2. Data Structure Tree

sd_mesh (K8): := record


(o) '. DIME ': OJB S V I

'. NOMNOE ': OJB S N K8

'. COORDO ': sd_cham_no (GEOM_R)


(f) '. GROUPENO ': OJB XD V I NO ()

(f) '. PTRNOMNOE ': OJB S N K24


% if the mesh contains meshes:

| (o) '.NAME': JOB S N K8

'. TYPMAIL ': OJB S V I

'. CONNEX ': OJB XC V I NU ()

(f) “. GROUPEMA “: OJB XD V I NO () (f) “. PTRNOMMAI “: OJB S N K24

% if the mesh contains supermeshes (static substructuring):

(o) “.NOMACR”: JOB S V K8

“. PARA_R “: OJB S V R

“. SUPMAIL “: OJB XD V I NO ()

6. “. TYPL “: OJB S V I

   % if the mesh was obtained by CREA_MAILLAGE/RESTREINT:

   (o) “.MAOR”: JOB S V K8 long=1

“. CRNO “: OJB S V I

“. CRMA “: OJB S V I

% if the mesh contains a curvilinear abscissa map:

6. “. ABSC_CURV “: sd_card (ABSC_R)

6. “. ABSCNO “: OJB S V R

   % if the mesh was refined by Lobster:

6. “. ADAPTATION “: OJB S V I LONG =1

% if the mesh was read in the “MED” format:

6. “(11). FORM “: OJB S V K32 LONG =2

% if the mesh was obtained by CREA_MAILLAGE/DECOUPE_LAC:

(o) “.PATCH”: OJB XC V I

“. CONOPA “: OJB S V I

“. COMAPA “: OJB S V I

“. PTRNOMPAT “: OJB SV K24

sd_neighborhood (K12): := record

15. “PTVOIS”: OJB V I

15. “ELVOIS”: OJB V I

sd_skeleton (K8): := record

15. “$empty”: sd_mesh

6. “. INV. SKELETON “: OJB V I

6. “. CORRES “: OJB V I

6. “(9). NOMSST “: OJB V K24

% if DEFI_SQUELETTE/MAILLAGE:

6. “. ANGL_NAUT “: OJB V R dim = 3

“. TRANS “: OJB V R dim = 3

sd_grid (K8): := record

15. “$empty”: sd_mesh

(o) “. GRLI “: OJB V I (o) “. GRLR “: OJB VR