Bernese GPS Software Version 5.0 - Bernese GNSS Software

20.4 Description of the Processing Examples
a result without manual interactions, however stations may be missing in the solution.
Using the default settings the BPE stops with an error if the station name is not in
the abbreviation list, or if the antenna type is not listed in the phase center offsets
file.
PID 231 CODSPPAP: This is the parallelization script for CODSPP.
PID 232 CODSPP P: CODSPP is started to synchronize the receiver clocks to GPS time.
Also the code measurements are checked for bad observations and outliers are marked
in the observation files.
PID 233 CODXTR: Program CODXTR creates a summary from the output files written in
the CODSPP step. The file is listed in the processing summary. A high rms value
and/or a lot of outliers indicate a site with bad code tracking performance.
Note for processing your own data: Stations showing a large rms are detected and
listed in a deletion file (SPPyyssss.DEL in directory OUT). The rms threshold can be
adjusted in panel “CODXTR 2: Options”. Both code and phase observation files will be
added to that list. The script removes the observation files according to the deletion
list.
RXOBV3 runs in parallel only if option “Action if station not in abbreviation list” in panel
“RXOBV3 2: Input Options 1” is set to ERROR. Otherwise, all stations are processed in one
RXOBV3-run. This prevents problems when different RXOBV3 runs try to update the station
abbreviation table at the same time.
Further reading: Section 4.2: RINEX Observation Files (page 53), Section 6.2: Preprocessing
on the RINEX Level (page 103), Section 6.2.4: Code Smoothing (page 106), Section 4.2.3:
Import to Bernese (page 54), Section 6.3: Receiver Clock Synchronization and Preprocessing
of Code Observations (page 108), Section 19.5.2: Parallel Processing (page 391).
20.4.4.5 Iterative Data Screening
#
# Iterative data screening
# ------------------------
301 CLKEDT CLK_ED1 ANY 1 233
302 CLKEDT CLK_ED2 ANY 1 301
PID 301 CLKEDT: Result files from previous runs of this script for this session are deleted,
and several programs are run in a loop:
(1) GPSEST to create a residual file,
(2) GPSXTR to compile a summary from the GPSEST program output,
(3) RESRMS to screen the residual file for outliers,
(4) RESCHK to check the RESRMS summary table for bad stations.
If RESCHK detects bad stations (at most two stations per run), they are listed in
the file ED1iyyssss.DEL (with i the iteration number, yy the two-digit year, and
ssss the session), deleted, and the loop is repeated starting with GPSEST. After
Bernese GPS Software Version 5.0 Page 453