@@ -503,12 +503,12 @@ def init_single_subject_wf(subject_id: str):
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f'outputnode.sphere_reg_{ "msm" if msm_sulc else "fsLR" } ' ,
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'inputnode.sphere_reg_fsLR' ,
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),
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+ ('outputnode.cortex_mask' , 'inputnode.roi' ),
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]),
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(hcp_morphometrics_wf , morph_grayords_wf , [
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('outputnode.curv' , 'inputnode.curv' ),
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('outputnode.thickness' , 'inputnode.thickness' ),
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('outputnode.sulc' , 'inputnode.sulc' ),
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- ('outputnode.roi' , 'inputnode.roi' ),
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]),
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(resample_surfaces_wf , morph_grayords_wf , [
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('outputnode.midthickness_fsLR' , 'inputnode.midthickness_fsLR' ),
@@ -842,9 +842,7 @@ def init_single_subject_wf(subject_id: str):
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workflow .connect ([
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(select_MNI6_xfm , bold_wf , [('anat2std_xfm' , 'inputnode.anat2mni6_xfm' )]),
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(select_MNI6_tpl , bold_wf , [('brain_mask' , 'inputnode.mni6_mask' )]),
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- (hcp_morphometrics_wf , bold_wf , [
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- ('outputnode.roi' , 'inputnode.cortex_mask' ),
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- ]),
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+ (anat_fit_wf , bold_wf , [('outputnode.cortex_mask' , 'inputnode.cortex_mask' )]),
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(resample_surfaces_wf , bold_wf , [
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('outputnode.midthickness_fsLR' , 'inputnode.midthickness_fsLR' ),
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]),
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