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https://github.com/pierre-24/qcip_tools

Quantum Chemistry In Python (QCIP) tools package.
https://github.com/pierre-24/qcip_tools

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Quantum Chemistry In Python (QCIP) tools package.

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# Quantum chemistry in python (QCiP) tools library

Library maintained by [Pierre Beaujean](https://pierrebeaujean.net) to ease the manipulation of quantum chemistry results in Python 3. Created in the frame of my PhD thesis in the [University of Namur](https://www.unamur.be).

Current release: [v0.7.4](https://github.com/pierre-24/qcip_tools/releases/tag/v0.7.4)
(see [the changelog](./CHANGELOG.md)).

## Purpose

+ General purpose objects (molecule, atom, basis set) ;
+ Handle and post-analyze results of calculations (currently, energy, electrical and geometrical derivatives of the energy, and excitations) from various sources (Gaussian and Dalton, primarily, but with partial support of others).
Some [scripts](https://pierre-24.github.io/qcip_tools/scripts.html) are available for the end-users;
+ Retrieve data from quantum chemistry package and create input files (currently Gaussian, Dalton and GAMESS).

# Documentation

**For the installation procedure, see [this page](https://pierre-24.github.io/qcip_tools/install.html).**

The latest API documentation is available [here](https://pierre-24.github.io/qcip_tools/).

If you download the package sources, build the documentation with `make doc`.

## Contributing

You can report bugs and suggestions any time [using the bugtracker](https://github.com/pierre-24/qcip_tools/issues).

If you want to contribute to the code, see the [contribution page](https://pierre-24.github.io/qcip_tools/contributing.html).
Feel free to ask access if needed.