pyglotaran starter kit — data provenance and licenses
=====================================================

Software
--------
This kit installs and uses:
  - pyglotaran 0.7.4          (MIT License)  https://github.com/glotaran/pyglotaran
  - pyglotaran-extras 0.7.4   (MIT License)  https://github.com/glotaran/pyglotaran-extras
  - JupyterLab                (BSD License)  https://jupyter.org
Setup is handled by 'uv' (Astral, MIT/Apache-2.0) https://github.com/astral-sh/uv

The starter notebooks and launcher scripts in this kit are released under the
MIT License, consistent with the pyglotaran project.


Data used in the notebooks
--------------------------
02_two_component.ipynb
  File: 02_two_component/data.csv
  Simulated data, generated with pyglotaran's own simulator and saved as a
  plain CSV file so it resembles a real instrument export. It models a
  two-state sequential decay (s1 -> s2) with a Gaussian instrument response.
  No measured data is involved; it exists to teach the workflow.

03_three_component.ipynb
  File: 03_three_component/data.csv
  Simulated data, same origin as notebook 02, modelling a three-state
  sequential decay (s1 -> s2 -> s3).

04_fluorescence.ipynb
  File: 04_fluorescence/data.ascii
  Real time-resolved fluorescence measurement of Photosystem I, distributed
  with the pyglotaran-examples project (study_fluorescence). It is included
  here for teaching purposes. If you use this data in a publication, please
  refer to the pyglotaran-examples repository for the appropriate citation:
  https://github.com/glotaran/pyglotaran-examples

The CSV loader (csv_tools.py) shipped in this kit is released under the MIT
License, like the rest of the kit.


Citing pyglotaran
-----------------
If pyglotaran is useful for your research, please cite the project. See the
"How to cite" section at https://github.com/glotaran/pyglotaran and the
pyglotaran documentation for the current reference.
