Package HelpProvides an overview of key functions and classes |
|
---|---|
NeuroAnatomy Toolbox add-on package for handling template brains |
|
Template BrainsFunctions that handle defining template brain spaces and setting the space for objects. |
|
Construct templatebrain object for an image registration template |
|
|
Template brain methods |
Get or set the registration template space in which an object lives |
|
Use image file or other object to initialise template brain |
|
Plot 3D surface of a template brain |
|
Display an image slice in 3D |
|
TransformationsFunctions that handle transformations of objects between different template brain spaces |
|
Transform 3D object between template brains |
|
Mirror 3D object around a given axis, optionally using a warping registration |
|
Fit affine or thin plate spline transform to arbitrary transformation |
|
Fit a single transform to a bridging registration between brains |
|
Registration SequencesFunctions that list available registrations or return registration sequences between different template brains (used by xform_brain and friends but may be useful in their own right). |
|
Find sequence of one or more bridging registrations |
|
Make or query connected graph of bridging registrations |
|
Make data.frame with details of all registrations |
|
Finding Template BrainsFunctions that help you find available template brain objects |
|
Find all template brains or those matching a given image volume |
|
Managing RegistrationsFunctions that inform the package of available bridging registrations or download / update registrations from remote sources. |
|
Set or list local folders containing registrations for nat.templatebrains |
|
Add reglist object describing a bridging/mirroring registration |
|
Download and register git repository containing registrations |
|
Update local copy of git repository containing registrations |
|
Standard local checkout location for extra registration directories |
|
Sample dataSample template brain (see nat.flybrains package for more examples) |
|
Sample template brain: FlyCircuit Whole Brain |