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Copy file name to clipboardExpand all lines: _sources/data.txt
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Description of parsed data
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Click the attribute name in the table below to go the notes for a particular attribute. All arrays are Numpy arrays of type 'd' (if containing floats) or 'i' (if containing integers).
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Click the attribute name in the table below to go the notes and specifications for a particular attribute. All arrays are Numpy arrays of type 'd' (if containing floats) or 'i' (if containing integers).
Copy file name to clipboardExpand all lines: _sources/data_dev.txt
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Description of parsed data
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Click the attribute name in the table below for the specifications for a particular attribute. All arrays are Numpy arrays of type 'd' (if containing floats) or 'i' (if containing integers).
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Click the attribute name in the table below to go to the notes and specifications for a particular attribute. All arrays are Numpy arrays of type 'd' (if containing floats) or 'i' (if containing integers).
Copy file name to clipboardExpand all lines: _sources/index.txt
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The current version is **cclib 1.4** (see the changelog_ for what's new) and parses output files from the following programs (version in parentheses are tested):
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- ADF_ (versions 2007 and 2013)
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- DALTON_ (versions 2013 and 2015)
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- Firefly_, formerly known as PC GAMESS (version 8.0)
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- `GAMESS (US)`_ (version 2012)
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- `GAMESS-UK`_ (version 7.0)
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- Gaussian_ (versions 03 and 09)
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- Jaguar_ (versions 7.0 and 8.3)
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- Molpro_ (versions 2006 and 2012)
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- NWChem_ (versions 6.0 and 6.5)
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- ORCA_ (versions 2.9 and 3.0)
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- Psi_ (versions 3.4 and 4.0)
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- `Q-Chem`_ (version 4.2)
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Many types of output data are parsed by cclib, including atom coordinates, orbital information, vibrational modes and TD-DFT calculations. See the page on `Extracted Data`_ for a comlete list with coverage for the different programs. Several `calculation methods`_ are also provided for interpreting the electronic properties of molecules.
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How to use cclib
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----------------
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You can download the `source package for cclib 1.4`_ or the `current development version`_ (from the `github repository`_). For information on packages available in various Linux distribution, installing the source code and requirements, as well as basic usage, the tutorial_ is a good place to start.
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You can download the `source package for cclib 1.4`_ or the `current development version`_ (from the `GitHub repository`_). For information on packages available in various Linux distributions, installing the source code and requirements, as well as basic usage, the tutorial_ is a good place to start.
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If you need further help, find a bug, need new features or have any question, please send email to the `mailing list`_ or submit an issue to the `tracker`_.
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About cclib
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-----------
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The code behind cclib was started as a collaboration between Noel O'Boyle, Adam Tenderholt and Karol M. Langner (see page about Development_ for details) and is licensed under the LGPL_. Other developers are encouraged to contribute to this open source project -- send an email to the `developers mailing list`_. Applications that use cclib include GaussSum_ and QMForge_.
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The code behind cclib was started as a collaboration between Noel O'Boyle, Adam Tenderholt and Karol M. Langner (see page about Development_ for details) and is licensed under the LGPL_. Other developers are encouraged to contribute to this open source project -- send an email to the `developers mailing list`_. Applications that use cclib include GaussSum_ and QMForge_. It has also been used in the literature_.
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If you use cclib in your scientific work, please support our work by adding a reference to the following article:
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| N\. M\. O'Boyle, A\. L\. Tenderholt, K\. M\. Langner, *cclib: a library for package-independent computational chemistry algorithms*, J. Comp. Chem. 29 (5), pp. 839-845, **2008** (DOI_).
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A record for the latest release is also available on Zenodo_.
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