surface.interpolate.frac

Computes a new mesh whose vertex positions lie on the line between the corresponding vertices of two meshes with identical vertex counts, e.g., between the white and the pial surface. This is what the FreeSurfer command line option <code>--surf-frac</code> does.

internal

Provides high-level access to neuroimaging data from standard software packages like 'FreeSurfer' <https://freesurfer.net/> on the level of subjects and groups. Load morphometry data, surfaces and brain parcellations based on atlases. Mask data using labels, load data for specific atlas regions only, and visualize data and statistical results directly in 'R'.

Tim Schc3<a4>fer

fsbrain

Managing and Visualizing Brain Surface Data

Tim Schäfer

The General Hospital Corporation (Boston, MA) 

Van Essen Lab 

Alexander Schaefer

Ru Kong

Lingzhong Fan

Edmund T. Rolls

Matthew F. Glasser

Kathryn Mills

surface.interpolate.frac function

<dl><dt>surface_a</dt>
<dd>an <code>fs.surface</code> instance, the surface at fraction 0.</dd>
<dt>surface_b</dt>
<dd>an <code>fs.surface</code> instance, the surface at fraction 1. Must have the same number of vertices as <code>surface_a</code>.</dd>
<dt>frac</dt>
<dd>numeric scalar, the fraction, in range 0..1.</dd></dl>

Arguments

Compute the vertex positions at a given fraction between two surfaces. — surface.interpolate.frac

<dl>

<dt>surface_a</dt>
<dd>an <code>fs.surface</code> instance, the surface at fraction 0.</dd>


<dt>surface_b</dt>
<dd>an <code>fs.surface</code> instance, the surface at fraction 1. Must have the same number of vertices as <code>surface_a</code>.</dd>


<dt>frac</dt>
<dd>numeric scalar, the fraction, in range 0..1.</dd>

</dl>

Compute the vertex positions at a given fraction between two surfaces.

surface.interpolate.frac: Compute the vertex positions at a given fraction between two surfaces.

Description

Usage

Value

Arguments