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A Python package for computing vibrationally resolved optical spectra of point defects, using atomic positions and phonons obtained from density functional theory (DFT) calculations

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PyPL code repository

PyPL is a Python package for computing vibrationally resolved optical spectra of point defects, using atomic geometries and phonons obtained from density functional theory (DFT) calculations.

Documentation

The tutorial and documentation are hosted on GitHub Pages.

Installation

Run pip install . in the main folder.

Authors

Yu Jin (jinyuchem@uchicago.edu)

Victor Yu (yuw@anl.gov)

Marco Govoni (mgovoni@unimore.it)

Giulia Galli (gagalli@uchicago.edu)

Contact

Please use the GitHub issue tracker for bug reports. Contributions to new features are welcome.

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A Python package for computing vibrationally resolved optical spectra of point defects, using atomic positions and phonons obtained from density functional theory (DFT) calculations

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