Difference between revisions of "STIX Tutorials"
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[composite map tutorial] | [composite map tutorial] | ||
| − | == Other tutorials == | + | == Other STIX tutorials == |
* [https://github.com/somusset/STIX-tutorial/blob/main/SOLOSummerSchool2022_STIX_hands-on.md STIX Hands-on session prepared by Sophie Musset] | * [https://github.com/somusset/STIX-tutorial/blob/main/SOLOSummerSchool2022_STIX_hands-on.md STIX Hands-on session prepared by Sophie Musset] | ||
Revision as of 11:16, 11 July 2022
This is a collection of tutorials prepared by the STIX team and other partners.
Contents
1 STIX Data Center
2 Data Acquisition
2.1 Download data from STIX data center with stixdcpy
STIX data can be downloaded from the Data Center website. One can use the data center python interface stixdcpy to query/download STIX data. With stixdcpy, users have access to the following types of data on STIX data center:
- Quick-look light curves
- Housekeeping data
- Science data
- Energy calibration data
- Auxiliary data (ephemeris, pointing, light travel time, etc.)
- STIX solar flare list
2.2 Download data from STIX archive server
- STIX science data can also be downloaded from STIX archive server.
- stixpy
3 Data Preparation
[ (coming soon) Troubleshooting STIX image maps - IDL]
[ (coming soon) Troubleshooting STIX image maps - Python]
4 Spectroscopy
[STIX OSPEX tutorial]
[STIX XSPEC tutorial]
5 Imaging
- [IDL imaging tutorial]
- STIX imaging with web tools
6 STIX + Other Instruments
6.1 Checking for joint visibility
Getting trajectory data and performing coordinate transformations
Webtool for trajectory data and joint visibility of STIX-observed solar flares from AIA, STIX and STEREO-A.
6.2 Multiple instrument spectroscopy
6.3 Reprojecting images
[composite map tutorial]
