The normal workflow of processing correlator data at JIVE is to take the correlator output (SFXC, UniBoard) and:
j2ms2
to convert to CASA MeasurementSet formattConvert
for archiving and distribution to the PIThese tools are currently undergoing a big overhaul; modernizing the build system, changing the project layout from a CASA/AIPS++ subproject into a standalone one, migrating revision control system from CVS to git and, most importantly, addressing built up changes to the JIVE SFXC correlator capabilities.
Those tools are installed under the /eee/
directory on the EEE machine at JIVE.
There exist production and development versions. They are dynamically linked executables and as such the LD_LIBRARY_PATH
needs to be set correctly for the applications to find the shared libraries they were linked with.
$> export LD_LIBRARY_PATH=/eee/lib:${LD_LIBRARY_PATH}
then find the executables:
/eee/bin/j2ms2
and /eee/bin/tConvert
Features (“bugs” in this context):
tConvert
; may lose up to a second of data between IDI-chunks for normal experiments, can be a lot worse for mixed-mode experiments where a significant number of stations drop a number of subbandsj2ms2
: if for some reason a baseline is to be written in reverse order then the spectrum would not be flipped
$> export LD_LIBRARY_PATH=/eee/src/jive-casa/code/jive/lib/x86_64:${LD_LIBRARY_PATH}
after which the binaries can be found here:
/eee/src/jive-casa/code/jive/bin/x86_64-64/{j2ms2, tConvert}
Features:
fo:squash_antenna_table
on the j2ms2
command line.j2ms2
even when baselines are written in reverse order in the MS