version 0.6.0
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mod_mpi_exchange::mpi_exchange Interface Reference

Exchange field.

Public Member Functions

subroutine mpi_exchange_scalar_cell_double (array)
 Wrapper for mpi_exchange_scalar_cell_double without the mpi_cell variable.
 
subroutine mpi_exchange_scalar_cell_integer (array)
 Wrapper for mpi_exchange_scalar_cell_integer without the mpi_cell variable.
 
subroutine mpi_exchange_scalar_cell_logical (array)
 Wrapper for mpi_exchange_scalar_cell_logical without the mpi_cell variable.
 
subroutine mpi_exchange_vector_cell_double (array)
 Wrapper for mpi_exchange_scalar_vector_double without the mpi_cell variable.
 
subroutine mpi_exchange_face_field_double (field)
 Wrapper for mpi_exchange_face_field_double_typed without the mpi_face_* variable.
 
subroutine mpi_exchange_face_field_integer (field)
 Wrapper for mpi_exchange_face_field_integer_typed without the mpi_face_* variable.
 
subroutine mpi_exchange_face_field_logical (field)
 Wrapper for mpi_exchange_face_field_logical_typed without the mpi_face_* variable.
 
subroutine mpi_exchange_scalar_double (array, mpi_exch)
 Exchange the field (of doubles) between neighbour procs. Result: the ghost cells will be filled with the neighbours' values.
 
subroutine mpi_exchange_scalar_integer (array, mpi_exch)
 Exchange the field (of integers) between neighbour procs. Result: the ghost cells will be filled with the neighbours' values.
 
subroutine mpi_exchange_scalar_logical (array, mpi_exch)
 Exchange the field (of logicals) between neighbour procs. Result: the ghost cells will be filled with the neighbours' values.
 
subroutine mpi_exchange_vector_double (array, mpi_exch)
 Exchange the field (of double vectors) between neighbour procs. Result: the ghost cells will be filled with the neighbours' values.
 
subroutine mpi_exchange_face_field_double_typed (face_field, exchange_type_u, exchange_type_v, exchange_type_w)
 Exchange the face field between neighbour procs. Result: the ghost cells will be filled with the neighbours' values.
 
subroutine mpi_exchange_face_field_integer_typed (face_field, exchange_type_u, exchange_type_v, exchange_type_w)
 Exchange the integer face field between neighbour procs. Result: the ghost cells will be filled with the neighbours' values.
 
subroutine mpi_exchange_face_field_logical_typed (face_field, exchange_type_u, exchange_type_v, exchange_type_w)
 Exchange the logical face field between neighbour procs. Result: the ghost cells will be filled with the neighbours' values.
 
subroutine mpi_exchange_edge_field_double (edge_field)
 Exchange the edge field between neighbour procs. Result: the ghost cells will be filled with the neighbours' values. We use the associated global mpi_edge_{xy,xz,yz} structures.
 
subroutine mpi_exchange_tensor_cell_edges_double (tensor)
 Exchange the tensor field between neighbour procs. Result: the ghost cells will be filled with the neighbours' values. We use the associated global mpi_cell and mpi_edge_{xy,xz,yz} structures.
 

Member Function/Subroutine Documentation

◆ mpi_exchange_edge_field_double()

subroutine mod_mpi_exchange::mpi_exchange::mpi_exchange_edge_field_double ( type(t_edge_field), intent(inout) edge_field)
Parameters
[in,out]edge_fieldthe edge field to be exchanged

◆ mpi_exchange_face_field_double()

subroutine mod_mpi_exchange::mpi_exchange::mpi_exchange_face_field_double ( type(t_face_field), intent(inout) field)
Parameters
[in,out]fieldthe field of doubles to be exchanged

◆ mpi_exchange_face_field_double_typed()

subroutine mod_mpi_exchange::mpi_exchange::mpi_exchange_face_field_double_typed ( type(t_face_field), intent(inout) face_field,
type(t_mpi_exchange), intent(in) exchange_type_u,
type(t_mpi_exchange), intent(in) exchange_type_v,
type(t_mpi_exchange), intent(in) exchange_type_w )
Parameters
[in,out]face_fieldthe face field to be exchanged
[in]exchange_type_ustructure containing the overlapping nodes in direction _u.
[in]exchange_type_vstructure containing the overlapping nodes in direction _v.
[in]exchange_type_wstructure containing the overlapping nodes in direction _w.

