marmaduke woodman
marmaduke woodman
close in favor of #691
hi @dionperd, I'm a bit late for this one. still relevant for merging? will you rebase as Lia suggested?
Thanks for the code sample, the issue is that a [CorticalSurface](https://github.com/the-virtual-brain/tvb-root/blob/master/tvb_library/tvb/datatypes/surfaces.py#L693) only represents the geometry of a surface and is actually an [attribute of a LocalConnectivity instance](https://github.com/the-virtual-brain/tvb-root/blob/master/tvb_library/tvb/datatypes/local_connectivity.py#L40) and not vice...
> in case I run it more times, is the local connectivity matrix recomputed correctly every time (considering I set the parameter matrix=None)? or should I state "ctx.local_connectivity.matrix = None"...
when doing ISPC classically (i.e. hand written / without Futhark), I used ISPC to build the `.o`, `c++` to build `tasksys.cpp` (does Futhark use this or it's still single core...
Agreed, and it would also be nice to have the omnicomplete, i.e. completion on any matching word not just variables in the namespace. I've found this helps enormously keeping stuff...
ah forgot to put `http://` in the links, corrected, also with a link to some simulation demos.
On Tue, Jan 26, 2016 at 02:40:16PM -0800, DC wrote: > @maedoc i believe there are already diffusion scans included. there are two "Diffusion EPI" scans. actually, now that i'm...
> Did you run it without multithreading? It could be a thread-safety issue. This is single threaded
True, but I only had one thread. Anyway, here's the serial version. ```julia prob = SDDEProblem(kf, kg, ic, kh, (0.,T), p); eprob = EnsembleProblem(prob) @time sol = solve(eprob, SOSRA(), EnsembleSerial(),...