Ingest_AT reads in a FITS image into ADMIT, creating a CASA image and extracting basic information.


Image Information
FITS image test22.fits
CASA image x.im
ObjectSerpens_Main
Rest frequencyunknown
Beam 6.38" x 4.17" PA @ -80.33 deg
Imsize180 x 180 x 300
Intensity unitJy/beam
Data min/max-1.821E+00  /  8.147E+00
TelescopeALMA
Percentage bad pixels59.26%

CubeStats_AT computes statistics on cubes

CASA image x.im
RMS methodmedabsdevmed
RMS value9.129E-02
Dynamic range8.925E+01
Data mean1.360E-02
Emission characteristics as a function of channel, as derived by CubeStats_AT (cyan: global rms, green: noise per channel, blue: peak value per channel, red: peak/noise per channel).
Emission characteristics as a function of channel, as derived by CubeStats_AT (cyan: global rms, green: noise per channel, blue: peak value per channel, red: peak/noise per channel).
Peak point plot: Locations of per-channel peaks in the image cube x.im
Peak point plot: Locations of per-channel peaks in the image cube x.im

CubeSum_AT sums all the emission in a cube, regardless of whether or not it comes from different spectral lines, creating a zeroth moment map of all emission.

CubeSum_AT output for x.im

Integral (moment 0) of all emission in image cube
Integral (moment 0) of all emission in image cube
Histogram of cube sum for image cube
Histogram of cube sum for image cube

CubeSpectrum_AT creates spectral plots (a "CubeSpectrum") at one or more (x,y) positions in the datacube. Alternatively, it can produce a spectrum averaged over a box.


CubeSpectrum_AT output for x.im

Average Spectrum at centerbox[[71pix,111pix],[1pix,1pix]]
Average Spectrum at centerbox[[71pix,111pix],[1pix,1pix]]

PVSlice_AT creates position velocity diagrams.


PVslice_AT output for x.im

Location of position-velocity slice overlaid on Moment 0 map
Location of position-velocity slice overlaid on Moment 0 map
Position-velocity diagram through emission centroid
Position-velocity diagram through emission centroid

LineID_AT identifies spectral lines in an input cube


LineID_AT identified the following spectral lines

frequencyuidformulafullnametransitionvelocityElEuLinestrengthpeakintensitypeakoffsetfwhmstartchanendchansigma
244.93556CS_244.9356CSCarbon Monosulfide5-42.400E+002.351E+013.527E+011.917E+013.858E+00-5.600E+002.667E+011062663.926E+01
Identified lines overlaid on peak intensity plot from CubeStat_BDP.
Identified lines overlaid on peak intensity plot from CubeStat_BDP.
Identified lines overlaid on input spectrum #0.
Identified lines overlaid on input spectrum #0.

LineCube_AT makes one or more cutout cubes given a LineList


LineCube_AT created the following cubes

Line NameStart Channel End Channel Output Image
CS_244.9356103269CS_244.9356/CS_244.9356.lc.im

Moment_AT creates moment maps at custom clip levels and a histogram of the moment values.


Moment_AT output for CS_244.9356/CS_244.9356.lc.im

Carbon Monosulfide Moment 0 map of Source Serpens_Main
Carbon Monosulfide Moment 0 map of Source Serpens_Main
Carbon Monosulfide Moment 1 map of Source Serpens_Main
Carbon Monosulfide Moment 1 map of Source Serpens_Main
Carbon Monosulfide Moment 2 map of Source Serpens_Main
Carbon Monosulfide Moment 2 map of Source Serpens_Main
Histogram of Carbon Monosulfide Moment 0 of Source Serpens_Main
Histogram of Carbon Monosulfide Moment 0 of Source Serpens_Main
Histogram of Carbon Monosulfide Moment 1 of Source Serpens_Main
Histogram of Carbon Monosulfide Moment 1 of Source Serpens_Main
Histogram of Carbon Monosulfide Moment 2 of Source Serpens_Main
Histogram of Carbon Monosulfide Moment 2 of Source Serpens_Main

CubeSpectrum_AT creates spectral plots (a "CubeSpectrum") at one or more (x,y) positions in the datacube. Alternatively, it can produce a spectrum averaged over a box.


CubeSpectrum_AT output for CS_244.9356/CS_244.9356.lc.im

Average Spectrum at centerbox[[71pix,111pix],[1pix,1pix]]
Average Spectrum at centerbox[[71pix,111pix],[1pix,1pix]]