Notebooks

Notebooks

All the notes below are accessible at this nbviewer link.

• Some of Part 0, S, and A are not covered in the class.

• Tutorial data available here from my Dropbox.

Part 0: Preparation

• 00-0_Preface.md
• 00-1_Softwares.md
• 00-2_UNIX.md
• Go to python prep directory and study python by yourself.
• Statistics (See the Book above)
• references (Many references you may want to refer to)

Part 1: Photometry

1. Note 01: imexam (Maybe it's not usable on Windows...?)
2. Note 02: Simple astropy.io.fits.
3. Note 03: astroquery (Vizier and JPL HORIZONS)
4. Note 04: Aperture Photometry of single star (photutils and astroquery)
5. Note 05: Differential Aperture Photometry (ysfitsutilspy and ysphotutilspy)
6. Note 06: Extended source (photutils)
   1. Note 06-1: SExtractorBackground (photutils) and sep
7. Note 07: Cosmic-Ray rejection (astroscrappy)
8. Note 08: Extraction of PSF
9. Note 09: Do photometry from the extracted PSF

Part 2: Spectroscopy

1. Statistics: Is there really a line emission?
2. Justification: Comparison of my personal notebook with IRAF results on Subaru FOCAS data
   • Adopted by PyReduc project (github) as of 2020 Apr.
3. SNUO 1m telescope: Spectrograph data from SNUO

Part S: Non-Python Softwares or Services

• S01_IRAF.md
• S02_Installing_Astrometry_dot_net.md
• SExtractor (see notes in references/)

Part A: Appendices

• A02_TRIPOL.md

• A03_TRIPOLpy_Tutorial

• A04_SNUO1Mpy_Tutorial