t;- computing centroids
>
>- computing initial transform
>
> -- using translation info
>
>- Get Gaussian Pyramid Limits ( min size: 16 max size: -1 )
>
>- Build Gaussian Pyramid ( Limits min steps: 0 max steps: 0 )
>
>- Build Gaussian Pyramid ( Limits min steps: 0 max steps: 0 )
>
>- initial transform:
>
> Ti = [ ...
>
> 1.000 -0.9335121201217
>
>0 1.00 -0.6030049400697
>
>00 1.0 -1.9033196349668
>
>000 1.0 ]
>
>
>
>- initial iscale: Ii =1
>
>
>
> Resolution: 0 S( 37 33 61 ) T( 37 33 61 )
>
> Iteration(f): 1
>
> -- diff. to prev. transform: 29.7552
>
> Iteration(f): 2
>
> -- diff. to prev. transform: 13.9258
>
> Iteration(f): 3
>
> -- diff. to prev. transform: 12.8176
>
> Iteration(f): 4
>
> -- diff. to prev. transform: 4.31284
>
> Iteration(f): 5
>
> -- diff. to prev. transform: 1.08934 max it: 5 reached!
>
>
>
>- final transform:
>
> Tf = [ ...
>
> 1.1485282870250 0.1923732018210 0.0456719546813 -8.8430815689836
>
> 0.0248585691740 1.1974718877709 0.2901612074595 -15.4946754855698
>
> 0.0132871026014 0.0262311630292 0.9721734242629 -1.7628900186542
>
>000 1.0 ]
>
>
>
>- final iscale: If = 1
>
>
>
> **
>
> *
>
> * WARNING: Registration did not converge in 5 steps!
>
> * Problem might be ill posed.
>
> * Please inspect output manually!
>
> *
>
> **
>
>
>
> Final Transform:
>
> Adjusting final transform due to initial resampling (voxel or size
> changes) ...
>
> M = [ ...
>
> -0.2871321056267 0.0114179894966 -0.0480933061884 36.4485194686672
>
> -0.0062146408039 0.0725403105008 -0.2993680076302 19.7524929053736
>
> -0.0033217759975 0.2430433850326 -0.0065577915391 -0.1873902167255
>
>000 1.0 ]
>
>
>
> Determinant : -0.020683
>
>
>
> Decompose into Rot * Shear * Scale :
>
>
>
> Rot = [ ...
>
> -0.9973893744923 0.0079822957206 -0.0717685070543
>
> 0.0722067536928 0.1210866300984 -0.9900122285773
>
> -0.0007876362909 0.9926098483122 0.1213468939142 ]
>
>
>
> Shear = [ ...
>
> 1.0 -0.0253544642652 0.0881389503515
>
> -0.0221787471386 1.0 -0.1442736100723
>
> 0.0921761860222 -0.1724865310828 1.0 ]
>
>
>
> Scale = diag([ 0.2859363885412 0.2501220610640 0.2990338055489 ])
>
>
>
>
>
> writing output transformation to trash.lta ...
>
> converting VOX to RAS and saving RAS2RAS...
>
>
>
> mapmovhdr: Changing vox2ras MOV header (to map to DST) ...
>
>
>
> To check aligned result, run:
>
> freeview -v
> /cluster/neuromod/rivas/imagenes/FS/test1/tmp/hippoSF_T1_v21_left//hippoAmygBinaryMask_autoCropped.mgz
> imageDump_coregistered.mgz
>
>
>
>
>
> Registration took 0 minutes and 1 seconds.
>
>
>
> Thank you for using RobustRegister!
>
> If you find it useful and use it for a publication, please cite:
>
>
>
> Highly Accurate Inverse Consistent Registration: A Robust Approach
>
> M. Reuter, H.D. Rosas, B. Fischl. NeuroImage 53(4):1181-1196, 2010.
>
> http://dx.doi.org/10.1016/j.neuroimage.2010.07.020
>
> http://reuter.mit.edu/papers/reuter-robreg10.pdf
>
>
>
> Reading contexts of file
> /usr/local/freesurfer/dev/average/HippoSF/atlas/compressionLookupTable.txt
>
> Constructing image-to-world transform from header information
> (asegModCHA.mgz)
>
> Constructing image-to-world transform from header information
> (/cluster/neuromod/rivas/imagenes/FS/test1/tmp/hippoSF_T1_v21_left/imageDump.mgz)
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Transforming points
>
> Reading contexts of file
> /usr/local/freesurfer/dev/average/HippoSF/atlas/compressionLookupTable.txt
>
> --
>
> Making Left-Cerebral-Cortex map to reduced label 1
>
> Making alveus map to reduced label 1
>
> Making subiculum-body map to reduced label 1
>
> Making subiculum-head map to reduced label 1
>
> Making Hippocampal_tail map to reduced label 1
>
> Making molecular_layer_HP-body map to reduced label 1
>
> Making molecular_layer_HP-head map to reduced label 1
>
> Making GC-ML-DG-body map to reduced label 1
>
> Making GC-ML-DG-head map to reduced label 1
>
> Making CA4-body map to reduced label 1
>
> Making CA4-head map to reduced label 1
>
> Making CA1-body map to reduced label 1
>
> Making CA1-head map to reduced label 1
>
> Making CA3-body map to reduced label 1
>
> Making CA3-head map to reduced label 1
>
> Making HATA map to reduced label 1
>
> Making fimbria map to reduced label 1
>
> Making presubiculum-body map to reduced label 1
>
> Making presubiculum-head map to reduced label 1
>
> Making parasubiculum map to reduced label 1
>
> Making Lateral-nucleus map to reduced label 1
>
> Making Paralaminar-nucleus map to reduced label 1
>
> Making Basal-nucleus map to reduced label 1
>
> Making Accessory-Basal-nucleus map to reduced label 1
>
> Making Corticoamygdaloid-transitio map to reduced label 1
>
> Making Central-nucleus map to reduced label 1
>
> Making Cortical-nucleus map to reduced label 1
>
> Making Medial-nucleus map to reduced label 1
>
> Making Anterior-amygdaloid-area-AAA map to reduced label 1
>
> --
>
> Making Left-Cerebral-White-Matter map to reduced label 2
>
> --
>
> Making Left-Lateral-Ventricle map to reduced label 3
>
> --
>
> Making Left-choroid-plexus map to reduced label 4
>
> --
>
> Making hippocampal-fissure map to reduced label 5
>
> Making Unknown map to reduced label 5
>
> --
>
> Making Left-VentralDC map to reduced label 6
>
> --
>
> Making Left-Putamen map to reduced label 7
>
> --
>
> Making Left-Pallidum map to reduced label 8
>
> --
>
> Making Left-Accumbens-area map to reduced label 9
>
> --
>
> Making Left-Caudate map to reduced label 10
>
> Error using segmentSubjectT1_autoEstimateAlveusML (line 365)
>
> The vector of prior probabilities in the mesh nodes must always sum to one
> over all classes.
>
>
>
>
>
>
>
> How may I correct it?
>
> Thanks lot,
>
> JC.
> -- next part --
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>
> --
>
> ___
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>
> End of Freesurfer Digest, Vol 188, Issue 21
> ***
>
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