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to the project folder, in the project folder otherwise) and
lists their properties in tabular form.
• Remove the SD card according to the safety rules and then
insert the second one (from the base).
• In GNSS Solutions, select Add Raw Data>Imported from Files
or ProMark/ProFlex Devices and do the same as previously to
add the new files to the Importing GPS Data table.
At this stage you may create a control point for the base
site and enter its true coordinates (more information on
this particular topic in the GNSS Solutions Reference
Manual).
• Select OK>To Import and Process Baselines. GNSS Solutions
will now import the files and post-process the resulting
baseline (more information on the results in the GNSS
Solutions Reference Manual).
NOTE 1: The convention used by the receiver for naming raw
data files (G files) is recalled below:
G<Site><Index><Year>.<Day>
Example of file name for second file logged on Site ID 85X2
on June 6th 2011:
G85X2B11.157
NOTE 2: The job file is of no use in the post-processing step.
However, when defining control points in GNSS Solutions,
the job file may be useful as a separate memo, for example
to copy the coordinates of the point where the base was
declared to be installed (cf. Site tab and Site ID field).
NOTE 3: There is no implicit “connection” between a raw
data file logged by a receiver and the job file that was open
at that time. It is therefore your responsibility to create this
“connection” if that makes sense for your project.
Parameter Description
G Raw data file header (ATOM format)
<Site>
First four characters of the point name where raw data record-
ing took place
<Index>
File rank in current day (A to Z, then AA to ZZ) (A for first file
logged in the day)
<Year> Last two figures of current year (“11” for 2011)
<Day>
File extension; A three-figure number representing the current
day number in year (1.. 366)
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