Package index • ieegio

All functions

LazyFST: R6 Class to Load 'FST' Files

LazyH5: Lazy 'HDF5' file loader

NWBHDF5IO: Creates a NWBHDF5IO file container

SignalDataCache: Class definition for signal cache

as_ieegio_surface(): Convert other surface formats to ieegio surface

as_ieegio_volume(): Convert objects to 'ieegio' image volumes

burn_volume(): Burn image at given positions

convert_fst_to_hdf5() convert_fst_to_csv(): Convert 'FST' files to other formats

ieegio_sample_data(): Download sample files

read_streamlines() write_streamlines() as_ieegio_streamlines(): Read and write streamlines

read_surface() write_surface() io_read_fs() io_read_gii() io_write_gii(): Read and write surface files

read_volume() write_volume() io_read_mgz() io_write_mgz() io_read_nii() io_write_nii(): Read and write volume data

io_read_tck() io_write_tck() io_read_trk() io_write_trk(): Read or write 'TCK' streamlines

io_read_tt(): Read 'TT' streamline file

io_read_vtk_streamlines() io_write_vtk_streamlines(): Read or write streamline data in 'VTK' format

io_h5_valid() io_h5_names(): Check whether a 'HDF5' file can be opened for read/write

io_read_fstarray_or_h5(): Function try to load 'FST' arrays, if not found, read 'HDF5' arrays

io_read_h5(): Lazy Load 'HDF5' File via hdf5r-package

io_write_h5(): Save objects to 'HDF5' file without trivial checks

io_read_fst() io_write_fst() io_read_ini() io_read_json() io_write_json() io_read_mat() io_write_mat() io_read_yaml() io_write_yaml(): Low-level file read and write

merge(<ieegio_surface>): Merge two 'ieegio' surfaces

merge(<ieegio_volume>): Merge 'ieegio' volumes

plot(<ieegio_surface>): Plot '3D' surface objects

plot(<ieegio_volume>): Plot '3D' volume in anatomical slices

install_pynwb() pynwb_module(): Install 'NWB' via 'pynwb'

read_bci2000(): Read 'BCI2000' data file

read_brainvis(): Read 'BrainVision' data

read_edf(): Read 'EDF' or 'BDF' data file

read_nsx(): Read ('BlackRock') 'NEV' 'NSx' data

read_nwb(): Read 'NWB' format

resample_volume(): Down-sample or super-sample volume

as_edf_channel() write_edf(): Write to 'EDF' format