Manual pages | Cast3M

$$$$ DEFO     NOTICE  CHAT      11/09/12    21:15:48     7124           
                                             DATE     11/09/12

    Operateur DEFORME                        Voir aussi : TRAC
    -----------------                                     VECT   
    DEF1 = DEFORME  GEO1 CHPO1 (FLOT1) (VEC1) (COUL1) ...
           ... | CHPO2
               | CHEL MODEL


    Description :
    ____________

    The DEFORME operator constructs a DEFORME type object from an
 initial geometry and a displacement field. An amplification
 coefficient may be applied to the displacements. A color may be
 allocated to the deformed object. A scalar field can be associated
to the deformed object.

    Contents :
    __________

    GEO1  : initial geometry (MAILLAGE type)

    CHPO1 : displacement field (CHPOINT type)

    FLOT1 : coefficient of amplification (FLOTTANT type)

    VEC1  : option for the representation of a field by means of
            vectors (VECTEUR type)

    COUL1 : color allocated to the deformed object (MOT type)
            the default color is the one of the mesh to be deformed
            (see the COUL and AFCO operators)

    CHPO1 : scalar field (CHPOINT type)

    CHEL  : scalar field (MCHAML type)

    MODEL : associated model


    Note 1 :
    _________

    If the FLOT1 coefficient is not specified, it will be
 automatically determined.

    Note 2 :
    _________

    This object may be seen through the TRACE operator. Its contour
 may be interpreted as that of the GEO1 object deformed shape by
 the CHPO1 displacement field, with a FLOT1 amplification in the
 COUL color.

    Note 3 :
    _________

    A VEC1 object of VECTEUR type may be associated with the DEFORME
 object; as a result, it is possible to obtain the representation of
 a field by means of vectors (for instance, the loading or the
 reactions at restraints) on the deformed shape drawing.


    Note 4 :
    _________

    In order to have several contours of the deformed shapes on the
 same graph, it is possible to apply the ET operator between objects
 of DEFORME type.

 
    Note 5 :
    _________

    The scalar field is plotted as isovalues on the deformed shape