8. SD Resumelem#
8.1. Purpose. NOLI#
NOLI (1) |
name of the ligrel associated with the resuelem. |
NOLI (2) |
name of the option associated with the resuelem. |
NOLI (3) |
/” MPI_COMPLET “/” MPI_INCOMPLET” |
NOLI (4) |
“” (unused) |
NOLI (3):
“MPI_INCOMPLET”: the calculation has been distributed (MPI) and the object has been distributed. RESLn is not a complete step on all processors. Each processor only calculated a subset of the items.
“MPI_COMPLET”: otherwise. That is to say, the calculation was not distributed, or else, the resuelem (MPI_INCOMPLETà its creation) was « completed » by calling the sdmpic.f utility
8.2. Purpose. DESC#
The “DOCU” field of the object. DESC contains: “RESL”
DESC (1) |
gd (quantity associated with the resuelem) |
DESC (2) |
nb_gr (number of GRELde. NOLI (1)) |
DESC (2+1) |
mode_1er_gr (mode_localof the local fields of the first GREL) |
|
|
DESC (2+nb_gr) |
mode_der_gr (mode_local from the latest GREL) |
8.3. Purpose. RESL#
It’s a scattered collection of R (or C) vectors. Access to this collection is through the number GREL:. RESL (IGREL) → V
If ncmpelis the number of scalars representing the local field for an element in GREL,
V (1,… , ncmpel) |
field values on the 1st element of GREL |
V (ncmpel+1,… ,2*ncmpel) |
field values on the 2nd element of GREL |
|
… |
Storage convention for symmetric elementary matrices:
1 |
||
2 |
3 |
|
4 |
5 |
6 |
Storage convention for non-symmetric elementary matrices:
1 |
2 |
3 |
4 |
5 |
6 |
7 |
8 |
9 |
Attention:
Because of the « distribution » of the elements (AFFE_MODELE / * DISTRIBUTION / METHODE = “GROUP_ELEM”) the objects in the collection. RESLpeuvent exist in the sense of JEEXINsans that you can do a JEVEUO (…, “L”,…) on them because they don’t have a disk image. To test if these objects really exist, use the routine JAEXIN.