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Add Links to New Kepler Lightkurve Notebooks #150

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lglattly opened this issue Sep 30, 2020 · 1 comment
Open

Add Links to New Kepler Lightkurve Notebooks #150

lglattly opened this issue Sep 30, 2020 · 1 comment

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@lglattly
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lglattly commented Sep 30, 2020

This issue is a final wrap up of the Kepler-Focus Lightkurve Tutorial project, which created 21 new Lightkurve tutorials. The tutorials were merged to the STScI notebook repository.

The tutorials reference each other and some are companion notebooks, but they do not actually contain links to each other. The following is a list of the tutorials showing where they reference each other in the text so that if links were to be added in the future, the places to put the links might be easier to find. Each tutorial is identified by its original issue number in this repository and by its title. @barentsen and @kelle

  • 1: Removing Instrumental Noise from K2 and TESS Light Curves Using PLD

    • Introduction, third paragraph, reference to tutorial on removing scattered light from TESS using RegressionCorrector
    • Section 1, second paragraph, reference to tutorial on using Kepler TPF products
  • 2: Creating Light Curves Using Custom Aperture Photometry

    • Section 1.1, third paragraph, reference to tutorial on combining quarters of Kepler data
    • Section 1.1, fourth paragraph, reference to tutorials on noise correction
    • Section 1.2, third paragraph, reference to tutorial on downloading data using Lightkurve
  • 3: How to Use Kepler Light Curve Products with Lightkurve

    • No mentions of other tutorials
  • 4: Using Kepler Target Pixel Files Products with Lighkurve

    • Introduction, paragraph three “How to Use Kepler Light Curve Products with Lightkurve”
  • 7: How to Combine Multiple Quarters of Kepler Data with Lightkurve

    • Introduction, paragraph three “How to Use Kepler Light Curve Products with Lightkurve”
  • 9: How to Plot Kepler Target Pixel Files with Lightkurve

    • Introduction, paragraph three “Using Target Pixel File Products with Lightkurve”
    • Introduction, paragraph three “How to Use Kepler Light Curve Products with Lightkurve”
    • Section 4, last paragraph, mention of SAP light curve previously encountered in the light curve tutorial
  • 10: Instrumental Noise in Kepler and K2 (tutorials 1, 2, 3, 4)

    • 1: Data Gaps and Quality Flags
      • Section 3.1, first paragraph, reference to tutorial on SPSD
    • 2: Spurious Signals and Time Sampling Effects
      • Introduction, first paragraph, reference to first tutorial in series
      • Section 4, first paragraph, reference to tutorial on custom aperture photometry
    • 3: Seasonal and Detector Effects
      • Introduction, first paragraph, reference to first two tutorials in series
      • Background, second paragraph, reference to fourth tutorial in series
      • Section 2, fifth paragraph, reference to second tutorial in series
    • 4: Electronic Noise
      • Introduction, first paragraph, reference to first three tutorials in series
      • Section 3, fourth paragraph, reference to tutorial on custom aperture photometry
      • Section 4, first paragraph, reference to first tutorial in series
      • Section 4, fourth paragraph, reference to first tutorial in series
  • 11: How to Create Periodograms and Identify Significant Peaks

    • Section 2, sixth paragraph, reference to next tutorial on periodograms
    • Section 3, second paragraph, reference to companion tutorials
  • 12: How to Measure and Remove a Rotation Period Signal from a Kepler Light Curve

    • Introduction, second paragraph, reference to companion tutorials on light curves and periodograms
    • Section 2, first paragraph, reference to companion tutorial on eclipsing binary systems
    • Section 2, fourth paragraph, reference to tutorials on asteroseismic oscillations
  • 13: How to Understand and Manipulate the Periodogram of an Oscillating Star

    • Introduction, first paragraph, reference to tutorial on light curves of eclipsing binary stars
    • Closing Comments, first paragraph, accompanying tutorial on estimating a star’s mass and radius
  • 14: How to Estimate a Star’s Mass and Radius Using Asteroseismology

    • Section 1, third paragraph, reference to tutorial on modes of oscillation
  • 15: How to Verify the Location of a Signal in Kepler Pixel Data

    • Section 2.2, last paragraph, reference to tutorial on custom aperture photometry
    • Section 3.1, last paragraph, reference to tutorial on periodograms
  • 17: Searching for Kepler/K2 and TESS Data Products Using Lightkurve

    • Section 2.2, second paragraph, reference to tutorial on How to Combine Multiple Quarters of Kepler Data with Lightkurve
    • Section 3.1, fourth paragraph, reference to tutorials on using Kepler target pixel file products with Lightkurve and how to
      plot Kepler target pixel file products with Lightkurve
  • 18: Removing Scattered Light from TESS Data Using the Lightkurve RegressionCorrector

    • Section 6, second paragraph, reference to tutorial on Removing Instrumental Noise from K2 and TESS Light Curves Using
      PLD
  • 19: Identifying Transiting Planet Signals in a Kepler Light Curve

    • Section 1, second paragraph, reference to How to Combine Multiple Quarters of Kepler Data with Lightkurve
    • Section 2, fourth paragraph, reference to How to Create Periodograms and Identify Significant Peaks
  • 20: Using aas-timeseries with Kepler Data

    • No references to other tutorials
  • 21: How to Visualize Periodic Signals Using a River Plot

    • No references to other tutorials
  • 22: How to Interactively Inspect Target Pixel Files and Light Curves

    • Section 3, first paragraph, reference to Identifying Transiting Planet Signals in a Kepler Light Curve
@barentsen
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I'll add that we didn't originally add these links because we didn't know what the urls of the compiled notebooks would be. This issue may best be addressed once the new notebook build system is operational!

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