Launch a 'shiny' application to localize electrodes — localization

If 'RAVE' has been installed, please use 'RAVE' modules. This function is purely for demonstration purposes.

Usage

localization_module(
  subject_code,
  fs_path,
  ct_path = NULL,
  surfaces = "pial",
  use_141 = TRUE,
  shiny_options = list(launch.browser = TRUE),
  save_path = tempfile(pattern = "electrode", fileext = ".csv"),
  ...,
  control_presets = NULL,
  side_display = FALSE,
  controllers = list()
)

Arguments

subject_code: subject code
fs_path: the subject's 'FreeSurfer' path
ct_path: the file path of 'CT' scans that have already been aligned to 'T1'; must be in 'NIFTI' format
surfaces: which surfaces to load
use_141: whether to try 'SUMA' standard 141 surface; default is true
shiny_options: shiny application options; see options in shinyApp
save_path: a temporary file where the electrode table should be cached; this file will be used to keep track of changes in case the application is crashed or shutdown
...: other parameters to pass into freesurfer_brain2
control_presets, side_display, controllers: passed to threejs_brain

Value

A list of 'ui' elements, 'server' function, and a stand-alone 'app'

Examples


# This example require N27 template brain to be installed
# see `?download_N27` for details

# using N27 to localize
fs_path <- file.path(default_template_directory(), "N27")
if(interactive() && dir.exists(fs_path)){
  module <- localization_module("N27", fs_path)

  print(module$app)
}