3. Contents of objects#
3.1. Purpose. REFE#
'. REFE ': OJB S V K16 long = 3
REFE (1): field name REFE (2): calculation option REFE (3): data type (FREQ/INST)
3.2. Purpose. DISC#
'. DISC ': OJB S V R long = nbfreq
This object contains the list of frequencies or the times at which spectra are defined.
3.3. Purpose. NUME_ORDRE#
'. NUME_ORDRE ': OJB S V I long = nbspec
NUME_ORDRE (k) contains the order number associated with the time function found in VALE (k).
3.4. Purpose. NUMI#
'. NUMI ': OJB S V I long = nbspec
NUMI (k) contains the order number associated with the row of the interspectral matrix whose spectrum is in VALE (k).
3.5. Purpose. NUMJ#
'. NUMJ ': OJB S V I long = nbspec
NUMJ (k) contains the order number associated with the column of the interspectral matrix whose spectrum is found in VALE (k).
3.6. Purpose. NOEI#
'. NOEI ': OJB S V K8 long = nbspec
NOEI (k) contains the name of the node associated with the row of the interspectral matrix whose spectrum is in VALE (k).
3.7. Purpose. CMPI#
'. CMPI ': OJB S V K8 long = nbspec
CMPI (k) contains the name of the component associated with the row of the interspectral matrix whose spectrum is found in VALE (k).
3.8. Purpose. NOEJ#
'. NOEJ ': OJB S V K8 long = nbspec
NOEJ (k) contains the name of the node associated with the column of the interspectral matrix whose spectrum is in VALE (k).
3.9. Purpose. CMPJ#
'. CMPJ ': OJB S V K8 long = nbspec
CMPJ (k) contains the name of the component associated with the column of the interspectral matrix whose spectrum is found in VALE (k).
3.10. Purpose. VALE#
'. VALE ': OJB XD V R NU
This collection contains nbspec objects.
In the case of an interspectral matrix, each object is identified by the row number and the column number in the matrix. This row or column number is defined either by an order number or by the pair (node, component).
If the row or column number in the matrix is described by an order number:
VALE (k) contains the spectrum corresponding to the row associated with NUMI (k) and to the column associated with NUMJ (k).
If the row or column number is described by the pair (node, component):
VALE (k) contains the spectrum corresponding to the row associated with (NOEI (k), CMPI (k)) and to the column associated with (NOEJ (k), CMPJ (K)).
The size of the diagonal terms in this matrix is equal to nbfreq. The autospectra are ranked according to list DISC.
The size of the extra-diagonal terms in this matrix is equal to 2*nbfreq. The interspectra are arranged in real part — imaginary part according to list DISC.
In the case of time functions, each object is identified by its order number (NUME_ORDRE (k)). The temporal data is arranged according to list DISC.