13.19 MODELING
\zxhlp{ACTNOISE} puts estimate of actual image uncertainty and zero in header
\zxhlp{AGAUS} Fits 1-dimensional Gaussians to absorption-line spectra
BLPCL Do divide by I,Q,U models for circular polarization \zxhlp{BLCHN}
BLPOLCAL Do \zxhlp{BLCHN} for I, Q, U, V models
\zxhlp{BOXES} Adds Clean boxes to \zxhlp{BOXFILE} around sources.
\zxhlp{BSMOD} creates single-dish UV beam-switched data with model sources
\zxhlp{BSTST} Graphical display of solutions to frequency-switched data
\zxhlp{CMETHOD} specifies the method by which the uv model is computed
\zxhlp{CMODEL} specifies the method by which the uv model is computed
\zxhlp{CUBIT} Model a galaxy’s density and velocity distribution from full cube
\zxhlp{DGAUS} Correct UV model for convolution by Clean beam
\zxhlp{DIFUV} Outputs the difference of two matching input uv data sets
\zxhlp{DOMODEL} selects display of model function
\zxhlp{DORESID} selects display of differences between model and data
\zxhlp{DOSPIX} selects solutions for spectral index of model components
\zxhlp{EFACTOR} scales some error analysis process
\zxhlp{EVAUV} Subtracts & divides a model into UV data, does statistics on results
\zxhlp{FACES} makes images of catalog sources for initial calibration
\zxhlp{FITOUT} specifies name of output text file for results of fitting
\zxhlp{FSHIFT} specifies a position shift - output from fitting routines
\zxhlp{FTARS} Fits 1-dimensional polarization spectrum to Q/U text file
\zxhlp{GLENS} models galaxy gravitational lens acting on 3 component source
HLPAGAUS Interactive Gaussian absorption fitting task \zxhlp{AGAUS} - run-time help
HLPRMFIT Polarization fitting task \zxhlp{RMFIT} - run-time help
HLPTVSAD Find & fit Gaussians to an image with interaction - run-time help
HLPXGAUS Interactive Gaussian fitting task \zxhlp{XGAUS} - run-time help
HLPZAMAN Fits 1-dimensional Zeeman model to absorption data - run-time help
HLPZEMAN Fits 1-dimensional Zeeman model to data - run-time help
\zxhlp{IMFIT} Fits Gaussians to portions of an image
\zxhlp{IMMOD} adds images of model objects to an image
\zxhlp{INLIST} specifies name of input disk file, usually a source list
\zxhlp{JMFIT} Fits Gaussians to portions of an image
\zxhlp{MFITSET} gets adverbs for running \zxhlp{IMFIT} and \zxhlp{JMFIT}
\zxhlp{MFPRT} prints MF tables in a format needed by modelling software
\zxhlp{MOD3D} Computes a 3D CC model from a set of facets
\zxhlp{MODAB} Makes simple absorption/emission spectral-line image in I/V
\zxhlp{MODIM} adds images of model objects to image cubes in IQU polarization
\zxhlp{MODSP} adds images of model objects to image cubes in I/V polarization
\zxhlp{MODVF} task to create a warped velocity field
\zxhlp{OMFIT} Fits sources and, optionally, a self-cal model to uv data
\zxhlp{ONEFREQ} states that the current CC model was made with one frequency
\zxhlp{OOSUB} Subtracts/divides a model from/into a uv data base
\zxhlp{RADIUS} Specify a radius in an image
\zxhlp{RM2PL} Plots spectrum of a pixel with \zxhlp{RMFIT} fit
\zxhlp{RMFIT} Fits 1-dimensional polarization spectrum to Q/U cube
\zxhlp{RMSLIMIT} selects things with RMS above this limit
\zxhlp{SAD} Finds and fits Gaussians to portions of an image
\zxhlp{SDMOD} modifies single-dish UV data with model sources
\zxhlp{SLFIT} Task to fit gaussians to slice data.
\zxhlp{SPMOD} Modify UV database by adding a model with spectral lines
\zxhlp{STVERS} star display table version number
\zxhlp{TK1SET} Verb to reset 1D gaussian fitting initial guess.
\zxhlp{TKAMODEL} Verb to add slice model display directly on TEK
\zxhlp{TKARESID} Verb to add slice model residuals directly on TEK
\zxhlp{TKGUESS} Verb to display slice model guess directly on TEK
\zxhlp{TKMODEL} Verb to display slice model directly on TEK
\zxhlp{TKRESID} Verb to display slice model residuals directly on TEK
\zxhlp{TKSET} Verb to set 1D gaussian fitting initial guesses.
\zxhlp{TKSLICE} Verb to display slice file directly on TEK
\zxhlp{TV1SET} Verb to reset 1D gaussian fitting initial guess on TV plot.
\zxhlp{TVACOMPS} Verb to add slice model components directly on TV graphics
\zxhlp{TVAGUESS} Verb to re-plot slice model guess directly on TV graphics
\zxhlp{TVAMODEL} Verb to add slice model display directly on TV graphics
\zxhlp{TVARESID} Verb to add slice model residuals directly on TV graphics
\zxhlp{TVASLICE} Verb to add a slice display on TV graphics from slice file
\zxhlp{TVCOMPS} Verb to display slice model components directly on TV graphics
\zxhlp{TVGUESS} Verb to display slice model guess directly on TV graphics
\zxhlp{TVMODEL} Verb to display slice model directly on TV graphics
\zxhlp{TVRESID} Verb to display slice model residuals directly on TV graphics
\zxhlp{TVSAD} Finds and fits Gaussians to portions of an image with interaction
\zxhlp{TVSET} Verb to set slice Gaussian fitting initial guesses from TV plot
\zxhlp{TVSLICE} Verb to display slice file directly on TV
\zxhlp{UVFIT} Fits source models to uv data.
\zxhlp{UVGIT} Fits source models to uv data.
\zxhlp{UVMOD} Modify UV database by adding a model incl spectral index
\zxhlp{UVSUB} Subtracts/divides a model from/into a uv data base
\zxhlp{VHCAL} Do divide by I,Q,U models for linear polarization data
\zxhlp{VHCALIB} Do \zxhlp{CALIB} for linear polarization with I, Q, U models
\zxhlp{XG2PL} Plots spectrum of a pixel with \zxhlp{XGAUS}/\zxhlp{AGAUS} and \zxhlp{ZEMAN}/\zxhlp{ZAMAN} fits
\zxhlp{XGAUS} Fits 1-dimensional Gaussians to images: restartable
\zxhlp{ZAMAN} Fits 1-dimensional Zeeman model to absorption-line data
\zxhlp{ZEMAN} Fits 1-dimensional Zeeman model to data