An Alternative Advanced Normalization Tools ('ANTs')
Apply a transform list to map points from one domain to another
Apply a transform list to map an image from one domain to another
Check if 'ANTs' is available
Motion correction
Plot multiple 'ANTsImage'
Plot single 'ANTsImage'
Register two images using 'ANTs'
Resample image
Get 'ANTsPy' module
Process brain image prior to segmentation
Imaging segmentation using antspynet
Get 'ANTsPyNet' module
Load data as 'ANTsImage' class
Convert to 'ANTsTransform'
Extract brain and strip skull
Truncate and correct 'MRI' intensity
Ensure the template directory is downloaded
Extract transform in right-anterior-superior coordinate system
'ANTs' functions for 'Halpern' lab
Install 'ANTs' via 'ANTsPy'
Check if an object is a 3D 'affine' transform matrix
Get 'Python' built-in object
List in 'Python'
Slice index in 'Python' arrays
Get 'Python' main process environment
Objects exported from other packages
Process 'T1' image
Provides portable access from 'R' to biomedical image processing toolbox 'ANTs' by Avants et al. (2009) <doi:10.54294/uvnhin> via seamless integration with the 'Python' implementation 'ANTsPy'. Allows biomedical images to be processed in 'Python' and analyzed in 'R', and vice versa via shared memory. See 'citation("rpyANTs")' for more reference information.