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Sam Yates authored
Extended USEION VALENCE support.

* Augment modcc parser to accept identifier or signed integer after VALENCE.
* Treat identifer after VALENCE as global scalar, tied to ionic charge.
* Add ionic charge field to mechanism ion parameter pointers, replacing scalar in shared state with a length-1 array.
* Verify presence of ion name and check ion charge against numeric valence in mechanism info when discretizing in `fvm_build_mechanism_data`.
* Pass ion info, coalesce_synapse global state to `fvm_build_mechanism_data` just via cable cell global properties.
* Add more unit-test only mechanisms (test_ca_read_valence, test_cl_valence).
* Add unit tests for valence verification and reading into mechanism state (multicore only).
* Update existing unit tests for new interfaces.

Implements #780.
76d10ff1

Arbor Library

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Arbor is a library for implementing performance portable network simulations of multi-compartment neuron models.

An installation guide and library documentation are available online at Read the Docs.

Submit a ticket if you have any questions or want help.

Citing Arbor

It is possible to cite specific versions of Arbor used to run a simulation via Zenodo:

  • Version 0.2: DOI
  • Version 0.1: DOI

The following BibTeX can be used to cite Arbor:

@INPROCEEDINGS{
    paper:arbor2019,
    author={N. A. {Akar} and B. {Cumming} and V. {Karakasis} and A. {Küsters} and W. {Klijn} and A. {Peyser} and S. {Yates}},
    booktitle={2019 27th Euromicro International Conference on Parallel, Distributed and Network-Based Processing (PDP)},
    title={{Arbor --- A Morphologically-Detailed Neural Network Simulation Library for Contemporary High-Performance Computing Architectures}},
    year={2019}, month={feb}, volume={}, number={},
    pages={274--282},
    doi={10.1109/EMPDP.2019.8671560},
    ISSN={2377-5750}}

Alternative citation formats for the paper can be downloaded here, and a preprint is available at arXiv.