yes, it divides along the main eigenaxis, that is what it is intended to
do.
On Mon, 27 Sep 2010, Pedro Paulo de Magalhães Oliveira Junior wrote:
I have used mris_divide_parcellation in the pericalcarine and it divided
perpendicular to the main eigendirection and not parallel as I suppose it
would do. (picture attached)
Is that correct?
thanks
PPJ
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Pedro Paulo de Magalhães Oliveira Junior
Diretor de Operações
Netfilter & SpeedComm Telecom
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2010/9/24 Bruce Fischl <fis...@nmr.mgh.harvard.edu>
yes
On Fri, 24 Sep 2010, Pedro Paulo de Magalhães Oliveira Junior wrote:
The mris_divide_parcellation will divide in the main eigendirection?
Right?
-- via iPhone iOS4
Em 24/09/2010, às 18:44, Bruce Fischl <fis...@nmr.mgh.harvard.edu>
escreveu:
I think it will do it in the other direction, but the code could be
modified to divide along the smaller eigendirection. Or you could draw it in
fsaverage and just map the labels to your subjects. Calcarine aligns so well
that this method would probably be fine
On Fri, 24 Sep 2010, Douglas N Greve wrote:
will mris_divide_parcellation do the trick?
Pedro Paulo de Magalhães Oliveira Junior wrote:
I have a fMRI study where I need to quantify activation in the
pericalcarine_LH and pericalcarine_RH.
The problem I'd like to solve is to subdivide pericalcarine_LH and
pericalcarine_RH in its superior and inferior parts. Is there any
automatic way to make this subdivision?
thanks
Pedro Paulo Jr
---------------------------------------------------------------------
Pedro Paulo de Magalhães Oliveira Junior
Diretor de Operações
Netfilter & SpeedComm Telecom
-- www.netfilter.com.br <http://www.netfilter.com.br>
-- For mobile: http://www.netfilter.com.br/mobile
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