Context structure when an array is used for the definition. More...
#include <cs_xdef.h>
Data Fields | |
| int | z_id |
| int | stride |
| cs_flag_t | value_location |
| bool | is_owner |
| bool | full_length |
| cs_real_t * | values |
| cs_lnum_t * | full2subset |
| cs_lnum_t | n_list_elts |
| const cs_lnum_t * | elt_ids |
| const cs_adjacency_t * | adjacency |
Context structure when an array is used for the definition.
| const cs_adjacency_t* adjacency |
(Optional) Pointer to a shared adjacency structure (an indexed list). This structure can be useful to manipulate arrays with advanced value location (i.e. not the classical ones as vertices, cells or boundary faces). One assumes that the lifecycle of this buffer is managed outside (pointer to a cs_adjacency_t stored either in the cs_cdo_connect_t struct. or the cs_mesh_t struct. for instance)
| const cs_lnum_t* elt_ids |
(Optional) List of element ids. Useful when the array describes only a part of the full-length array and the value location is neither the cells for a volume definition nor the boundary faces for a boundary definition. One assumes that the lifecycle of this array is managed outside.
| cs_lnum_t* full2subset |
(Optional) Array of size equal to the full support to get the position in the subset list of an element. Allocated only if full_length is set to false and only if needed.
| bool full_length |
The array describes only a part of the support. To know which part is defined, one can relies on the elements of the zone when the support flag corresponds to the (primal) cells or to the boundary faces. In other cases, one needs the number of elements and its associated list.
| bool is_owner |
If true the lifecycle of the values is managed by the cs_xdef_t structure. Otherwise, the lifecycle is managed by the calling code.
| cs_lnum_t n_list_elts |
(Optional) Number of element in the (sub)list of elements when the array describes only a part of the full-length array (Case of value_location which is neither the cells nor the boundary faces).
| int stride |
Stride to access the array values
| cs_flag_t value_location |
Flag to know where are defined array values
| cs_real_t* values |
Array values
| int z_id |
id related to a zone (volume or boundary). If id = 0, then all cells (in case of volume zone) or all boundary faces (in case of boundary zone) are selected. A full length array is thus considered and the way to apply a definition by array is simpler.
1.14.0 