RiverPro and RioPro ADCP Guide
October 2017
EAR-Controlled Technology Subject to Restrictions Contained on the Cover Page.
Page 153
FIELD 3 – Percentage of more than one beam bad in bin – 0% of the velocity data were rejected because
not enough beams had good data.
FIELD 4 – Percentage of good 4-beam solutions – 45% of the velocity data collected during the ensemble
for depth cell 60 were calculated using four beams.
Table 24:
Percent-Good Data Format
Hex Digit
Binary
Byte
Field
Description
1-4
1,2
ID Code
Stores the percent-good data identification word (00 04h).
5,6
3
Depth cell 1, Field 1
Stores percent-good data for depth cell #1, field 1. See above.
7,8
4
Depth cell 1, Field 2
Stores percent-good data for depth cell #1, field 2. See above.
9,10
5
Depth cell 1, Field 3
Stores percent-good data for depth cell #1, field 3. See above.
11,12
6
Depth cell 1, Field 4
Stores percent-good data for depth cell #1, field 4. See above.
13-1028
7-514
Depth cell 2 – 200 (if
used)
These fields store percent-good data for depth cells 2 through 200, following the
same format as listed above for depth cell 1.
Table 25:
Status Data Format
Hex Digit
Binary
Byte
Field
Description
1-4
1,2
ID Code
Stores the status data identification word (00 05h).
5,6
3
Depth cell 1, Field 1
Stores status data for depth cell #1, field 1. 1=good, 0=bad
7,8
4
Depth cell 1, Field 2
Stores status data for depth cell #1, field 2. 1=good, 0=bad
9,10
5
Depth cell 1, Field 3
Stores status data for depth cell #1, field 3. 1=good, 0=bad
11,12
6
Depth cell 1, Field 4
Stores status data for depth cell #1, field 4. 1=good, 0=bad
13-1028
7-514
Depth cell 2 – 200 (if
used)
These fields store status data for depth cells 2 through 200, following the same for-
mat as listed above for depth cell 1.
