Syntax
=====
               

.. code-block:: text

    table = POST_RUPTURE (
        ◇ reuse = <objet de TABLE >,
        ◆ TABLE = table,
        ◆ OPERATION =/"ABSC_CURV_NORM ",
                      /"ANGLE_BIFURCATION ",
                      /"COMPTAGE_CYCLES ",
                      /"CUMUL_CYCLES ",
                      /"DELTA_K_EQ ",
                      /"K1_ NEGATIF ",
                      /"K_EQ",
                      /"LOI_PROPA ",
                      /"PILO_PROPA ",
        # If: equal_to (" OPERATION ", 'ABSC_CURV_NORM')
            ◇ NOM_PARA = text (default: "ABSC_CURV_NORM "),
        # If: equal_to (" OPERATION ", 'ANGLE_BIFURCATION')
            ◇ NOM_PARA = text (default: "BETA "),
            ◇ CRITERE =/"K1_ MAX ",
                        /"K2_ NUL ",
                        /"PLAN ",
                        /"SITT_MAX" (by default),
                        /"SITT_MAX_DEVER ",
            ◇ MATER = subdue,
        # If: equal_to (" OPERATION ", 'K_EQ')
            ◇ NOM_PARA = text (default: "K_EQ"),
            ◇ CUMUL =/"CUMUL_G" (by default),
                      /"LINEAIRE ",
                      /"MODE_I ",
                      /"QUADRATIQUE ",
            # If: is_in (" CUMUL ", ('QUADRATIQUE', 'CUMUL_G'))
                ◆ MATER = subdue,
        # If: equal_to (" OPERATION ", 'DELTA_K_EQ')
            ◇ NOM_PARA = text (default: "DELTA_K_EQ "),
            ◇ CUMUL =/"CUMUL_G" (by default),
                      /"MODE_I ",
                      /"QUADRATIQUE ",
            # If: is_in (" CUMUL ", ('QUADRATIQUE', 'CUMUL_G'))
                ◆ MATER = subdue,
        # If: equal_to (" OPERATION ", 'COMPTAGE_CYCLES')
            ◆ NOM_PARA = text,
            ◆ COMPTAGE =/"NATUREL ",
                         /"RAINFLOW ",
                         /"RCCM ",
                         /"UNITAIRE ",
            ◇ DELTA_OSCI = float (default: 0.0),
            # If: equal_to (" COMPTAGE ", 'UNITAIRE')
                ◆ COEF_MULT_MINI = float,
                ◆ COEF_MULT_MAXI = float,
        # If: equal_to (" OPERATION ", 'LOI_PROPA')
            ◇ NOM_PARA = text (default: "DELTA_A "),
            ◇ NOM_DELTA_K_EQ = text (default: "DELTA_K_EQ "),
            ◆ LOI = "PARIS" (or not specified),
            # If: equal_to (" LOI ", 'PARIS')
                ◆ C = float,
                ◆ M = float,
                ◇ DELTA_K_SEUIL = float (default: 0.0),
        # If: equal_to (" OPERATION ", 'CUMUL_CYCLES')
            ◇ NOM_PARA = text (default: "DELTA_A "),
            ◇ CUMUL = "LINEAIRE ",
        # If: equal_to (" OPERATION ", 'PILO_PROPA')
            ◆/DELTA_A_MAX = float,
              /DELTA_N = float,
        # If: equal_to (" OPERATION ", 'K1_ NEGATIF ', 'K1_')
            ◆ MODELISATION =/"3D",
                             /"AXIS ",
                             /"C_ PLAN ",
                             /"D_ PLAN ",
            ◆ MATER = subdue,
    )
    
    ◆: mandatory
    ◇: optional
    : present by default
    &: together
    /: only one among
    |: several possible choices