boundary_condition_helper_functions.h

Go to the documentation of this file.

#ifndef WXM_APPS_MAXWELL_BOUNDARY_CONDITION_HELPER_FUNCTIONS_H
#define WXM_APPS_MAXWELL_BOUNDARY_CONDITION_HELPER_FUNCTIONS_H
 
// Wm includes
#include "warpxm/warpxm_config.h" // for variable macros
#include "apps/wmapplication.h"   // for pSV
#include "apps/general_functions/geometry.h"
 
namespace wxm
{
namespace apps
{
namespace maxwell
{
namespace boundary_condition
{
 
void conducting_wall(const real* q_in,
                     const solverVariables_t* pFV,
                     real* q_out,
                     real Bn = 0);
 
void conducting_wall_gradient(const real* q_in,
                              const real* aux,
                              const real _Ae,
                              const real _Ai,
                              const real _Ze,
                              const real _Zi,
                              const real _sdn,
                              const real _ompt,
                              const solverVariables_t* pFV,
                              real* q_out);
 
void sinc_wall(const real* q_in,
               const solverVariables_t* pFV,
               const real c, // light speed normalized to v0
               const real amplitude,
               const real frequency,
               const real timeshift,
               real* q_out);
 
void sinc_absorbing_wall(const real* q_in,
                         const solverVariables_t* pFV,
                         const real c, // light speed normalized to v0
                         const real amplitude,
                         const real max_frequency,
                         const real min_frequency,
                         real* q_out);
 
void oscillating_wall(const real* q_in,
                      const solverVariables_t* pFV,
                      const real c, // light speed normalized to v0
                      const std::vector<real>& amplitudes,
                      const std::vector<real>& frequencies,
                      const std::vector<real>& phases,
                      real* q_out);
 
void copyout(const real* QC, real* QC_w);
 
void axis_maxwell(const real* q_in, const solverVariables_t* pFV, real* q_out);
 
void axis_maxwell_gradient(const real* q_in,
                           const real* aux,
                           const real _Ae,
                           const real _Ai,
                           const real _Ze,
                           const real _Zi,
                           const real _sdn,
                           const real _ompt,
                           const solverVariables_t* pFV,
                           real* q_out);
 
void conducting_wall_yu(const real* q_in, const solverVariables_t* pFV, real* q_out);
 
void conducting_wall_gradient_yu(const real* q_in,
                                 const real* aux,
                                 const real _Ae,
                                 const real _Ai,
                                 const real _Ze,
                                 const real _Zi,
                                 const real _sdn,
                                 const real _ompt,
                                 const solverVariables_t* pFV,
                                 real* q_out);
 
void ramp_wall(const real* q_in,
               const solverVariables_t* pFV,
               const real max_amplitude,
               const real ramp_rate,
               const real time_delay,
               real* q_out);
} // namespace boundary_condition
} // namespace maxwell
} // namespace apps
} // namespace wxm
 
#endif // WXM_APPS_MAXWELL_BOUNDARY_CONDITION_HELPER_FUNCTIONS_H