RegisterDataTransformSplit

RegisterDataTransformSplit[target,moving,{moving_2nd,vox}]

is identical to RegisterDataTransform with the same functionality as RegisterDataSplit. This means the data is split in two using the function CutData and merged wit Stich data. Output is {registered moving, deformed moving2nd}.

Details

The following options can be given:

Iterations	250	Iterations is an options for RegisterData, RegisterDiffusionData, and RegisterDataTransform. It specifies the number of iterations used by the registration functions.
Resolutions	1	Resolutions is an options for RegisterData, RegisterDiffusionData, and RegisterDataTransform. It specifies the number of scale space resolutions used by the registration functions.
HistogramBins	64	HistogramBins is an options for RegisterData, RegisterDiffusionData, and RegisterDataTransform. It specifies the number of bins of the joined histogram used by the registration functions.
NumberSamples	10000	NumberSamples is an options for RegisterData, RegisterDiffusionData, and RegisterDataTransform. It specifies the number of random samples that are taken each iteration used by the registration functions.
InterpolationOrderReg	3	InterpolationOrderReg is an options for RegisterData, RegisterDiffusionData, and RegisterDataTransform. It specifies the interpolation order used in the registration functions.
BsplineSpacing	30	BsplineSpacing is an options for RegisterData, RegisterDiffusionData, RegisterCardiacData and RegisterDataTransform. It specifies the spacing of the bspline if the method is "bspline".
BsplineDirections	{1, 1, 1}	BsplineDirections is an option for RegisterData ad RegisterDiffusionData. It gives the direction in which the bspline are allowed to move when registering diffusion data to anatomical space.
AffineDirections	{1, 1, 1}	AffineDirections is an option for RegisterData ad RegisterDiffusionData. It gives the directions in which data can be moved when registering diffusion data to anatomical space.
MethodReg	"affine"	MethodReg is an options for RegisterData, RegisterDiffusionData, RegisterCardiacData and RegisterDataTransform. It specifies which registration method to use. Methods can be be "translation", "rigid", "affine", "bspline", "rigidDTI", "affineDTI", "PCAtranslation", "PCArigid", "PCAaffine", or "PCAbspline".
OutputImage	True	OutputImage is an options for RegisterData, RegisterDiffusionData, and RegisterDataTransform. It specifies if the result image should be written in the TempDirectory as nii file.
TempDirectory	"Default"	TempDirectory is an options for RegisterData, RegisterDiffusionData, RegisterCardiacData and RegisterDataTransform. It specifies the temporary directory used to perform and output the registration.
DeleteTempDirectory	True	DeleteTempDirectory an options for RegisterData, RegisterDiffusionData, RegisterCardiacData and RegisterDataTransform. It specifies if the temp directory should be deleted after the registration is finished.
PrintTempDirectory	True	PrintTempDirectory is an options for RegisterData, RegisterDiffusionData, RegisterCardiacData and RegisterDataTransform. It specifies if the location of the temp directory should be displayed.
OutputTransformation	False	OutputTransformation is an option for RegisterData ad RegisterDiffusionData. It specifies if the transformation parameters (translation, rotation, scale and skew) should be given as output in the registration functions.
UseGPU	{False, Automatic}	UseGPU is an option for RegisterData. The value is {bool, gpu} where bool is True or False, and gpu is the gpu ID which is an integer or Automatic.
PCAComponents	1	PCAComponents is an option for RegisterData. It specifies how many PCA components are used if method is set to "PCA".
ShowMetric	False	ShowMetric is an option for RegisterData. If set to True it will print a plot of the Metric.
SplitMethod	"Mean"	SplitMethod is an option for RegisterDataSplit and RegisterDataTransformSplit. values can be "mean", "moving", "target".
TransformMethod	"Data"	TransformMethod is an option for RegisterDataSplit and RegisterDataTransformSplit. values can be "Data", "Mask", "Segmentation". If set to "Mask" a binary mask is expected as the second moving input. If set to "Segmentation" a multi label segmentation is expected as the second moving input. Uses SplitSegmentations internally then.