area_original_Param

internal

CIFTI files contain brain imaging data in "grayordinates," which
represent the gray matter as cortical surface vertices (left and right) and
subcortical voxels (cerebellum, basal ganglia, and other deep gray matter).
'ciftiTools' provides a unified environment for reading, writing,
visualizing and manipulating CIFTI-format data. It supports the "dscalar,"
"dlabel," and "dtseries" intents. Grayordinate data is read in as a "xifti"
object, which is structured for convenient access to the data and metadata,
and includes support for surface geometry files to enable
spatially-dependent functionality such as static or interactive
visualizations and smoothing.

Amanda Mejia

ciftiTools

Tools for Reading, Writing, Viewing and Manipulating CIFTI Files

Damon Pham

John Muschelli

area_original_Param function

<dl><dt>areaL_original_fname, areaR_original_fname</dt>
<dd>File paths to the surfaces
to use for vertex area correction during adaptive resampling. (Only used if
resampling with the adaptive method.) <code>area[L/R]_original_fname</code> should
match the current resolution of the data.
For resampling: the Workbench command for adaptive resampling requires the
target surfaces for area correction too. But to make the workflow easier,
<code>ciftiTools</code> will resample <code>area[L/R]_original_fname</code> with the
barycentric method and use that for the target area.
For remapping: <code>area[L/R]_target_fname</code> must be directly provided.</dd></dl>

Arguments

area_original_Param — area_original_Param

<dl>

<dt>areaL_original_fname, areaR_original_fname</dt>
<dd>File paths to the surfaces
to use for vertex area correction during adaptive resampling. (Only used if
resampling with the adaptive method.) <code>area[L/R]_original_fname</code> should
match the current resolution of the data.
For resampling: the Workbench command for adaptive resampling requires the
target surfaces for area correction too. But to make the workflow easier,
<code>ciftiTools</code> will resample <code>area[L/R]_original_fname</code> with the
barycentric method and use that for the target area.
For remapping: <code>area[L/R]_target_fname</code> must be directly provided.</dd>

</dl>

area_original_Param: area_original_Param

Description

Arguments