13.3 AP
\zxhlp{APCLN} Deconvolves images with CLEAN algorithm
\zxhlp{APGS} deconvolves image with Gerchberg-Saxton algorithm
\zxhlp{APVC} Deconvolves images with van Cittert algorithm
\zxhlp{BLING} find residual rate and delay on individual baselines
\zxhlp{BPASS} computes spectral bandpass correction table
\zxhlp{BSGRD} Task to image beam-switched single-dish data
\zxhlp{CALIB} determines antenna calibration: complex gain
\zxhlp{CCRES} Removes or restores a CC file to a map with a gaussian beam.
\zxhlp{CONPL} Plots AIPS gridding convolution functions
\zxhlp{CONVL} convolves an image with a gaussian or another image
\zxhlp{CPASS} computes polynomial spectral bandpass correction table
\zxhlp{EDITA} Interactive TV task to edit uv data based on TY/SY/SN/CL tables
\zxhlp{EDITR} Interactive baseline-oriented visibility editor using the TV
\zxhlp{FFT} Takes Fourier Transform of an image or images
\zxhlp{FRCAL} Faraday rotation self calibration task
\zxhlp{FRING} fringe fit data to determine antenna calibration, delay, rate
\zxhlp{GUARD} portion of UV plane to receive no data in gridding
HLPCLEAN Cleaning tasks - run-time help
HLPSCIMG Full-featured image plus self-cal loops, editing - run-time help
HLPSCMAP Imaging plus self-cal and editing \zxhlp{SCMAP} - run-time help
\zxhlp{IM2UV} converts an image to a visibility data set
\zxhlp{IMAGR} Wide-field and/or wide-frequency Cleaning / imaging task.
\zxhlp{IMFRING} large image delay fitting with \zxhlp{IM2CC} and \zxhlp{OOFRING}
\zxhlp{IMSCAL} large image self-cal with \zxhlp{IM2CC} and \zxhlp{OOCAL}
\zxhlp{KRING} fringe fit data to determine antenna calibration, delay, rate
\zxhlp{MAXPIXEL} maximum pixels searched for components in Clark CLEAN
\zxhlp{NOBAT} Task to lock lower priority users out of the AP
\zxhlp{OOCAL} determines antenna complex gain with frequency-dependent models
\zxhlp{OOFRING} Fringe fit data to determine calibration with spectral index options
\zxhlp{RLDLY} fringe fit data to determine antenna R-L delay difference
\zxhlp{RSTOR} Restores a Clean component file to a map with a Gaussian beam.
\zxhlp{SCIMG} Full-featured imaging plus self-calibration loop with editing
\zxhlp{SCMAP} Imaging plus self-calibration loop with editing
\zxhlp{SDGRD} Task to select and image random-position single-dish data
\zxhlp{SDIMG} Task to select and image random-position single-dish data
\zxhlp{SNEDT} Interactive SN/CL/TY/SY table editor using the TV
\zxhlp{TDEPEND} Time-dependent imaging procedure sequence
TD_SCANS Time-dependent imaging procedure sequence: find intervals
TD_SSCAN Time-dependent imaging procedure sequence: find intervals
TD_STEP3 Time-dependent imaging procedure "step 3"
TD_STEP5 Time-dependent imaging procedure sequence: later steps
\zxhlp{UVADC} Fourier transforms and corrects a model and adds to uv data.
\zxhlp{UVMAP} makes images from calibrated UV data.
\zxhlp{VLBABPSS} computes spectral bandpass correction table