action_F_Standard_SF.h

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#ifndef ACTION_FSTANDARD_SF_INCLUDED
#define ACTION_FSTANDARD_SF_INCLUDED

#include "Action/action.h"

#include "Force/Fermion/force_F.h"
#include "Solver/solver.h"

#include "Field/field_G_SF.h"
#include "Field/field_F_SF.h"

#include "IO/bridgeIO.h"
using Bridge::vout;


class Action_F_Standard_SF : public Action
{
 public:
  static const std::string class_name;

 private:
  Fopr *m_fopr;
  Force *m_fopr_force;
  Field m_psf;
  std::string m_label;

  Solver *m_solver;

  Field *m_U;

  Communicator *comm;
  int Svol;
  int m_Nc2;
  int m_Nd;

  // A function to set the pseudo fermion field to zero at the t=0 boundary.
  //  void set_boundary_zero(Field&);

 public:
  Action_F_Standard_SF(Fopr *fopr, Force *fopr_force)
    : Action(), m_fopr(fopr), m_fopr_force(fopr_force)
  {
    set_parameters();
  }

  Action_F_Standard_SF(unique_ptr<Fopr>& fopr, unique_ptr<Force>& fopr_force)
    : Action(), m_fopr(fopr.get()), m_fopr_force(fopr_force.get())
  {
    set_parameters();
  }

  ~Action_F_Standard_SF()
  {
    delete m_solver;
  }

  void set_parameters(const Parameters&);
  void set_parameters();

  void set_label(const std::string label)
  {
    m_label = label;
    vout.detailed(m_vl, "  label: %s\n", m_label.c_str());
  }

  std::string get_label()
  {
    return m_label;
  }

  void set_config(Field *U)
  {
    m_U = U;
    m_fopr->set_config(U);
    m_fopr_force->set_config(U);
  }

  double langevin(RandomNumbers *);

  double calcH();

  void force(Field&);
};
#endif