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! Package !! Status !! Notes | ! Package !! Status !! Notes | ||
|- | |- | ||
| [http://martinos.org/mne/ python-mne] || {{result|inprogress|ignatenkobrain}} || {{bz|1276880}} | | [http://martinos.org/mne/ python-mne] || {{result|inprogress|ignatenkobrain}} || {{bz|1276880}} | ||
|- | |- | ||
| [http://www.pydicom.org/ python-pydicom] || {{result|inprogress|ignatenkobrain}} || {{bz|1276837}} || | | [http://www.pydicom.org/ python-pydicom] || {{result|inprogress|ignatenkobrain}} || {{bz|1276837}} | ||
|- | |||
| [http://matthew-brett.github.io/transforms3d/ python-transforms3d] || {{results|inprogress|ignatenkobrain}} || {{bz|1276910}} | |||
|- | |||
| [http://nipy.org/nipy/ nipy-data] || {{results|inprogress|ignatenkobrain}} || {{bz|1276926}} | |||
|- | |||
| [https://github.com/nipy/nibabel python-nibabel] || {{results|inprogress|ignatenkobrain}} || {{bz|1276871}} | |||
|- | |- | ||
| [http://afni.nimh.nih.gov/afni/ AFNI] || {{result|inprogress|caesarae}} || depends on an old UI lib | | [http://afni.nimh.nih.gov/afni/ AFNI] || {{result|inprogress|caesarae}} || depends on an old UI lib |
Revision as of 13:03, 1 November 2015
NeuroFedora SIG
The NeuroFedora SIG's goal is to make Fedora the best platform for neuroscience and neuroimaging research.
Members
Morgan Hough (mhough) <morgan.hough@gmail.com>
Igor Gnatenko (Ignatenkobrain) <i.gnatenko.brain@gmail.com>
NeuroFedora Packages
Interesting software waiting for being packaged
- dipy
- expyriment
- nipy - A python package for analysis of neuroimaging data
- fenics - A finite element package
- meshfix - algorithms operating on meshes
Work in progress
Package | Status | Notes | |
---|---|---|---|
python-mne | RHBZ #1276880 | ||
python-pydicom | RHBZ #1276837 | ||
python-transforms3d | Template:Results | RHBZ #1276910 | |
nipy-data | Template:Results | RHBZ #1276926 | |
python-nibabel | Template:Results | RHBZ #1276871 | |
AFNI | caesarae |
depends on an old UI lib | |
FieldTrip | |||
MNE | |||
MRTrix3 - MRTrix3 is a analysis package for diffusion data | caesarae |
||
nest - nest is a simulator for spiking neural networks | ankursinha | WIP | depends on review request |
nrn - nrn is a neural simulator package | ankursinha | WIP | depends on review request |
python-brian2 - Brian is a simulator for spiking neural networks | ankursinha | WIP | depends on review request |
python-neo - neo is a package for electrophysiology | ankursinha | WIP | depends on review request |
python-pynn - pynn is a simulator for spiking neural networks | ankursinha | WIP | depends on review request |
SPM | mhough | WIP |
New packages
When submitting a new neuro-related package for review, please add "Blocks: NeuroFedora-SIG" to your review-request. After the review has been granted don't forget to remove it, when filing the SCM-request, please.
When you are filing your SCM-admin-request, you should make sure to request InitialCC for "neurofedora-sig".
Example:
New Package SCM Request ======================= Package Name: pkgname Short Description: summary of package Owners: foo bar Branches: f21 f22 f23 el6 el7 InitialCC: nf-sig
Packages waiting for your review
You can find them on the NeuroFedora-SIG review-tracker.
We would be glad, if you would take one or a few. :)
Existing packages
You can't find the existing neurofedora-related packages on the PkgDB yet but we are working on it.
Categories
There is a good amount of overlap with other SIGs and Spins and some categories of NeuroFedora can be seen as BigData, Fedora-Medical, ML, Octave and SciTech in general. The classification that NeuroDebian uses is as follows:
*Packages for Distributed Computing *Packages for Electrophysiology *Packages for Magnetic Reasonance Imaging *Packages for Modeling of neural systems *Packages for Neuroscience Datasets *Packages for Neuroscience Education *Packages for Psychophysics
What are we going to do?
We are first planning to match packages from the debian-based neurodebian project excluding the debian packaging related tools. The second phase would be to publish a paper outlining the work here again following the neurodebian project paper. The third phase would be to publish a research paper describing new tools available in NeuroFedora
Participation
There is no formal process for participating; joining the mailing list, hanging out on IRC, or participating in meetings are all great ways to get involved.
A little self-introduction on the mailing list would be nice, too. And, if you want to, add yourself to our members-section above.
Mailing list
- Join: neurofedora
- Archives: read
IRC
We will likely hang out on irc.freenode.net at #neurofedora.
Haven't used IRC for communication before? More information on how to use IRC is available here.
Meetings
We shall have them, and see how it goes.
more to come soon.