3. Operands#

3.1. Operand TABLE_COEF#

♦ TABLE_COEF = tab


Table containing the coefficients of the combinations for all the results or the tables to be combined. Each column should contain the coefficients to be applied to a result or a table. The name at the top of the column must be consistent with the name entered under the keyword NOM_CAS of the result or table entered in the keyword factor AFFE. Each line should represent a combination. Each coefficient will be used to multiply the result/table in the corresponding combination.

3.2. Operand TABLE_COEF_RESU#

♦ TABLE_COEF_RESU = tab


Name of the final coefficient table. This table comes from the table given as input under the keyword TABLE_COEF. This is extended according to the order numbers contained in each result or table.

3.3. Operand TYPE_COMB#

♦ TYPE_COMB =/" RESULTAT"

/" TABLE"

A text-type indicator that specifies the type of data structure to be multiplied.


Two choices are possible:

  1. RESULTAT: The data structures to be combined are of the sd_result type. Three types of results are accepted: mult_elas, evol_elas and mode_meca

  1. TABLE: sd_table data structure.

Note: Only tables derived from the CALC_COUPURE operator for static calculations are supported. For example, tables from CALC_COUPURE for seismic calculations (operator 'COMB_SISM_MODAL') are not processed.

3.4. Operands TOUT/GROUP_MA/GROUP_NO#

If TYPE_COMB = "RESULTAT" then


♦/"TOUT" = "OUI ",

/"GROUP_MA" = l_grma,

/"GROUP_NO" = l_grno,


The keywords TOUT, GROUP_MA and GROUP_NO allow the user to choose the stitches or knots on which he wants to make his combinations.

  1. TOUT = “OUI”

All meshes (carrying finite elements) will be treated.

  1. GROUP_MA = l_grma

Only the meshes included in l_grma will be processed.

  1. GROUP_NO = l_grno

Only nodes included in l_grno will be processed.


Note:

The keywords GROUP_MA and GROUP_NO can be used simultaneously

3.5. Operand MODELE#

If TYPE_COMB = "RESULTAT" then


♦ MODELE = mo


The name of the model to which the output result will be assigned.

3.6. Operand NOM_CHAM#

If TYPE_COMB = "RESULTAT" then


◊ NOM_CHAM = l_nomcham


This keyword allows you to choose a list of symbolic field names to be combined (at nodes or by element) from the set of possibilities. It is optional. If it is not filled in, all fields are combined.

3.7. Keyword factor AFFE#

If TYPE_COMB = "RESULTAT" then


♦ AFFE = _F (♦ NOM_CAS = l_nomcas,

♦ RESULTAT = resu,

),

Keyword factor used to specify the results to be combined.

  1. NOM_CAS = l_nomcas

The name of the result to be combined. This must be consistent with the names entered in the coefficient table.

  1. RESULTAT = resu

sd_result data structure to be combined.


If TYPE_COMB = "TABLE" then


♦ AFFE = _F (♦ NOM_CAS = case name,

♦ TABLE = table,

),

Keyword factor used to specify the tables to be combined.

  1. NOM_CAS = l_nomcas

The name of the result to be combined. This must be consistent with the names entered in the coefficient table.

  1. TABLE = table

sd_result data structure to be combined.

3.8. Operation FILTRE#

If TYPE_COMB = "TABLE" then


◊ FILTRE = _F (♦ NOM_PARA = para

◊/CRIT_COMP =/"EQ",

/"LT",

/"GT",

/"NOT",

/"THE",

/"AGE",

/"VIDE ",

/"NON_VIDE ",

/"MAXI ",

/"MAXI_ABS ",

/"MINI ",

/"MINI_ABS ",

# If "CRIT_COMP" = ('EQ', 'NE', 'NE', 'NE', 'GT', 'LT', 'GE', 'LE')

♦/VALE = vale,

/VALE_I = vale_i,

/VALE_C = vale_c,

/VALE_K = vale_k,


◊ | PRECISION =/prec,

/1.E-3,

◊ | CRITERION =/"RELATIVE",

/"ABSOLU ",

),


This factor keyword is optional. It allows you to filter the rows in the table. For the use of this keyword see command IMPR_TABLE [:external:ref:`U4.91.03 <U4.91.03>`].

3.9. Operand NOM_PARA#

♦ NOM_PARA = l_para


Name of the parameters (columns) that you want to extract.