ikp1ddata.hpp

/* ikp1ddata.hpp */
/* $Id: ikp1ddata.hpp,v 1.1 2008/04/17 08:33:54 urij Exp $ */
#ifndef __ikp1ddata_hpp
#define __ikp1ddata_hpp

#include "ikp1dhod.hpp"

struct IKP1dDataLayer;

enum IKP1dWaveType {
  IKP1d_WT_P = 0,  
  IKP1d_WT_S       
}; 

class IKP1dData : public IKP1dLayers <IKP1dDataLayer>
{
  
public:
  
  IKP1dData();
  
  IKP1dData(const IKP1dData& obj);
  
  virtual ~IKP1dData();
  
};

typedef std::vector<double> IKP1dRes;

struct IKP1dDataLayer
{
  IKP1dDataLayer(IKP1dHod &hod, IKP1dWaveType wt = IKP1d_WT_P);
  
  IKP1dDataLayer(const IKP1dDataLayer& lay);
  
  virtual ~IKP1dDataLayer();
    
  double calcStaticResidual(IKP1dRes& res);
  
  void waveType(IKP1dWaveType wt) {
    m_wt = wt;
  }
  
  IKP1dWaveType waveType() {
    return m_wt;
  }
    
  void setDepthArea(double min, double max);
  
  void setDefaultDepthArea();
  
  double minDepthArea() {
    return m_min_depth;
  }
  
  double maxDepthArea() {
    return m_max_depth;
  }
  
  int minDepthRecId() {
    return m_rnmin;
  }
  
  int maxDepthRecId() {
    return m_rnmax;
  }
  
  void setWeight(double weight) {
    m_weight = weight;
  }
  
  double weight() {
    return m_weight;
  }
  
  void info();
  
  IKP1dHod* sourceHod() {
    return m_shod;
  }
  
  IKP1dHod* calculatedHod() {
    return m_chod;
  }
  
protected:
  
  IKP1dHod *m_shod;       
  IKP1dHod *m_chod;       
  IKP1dWaveType m_wt;     
  double m_weight;        
private:

  double m_min_depth;     
  double m_max_depth;     
  int m_rnmin, m_rnmax;   
};

#endif /* ikp1ddata.hpp */