starlink.smurf

Runs commands from the Starlink SMURF package.

Autogenerated from the starlink .hlp and .ifl files, by starlink-pywrapper/helperscripts/generate_functions.py.

Starlink version: 2018A b6ca36bf8884802759017298539489d11795861e (2018-07-06 09:36:39)

Functions

badbolos(in_, bad_columns, bad_rows, …)	Generate a map of random dead bolometers and add it as an NDF
calcdark(in_, out, **kwargs)	Calculate the 2d dark frame from dark observation.
calcflat(in_, out, **kwargs)	Calculate a flatfield solution from a flatfield observation.
calcnoise(in_, out, **kwargs)	Calculate noise image
calcqu(in_, outq, outu, **kwargs)	Calculate Q and U images from a set of time-series data files.
calcresp(in_, out, **kwargs)	Calculate bolometer responsivity from stored flatfield solution.
checkcoords(in_, **kwargs)	Check for discrepancies between AZEL and TRACKING coordinates.
configmeld(*args, **kwargs)	Compare two MAKEMAP configs using a visual file comparison tool.
copyflat(ref, in_, **kwargs)	Copy the flatfield information from a reference file
dreamsolve(in_, out, **kwargs)	Solve DREAM observations and generate 2-D images.
dreamweights(ndf, out, config, **kwargs)	Generate DREAM weights matrix.
dsutils(in_, **kwargs)	A collection of utilities for estimating focal plane distortion.
extinction(in_, out, **kwargs)	Extinction correct SCUBA-2 data.
findslices(in_, xpos, ypos, **kwargs)	Find time slices that are centred close to a given sky position.
fit1d(in_, out, rms, **kwargs)	Fit 1-D profiles to a data cube
fitsmerge(in_, ndf, **kwargs)	Merge FITS headers.
fixsteps(in_, out, **kwargs)	Fix DC steps in a supplied SCUBA-2 time series NDF.
flatfield(in_, out, **kwargs)	Flatfield SCUBA-2 data
fts2deglitch(in_, out, **kwargs)	Removes the glitches from the source.
fts2flatfield(in_, out, **kwargs)	Corrects for the pixel-to-pixel variation in spectral responsivity,
fts2freqcorr(in_, out, theta, **kwargs)	Off-Axis frequency correction.
fts2gaia(*args, **kwargs)	Display in-band FTS-2 spectrum in gaia
fts2init(in_, out, zpd, **kwargs)	Prepares the input to be processed by the FTS2 Data Reduction tasks
fts2maskmap(in_, out, ftsport, **kwargs)	Mask time series data for a SCUBA-2 map with FTS-2 in the beam.
fts2opcorr(in_, out, **kwargs)	Compansates for the effect of the FTS-2 optics on image distortion and
fts2phasecorr(in_, out, **kwargs)	Given a 3D data cube of single-sided interferograms, applies phase
fts2phasecorrds(in_, out, **kwargs)	Given a 3D data cube of double-sided interferograms, applies phase
fts2portimbal(in_, out, **kwargs)	Corrects for atmospheric transmission across the spectral dimension.
fts2removebse(in_, out, bse, **kwargs)	Removes the Beam splitter Self Emission (BSE) from the source.
fts2spectrum(in_, out, sfp, **kwargs)	Computes the spectrum of the interferograms.
fts2split(in_, out, **kwargs)	Convert multi scan NDFs for use in FTS-2 data reduction pipeline
fts2transcorr(in_, out, tau, **kwargs)	Corrects for atmospheric transmission across the spectral dimension.
gsd2acsis(in_, directory, **kwargs)	Convert a GSD format DAS data file to an ACSIS format NDF.
gsdshow(in_, **kwargs)	Display the contents of headers and arrays for GSD files.
impaztec(in_, out, **kwargs)	Import AzTEC NetCDF files and produce SCUBA-2 ICD-compliant files
