Wiki » History » Version 5
Version 4 (Richard Gerkin, 30 Apr 2014 14:57) → Version 5/7 (Richard Gerkin, 30 Apr 2014 14:57)
Introduction
============
A project highlighting some of the possible interactions between OSB and NeuroElectro/SciUnit
Installing SciUnit
------------------
[SciUnit]() https://github.com/rgerkin/sciunit
The Neuroelectro API
--------------------
Data used for testing models with sciunit can be obtained in a variety of places. Here we focus on automated testing by pulling electrophysiologal properties of neurons from the literature using NeuroElectro (http://www.neuroelectro.org). The API for grabbing data from NeuroElectro is documented here: http://goo.gl/fuPSu. See [here](http://goo.gl/fuPSu)
Testing neuroConstruct models with neurounit (sciunit):
-------------------------------------------------------
In jython:
\$ cd \~/neuroConstruct \# Or wherever it is.
\$ ./nCjython \# Assumes there is a “jython” somewhere in your system path.
>>> import neurounit.jutils as j
>>> print j.get\_volts()
In python:
\$ cd \~/neuroConstruct \# Or wherever it is.
\$ python
>>> import neurounit.putils as p
>>> data = p.run() \# Opens the bridge to jython.
>>> volts = data.receive() \# Runs the simulations and receives the data (hangs).
>>> print volts
============
A project highlighting some of the possible interactions between OSB and NeuroElectro/SciUnit
Installing SciUnit
------------------
[SciUnit]() https://github.com/rgerkin/sciunit
The Neuroelectro API
--------------------
Data used for testing models with sciunit can be obtained in a variety of places. Here we focus on automated testing by pulling electrophysiologal properties of neurons from the literature using NeuroElectro (http://www.neuroelectro.org). The API for grabbing data from NeuroElectro is documented here: http://goo.gl/fuPSu. See [here](http://goo.gl/fuPSu)
Testing neuroConstruct models with neurounit (sciunit):
-------------------------------------------------------
In jython:
\$ cd \~/neuroConstruct \# Or wherever it is.
\$ ./nCjython \# Assumes there is a “jython” somewhere in your system path.
>>> import neurounit.jutils as j
>>> print j.get\_volts()
In python:
\$ cd \~/neuroConstruct \# Or wherever it is.
\$ python
>>> import neurounit.putils as p
>>> data = p.run() \# Opens the bridge to jython.
>>> volts = data.receive() \# Runs the simulations and receives the data (hangs).
>>> print volts