3. Contents of objects#
Convention: nbnoch = number of fields to read
3.1. “. FID_NOM “: S V K16#
This object contains the names of the fields to be read.
For \(i\mathrm{=}1\), nbnoch
→ v (i): name of the th field to read
ex: “DEPL”, “VITE”,…, “SIEF_ELNO”
3.2. “. FID_NUM “: S V I#
This object contains for each of the fields to be read the number of the associated dataset.
For \(i\mathrm{=}1\), nbnoch
→ v (i): number of the dataset associated with the th field to be read
ex: 55, 57, 2414
3.3. “. FID_PAR “: S V I#
For each of the fields to be read, this object contains the characteristics of the header of the dataset you are looking for. This header is composed of a maximum of 20 « records » consisting of 40 « fields » each.
3.4. “. FID_LOC “: S V I#
This object contains for each field, 5 pairs of integer values allowing to locate, within the dataset, the order number, the moment, the frequency… The first value indicates the number of the record where the information is stored and the second value indicates its position.
v (1) v (2) |
= Record number = Position |
Order number |
|
v (3) v (4) |
= Record number = Position |
Instant |
Field No. 1 |
v (5) v (6) |
= Record number = Position |
Frequency |
|
v (7) v (8) |
= Record ID = Position |
Nume_mode |
|
v (9) v (10) |
= Record number = Position |
Mass_gene |
|
v (11) v (13) |
= Record number = Position |
Order number |
|
v (13) v (14) |
= Record No. = Position |
Instant |
Field No. 2 |
|
3.5. “. FID_CMP “: S V M8#
This object contains for each field the components of the quantity to be read.
v (1) |
DX |
|
v (2) |
DY |
|
v (3) |
DZ |
Field No. 1 |
v (4) |
DRX |
|
v (5) |
DRY |
|
v (6) |
DRZ |
|
v (1001) |
EPXX |
|
v (1002) |
EPYY |
|
v (1003) |
EPZZ |
Field No. 2 |
v (1004) |
EPXY |
|
v (1005) |
EPXZ |
|
v (1006) |
EPYZ |
|
|
||
|
3.6. “. FID_NBC “: S V I#
This object contains for each field the number of components to be read.