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Version 1.9 Build 1488 |
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Functions that have been implemented in the iramcalibrater tool are:
# Include the iramcalibrater functionality include 'iramcalibrater.g' # Create a iramcalibrater tool myic:=iramcalibrater(msname='07feb97-g067.ms'); # Do a selection of the better data between the online radiometric # corrected data and the non-corrected data myic.phcor(trial=F); # Perform the bandpass calibration myic.rf(fieldname='0528+134', freqgrp='3mm-LSB', visnorm=F, bpnorm=T, gibb= 2, drop=0); # Perform the phase calibration myic.phase(fieldnames=['0528+134', '0415+379'], freqgrp='3mm-LSB'); # Perform the flux calibration myic.flux(fieldnames=['0528+134', '0415+379', 'MWC349'], freqgrp='3mm-LSB', plot=T); # Perform the amplitude calibration myic.amp(fieldnames=['0528+134', '0415+379'], freqgrp='3mm-LSB') # Extract the calibrated target source and append it to another ms myic.uvt(fieldname='GG_TAU', spwid=7, filename='ggtau3mm.ms', option='append');
The iramcalibrater tool needs to be constructed with an associated ms.
iramcalibrater | Construct an iramcalibrater tool |
amp | perform amplitude calibration on the data |
done | Close the iramcalibrater tool |
flux | perform flux calibration on the data |
phase | perform phase calibration on the data |
phcor | Select data atmospheric corrected data or not |
rf | perform phase and amplitude bandpass calibration |
uvt | to extract calibrated and combine it into another ms |