Arborescence
============


.. code-block:: text

    sd_fiss_xfem (K8). :=record


    ♦ '. INFO 'OJB S V K16

    '. MAILLAGE 'OJB S V K8


    ◊ '. CHAMPS. LVS 'OJB S V L


    ♦ '. LTNO 'CHAM_NO

    '. LNNO 'CHAM_NO

    '. GRLTNO 'CHAM_NO

    '. GRLNNO 'CHAM_NO

    '. BASLOC 'CHAM_NO

    '. STNO 'CHAM_NO

    '. STNOR 'CHAM_NO


    ♦ '. GROUP_MA_ENRI 'OJB S V I

    '. GROUP_NO_ENRI 'OJB S V I

    '. CARAFOND 'OJB S V R


    ◊% if the structure contains a crack base

    '. FONDFISS 'OJB S V R

    '. BASEFOND 'OJB S V R

    '. FONDMULT 'OJB S V I

    '. LTNS 'OJB SV K24

    '. LTNT 'OJB S V K16

    '. FOND. TAILLE_R 'OJB S V R

    '. NOFACPTFON 'OJB S V I


    ◊% if the stitches are completely cut by the crack

    '. MAILFISS. HEAV 'OJB S V I


    ◊% if meshes contain the bottom of the crack

    '. MAILFISS. CTIP 'OJB S V I


    ◊% if meshes are cut by the crack and contain the bottom of the crack

    '. MAILFISS. HECT 'OJB S V I


    ◊% if contact is defined on certain cracks in the model

    '. MAILFISS. CONT 'OJB S V I


    ◊% if the crack is the result of propagation by the operator PROPA_FISS

    '. PRO. RAYON_TORE 'OJB S V R

    '. PRO. NOEUD_TORE 'OJB S V L

    '. PRO. NOEUD_PROJ 'OJB S V L


    ◊% if a grid is associated with the crack by DEFI_FISS_XFEM

    '. GRI. MAILLAGE 'OJB S V K8

    '. GRI. LNNO 'CHAM_NO

    '. GRI. LTNO 'CHAM_NO

    '. GRI. GRLNNO 'CHAM_NO

    '. GRI. GRLTNO 'CHAM_NO


    ◊% if the grid contains a crack base

    '. FONDFISG 'OJB S V R


    ◊% if equal relationships between contact unknowns are imposed

    '. LISEQ 'OJB S V I


    ◊% if equal relationships between contact unknowns are imposed and if there are Multi-Heaviside elements

    '. LISEQ_LAGR 'OJB S V I


    ◊% if there are groups of connected vital edges

    '. CNCTE 'OJB S V I


    ◊% if the JONCTION keyword was used

    '. JONFISS 'OJB S V K8

    '. JONCOEF 'OJB S V I

    sd_modele_xfem (K8). :=record


    ♦ '. MODELE_SAIN 'OJB S V K8


    ♦ '. TOPOSE. PIN 'CHAM_ELEM

    '. TOPOSE. PMI 'CHAM_ELEM

    '. TOPOSE. CNS 'CHAM_ELEM

    '. TOPOSE. HEA 'CHAM_ELEM

    '. TOPOSE. LON 'CHAM_ELEM

    '. TOPOSE. PAI 'CHAM_ELEM

    '. TOPOSE. PJO 'CHAM_ELEM


    ♦ '. TOPONO. NHO 'CHAM_ELNO

    '. TOPONO. HSE 'CHAM_ELEM


    ◊% if there are Multi-Heaviside elements
'. TOPONO. HFA 'CHAM_ELEM


    ♦ '. TOPOFAC .PI' CHAM_ELEM

    '. TOPOFAC .AI' CHAM_ELEM

    '. TOPOFAC .CF' CHAM_ELEM

    '. TOPOFAC .LO' CHAM_ELEM

    '. TOPOFAC .BA' CHAM_ELEM

    '. TOPOFAC .OE' CHAM_ELEM

    '. TOPOFAC .GE' CHAM_ELEM

    '. TOPOFAC .GM' CHAM_ELEM


    ◊% if there are Multi-Heaviside elements
'. TOPOFAC .HE' CHAM_ELEM


    ♦ '. LTNO 'CHAM_ELNO

    '. LNNO 'CHAM_ELNO

    '. BASLOC 'CHAM_ELNO

    '. STNO 'CHAM_ELNO

    '. NOXFEM 'CHAM_ELNO


    ◊% if elements store information from several cracks

    '. FISSNO 'CHAM_ELNO

    '. HEAVNO 'CHAM_ELNO


    ♦ '. XFEM_CONT 'OJB S V I


    ♦ '. NFIS 'OJB S V I

    '. FISS 'OJB S V K8

    '. XMAFIS 'CHAM_ELEM

    '. PRE_COND 'OJB S V K8


    sd_contact_xfem (K16). :=record


    ♦ '. CARACF 'OJB S V R

    '. ECPDON 'OJB S V I

    '. METHCO 'OJB S V I


    '. XFIMAI 'OJB S V K8

    '. XNRELL 'OJB SV K24


    ◊% contact cards for the wide-slip approach


    '. XFPO 'CARTE

    '. XFST 'CARTE

    '. XFPI 'CARTE

    '. XFAI 'CARTE

    '. XFCF 'CARTE

    '. XFHF 'CARTE

    '. XFPL 'CARTE