Examples
========




Extractions of functions on the dynamic response of a pipe network
--------------------------------------------------------------------------


.. code-block:: text

    tran_gen = DYNA_VIBRA (...)


    l_inst = DEFI_LIST_REEL (DEBUT = 0. ,

    INTERVALLE = _F (JUSQU_A = 3., PAS = 0.005))


    dyn_tran = REST_GENE_PHYS (RESU_GENE = tran_gen, NOM_CHAM = 'DEPL',

    LIST_INST = l_inst, INTERPOL = 'LIN')


    dyn_tran = CALC_CHAMP ( ... ,

    CONTRAINTE = 'SIEF_ELGA')


    tab_rele = POST_RELEVE_T (ACTION =_F (INTITULE = 'six_254',

    CHEMIN = line,

    RESULTAT = dyn_tran,

    NOM_CHAM = 'SIEF_ELGA',

    INST = 2.54,

    TOUT_CMP = 'OUI',

    OPERATION = 'EXTRACTION'))




Evolution of the movement of the node NO01 component 'DX' at all times of calculation
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~


.. code-block:: text

    f1 = RECU_FONCTION (RESU_GENE = tran_gen, NOM_CHAM = 'DEPL',

    GROUP_NO = 'GNO01', NOM_CMP = 'DX')




Evolution of the quantity 'SIXX' on mesh MA01 at node NO01 at all times of calculation
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~


.. code-block:: text

    f2 = RECU_FONCTION (RESULTAT = dyn_tran, NOM_CHAM = 'SIEF_ELGA',

    GROUP_MA = 'GMA01', GROUP_NO = 'NO01', NOM_CMP =' SIXX ')




Evolution of the quantity 'SIXX' along the pipe line at the time of calculation 2.54 s
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~


.. code-block:: text

    f3 = RECU_FONCTION (TABLE = tab_rele,

    PARA_X = 'ABSC_CURV', PARA_Y = 'SIXX')




Evolution of the quantity 'SIXX' along the pipe line (curvilinear abscissa greater than 10) at the time of calculation 2.54 s
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~


.. code-block:: text

    f4 = RECU_FONCTION (TABLE = tab_rele,

    FILTRE = _F (NOM_PARA = 'ABSC_CURV',

    CRIT_COMP = 'GE',

    VALE = 10.,),

    PARA_X = 'ABSC_CURV', PARA_Y = 'SIXX')




Extracting functions from a melasflu data structure
------------------------------------------------------------

meles1 = CALC_FLUI_STRU (...)

f_freq = RECU_FONCTION (BASE_ELAS_FLUI = meles1,

PARA_X = 'VITE_FLU',

PARA_Y = 'FREQ',

TOUT_ORDRE = 'OUI',

NUME_MODE = 2

)




Extracting functions in an interspectrum data structure
----------------------------------------------------------------

reppx_ac = REST_SPEC_PHYS (...)

statx_ac = POST_DYNA_ALEA (INTERSPECTRE = _F (INTE_SPEC = reppx_ac,

OPTION = 'DIAG',

                                                     )

                              )

f_freq = RECU_FONCTION (INTE_SPEC = statx_ac,

NOEUD_I = 'N_ TUB_01 ',

NOM_CMP_I = 'DX',

)