overlap_lh = scan1_lh[:] * scan2_lh[:] overlap_rh = scan1_rh[:] * scan2_rh[:] ### ### # Plot overlap import code sw0 = SurfWrap() sw0.set_underlay() sw0.set_options() sw0.min = 0 sw0.max = 2 sw0.sign = "pos" oprefix = path.join(odir, "E_global_easythresh_surface_overlap") sw0.set_output(oprefix) scan1_surfs = {"lh": scan1_lh, "rh": scan1_rh} scan2_surfs = {"lh": scan2_lh, "rh": scan2_rh} overlap_surfs = {"lh": overlap_lh, "rh": overlap_rh} #code.interact(local=locals()) for hemi in sw0.hemis: print "visualize %s" % hemi # Bring up the beauty (the underlay) brain = Brain(sw0.subject_id, hemi, sw0.surf, \ config_opts=sw0.config_opts, \
# Overlap top 15% between mdmr and glm lh_overlap = (lh_cwas_perc>0)*1 + (lh_glm_perc>0)*2 rh_overlap = (rh_cwas_perc>0)*1 + (rh_glm_perc>0)*2 ### ### # Plot top percentiles print "plot percentiles" sw0 = SurfWrap(hemis=['lh']) sw0.set_underlay() sw0.set_options() sw0.min = 1; sw0.max = 3; sw0.sign = "pos" oprefix = op.join(figdir, "B_surface_percentiles") sw0.set_output(oprefix) cwas_perc_surfs = {"lh": lh_cwas_perc} glm_perc_surfs = {"lh": lh_glm_perc} overlap_surfs = {"lh": lh_overlap} for hemi in sw0.hemis: print "visualize %s" % hemi ## MDMR #oprefix = op.join(figdir, "B_%s_percentiles_mdmr" % scans[i]) #sw0.set_output(oprefix) # #brain = Brain(sw0.subject_id, hemi, sw0.surf, \
scan2_lh[scan2_lh>dmin] = 2 scan2_rh[scan2_rh>dmin] = 2 # Overlap overlap_lh = scan1_lh[:] * scan2_lh[:] overlap_rh = scan1_rh[:] * scan2_rh[:] ### ### # Plot overlap sw0 = SurfWrap() sw0.set_underlay() sw0.set_options() sw0.min = 1; sw0.max = 2; sw0.sign = "pos" oprefix = path.join(odir, "D_perms_surface_overlap") sw0.set_output(oprefix) scan1_surfs = {"lh": scan1_lh, "rh": scan1_rh} scan2_surfs = {"lh": scan2_lh, "rh": scan2_rh} overlap_surfs = {"lh": overlap_lh, "rh": overlap_rh} for hemi in sw0.hemis: print "visualize %s" % hemi # Bring up the beauty (the underlay) brain = Brain(sw0.subject_id, hemi, sw0.surf, \ config_opts=sw0.config_opts, \ subjects_dir=sw0.subjects_dir)
overlap_lh = scan1_lh[:] * scan2_lh[:] overlap_rh = scan1_rh[:] * scan2_rh[:] ### ### # Plot overlap import code sw0 = SurfWrap() sw0.set_underlay() sw0.set_options() sw0.min = 0 sw0.max = 2 sw0.sign = "pos" oprefix = path.join(odir, "E_global_easythresh_surface_overlap") sw0.set_output(oprefix) scan1_surfs = {"lh": scan1_lh, "rh": scan1_rh} scan2_surfs = {"lh": scan2_lh, "rh": scan2_rh} overlap_surfs = {"lh": overlap_lh, "rh": overlap_rh} # code.interact(local=locals()) for hemi in sw0.hemis: print "visualize %s" % hemi # Bring up the beauty (the underlay) brain = Brain(sw0.subject_id, hemi, sw0.surf, config_opts=sw0.config_opts, subjects_dir=sw0.subjects_dir)