◆ mpi_exchange_face_field_integer()

subroutine mod_mpi_exchange::mpi_exchange::mpi_exchange_face_field_integer ( type(t_integer_face_field), intent(inout) field)
Parameters
[in,out]fieldthe field of integers to be exchanged

◆ mpi_exchange_face_field_integer_typed()

subroutine mod_mpi_exchange::mpi_exchange::mpi_exchange_face_field_integer_typed ( type(t_integer_face_field), intent(inout) face_field,
type(t_mpi_exchange), intent(in) exchange_type_u,
type(t_mpi_exchange), intent(in) exchange_type_v,
type(t_mpi_exchange), intent(in) exchange_type_w )
Parameters
[in,out]face_fieldthe integer face field to be exchanged
[in]exchange_type_ustructure containing the overlapping nodes in direction _u.
[in]exchange_type_vstructure containing the overlapping nodes in direction _v.
[in]exchange_type_wstructure containing the overlapping nodes in direction _w.

◆ mpi_exchange_face_field_logical()

subroutine mod_mpi_exchange::mpi_exchange::mpi_exchange_face_field_logical ( type(t_logical_face_field), intent(inout) field)
Parameters
[in,out]fieldthe field of logicals to be exchanged

◆ mpi_exchange_face_field_logical_typed()

subroutine mod_mpi_exchange::mpi_exchange::mpi_exchange_face_field_logical_typed ( type(t_logical_face_field), intent(inout) face_field,
type(t_mpi_exchange), intent(in) exchange_type_u,
type(t_mpi_exchange), intent(in) exchange_type_v,
type(t_mpi_exchange), intent(in) exchange_type_w )
Parameters
[in,out]face_fieldthe logical face field to be exchanged
[in]exchange_type_ustructure containing the overlapping nodes in direction _u.
[in]exchange_type_vstructure containing the overlapping nodes in direction _v.
[in]exchange_type_wstructure containing the overlapping nodes in direction _w.

◆ mpi_exchange_scalar_cell_double()

subroutine mod_mpi_exchange::mpi_exchange::mpi_exchange_scalar_cell_double ( double precision, dimension(:,:,:), intent(inout) array)
Parameters
[in,out]arraythe field of doubles to be exchanged

◆ mpi_exchange_scalar_cell_integer()

subroutine mod_mpi_exchange::mpi_exchange::mpi_exchange_scalar_cell_integer ( integer, dimension(:,:,:), intent(inout) array)
Parameters
[in,out]arraythe field of integers to be exchanged

◆ mpi_exchange_scalar_cell_logical()

subroutine mod_mpi_exchange::mpi_exchange::mpi_exchange_scalar_cell_logical ( logical, dimension(:,:,:), intent(inout) array)
Parameters
[in,out]arraythe field of logicals to be exchanged

◆ mpi_exchange_scalar_double()

subroutine mod_mpi_exchange::mpi_exchange::mpi_exchange_scalar_double ( double precision, dimension(:,:,:), intent(inout) array,
type(t_mpi_exchange), intent(in) mpi_exch )
Parameters
[in,out]arraythe field of doubles to be exchanged
[in]mpi_exchthe structure defining the overlapping nodes

◆ mpi_exchange_scalar_integer()

subroutine mod_mpi_exchange::mpi_exchange::mpi_exchange_scalar_integer ( integer, dimension(:,:,:), intent(inout) array,
type(t_mpi_exchange), intent(in) mpi_exch )
Parameters
[in,out]arraythe field of integers to be exchanged
[in]mpi_exchthe structure defining the overlapping nodes

◆ mpi_exchange_scalar_logical()

subroutine mod_mpi_exchange::mpi_exchange::mpi_exchange_scalar_logical ( logical, dimension(:,:,:), intent(inout) array,
type(t_mpi_exchange), intent(in) mpi_exch )
Parameters
[in,out]arraythe field of logicals to be exchanged
[in]mpi_exchthe structure defining the overlapping nodes

◆ mpi_exchange_tensor_cell_edges_double()

subroutine mod_mpi_exchange::mpi_exchange::mpi_exchange_tensor_cell_edges_double ( type(t_stress_tensor), intent(inout) tensor)
Parameters
[in,out]tensorthe tensor field to be exchanged

◆ mpi_exchange_vector_cell_double()

subroutine mod_mpi_exchange::mpi_exchange::mpi_exchange_vector_cell_double ( double precision, dimension(:,:,:,:), intent(inout) array)
Parameters
[in,out]arraythe field of logicals to be exchanged

◆ mpi_exchange_vector_double()

subroutine mod_mpi_exchange::mpi_exchange::mpi_exchange_vector_double ( double precision, dimension(:,:,:,:), intent(inout) array,
type(t_mpi_exchange), intent(in) mpi_exch )
Parameters
[in,out]arraythe field of double vectors to be exchanged
[in]mpi_exchthe structure defining the overlapping nodes

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