The 'standard plots' for EH028A are as follows: eh028a_[pass]-weight.ps station weight vs. time eh028a_[pass]-auto-[1,2].ps station autocorrelation vs. freq eh028a_[pass]-cross-[1,2].ps baseline amp/phs vs. freq eh028a_[pass]-cross-maser.ps baseline amp vs. freq eh028a_[pass]-ampphase-{2}[a,p].ps Ef-* baseline amp/phs vs. time, [pass] is either "cont" or "line". The auto and cross plots show data from scan 1 on 3C84 [1] and 99 on F0102+5824 [2]. There are two plots showing the maser emission from scan 17 [maser]. The maser is clearly detected. 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 plots shows the weights for all IFs/pols per station, with each 1s integration plotted as a separate ".". The IF/pol color-coding for the continuum plot is: IF1/RR = red IF1/LL = blue IF2/RR = cyan IF2/LL = green IF3/RR = pink IF3/LL = med.grey IF4/RR = brown IF4/LL = purple IF5/RR = teal IF5/LL = yellow IF6/RR = steel blue IF6/LL = lt.grey IF7/RR = black IF7/LL = orange IF8/RR = lt.green IF8/LL = lt.purple (b) AUTOCORRELATION SPECTRA plots The plots show data from 2 minutes of the scans listed above. The polarization color-coding is RR=red, LL=blue. The [maser] sets of plots show the maser emission for the target for the scan listed above, in a sub-set of the frequency points across the 1024-point band (to demonstrate proper correlation). (c) BASELINE SPECTRA plots The baseline vs. frequency plots show vector-averaged amplitude and phase for all baselines for the time ranges as the autocorrelation plots, with amp & phase going to separate plots using the same baseline lay-out on the page. The polarization color-coding remains RR=red, LL=blue. Data from the maser scan shows just amp vs. freq, over the same sub-set of frequency points as in the third autocorrelation plot. (d) AMP/PHASE(t) plots The baseline vs. time plots show amplitude and phase for all calibrators on Ef-*, with amp & phase going to separate plots. Each 1s integration is plotted as a separate ".", with the middle 80% of the band used for vector-averaging over frequency. The plots have the same IF/pol color-coding as in the weight plots.