Run the eVLBI from cave00-ext.atnf.csiro.au
–> > ssh vlbi@cave00-ext.atnf.csiro.au
–> > mkdir correlations/v999/v999a
–> > cd correlations/v999/v999a
–> > ftp ftp
–> Log on as anonymous
–> > cd pub/people/vlbi/v999/v999a
–> > get v999a.vex
–> > bye
–> > update_eopc
–> > vex2model_updated.pl v999a.vex
→Set ATCA station reference (probably CATW104) and type Y to take source from vex
–> >vex2config.pl -evlbi -nchan 256 -int 1 -cross v999a.skd
–> >vex2config.pl -new -evlbi -nchan 256 -int 1 v999a.vex -ant Mp -ant At -ant Pa -cross -input v999a_noHo.input
CLOCK DELAY
), values taken from ~vlbi/.clocks
–> > cd correlations/vXXX/vXXXa
–> > cp rec*host run*sh threads machines ../../v999/v999a
–> > cd ../../v999/v999a
–>> cd correlations/v999/v999a
–>> errormon2
–>> monitor_server 9999
–>> ./run.sh
This will start the recorders automatically.
If hobart fails to stop, you will need to log onto hovsi.phys.utas.edu.au and kill vsib_record explicitly. Generally this is not required
–> > killall vsib_record
To stop the correlator running (or to initiate a restart), on any cave00-ext window
–>> stopmpifxcorr
Restart using the “run.sh”
command
To get a list of products for the the current setup:
–>> difx_config v999a.input
(it is important to use the same input file as the correlator is going to run)
To see specific individual product, run
–>> mon_sample localhost v999a.input N [N2 N3 N4]
Where N are the product number seen from difx_config
The web based monitor only runs on pam0. To set this up:
–>> scp v999a.input v999a.uvw vlbi@pam0:
–>> ssh vlbi@pam0
–>> cd /var/www/lba-live
–>> difx-monitor ~/v999a.input cave00-ext 5
To automatically update clocks run:
–>> cd correlation/v999/v999a
–>> vcal v999a.input localhost
This will assume the first antenna is the reference antenna and calculate clock delays to all other telescopes. It gives you the option of updating the clocks in the input file. Note: