Closed mobeets closed 7 years ago
The following is the cov(Yh*SSS)
for each Yh compared to cov(Y*SSS)
of observed activity during the perturbation, grouped by row space angles from intuitive session. Each row is a different session, each column a different θ.
covErrors arranged just as above, where errors have same scale, and anything > 5 is yellow
finally, taking the average across directions, and then the average across session, for each hyp. errorbars are inner 50th percentile across sessions.
finally, here is the comparison between the observed cov in SSS when activity was relevant (during intuitive, in gray) and when it was irrelevant (during perturbation, in black):
now log of the trace ratio for irrelevant/relevant: < 0 (more red) means it shrank when it became irrelevant, > 0 (more blue) means it expanded.
and the mean of these values per session:
whereas cloud usually predicts that activity will expand:
how could this be? cloud just resamples intuitive activity, so if it ends up sampling extreme values of the cloud more often, this might result in a stretching of variance?
visualize all quantities in ratio, along with ellipses during int. and pert. for each theta.
and view the two marginals as well: joint in dotted line, compared to theta-conditional for each hypothesis.