Thank you Rudolph,
what I would like to have as an end product is a list of overlay values
at each vertex of the decimated surface (i.e. I don't want to synthesize
anything into ROIs).
The overlays are all freesurfer-specific (curvature, thickness, LGI,
etc). I cannot recompute these on the ne
If you specifically want to project overlays onto 'mris_decimate'd
surfaces, you won't be able to do that. You could, however, generate new
overlays using the decimated surface, if that's helpful, using
'mris_curvature_stats' and feeding it the newly downsampled/demicated
surface as input.
FWI
Hi Alex and Bruce,
thanks a lot for your help. Will play around with MNE - looks like it
does what I am looking for.
Nicola
On 01/24/2013 07:54 AM, Alexandre Gramfort wrote:
> hi,
>
> what we do with MEG in the MNE package is indeed store downsampled
> overlays (that actually have a temporal di
hi,
what we do with MEG in the MNE package is indeed store downsampled
overlays (that actually have a temporal dimension). More specifically we
store the values e.g. only at the vertices of the ico5 subdivision and
store the ico 5 vertex indices and overlay values. Then to display them
on the high
Hi Nicola
I think this gets done in the MEG analysis stream, but perhaps Matti
(ccd) can comment.
cheers
BruceOn Thu, 24 Jan 2013, Nicola Toschi wrote:
> Hello list,
>
> is there a quick way to decimate an overlay /while respecting surface
> geomery)? I am looking to downsample by about a facto
Hello list,
is there a quick way to decimate an overlay /while respecting surface
geomery)? I am looking to downsample by about a factor 100.
Alternatively, I know I can use mris_decimate to downsample a surface,
but I would have to project my highres overlays onto the downsampled
surface (w
Hello list,
is there a quick way to decimate an overlay /while respecting surface
geomery)? I am looking to downsample by about a factor 100.
Alternatively, I know I can use mris_decimate to downsample a surface,
but I would have to project my highres overlays onto the downsampled
surface (w
