Type GO ATCLCAL and the calibrator (do both primary and secondaries) has been self-calibrated. You can write the solutions of as many sources as you like to the same CL table (usually tables 2).
ATCLCAL | |
inname,inclass,inseq,indisk | Fill in for averaged data base |
sources='0121-43',' ' | Select sources to calibrate by name |
soucode='S' | and/or select by source code |
calsour='0121-43' | Select desired calibrators by name |
calcode='S' | and/or calibrator code |
freqid=3 | One freqid per run |
timerang=0 | Select time range |
interpol='self' | Select self-calibration |
snver=0 | All SN tables or select |
gainver=0 | Apply solutions to CL table 1 |
gainuse=0 | Write to CL table 2 |
refant=3 | Select ref. antenna same as in CALIB |
Leave all the other adverbs as they were for the self-calibration of the calibrators, and run ATCLCAL again. This writes the interpolated solutions into the selected CL table (usually version 2).
ATCLCAL | |
inname,inclass,inseq,indisk | Fill in for averaged data base |
sources='0155-48','0101-25',' ' | Select sources to calibrate by name |
soucode=' ' | and/or select by source code |
calsour='0121-43' | Select desired calibrators by name |
calcode='S' | and/or calibrator code |
freqid=3 | One freqid per run |
timerang=0 | Select time range |
interpol='2pt' | Select interpolated calibration |
snver=0 | All SN tables or select |
gainver=0 | Apply solutions to CL table 1 |
gainuse=0 | Write to CL table 2 |
refant=3 | Select ref. antenna same as in CALIB |