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Releases: NIDCD/lsnm

lsnm v1.5.0

06 Feb 17:35
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  • The lsnm code has been ported to Python 3, tested using Python 3.8.12

lsnm v1.0.2

25 Jan 16:44
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  • Renamed the main script to lsnm
  • Modified script to avoid having to invoke Python directly when running the script.
  • Re-tested the demo provided using Python 2.7.3
  • Expanded documentation on how to download / install / test lsnm

LSNM command line

20 Nov 21:03
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I fixed a bug related to the invocation of TVB's Wilson-Cowan model. The defaults changed in TVB from collecting [E, I] to collecting only [E] electrical neuronal activity. LSNM had to be adjusted (one-line change) to collect both E and I neuronal activity.

Large-Scale Neural Modeling (LSNM) Simulator, command-line

17 Apr 14:34
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This is the first release of command-line version of the Large-Scale Neural Modeling (LSNM) simulator.

The following syntax should be used:

python lsnm.py -m model.txt -w weightslist.txt -s script.py -l lsnm_tvb_link.txt

  • lsnm.py is the python script that runs the simulation.
  • weightlist.txt contains a list of individual *.w weight files (all should be included in working directory).
  • script.py is the script of simulation describing all events in the simulated experiment.
  • lsnm_tvb_link.txt is an optional parameter that describes how the LSNM model is embedded into a Virtual Brain (TVB) connectome.

The output is a large number of *.out files in text format that contain time-series of simulated neural and synaptic activity. They are all saved as output files.