antsSliceRegularizedRegistration(1)


NAME

   antsSliceRegularizedRegistration - part of ANTS registration suite

DESCRIPTION

   COMMAND:
          antsSliceRegularizedRegistration

          antsSliceRegularizedRegistration  This  program  is a user-level
          application for slice-by-slice translation registration. Results
          are regularized in z using polynomial regression. The program is
          targeted at spinal cord MRI. Only one stage is supported where a
          stage  consists of a transform; an image metric; and iterations,
          shrink factors, and smoothing sigmas for each level. Specialized
          for 3D data: fixed image is 3D, moving image is 3D. Registration
          is performed slice-by-slice then regularized in z. The parameter
          -p   controls   the   polynomial   degree.   -p   0   means   no
          regularization.Implemented by B. Avants and conceived by  Julien
          Cohen-Adad.

   Outputs:

          OutputPrefixTxTy_poly.csv: polynomial fit to Tx &

          Ty

          OutputPrefix.nii.gz: transformed image

   Example call:

          antsSliceRegularizedRegistration       -p       4       --output
          [OutputPrefix,OutputPrefix.nii.gz] --transform  Translation[0.1]
          --metric  MI[  fixed.nii.gz,  moving.nii.gz , 1 , 16 , Regular ,
          0.2 ] --iterations 20 --shrinkFactors 1 --smoothingSigmas 0

   OPTIONS:
   -m,                                                            --metric
          CC[fixedImage,movingImage,metricWeight,radius,<samplingStrategy={Regular,Random}>,<samplingPercentage=[0,1]>]

          MI[fixedImage,movingImage,metricWeight,numberOfBins,<samplingStrategy={Regular,Random}>,<samplingPercentage=[0,1]>]
          MeanSquares[fixedImage,movingImage,metricWeight,radius,<samplingStrategy={Regular,Random}>,<samplingPercentage=[0,1]>]
          GC[fixedImage,movingImage,metricWeight,radius,<samplingStrategy={Regular,Random}>,<samplingPercentage=[0,1]>]

          Four image metrics are available--- GC : global correlation, CC:
          ANTS neighborhood cross correlation, MI: Mutual information, and
          MeanSquares:  mean-squares  intensity  difference. Note that the
          metricWeight is currently not used. Rather, it  is  a  temporary
          place  holder  until  multivariate  metrics  are available for a
          single stage.

   -x, --mask mask-in-fixed-image-space.nii.gz

          Fixed image mask to limit voxels considered by the metric.

   -n, --interpolation Linear
          NearestNeighbor     MultiLabel[<sigma=imageSpacing>,<alpha=4.0>]
          Gaussian[<sigma=imageSpacing>,<alpha=1.0>]    BSpline[<order=3>]
          CosineWindowedSinc     WelchWindowedSinc     HammingWindowedSinc
          LanczosWindowedSinc

          Several  interpolation  options are available in ITK. These have
          all been made available.

   -t, --transform Translation[gradientStep]

          Several  transform  options  are  available.  The   gradientStep
          orlearningRate  characterizes  the gradient descent optimization
          and is scaled appropriately for each transform using  the  shift
          scales  estimator.  Subsequent parameters are transform-specific
          and can be determined from the usage.

   -i, --iterations MxNx0...

          Specify the number of iterations at each level.

   -s, --smoothingSigmas MxNx0...

          Specify the amount of smoothing at each level.

   -f, --shrinkFactors MxNx0...

          Specify the shrink factor for the virtual domain (typically  the
          fixed image) at each level.

   -o,                                                            --output
          [outputTransformPrefix,<outputWarpedImage>,<outputAverageImage>]

          Specify the output transform prefix (output  format  is  .nii.gz
          ).Optionally,  one  can  choose  to warp the moving image to the
          fixed space and, if the inverse transform exists, one  can  also
          output the warped fixed image.

   -h, --help

          Print the help menu (short version).  <VALUES>: 1, 0

   -v, --verbose

          verbose option <VALUES>: 0

   -p, --polydegree

          degree   of  polynomial  -  up  to  zDimension-2.  Controls  the
          polynomial degree. 0 means no regularization.

antsSliceRegularizedRegistration 2August 20ANTSSLICEREGULARIZEDREGISTRATION(1)





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