Tool: msplot	Plot data from MeasurementSet via Glish
Method: msplot	Construct a msplot tool
Method: open	* \n Set a MeasurementSet \n *
msname	string	String : measurement set name, including path
Method: setdata	* \n Select a subset of the measurement set to operate on. \n Examples: fieldIndex=1, fieldIndex=[0,1]\n antennaNames='3'\n correlations='RR', correlations='RR LL'\n *
antennaNames	string	Vector of strings : antenna names
antennaIndex	intArray	Vector of ints : antenna index
spwNames	string	Vector of strings : spectral window names
spwIndex	intArray	Vector of ints : spectral window index
fieldNames	string	Vector of strings : field names
fieldIndex	intArray	Vector of ints : field index
uvDists	string	Vector of strings : uv distance expressions
times	string	Vector of strings : times
correlations	string	Vector of strings : correlations
Method: plotoptions	* \n Set the plot options and labels.\nOptions: subplot = three digit number (ny nx panel) \n subplot=212 (lower panel of 2 on frame) \n subplot=223 (lower left panel of 4 on frame) \n plotsymbol = matplotlib plotsymbol (e.g., \n '-' = solid line \n '.' = points \n 'o' = circles \n '-.ro' = combined dash dot line with red circles\n *
overplot	bool	To do overplot or not.
subplot	int	Three digits number:first digit for nx,second for ny, last for pannel number.
plotsymbol	string	string for the plot symbol.
nxpanel	int	nember of x panels
nypanel	int	nember of y panels
windowsize	double	window size of the plot
aspectratio	double	aspect ratio of the window size of the plot
fontsize	double	font size of the labels for the plot
xlabels	string	string for the X -lable of the plot
ylabels	string	string for the Y -lable of the plot
title	string	string for the title of the plot
column	string	which column of data in the MS : can be DATA,CORRECTED_DATA, MODEL_DATA
Method: uvcoverage	* \n Plot the the UV coverage of a MeasurementSet (or its subset if the user called setdata() ).\n *
Method: array	* \n Plot antenna distribution in local reference frame. \n X - toward local east; Y - toward local north.\n *
Method: uvdist	* \n Plot quanties versus uv distance.\n Options: column -'data','model','corrected'\n what - 'amp','phase'\n *
column	string	String, column name in MAIN table of MS: data, corrected, model, residual
what	string	String: amp, phase
iteration	string	String: Antenna1, Antenna2, Feed1, Feed2, Field_id, Scan_number, Time, Spectral Window/Polarization_id( not available yet )
Method: vistime	*\n Plot visibility amplitude, phase, etc. versus time.\nOptions: column - 'data','model','corrected' \n what - 'amp','phase'.\n iteration - 'antenna', 'baseline' \n *
column	string	String, column name in MAIN table of MS: data, corrected, model, residual
what	string	String: amp, phase
iteration	string	String, iteration axis name: baseline, antenna, channel( not available yet )

|Method: vischannel|*** \n Plot visibility amplitude, phase, etc. versus channel ( or frequency or velocity -not currently enabled).\n Options: column - 'data','model','corrected' \n what - 'amp','phase'.\n iteration - 'antenna', 'baseline', 'time' \n ***||

column	string	String, column name in MAIN table of MS: data, corrected, model, residual
what	string	String: amp, phase
iteration	string	String, iteration axis name: baseline, antenna, time ( not formmated yet )
Method: plotxy	* \n Plot X verus Y.\n *
X	string	X-axis, column name in MAIN table of MS and derived quantities
Y	string	Y-axis, column name in MAIN table of MS and derived quantities
iteration	string	iteration axis name
what	string	String, needed if X or Y is data quantity: amp, phase

|Method: baseline|*** \n Plot amplitude, phase, etc. versus baseline. \n Options: column - 'data','model','corrected' \n what - 'amp','phase'.\n ***||

column	string	String, column name in MAIN table of MS: data, corrected, model, residual
what	string	String: amp, phase
iteration	string	String: Antenna1, Antenna2, Feed1, Feed2, Field_id, Scan_number, Time, Spectral Window/Polarization_id( not available yet )
Method: hourangle	* \n Plot amplitude, phase, etc. versus hour angle. \nOptions: column - 'data','model','corrected' \n what - 'amp','phase'.\n iteration - not enabled\n *
column	string	String, column name in MAIN table of MS: data, corrected, model, residual
what	string	String: amp, phase
iteration	string	String: baseline, antenna, channel
Method: parallacticangle	* \n Plot amplitude, phase, etc. versus parallactic angle. \nOptions: column - 'data','model','corrected' \n what - 'amp','phase'.\n iteration - not enabled\n *
column	string	String, column name in MAIN table of MS: data, corrected, model, residual
what	string	String: amp, phase
iteration	string	String: baseline, antenna, channel
Method: azimuth	* \n Plot amplitude, phase, etc. versus azimuth. \nOptions: column - 'data','model','corrected' \n what - 'amp','phase'.\n iteration - not enabled\n *
column	string	String, column name in MAIN table of MS: data, corrected, model, residual
what	string	String: amp, phase
iteration	string	String: baseline, antenna, channel
Method: elevation	* \n Plot amplitude, phase, etc. versus elevation. \nOptions: column - 'data','model','corrected' \n what - 'amp','phase'.\n iteration - not enabled\n *
column	string	String, column name in MAIN table of MS: data, corrected, model, residual
what	string	String: amp, phase
iteration	string	String: baseline, antenna, channel
Method: setspectral	* \n Select a subset of the measurement set. Prior to plotting, it will do the averaging as designated by the method parameters.\nNote: Remember that the start channel is 0-based!\n *
nchan	intArray	Vector of ints : channel numbers.
start	intArray	Vector of Int : starting channel numbers, corresponding earch spw.
width	intArray	Vector of ints : width of channel numbers( average range ). corresponding to each spw.
Method: iterplotstart	* \n Initialize plotting with an iteration axis. \n *
poption	any	Record: plot options
labels	stringArray	List of strings : Title,Xlabel,Ylabel
datastr	stringArray	List of TaQL strings : X coordinate,Y coordinate
iteraxes	stringArray	List of strings : Iteration axes
Method: iterplotnext	* \n Start/Continue plotting.\n *
Method: iterplotstop	* \n Stop plot iterations.\n *
Method: markflags	Mark a rectangular region to flag
nrows	int	Number of rows of panels
ncols	int	Number of columns of panels
panel	int	Panel number
region	doubleArray	[xmin,ymin,xmax,ymax] bounding box
Method: flagdata	* \n Flag Data for selected flag regions. Flags are not written to disk unless diskwrite=true (or diskwrite=1) is set.\n *
diskwrite	int	1 to write flags to the table on disk, 0 to set dummy flags
rowflag	int	1 to set a row-flag in addition to individual data flags, 0 to ignore row flags if individual flags exist
Method: clearflags	* \n Clear all flags in the table. Note: This clears *all flags and should be used with caution. \n **
Method: close	* \n Close the current MeasurementSet so that the user can open another one. \n *
Method: done	* \n Close the current MeasurementSet so that the user can open another one. \n *

-- WesYoung - 17 Jul 2006