version 0.6.0
type_stencil::t_face_stencil Type Reference
+ Inheritance diagram for type_stencil::t_face_stencil:

Public Attributes

Relative index of the coefficient in the matrix.
integer, dimension(:,:,:,:), allocatable u
 
integer, dimension(:,:,:,:), allocatable v
 
integer, dimension(:,:,:,:), allocatable w
 
Relative indices and coordinates associated to the offset.

The (i, j, k) components corresponds to the indices of the offset array. E.g.: u(s_uv(l)i, s_uv(l)j, s_uv(l)k, FACE_LOCATION_V) = s_uv(l)offset

type(t_serialized_stencil), dimension(:), allocatable s_uu
 
type(t_serialized_stencil), dimension(:), allocatable s_uv
 
type(t_serialized_stencil), dimension(:), allocatable s_uw
 
type(t_serialized_stencil), dimension(:), allocatable s_vu
 
type(t_serialized_stencil), dimension(:), allocatable s_vv
 
type(t_serialized_stencil), dimension(:), allocatable s_vw
 
type(t_serialized_stencil), dimension(:), allocatable s_wu
 
type(t_serialized_stencil), dimension(:), allocatable s_wv
 
type(t_serialized_stencil), dimension(:), allocatable s_ww
 
integer, dimension(:,:,:,:), allocatable c
 Staggered grid connectivities stored as [offset, coordinate, direction1, direction2].
 
Relative indices and coordinates associated to the offset shifted to

correspond to the real coordinates on the given grid.

For instance, o_uv(l)i corresponds the i coordinate of the _v grid.

type(t_serialized_stencil), dimension(:), allocatable o_uu
 
type(t_serialized_stencil), dimension(:), allocatable o_uv
 
type(t_serialized_stencil), dimension(:), allocatable o_uw
 
type(t_serialized_stencil), dimension(:), allocatable o_vu
 
type(t_serialized_stencil), dimension(:), allocatable o_vv
 
type(t_serialized_stencil), dimension(:), allocatable o_vw
 
type(t_serialized_stencil), dimension(:), allocatable o_wu
 
type(t_serialized_stencil), dimension(:), allocatable o_wv
 
type(t_serialized_stencil), dimension(:), allocatable o_ww
 
- Public Attributes inherited from type_stencil::t_base_stencil
type(t_stencil_typetype
 
integer size = 0
 
integer extent = -1
 

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