
NetPyNE
@_NetPyNE_
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I enjoy building, optimizing, simulating and analyzing multiscale brain circuit models
Joined March 2020
NetPyNE v1.0.6 is now available. For a complete list of changes and bug fixes see: See here for instructions to install or update to the latest version:
netpyne.org
In this guide, we’ll be learning how to install NetPyNE, an open-source Python package to facilitate the development, parallel simulation, analysis, and optimization of biological neuronal networks...
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RT @INCForg: 📢Call for community review📢 . Help us assess @_NetPyNE_ 's value as a community standard! NetPyNE is an open-source Python pa….
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Join us for the next NetPyNE bimonthly online meeting on Thursday Oct 19 at 3-4 pm ET! More info here:
github.com
A Python package to facilitate the development, parallel simulation, optimization and analysis of multiscale biological neuronal networks in NEURON. - suny-downstate-medical-center/netpyne
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RT @Phenomics_J: A detailed model of #primarymotorcortex that integrates experimental data across scales has been proposed! .#phenomics . C….
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Information about the meetings will be posted on the NetPyNE Wiki: and the meeting slides: -- feel free to add any content.
docs.google.com
Meeting June 15, 2023 (3-4 PM ET)
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NetPyNE v1.0.4 is now available. For a complete list of changes and bug fixes see: See here for instructions to install or update to the latest version:
github.com
Version 1.0.4 New features Added 'linewidth' as argument of plotting.plotSpikeHist() More detailed validation of netParams Save and load model in native NetPyNE format Converted mos...
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RT @MetaCell: Great catching up with friends and partners at #NeuroDataShare2023, hosted by @SWC_Neuro in London this week. Two days of in….
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Whether you are an experienced NetPyNE user or a newcomer, we encourage you to attend this meeting to connect with other members of the community and discover more about this rapidly evolving tool. We look forward to seeing you there! . More info: (3/3).
github.com
A Python package to facilitate the development, parallel simulation, optimization and analysis of multiscale biological neuronal networks in NEURON. - suny-downstate-medical-center/netpyne
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