Read, Manipulate and Visualise Magnetic Resonance Images
Test whether all elements of a vector are equal
Creating MriImage objects from data
Obtaining colour scales
Concatenate and deduplicate vectors
The DicomMetadata class
Combine similar strings into one
The empty matrix
Test two numeric vectors for equivalence
Find or run an external executable file
Working with MRI images stored in various formats
Create a character string by concatenating the elements of a vector
Indexing methods
Extract one or more elements from a list
Resolve a variable to a default when NULL
Shorthand anonymous functions
Merging MriImage objects
The MriImage class
Image neighbourhoods
Create a SparseArray object
The nil object
Functions for file name and path manipulation
Number agreement with a vector
Pretty print labelled information
Promote a vector to a single-column or single-row matrix
Read a directory of DICOM files
Read a DICOM file into a DicomMetadata object
The SerialisableObject class
Reference object serialisation and deserialisation
Sort a directory of DICOM files into series
The SparseArray class
Obtain thread-safe temporary file names
The TractorObject class
Miscellaneous vector functions
A simple interactive viewer for MriImage objects
Visualise MriImage objects
Compact conditional values
Functions for working with magnetic resonance images. Reading and writing of popular file formats (DICOM, Analyze, NIfTI-1, NIfTI-2, MGH); interactive and non-interactive visualisation; flexible image manipulation; metadata and sparse image handling.
Useful links