# ----------------------------------------------- # required parameters version=31DEC13 # tmask is a range of steps to be carried out. tmask=1 will run the whole # pipeline. tmask = 4 # if a multiple pass experiment then append the pass number to the experiment # name (e.g. n05c3_1) experiment = eb072_1 userno = 12016 # refant is a prioritised list of reference antennas refant = Ef, Sr # plotref is a list of antennas, baselines to which will be plotted. plotref = Ef, Sr # bpass is a list of sources for bandpass calibration bpass = J0854+2006, J0319+4130, J0555+3948, J0359+5057, J1229+0203 # phaseref and target must be set if phase referencing. Each source in target # list will be phase calibrated by the corresponding source in phaseref list. phaseref = J0613+1708 target = S255 # solint defaults to typical scan length on phase calibrator. Must be set if # not phase referencing. #solint = 0 # ----------------------------------------------- # optional parameters # fits directory defaults to the standard archive # fitsdir = /jop21_2/reynolds/evnpipe/test/fits/ # indir and outdir default to $IN/experiment and $OUT/experiment # indir = /jop21_2/reynolds/evnpipe/test/in/ # outdir = /jop21_2/reynolds/evnpipe/test/out/ # no of iterations of selfcal - defaults to 2 (0 is a valid input, not default) #sciter=1 # Try sciter=1; if mapping/selfcal fails for some sources, due to few stations # defaults to all fits files that match experiment # nfits = 0 # defaults to 1 nheads = 1 # glue_pass defaults to 1. This is a list of correlator passes that should be # glued together (see help file for explanation). #glue_pass = 1,2 # freqid should *not* be set unless you have multiple freqids in the dataset. # In that case, select the freqid you want to process. #freqid = 1 # averages default to 0 avg = 0 plotavg = 1.0 fring_snr = 5 # ----------------------------------------------- # advanced optional parameters # defaults to doplot = 1 # doplot = 0 doplot = 1 # defaults to 0 #msgkill = # defaults to all sources ### skip line targets #sources=