View source: R/write_fs_label.R
write.fs.label.gii | R Documentation |
The data will be written with intent 'NIFTI_INTENT_LABEL' and as datatype 'NIFTI_TYPE_INT32'. The label table will include entries 'positive' (label value 0), and 'negative' (label value 1).
write.fs.label.gii(filepath, vertex_indices, num_vertices_in_surface)
filepath |
string, the full path of the output GIFTI file. |
vertex_indices |
integer vector, the vertex indices which are part of the label (positive). All others not listed, up to num_vertices_in_surface, will be set to be negative. |
num_vertices_in_surface |
integer, the total number of vertices in the surface mesh. A GIFTI label is more like a mask/an annotation, so we need to know the number of vertices. |
format, string. The format that was used to write the data: "gii".
Other morphometry functions:
fs.get.morph.file.ext.for.format()
,
fs.get.morph.file.format.from.filename()
,
read.fs.curv()
,
read.fs.mgh()
,
read.fs.morph.gii()
,
read.fs.morph()
,
read.fs.volume()
,
read.fs.weight()
,
write.fs.curv()
,
write.fs.mgh()
,
write.fs.morph.asc()
,
write.fs.morph.gii()
,
write.fs.morph.ni1()
,
write.fs.morph.ni2()
,
write.fs.morph.smp()
,
write.fs.morph.txt()
,
write.fs.morph()
,
write.fs.weight.asc()
,
write.fs.weight()
Other gifti writers:
write.fs.annot.gii()
,
write.fs.morph.gii()
,
write.fs.surface.gii()
label = c(1L, 23L, 44L); # the positive vertex indices
outfile = tempfile(fileext=".gii");
write.fs.label.gii(outfile, label, 50L);
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.