Keyword factor RESU ==================== This factor keyword allows you to specify the results and the fields to be printed. Operand MAILLAGE ----------------- If the result is a mesh (mesh operand [:external:ref:`U4.91.01 `]), the data reported in the result file in MED format are: .. csv-table:: "* the list of nodes", "number, name, coordinates," "* the list of stitches", "number, name, name, type, name of the knots," "* the list of node groups", "number, name, number of nodes, names of nodes," "* the list of mesh groups", "number, name, number of stitches, names of stitches." **Note:** *In a file MED, there is a division of knots and meshes according to groups. A partition corresponds to a MED family. In a file MED, the groups are distributed within the families: there are therefore families of nodes and families of elements.* Operand RESULTAT ----------------- The RESULTAT operand allows you to print fields contained in a result concept into a MED file. The following information is written in the file 'MESSAGE': * operand 'RESULTAT', * operand 'NOM_CHAM', * operand 'NUME_ORDRE', * name of the field stored in file MED: concatenation of the three previous operands. If INFO_MAILLAGE = = 'OUI', more detailed information is printed in the 'MESSAGE' file when the MED mesh is written. For example, we can obtain the types of printed meshes, the names of the MED families that are created, etc. Operand CARA_ELEM ------------------ The CARA_ELEM operand is used to print fields with subpoints. When CARA_ELEM is provided, the sub-point fields are printed by adding information to the MED file allowing the sub-points to be positioned taking into account the information contained in the sd_cara_elem (thickness of a shell, spin angle of a multi-fiber beam,...). Operand CHAM_GD ---------------- The CHAM_GD operand allows you to print a data structure of the type cham_gd into the file. Concretely, you can therefore print a map, a field by elements or a field with nodes with this keyword. Operand NOM_CHAM_MED --------------------- The NOM_CHAM_MED operand allows you to define the name of the MED field. It is a 64 character string. This can be used in particular when you want to print certain components of the field as several fields in the same MED file (for example for the visualization of SIRO_ELEM). Operand NOM_RESU_MED --------------------- The NOM_RESU_MED operand is an alternative to NOM_CHAM_MED concerning the terminology of the MED fields. Its use will make it possible to no longer explicitly name fields MED, which means that all fields contained in the result will be printed. Each MED field name will be constructed from: * of the character string provided to NOM_RESU_MED (string of at most 8 characters), * the symbolic name of the Aster field. For example: .. code-block:: text IMPR_RESU = ( FORMAT = 'MED', RESU = _F (RESULTAT = U, NOM_RESU_MED = 'U_ HAUT ', GROUP_MA = 'HAUT', NUME_ORDRE = 1,) ) If the U result contains fields DEPL and SIEF_ELGA, then the command above will produce fields MED: * 'U_ HAUT__DEPL ', * 'U_ HAUT__SIEF_ELGA ', This can be used in particular when you want to print the same field on different mesh groups in the same MED file. Operand IMPR_NOM_VARI ---------------------- This keyword is useful in the case of internal variables. When it is used and a VARI_ *field has been requested to be printed, it is in fact a VARI_*_ NOMME field that will be printed. This field will have components whose names will be based on the catalog of laws of behavior used in the calculation. If two laws of behavior have common internal variables, these will be merged into a single component. Operand PARTIE --------------- It is not possible to write complex fields. This is why you have to choose between the real part (PARTIE =' REEL '), the complex part (PARTIE =' IMAG'), the module (PARTIE =' MODULE ') or the phase (PARTIE =''), or the phase (=' PHASE '). Operands TOUT_ORDRE/NUME_ORDRE/LIST_ORDRE/NUME_MODE//INST///LIST_INST/FREQ//LIST_FREQ/NOEUD_CMP NOM_CAS ANGLE PRECISION CRITERE --------------------- See document [:external:ref:`U4.91.01 `].