Bernese GNSS Software Version 5.2 Tutorial

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7 Additional ExamplesThe messages### PG POLUPD: NUTATION MODEL NOT SPECIFIED IN INPUT ERP FILEUSING NUTATION MODEL NAME : IAU2000R06### PG POLUPD: SUBDAILY POLE MODEL NOT SPECIFIED IN INPUT ERP FILEUSING SUBDAILY POLE MODEL NAME : IERS2010just inform you that the nutation and subdaily pole models from the files in the inputpanel are written to the output file because no Bernese formatted ERP file was used asinput. This is different to importing the EOP from CODE products because here theinformation on the nutation and sub daily pole model is also available in the internationalformat (with the extension IEP).7.1.2 Merging Precise Orbit FilesBefore we can prepare the orbits from the IGS for a combined GPS+GLONASS processingwe need to merge the two separate files IGS15941.PRE and IGL15941.PRE.This is the task of the program CCPREORB ("Menu>Orbits/EOP>Concatenate/merge precise orbitfiles"):Page 102AIUB
7.1 Preparing Combined GPS and GLONASS IGS–OrbitsThe resulting filename consists of the solution identifier (“First four characters”) and thesession of the first epoch (if “Reference epoch for output files” is empty). The referenceepoch may also be specified by the user as the above example shows. Using the inputoptions from above panel we expect the result file named as ${P}/INTO/ORB/GNSS2070.PRE.In the next panel you may specify the time window for which the satellite positions shallbe included in the resulting precise orbit file.7.1.3 Generating Standard Orbit FilesThe subsequent steps to create the so–called standard orbit files from precise orbitfiles are again analogue to the standard procedure using CODE products as detailed inSect. 3.2 .The first step is the conversion into tabular orbit files (TAB) using the program PRETAB("Menu>Orbits/EOP>Create tabular orbits"). The merged GPS/GLONASS precise orbit file is chosenas input and IGS–related output files are recommended.Bernese GNSS Software, Version 5.2 Page 103
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