Difference between revisions of "STIX Tutorials"
(→STIX + Other Instruments) |
|||
| Line 39: | Line 39: | ||
=== Checking for joint visibility === | === Checking for joint visibility === | ||
| − | [ | + | [https://github.com/elastufka/stix_tutorials/blob/main/joint_visibility.ipynb Getting trajectory data and performing coordinate transformations] |
=== Multiple instrument spectroscopy === | === Multiple instrument spectroscopy === | ||
| Line 47: | Line 47: | ||
=== Reprojecting images === | === Reprojecting images === | ||
| − | [ | + | [https://github.com/elastufka/stix_tutorials/blob/main/reprojection_tutorial.ipynb Map reprojection tutorial] |
[composite map tutorial] | [composite map tutorial] | ||
Revision as of 09:54, 15 June 2022
This is a collection of tutorials prepared by the STIX team and other partners.
Contents
1 Data Acquisition
1.1 Download data from STIX data center
STIX data can be downloaded from the Data Center website. One can use the data center python interface stixdcpy to query/download STIX data. stixdcpy allows querying, downloading and plotting the following data:
- Quick-look light curves
- Housekeeping data
- Science data
- Energy calibration data
- Auxiliary data (ephemeris, pointing, light travel time, etc.)
- STIX solar flare list
1.2 Download data from STIX archive server
- STIX science data can also be downloaded from STIX archive server.
- stixpy
2 Data Preparation
[ (coming soon) Troubleshooting STIX image maps - IDL]
[ (coming soon) Troubleshooting STIX image maps - Python]
3 Spectroscopy
[STIX OSPEX tutorial]
[STIX XSPEC tutorial]
4 Imaging
[IDL imaging tutorial] [Online imaging tutorial]
5 STIX + Other Instruments
5.1 Checking for joint visibility
Getting trajectory data and performing coordinate transformations
5.2 Multiple instrument spectroscopy
5.3 Reprojecting images
[composite map tutorial]
