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$$$$ RECOMPOM NOTICE  CHAT      11/09/12    21:17:53     7124           
                                             DATE     11/09/12

    Procedure RECOMPOM                       Voir aussi : RECOMPOS LSQF
    ------------------                                    NORMALIM    
                                                          RESPOWNS   
    N2 EVOL1_SIGN =RECOMPOM EVOL2_MRESI EVOL3_MDECO
               FLOT1_DTIME (FLOT2_RESI  LREEL1_DECO TAB1);



    Description :
    -------------

    The RECOMPOM procedure enables the recomposition EVOL1_SIGN 
    (including one curve) of a signal whose orthogonal wavelet is
    known as modulation functions EVOL3_MDECO (including N1 curves)
    and as a residue function EVOL2_MRESI (including one curve).
    FLOT1_DTIME refers to the sampling period associated with 
    EVOL2_MRESI. The sign of the wavelet coefficients is generated
    at random. N2 refers to the number of actually reached levels 
    of recomposition.

    The EVOL3_MDECO and EVOL2_MRESI functions can be identified using
    the DECOMPOS procedure and the LSQF operator.
    
    The FLOT2_RESI and LREEL1_DECO values can be determined by means 
    of the NORMALIM procedure or calculated with RESPOWNS.
    
    The RECOMPOM procedure uses the RECOMPOS procedure and the PERT
    operator.
    

    Options :
    ---------

    FLOT2_RESI  : FLOT2_RESI allows EVOL2_MRESI to be weighted.
                  Default 1.

    LREEL1_DECO : LREEL1_DECO, composed of N1 FLOTTANT allows
                  EVOL3_MDECO to be weighted. Default 1. ... 1.

    TAB1        : the significant contents of TAB1 are the following :

    index  pointed object    comments
                type


     LREC   ENTIER       allows the number of requested levels of
                         recomposition to be specified. By default
                         it is the maximum, i.e. N1.

     FORC   LOGIQUE      allows the recomposition to be forced
                         according to LREC beyond N1 by adding null
                         levels. The default is FAUX (not permitted).

     BORD   MOT          specifies the boundary conditions for the
                         correlation calculations : 'SYME'(trical) or
                         zero 'PADD'(ing). The default is 'SYME'.

     TYPE   MOT          allows the type of orthogonal wavelet to be
                         specified: 'MALL'(at) or 'DAUB'echie.
                         The default is 'MALL'.

     AMPL   FLOTTANT     inputs a random perturbation of sine/cosine
                         type to determine wavelet signals
                         (PERT operator).
                         By default AMPL is null.

     INIT   ENTIER       allows the random numbers generator to be
                         initialized. By default, we do nothing.

     TINI   FLOTTANT     allows a lower boundary for signal
                         reconstruction to be specified.

     TFIN   FLOTTANT     allows an upper boundary for signal
                         reconstruction to be specified.