The 'standard plots' for EA044 are as follows:

  ea044.mode[1,2].SFXC-weight.ps            station weight vs. time 
  ea044.mode[1,2].SFXC-auto-[1,2].ps        station autocorrelation amp vs. freq
  ea044.mode[1,2].SFXC-cross-[1,2][a,p].ps  baseline amp/phs vs. freq
  ea044.mode[1,2].SFXC-ampphase-[a,p].ps    Ef-* baseline amp/phs vs. time

Mode 1 corresponds to scans with Doppler@IRAS18455+04, and mode 2 to
those with Doppler@IRAS19422+35.
The auto and cross plots show 2 minutes of data from:
                    [1]                [2]
   mode1      scan 4 (3C345)     scan 46 (3C454.3)
   mode2      scan 2 (3C345)     scan 63 (3C454.3)
The ampphase plots show amp [a] or phase [p] vs. time, omitting target scans.

The antenna numbering in these plots is 0-based -- thus one less than the
corresponding antenna numbers in the AIPS FITS file.


(a) WEIGHT plots

  The plot shows the weights for both polarizations per station, with
each 0.25s integration plotted as a separate ".".   The polarization
color-coding is RR=red, LL=blue.


(b) AUTOCORRELATION SPECTRA plots

  The plot shows the real component of the auto-correlations as a funciton
of frequency from the above scans, averaged over the annotated time-range 
(using only the real component, there's no distinction between vector and 
scalar averaging).  The polarization color-coding remains RR=red, LL=blue.
The y-axis range don't necessarily go down to zero.


(c) BASELINE SPECTRA plots 

  The baseline vs. frequency plots show vector-averaged amplitude and phase 
for all baselines for the same intervals as the autocorrelation plots, with 
amp and phase going to separate plots using the same baseline lay-out on the 
page.  The polarization color-coding remains RR=red, LL=blue.


(d) AMP/PHASE(t) plots 

  The baseline vs. time plots show amplitude and phase for non-target scans
on Ef-*, with amp & phase going to separate plots. Each 0.25s integration 
is plotted as a separate ".", with the middle 80% of the band used for
vector-averaging over frequency. The polarization color-coding remains 
RR=red, LL=blue.  Ef missed 4 non-target scans (mode1=1,15; mode2=32,50)
which leads to some large gaps in the amp(t) plot.  The phase(t) plot 
actually shows phase vs. integration number within the set of non-target 
scans, in order to expand the horizontal scale to allow easier tracking of 
the phs(t) behavior in scans.