Commissioning and Science Verification

Beam map>Measurement and analysis for single-beam receivers

Revision history
  • 2016-07-26 - created by Kamazaki,T.
Table of contents

Measurement

  1. Start COSMOS3 and tune a receiver to be used
  2. Login to COSMOS3 manager GUI with Group=asteXX (e.g. aste16) and Project=sbrfXX (e.g. sbrf16)
  3. Adjust pointing (preferable, but can skip)
  4. Run either of the following observation tables according to a planet and a receiver band
     
    SaturnDASH345str05d3.start5' x 5', 10" spacing
    str02d3.start2' x 2', 10" spacing
    BAND8str05b8.start5' x 5', 8" spacing
    str05b8.start2' x 2', 8"spacing

Analysis

  1. Login to an analysis computer (e.g. aste-ms1) with account=asteXX (e.g. aste16)
  2. Rsync CONT data from the ASTE site
    asteXX@aste-ms1: rsync -e ssh -avz astecntl@aste-1c:/cosmos3/aste/bklog/contlck/curr/CONT.<obs. table>.<group>.<project>.<date>.LCK ~/sbrfXX/continuum/data
    e.g.)
    asteXX@aste-ms1: rsync -e ssh -avz astecntl@aste-1c:/cosmos3/aste/bklog/contlck/curr/CONT.str02d3.aste16.sbrf16.20160815*.LCK
    ~/sbrfXX/continuum/data/
    ...
  3. Create symbolic links with old file names to new CONT files
    asteXX@aste-ms1> ~/analysis/bin/cont_link.sh ~/sbrfXX/continuum/data/CONT.*.LCK
  4. Run cont
    asteXX@aste-ms1> ~/analysis/bin/cont.sh
    1. Map Analysis>CFITS
      1. Select a LCK file in the .LCK File List button
      2. Set parameters
        Normally, it is enough to use default values as shown below.
        &ref(): File not found: "cfits_v6.png" at page "CSV/BeamMapMeasurementAnalysisSBRx";
      3. Push the EXEC button to create a image FITS file
    2. Map Analysis>CMAP
      1. Select the image FITS file created in the previous step

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