Icon functions

This is the list of the functions that are represented as an icon in Metviews’ user interface.

	`annotationview()`	Create an annotation view
	`binning()`	Define 2D binning for scatterplots
	`bufr_picker()`	Filter `Bufr` data with complex structure
	`cartesianview()`	Create a Cartesian view
	`cleanfile()`	Remove unwanted header padding from GRIB and `Bufr` files
	`divrot()`	Compute the rotational wind from a spectral vorticity `Fieldset`
	`divwind()`	Compute the divergent wind from a spectral divergence `Fieldset`
	`download()`	Download files from a given URL
	`eccharts()`	Retrieve and plots ecCharts layers
	`ecfs()`	Retrieve data from ECFS
	`eps_output()`	Define the EPS (Encapsulated PostScript) output format
	`epscairo_output()`	Define the EPS output format using the Cairo driver
	`eqpott_m()`	Compute the equivalent potential temperature on model levels
	`eqpott_p()`	Compute the equivalent potential temperature on pressure levels
	`flexpart_prepare()`	Retrieve and prepares data for a FLEXPART simulation
	`flexpart_release()`	Define a FLEXPART release
	`flexpart_run()`	Perform a FLEXPART simulation
	`flextra_prepare()`	Retrieve and prepares data for a FLEXTRA simulation
	`flextra_run()`	Perform a FLEXTRA simulation
	`flextra_visualiser()`	Define visualisation for FLEXTRA results
	`geo_to_grib()`	Convert `Geopoints` data to GRIB
	`geo_to_kml()`	Convert `Geopoints` data to KML
	`geoview()`	Create a map view
	`grib_to_geo()`	Convert GRIB data into `Geopoints`
	`grib_vectors()`	Combine GRIB scalar fields into vector data
	`input_visualiser()`	Define visualisation for ndarray data
	`kml_output()`	Define the KML output format
	`maverageview()`	Create an average view
	`maxis()`	Define the axis plotting styles
	`mcoast()`	Define the map plotting style
	`mcont()`	Define the contouring style
	`mcross_sect()`	Generate data for the cross section view
	`met3d()`	Visualises GRIB data in Met3D
	`met3d_prepare()`	Retrieve and prepare GRIB data for Met3D
	`meteogram()`	Generate a meteogram
	`mgraph()`	Define the graph plotting style
	`mhovmoeller_area()`	Generate data for the Hovmoeller area mode
	`mhovmoeller_expand()`	Generate data for the Hovmoeller expand mode
	`mhovmoeller_line()`	Generate data for the Hovmoeller line mode
	`mhovmoeller_vertical()`	Generate data for the Hovmoeller vertical mode
	`mhovmoellerview()`	Create a Hovmoeller diagram view
	`mimport()`	Plots an image at the spcified position in a view
	`mlegend()`	Define the legend plotting style
	`mobs()`	Define the BUFR observation plotting style
	`msymb()`	Define the symbol plotting style
	`mtaylor()`	Define the Taylor diagram style
	`mtext()`	Define the title plotting style
	`mthermo()`	Define the thermodynamical data plotting style
	`mthermogrid()`	Define the thermodynamical diagram style
	`mvert_prof()`	Generate data for the vertical profile view
	`mvertprofview()`	Create a vertical profile view
	`mwind()`	Define the wind plotting style
	`mxs_average()`	Generate data for the average view
	`mxsectview()`	Create a cross section view
	`netcdf_visualiser()`	Define visualisation for `NetCdf` data
	`obsfilter()`	Filter `Bufr` data
	`odb_filter()`	Filter `Odb` data
	`odb_visualiser()`	Define visualisation for `Odb` data
	`pdf_output()`	Define the PDF output format
	`percentile()`	Compute a set of percentiles in a `Fieldset`
	`plot_page()`	Create a page in a plot layout
	`plot_superpage()`	Create a top level plot layout
	`png_output()`	Define the PNG output format
	`pott_m()`	Compute the potential temperature on model levels
	`pott_p()`	Compute the potential temperature on pressure levels
	`ps_output()`	Define the PostScript output format
	`pscairo_output()`	Define the PostScript output format using the Cairo driver
	`read()`	Filter and interpolates `Fieldset` data
	`read_table()`	Read a table file with parameters for parsing it.
	`regrid()`	Regridding and derivatives
	`relhum()`	Compute the relative humidity from specific humidity
	`reprojection()`	Repoject satellite view GRIB data onto a latlon grid
	`retrieve()`	Retrieve data from MARS
	`rttov_run()`	Run the RTTOV model
	`rttov_visualiser()`	Define visualisation for RTTOV model output
	`scm_run()`	Run the Single Column Model
	`scm_visualiser()`	Define visualisation for SCM output
	`seqpott_m()`	Compute the saturation equivalent potential temperature on model levels
	`seqpott_p()`	Compute the saturation equivalent potential temperature on pressure levels
	`spec_graph()`	Define visualisation for spectrum of GRIB data
	`stations()`	Specifies a WMO station
	`streamfn()`	Compute the stream function from a spectral vorticity `Fieldset`
	`stvl()`	Retrieve point data from the STVL database (ECMWF only)
	`svg_output()`	Define the SVG output format
	`table_visualiser()`	Define visualisation for CSV data
	`thermo_bufr()`	Generate thermodynamical profile from `Bufr`
	`thermo_grib()`	Generate thermodynamical profile from GRIB
	`thermoview()`	Create a thermodynamical diagram view
	`uvwind()`	Compute u/v from a spectral vorticty and divegence `Fieldset`
	`vapor_prepare()`	Prepares and visualises GRIB data in Vapor
	`velpot()`	Compute the velocity potential from a spectral divergence `Fieldset`
	`wmsclient()`	Web Map Service (WMS) client
	`ws_cold_front()`	Cold front weather symbol
	`ws_convergence_line()`	Convergence line weather symbol
	`ws_high()`	High pressure weather symbol
	`ws_image()`	Image weather symbol
	`ws_instability_line()`	Instability line weather symbol
	`ws_intertropical_discontinuity()`	Intertropical discontinuity line weather symbol
	`ws_itcz()`	ITCZ line weather symbol
	`ws_low()`	Low pressure weather symbol
	`ws_marker()`	Marker weather symbol
	`ws_occluded()`	Occluded front weather symbol
	`ws_placemark()`	Placemark weather symbol
	`ws_quasi_stationary()`	Quasi-stationary front weather symbol
	`ws_ridge()`	Ridge weather symbol
	`ws_shape()`	Shape weather symbol
	`ws_shear_line()`	Shear line weather symbol
	`ws_storm()`	Storm weather symbol
	`ws_text()`	Text weather symbol
	`ws_tropical_wave()`	Tropical wave weather symbol
	`ws_trough()`	Trough weather symbol
	`ws_warm_front()`	Warm front weather symbol
	`ws_wmo_symbol()`	WMO weather symbol