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I experienced a bit weird experience with slicersalt implication (actually, same in the original python implication too) of MFSDA.
Below is the detail.
For example, Let's say testing 2 groups with 2 additional linear covariates. Total 3 covariates in the model.
When run MFSDA via below python script, it gives 3 clu_pvals no matter how many clusters are formed, even nothing survives in
Lpvals_fdr.
When test with matlab version, the original one, https://github.com/BIG-S2/MFSDA
the number of clu_pvals varies depend on the number of formed clusters.
-single cluster is formed : 1 x 3
-two clusters are formed : 2 x 3
I guess something gone wrong in numpy, so the python implication saves the 1st value (0th in array) for each covariate.
I am checking the python code now, but please look into.
The text was updated successfully, but these errors were encountered:
Dear @bpaniagua and @vicory,
I experienced a bit weird experience with slicersalt implication (actually, same in the original python implication too) of MFSDA.
Below is the detail.
For example, Let's say testing 2 groups with 2 additional linear covariates. Total 3 covariates in the model.
When run MFSDA via below python script, it gives 3 clu_pvals no matter how many clusters are formed, even nothing survives in
Lpvals_fdr.
/Applications/SlicerSALT_Latest.app/Contents/MacOS/SlicerSALT --no-main-window --python-script /Applications/SlicerSALT_Latest.app/Contents/lib/SlicerSALT-4.11/qt-scripted-modules/MFSDA_run.py
When test with matlab version, the original one,
https://github.com/BIG-S2/MFSDA
the number of clu_pvals varies depend on the number of formed clusters.
-single cluster is formed : 1 x 3
-two clusters are formed : 2 x 3
I guess something gone wrong in numpy, so the python implication saves the 1st value (0th in array) for each covariate.
I am checking the python code now, but please look into.
The text was updated successfully, but these errors were encountered: