Data structure
====================


Arborescence
------------


.. code-block:: text

    cabl_precont (K8): := record
(o) 'CABLE_BP': SD table
(o) 'CABLE_GL': SD table
(o) 'CABLE. LIRELA ': SD real_list
(o) 'SIGMACABLE. NOGD ': OJB SV K8
(o) 'SIGMACABLE. NCMP ': OBJ SV K8
(o) 'SIGMACABLE. NUMA ': OBJ S V I
(o) 'SIGMACABLE. VALE ': OBJ S V R


    Table CABLE_BPassociée at ASD cabl_precont contains the following 11 parameters:


.. code-block:: text
 'NUMC_CABLE' I
'NOEUD_CABLE' K8
'ABSC_CURV' R
'ALPHA' R
'TENSION' R
'MAILLE_BETON_VOISINE' K8
'NOEUD_BETON_VOISIN' K8
'INDICE_IMMERSION' I
'INDICE_PROJECTION' I
'EXCENTRICITE' R
'NUM_CABLE' K8
'NOEUD_MILIEU' OUI or NON

Table CABLE_GL associated with the cabl_precont SD contains the following 9 parameters:


.. code-block:: text
 'TYPE_ANCRAGE1' K8
'TYPE_NOEUD1' K8
'NOM_ANCRAGE1' K16
'TYPE_ANCRAGE2' K8
'TYPE_NOEUD2' K8
'NOM_ANCRAGE2' K16
'TENSION' R
'RECUL_ANCRAGE' R
'ADHERENT' K8

The SD table is described in [:external:ref:`D4.02.05 <D4.02.05>`].


.. code-block:: text

    Object '. LIRELA '

The list of relationships (liste_rela data structure) to the cabl_precont data structure is called


.. code-block:: text

    CABL_PR (K8) //'. LIRELA '

The liste_rela data structure is described in [:ref:`D4.06.13 <D4.06.13>`].


.. code-block:: text

    Object '. SIGMACABLE. NOGD '

This vector of size 1 contains the name of the stored quantity SIEF_R.


.. code-block:: text

    Object '. SIGMACABLE. NOCMP '

This vector of size :math:`{n}_{\mathit{comp}}` contains the names of the :math:`{n}_{\mathit{comp}}` stored components.

 **Object** **'. SIGMACABLE. NUMA '**

         This vector of size :math:`{n}_{\mathit{ma}}` contains the indices of the meshes of the 3D concrete mesh in which tension is imposed by the cables. These indices are not sorted.

 **Object** **'. SIGMACABLE. VALE '**

         This vector of size :math:`{n}_{\mathit{ma}}\times {n}_{\mathit{comp}}` contains the values of the :math:`{n}_{\mathit{comp}}` components of the quantity SIEF_R, for all the cells whose indices are present in. SIGMACABLE. NUMA.

Thus, the values corresponding to the mesh numa (jj) are stored in:

vale [(jj-1) *ncomp+1: (jj-1)*ncomp+ncomp)