Reproducing the result

if you only want to have a try and reproduce the simulation result in *.ipynb files instead of making some development, go to https://gke.mybinder.org/

1. GitHub repository name or URL : https://github.com/kouui/statistical_equilibrium
2. Git branch, tag, or commit : master
3. click launch and wait ~1 minute before the Docker image being built.
4. move to ./notebooks/ folder, where notebook *.ipynb files are saved.
5. if you want to reproduce my result, just run *.ipynb files over there.
6. if you want to try your own *.ipynb file, just click upload to upload your file to the server.
7. at last, do not forget to Save and Checkpoint and then Download As Notebook (.ipynb) to your local storage.

Fig 1. steps 1,2,3

Fig 2. steps 4,5,6

Fig 3. steps 7

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Generating format we need using NIST Level/Line information

First download NIST Level/Line information to ./atom/nist_ASCII/ folder.

take "Si III Mg like" atomic model for example:

1. open https://physics.nist.gov/PhysRefData/ASD/levels_form.html
2. modified the corresponding parameters in red rectangular shown in Fig 4.
3. copy the whole text to ./atom/nist_ASCII/Si_III_Mg_like/Si_III_Mg_like.Level
4. open https://physics.nist.gov/PhysRefData/ASD/lines_form.html and click show Adcanced Settings
5. modified the corresponding parameters in red rectangular shown in Fig 5.
6. copy the whole text to ./atom/nist_ASCII/Si_III_Mg_like/Si_III_Mg_like.Line
7. modify terms and path variables in python script ./tools/nist_to_level_line.py, and then execute it

$ cd /Path_to/spectra/tools
$ python nist_to_level_line.py

8. step 7. will generate file ./atom/nist_ASCII/Si_III_Mg_like/Si_III_Mg_like.Result
9. After all, copy the text in ./atom/nist_ASCII/Si_III_Mg_like/Si_III_Mg_like.Result into ./atom/Si_III_Mg_like.txt. Be aware of the format.

Fig 4.

Fig 5.

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TODO

• convert the (I,J) indexing of AJI and CE to Level indexing : (conf_term_J(lower), conf_term_J(upper))