Thanks - it turned out that the zero voxels I put in my fake ROI volumes were
causing the cesvar voxels to be misaligned relative to the ces voxels. All
seems to be right for the moment.
-Clark
On Feb 14, 2013, at 12:47 PM, Douglas N Greve wrote:
> You can compute the t = ces/sqrt(cesvar) an
You can compute the t = ces/sqrt(cesvar) and from that (and the DOF) you
can compute the p to see if it is consistent with pValue.
doug
ps. I don't know that your conf interval formula is correct. I don't
have a reason to think it is wrong, I just don't know, so you might want
to double check i
Hi Doug and the list,
I think I still have a problem understanding what cesvar.nii contains. As a
sanity check, I tried to create 95% confidence intervals around my CES. I found
that in some voxels (or ROIs in my case) that had a p-value of less than 0.05,
my 95% confidence interval for my CES
1). Yes
2) Right, pull the scale outside of the sqrt()
doug
On 02/13/2013 03:36 PM, Clark Fisher wrote:
> Hi Doug,
>
> Thanks for the help, that seemed to worked great. I have a few
> follow up questions about how to process the resulting statistics.
>
> I'm still using v4.5 (can't switch to
Hi Doug,
Thanks for the help, that seemed to worked great. I have a few follow up
questions about how to process the resulting statistics.
I'm still using v4.5 (can't switch to v5 yet), as I mentioned, and would like
to get the % signal change for certain contrasts with error bars. Looking
