second_order_mur_boundary_conditions Struct Reference

#include <AbsorbingBC.h>

Collaboration diagram for second_order_mur_boundary_conditions:

Public Member Functions
template<typename field_type, typename dt_type>
void	apply (field_type &FA_n, field_type &FA_nm1, field_type &FA_np1, dt_type dt, ippl::Vector< uint32_t, 3 > true_nr, ippl::NDIndex< 3 > lDom)
	Applies second-order Mur ABC to the boundaries of the field.

Detailed Description

Definition at line 407 of file AbsorbingBC.h.

Member Function Documentation

apply()

template<typename field_type, typename dt_type>

void second_order_mur_boundary_conditions::apply ( field_type & FA_n, field_type & FA_nm1, field_type & FA_np1, dt_type dt, ippl::Vector< uint32_t, 3 > true_nr, ippl::NDIndex< 3 > lDom )

inline

Applies second-order Mur ABC to the boundaries of the field.

Parameters

FA_n	Field at the current time step.
FA_nm1	Field at the previous time step.
FA_np1	Field at the next time step.
dt	Time step size.
true_nr	True number of grid points in each dimension.
lDom	Local domain index for parallel processing.

Definition at line 418 of file AbsorbingBC.h.

References ippl::NDIndex< Dim >::first(), and ippl::getRangePolicy().

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The documentation for this struct was generated from the following file:

• AbsorbingBC.h