Content of OJB
===============




Purpose. AFCK
-----------

AFCK (1) contains a character string "typing" the load: 'CIxx_yy'

with:

.. code-block:: text

    xx:/ME (mechanical)

    /TH (thermal)

    /AC (acoustic)


    yy:/RE (real values). Example: AFFE_CHAR_CINE/MECA_IMPO

    /CX (complex values). Example: AFFE_CHAR_CINE/ACOU_IMPO

    /FT ("function (INST)" values). Example: AFFE_CHAR_CINE_F/MECA_IMPO

**Note:*

*we use* yy = FT *in the case* AFFE_CHAR_CINE/EVOL_IMPO

AFCK (2): name of the model associated with the load

AFCK (3): /' '

 /evoimp: name of the evol_xxx sd provided as an argument for the EVOL_IMPO keyword.




Purpose. AFCI
-----------

We call a block, a kinematic condition that can be written in the form:

CMP_i (NOEUD_j) = alpha_ij.

A kinematic load is in fact a list of such blockages. Let block the number of blockages of the load, the object. AFCI is then of length ≥ 3*nblock + 1


.. csv-table::

    ". AFCI (1)", "block"
    ". AFCI (2)", "number of the NOEUDconcerné by the 1st blocking"
    ". AFCI (3)", "number of the CMPconcernée by the 1st blocking"
    ". AFCI (4)", "0 (unused)"
    ". AFCI (5)", "number of NOEUDconcerné by the 2nd block"
    ". AFCI (6)", "number of the CMPconcernée by the 2nd block"
    ". AFCI (7)", "0 (unused)"
    " ... ", "..."


**Attention:**

*The number of the* *CMPest the number of the* *cmped by this node and not the absolute number of the* *CMPdans the quantity catalog.*

*For example, for a node with* *'DX'* * *and* *'DZ',* *AFCI (3) = 2 means "the* *DZ* *of the node* * *AFCI (2)" .*




Purpose. AFCV
-----------

The object. AFCV when it exists, is is of length ≥ block.

The object. AFCV doesn't exist if AFCK (3) ※ ''

Depending on the case, the stored values are real, complex, or k8 (function names).


.. csv-table::

    ". AFCV (1)", "value imposed for the 1st blocking"
    ". AFCV (2)", "value imposed for the 2nd block"
    ". AFCV (3)", "value imposed for the 3rd block"
    " ... ", "..."





example
-------


.. code-block:: text

    CHCI = AFFE_CHAR_CINE (MODELE =MO, MECA_IMPO =(

    _F (GROUP_NO = 'GNO15', DY = -1.2, DZ = 6.1),

    _F (NOEUD = 'N368', DY = 3.0)))


    IMPR_CO (CONCEPT =_F (NOM = CHCI))


    === === === === === === === === === === === === === ===

    IMPRESSION FROM CONTENU DES OBJETS TROUVES:

    ----------------------------------------------------------------------------

    IMPRESSION SEGMENT FROM VALEURS > CHCI. AFCI >>>>

    1 - 3 267 2 1 267

    6 - 3 1 368 2 1

    ----------------------------------------------------------------------------

    IMPRESSION SEGMENT FROM VALEURS > CHCI. AFCK >>>>

    1 - > CIME_RE <>MO <> <

    ----------------------------------------------------------------------------

    IMPRESSION SEGMENT FROM VALEURS > CHCI. AFCV >>>>

    1 - -1.20000D+00 6.10000D+00 3.00000D+00