Tools

Tools for data analysis

How to use Mio data

Other Spacecraft and Ground-Based Observations

Conjunction Event Finder (CEF)
- Outline of CEF Data ARchives and Transmission System (DARTS)
- Reference: Miyashita et al.. Earth Planet Sp 63, e1–e4 (2011). https://doi.org/10.5047/eps.2011.01.003
- CEF moved from DARTS of C-SODA/ISAS/JAXA to ERG Science Center at STEL (ISEE at present), Nagoya University in 2013.
ERG-GBO Conjunction Interval Finder (To find future conjunctions of ERG spacecraft and optical observations)
ERG-SuperDARN conjunction summary
Links to Various QL Plots

pySPEDAS (Python-based SPEDAS)

pySPEDAS Documentation
Wiki of pySPEDAS
GitHub: bleeding edge
PyPI: stable distribution of pySPEDAS

PDF file

SPEDAS

SPEDAS

ERG plug-in tools
- stable distribution
- bleeding edge
- ERG installation manual
- The text of training course
  - Beginner course
    - "SPEDAS training session -Beginner course-"
    - 説明動画(English)
      1&2: Introduction (テキスト p.1～7)
      3: Basics of SPEDAS: tplot and tplot variable #1 (テキスト p.8～15)
      4: Basics of SPEDAS: tplot and tplot variable #2 (テキスト p.16～20)
      5: Basics of SPEDAS: tplot and tplot variable #3 (テキスト p.21～25)
      6: Basics of SPEDAS: Various filtering routines for tplot data (テキスト p.26～29)
      7: Basics of SPEDAS: Frequency analysis of tplot data (テキスト p.26～29)
  - Plots of ERG orbit and ionospheric footprint
    - textbook
      SPEDAS training course: ERG orbit and footprint (Oct., 2021)
    - Crib sheet
      SPEDAS training course: ERG orbit and footprint (Oct., 2021)
    - movie
      Youtube Channel
  - Mio part_products
    - textbook
      Brief tutorial for ERG part_products (Oct., 2021)

ISEE_3D
- Reference: Keika et al., EPS (2017)

Plug-In tools

Mio Plug-In tool

IUGONET UDAS

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