jsadicer(in_, **kwargs)	Dice an image or cube into JSA tiles
jsajoin(*args, **kwargs)	Create a single tangent-plane NDF from a set of JSA tiles.
jsapaster(in_, out, **kwargs)	Paste several JSA tiles into a single mosaic.
jsasplit(*args, **kwargs)	Split a single NDF up into a set of JSA tiles.
jsatileinfo(itile, **kwargs)	Return information about a specified sky tile.
jsatilelist(in_, **kwargs)	List the sky tiles that overlap a given set of data files or an
jsatilemoc(*args, **kwargs)	Create an image MOC based on a JSA tile.
makecube(in_, out, **kwargs)	Regrid ACSIS spectra into a data cube.
makemap(in_, out, **kwargs)	Make a map from SCUBA-2 data
nanten2acsis(in_, directory, **kwargs)	Convert NANTEN2 FITS format data files to an ACSIS format NDF.
pol2check(in_, **kwargs)	Check if specified NDFs probably hold POL-2 data.
pol2ip(*args, **kwargs)	Create an Instrumental Polarisation (IP) model from a set of POL2
pol2map(*args, **kwargs)	Create Q, U and I maps from a group of POL-2 “spin&scan” data files.
pol2scan(*args, **kwargs)	Create Q and U maps from a set of POL-2 “spin&scan” data
pol2stack(*args, **kwargs)	Combine multiple Q, U and I images and create a vector catalogue
qucovar(qres, ures, qlut, ulut, ref, out, …)	Find co-variance of Q and U from a POL2 observation.
rawfixmeta(in_, out, **kwargs)	Fix metadata associated with a raw data file.
rawpress(in_, out, **kwargs)	Compress raw data
rawrecreatewcs(ndf, **kwargs)	Fix broken raw ACSIS files by enabling the spectral WCS to be reconstructed
rawrewrtsc2wcs(ndf, **kwargs)	Fix broken WCS in raw SCUBA-2 file by re-writing it
rawunpress(in_, out, **kwargs)	Uncompress raw data
remsky(in_, out, method, **kwargs)	Remove sky background from SCUBA-2 data
sc2clean(in_, out, **kwargs)	Clean SCUBA-2 time-series data.
sc2concat(in_, **kwargs)	Concatenate files into a larger file.
sc2expandmodel(in_, **kwargs)	Expand a DIMM model component into a full time-series data cube
sc2fft(in_, out, **kwargs)	Fourier Transform SCUBA-2 time-series data
sc2filtermap(in_, out, **kwargs)	Filter a 2-d map
sc2mapfft(in_, out, **kwargs)	Fourier Transform 2D maps
sc2pca(in_, outamp, outcomp, **kwargs)	Use principal component analysis to identify correlated SCUBA-2 signals
sc2sim(obspar, simpar, **kwargs)	SCUBA-2 Simulator
sc2threadtest(*args, **kwargs)	Task for testing speeds of different threading schemes
skyloop(*args, **kwargs)	Create a map using the “inside-out” algorithm.
skynoise(obspar, simpar, **kwargs)	Generate a simulated sky background with spatial noise.
smurfcopy(in_, out, slice, **kwargs)	Copy a 2d image out of a time series file.
smurfhelp(*args, **kwargs)	Gives help about SMURF.
stackframes(in_, out, sort, sortby, **kwargs)	Stack 2d processed frames into time series cube
starecalc(in_, out, **kwargs)	Calculate image for SCUBA-2 STARE observations
supercam2acsis(in_, directory, **kwargs)	Convert a Supercam SDFITS format data file to an ACSIS format NDF.
timesort(in_, out, **kwargs)	Re-order the time slices in a raw ACSIS data cube into increasing time.
unmakecube(in_, ref, out, **kwargs)	Produce simulated time series data from a regrided ACSIS data cube.
unmakemap(in_, ref, out, **kwargs)	Produce simulated time series data from a SCUBA-2 map.