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sunkit-instruments 0.6.3.dev14 documentation

  • API Reference
    • sunkit_instruments Package
    • Fermi
      • download_weekly_pointing_file
      • get_detector_sun_angles_for_date
      • get_detector_sun_angles_for_time
      • met_to_utc
      • plot_detector_sun_angles
    • GOES XRS
      • calculate_temperature_em
      • flareclass_to_flux
      • flux_to_flareclass
      • get_goes_event_list
    • LYRA
      • get_lytaf_event_types
      • get_lytaf_events
      • remove_lytaf_events_from_timeseries
      • split_series_using_lytaf
    • RHESSI
      • backprojection
      • imagecube2map
      • parse_observing_summary_dbase_file
      • parse_observing_summary_hdulist
      • uncompress_countrate
    • SUVI
      • despike_l1b_array
      • despike_l1b_file
      • files_to_map
      • get_response
      • read_suvi
    • Response
      • get_temperature_response
      • SourceSpectra
      • AbstractChannel
  • Example Gallery
    • Calculate the GOES-XRS temperature and emission measure during a flare
    • Plotting a Level 2 SUVI Thematic Map
  • Topic Guides
    • A Vocabulary for Instrument Response
  • Release History
    • Full Changelog
  • Example Gallery

Example Gallery#

This gallery contains examples of how to use sunkit_instruments.

Calculate the GOES-XRS temperature and emission measure during a flare

Calculate the GOES-XRS temperature and emission measure during a flare

Plotting a Level 2 SUVI Thematic Map

Plotting a Level 2 SUVI Thematic Map

Download all examples in Python source code: gallery_python.zip

Download all examples in Jupyter notebooks: gallery_jupyter.zip

Gallery generated by Sphinx-Gallery

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AbstractChannel

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Calculate the GOES-XRS temperature and emission measure during a flare
Download source code
Download Jupyter notebook

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