSeparator(0)
  {}
public:
  rep_bin1D(const rep_bin1D& a_from)
  :m_x_min(a_from.m_x_min),m_x_max(a_from.m_x_max)
  ,m_v_min(a_from.m_v_min),m_val(a_from.m_val)
  ,m_ratio(a_from.m_ratio)
  //,fSeparator(0)
  {}
  rep_bin1D& operator=(const rep_bin1D& a_from){
    m_x_min = a_from.m_x_min;
    m_x_max = a_from.m_x_max;
    m_v_min = a_from.m_v_min;
    m_val = a_from.m_val;
    m_ratio = a_from.m_ratio;
    return *this;
  }
public:
  float m_x_min;
  float m_x_max;
  float m_v_min;
  float m_val;
  float m_ratio;
  //SoSeparator* fSeparator;
};

class rep_bin2D {
public:
  rep_bin2D()
  :m_x_min(0),m_x_max(0)
  ,m_y_min(0),m_y_max(0)
  ,m_val(0),m_ratio(0)
  ,fI(0),fJ(0){}

  rep_bin2D(float aXmin,float aXmax,
            float aYmin,float aYmax,
            float aVal,int aI,int aJ)
  :m_x_min(aXmin),m_x_max(aXmax)
  ,m_y_min(aYmin),m_y_max(aYmax)
  ,m_val(aVal)
  ,m_ratio(0)
  ,fI(aI),fJ(aJ)
  {}
public:
  float m_x_min;
  float m_x_max;
  float m_y_min;
  float m_y_max;
  float m_val;
  float m_ratio;
  int fI;
  int fJ;
};

/*
class rep_top_face2D {
public:
  rep_top_face2D()
  :m_x_min(0),m_x_max(0)
  ,m_y_min(0),m_y_max(0)
  ,m_val1(0),m_val2(0),m_val3(0),m_val4(0){}

  rep_top_face2D(float aXmin,float aXmax,
                 float aYmin,float aYmax,
                 float aVal1,float aVal2,float aVal3,float aVal4)
  :m_x_min(aXmin),m_x_max(aXmax)
  ,m_y_min(aYmin),m_y_max(aYmax)
  ,m_val1(aVal1),m_val2(aVal2),m_val3(aVal3),m_val4(aVal4){}
public:
  float m_x_min;
  float m_x_max;
  float m_y_min;
  float m_y_max;
  float m_val1;
  float m_val2;
  float m_val3;
  float m_val4;
};
*/

class rep_box {
public:
  rep_box(float a_pos,float a_width,bool a_log)
  :m_pos(a_pos),m_width(a_width),m_log(a_log){}

  rep_box(const rep_box& a_from)
  :m_pos(a_from.m_pos),m_width(a_from.m_width),m_log(a_from.m_log){}

  rep_box& operator=(const rep_box& a_from) {
    m_pos = a_from.m_pos;
    m_width = a_from.m_width;
    m_log = a_from.m_log;
    return *this;
  }
public:
  float m_pos;
  float m_width;
  bool m_log;
};

}}

#endif