wells_compute_connection_factors.h

Go to the documentation of this file.

#ifndef BS_WELLS_COMPUTE_CONNECTION_FACTORS_H_
#define BS_WELLS_COMPUTE_CONNECTION_FACTORS_H_

#include "calc_well.h"

namespace blue_sky
  {
  namespace wells
    {
    namespace compute_factors
      {

      template <typename strategy_t>
      struct peaceman_model
        {

          typedef connection <strategy_t>               connection_t;
          typedef typename strategy_t::item_t           item_t;
          typedef typename strategy_t::index_t          index_t;
          typedef typename strategy_t::item_array_t     item_array_t;
          typedef smart_ptr <fi_params, true>           sp_params_t;

          typedef rs_mesh_iface <strategy_t>                  mesh_iface_t;
          typedef smart_ptr <mesh_iface_t, true>              sp_mesh_iface_t;

          static void 
          compute (connection_t &connection,
                   const physical_constants &internal_constants,
                   const sp_params_t &params,
                   const sp_mesh_iface_t &mesh,
                   const item_array_t &perm,
                   const item_array_t &ntg,
                   bool ro_calc_flag);

          static item_t compute_grp_pi_mult (connection_t &connection);
        };

      //struct baby_odeh_model
      //{
      //  static void compute (well::connection &connection, physical_constants *internal_constants,
      //                       item_t d1, item_t d2, item_t d3,
      //                       item_t perm1, item_t perm2, item_t perm3,
      //                       const well::item_array_t &ntg,
      //                       bool ro_calc_flag);

      //private:

      //  static item_t F_table (item_t L, item_t d, item_t y_mid, int arg_type);
      //};

    } // namespace compute_factors
  } // namespace wells
} // namespace blue_sky

#endif  // #ifndef BS_WELLS_COMPUTE_CONNECTION_FACTORS_H_

---