norm_calc.h

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#ifndef NORM_CALC_H
#define NORM_CALC_H

namespace blue_sky
  {
  namespace norms
    {

    enum norms_consts
    {
      C_CPV = 0,                      
      C_CPV_GAS,                      
      C_CPV_WATER,                    
      C_CPV_OIL,                      
      //==========
      C_ACPV,                         
      C_ACPV_GAS,                     
      C_ACPV_WATER,                   
      C_ACPV_OIL,                     
      //==========
      L2_CPV,                         
      L2_CPV_GAS,                     
      L2_CPV_WATER,                   
      L2_CPV_OIL,                     
      //==========
      L2_ACPV,                        
      L2_ACPV_GAS,                    
      L2_ACPV_WATER,                  
      L2_ACPV_OIL,                    
      //==========
      MB_ERR,                         
      MB_ERR_GAS,                     
      MB_ERR_WATER,                   
      MB_ERR_OIL,                     
      //===========
      S_RHS,                          

      //========== next constant should be the last one ====
      NORMS_COUNTER
    };

  } // namespace norms

  template <class strategy_t>
  class norms_storage
  {
  public:
    typedef typename strategy_t::item_array_t         item_array_t;
    typedef typename strategy_t::rhs_item_array_t     rhs_item_array_t;
    typedef seq_vector <const char *>                 name_array_t;

  public:
    norms_storage ();
    ~norms_storage ();
    void clear ();

    // print norms
    //void print (const sp_mesh_grdecl msh);

    norms_storage &operator= (const norms_storage &rhs);

    // --------------------------------------
    // VARIABLES
    // --------------------------------------
  public:
    name_array_t  name;
    item_array_t  val;
    boost::array <int, norms::NORMS_COUNTER> idx;
    boost::array <int, norms::NORMS_COUNTER> p_flag;
  };

} // ns bs

#endif // NORM_CALC_H

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