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All functions

Auxiliary_electrode
Class definition for auxiliary channels
LFP_electrode
Definitions of electrode with local field potential signal type
LFP_reference
Definitions of reference with local field potential signal type
RAVEAbstarctElectrode
Abstract definition of electrode class in 'RAVE'
RAVEEpoch
Definition for epoch class
RAVEPreprocessSettings
Defines preprocess configurations
RAVEProject
Definition for 'RAVE' project class
RAVESubject
Defines 'RAVE' subject class
RAVESubjectBaseRepository
'RAVE' class for base repository
RAVESubjectEpochPhaseRepository
'RAVE' class for epoch repository - time-frequency phase
RAVESubjectEpochPowerRepository
'RAVE' class for epoch repository - time-frequency power
RAVESubjectEpochRawVoltageRepository
'RAVE' class for epoch repository - raw voltage
RAVESubjectEpochRepository
'RAVE' class for epoch repository
RAVESubjectEpochTimeFreqBaseRepository
'RAVE' class for epoch repository - time-frequency (internal)
RAVESubjectEpochTimeFreqCoefRepository
'RAVE' class for epoch repository - time-frequency
RAVESubjectEpochVoltageRepository
'RAVE' class for epoch repository - voltage
RAVESubjectRecordingBlockPhaseRepository
'RAVE' class for loading time-frequency phase components
RAVESubjectRecordingBlockPowerRepository
'RAVE' class for loading time-frequency power components
RAVESubjectRecordingBlockRawVoltageRepository
'RAVE' class for blocks of voltage repository
RAVESubjectRecordingBlockRepository
'RAVE' class for loading entire recording block repository
RAVESubjectRecordingBlockTimeFreqBaseRepository
'RAVE' class for loading entire block of time-frequency coefficients
RAVESubjectRecordingBlockTimeFreqCoefRepository
'RAVE' class for loading time-frequency coefficients
RAVESubjectRecordingBlockVoltageRepository
'RAVE' class for blocks of voltage repository
Spike_electrode
Class definition for micro-wire spike channels
YAELProcess
Class definition of 'YAEL' image pipeline
archive_subject()
Archive and share a subject
as_rave_project()
Convert character to RAVEProject instance
as_yael_process()
Create a 'YAEL' imaging processing instance
backup_file()
Back up and rename the file or directory
cache_root() clear_cached_files()
Manipulate cached data on the file systems
cmd_execute() cmd_run_r()
External shell commands for 'RAVE'
cmd_run_3dAllineate()
Align images using 'AFNI'
ants_coreg() cmd_run_ants_coreg()
Register a computerized tomography (CT) image to MRI via 'ANTs'
cmd_run_dcm2niix()
Convert DICOM to NIfTI via 'dcm2niix'
cmd_run_freesurfer_recon_all() cmd_run_freesurfer_recon_all_clinical()
Workflow: 'FreeSurfer' surface reconstruction
cmd_run_fsl_flirt()
Run 'FSL' linear registration
yael_preprocess() cmd_run_yael_preprocess()
Run a built-in 'YAEL' imaging processing workflow
collapse2()
Collapse high-dimensional tensor array
collapse_power()
Collapse power array with given analysis cubes
compose_channel()
Compose a phantom channel from existing electrodes
convert_electrode_table_to_bids()
Convert electrode table
export_table() import_table()
Export data frame to different common formats
generate_atlases_from_template()
Create brain atlases from template
generate_reference()
Generate common average reference signal for 'RAVE' subjects
get_available_morph_to_template()
Get names of available non-linear transforms to the templates
get_projects()
Get all possible projects in 'RAVE' default directory
glimpse_voltage_repository_with_blocks() glimpse_voltage_filearray()
Visualizes repositories with interactive plots
import_from_brainvis() import_from_edf() import_from_h5_mat_per_block() import_from_h5_mat_per_channel() import_from_nevnsx()
Import signal data into 'RAVE'
install_openneuro()
Install data-sets from OpenNeuro
install_subject()
Install a subject from the internet, a zip file or a directory
save_meta2() load_meta2()
Load or save meta data to 'RAVE' subject
new_electrode() new_reference()
Create new electrode channel instance or a reference signal instance
new_rave_subject() as_rave_subject() has_rave_subject()
Get RAVESubject instance from character
niftyreg_coreg() cmd_run_niftyreg_coreg()
Register a computerized tomography (CT) image to MRI via 'NiftyReg'
plot_volume_slices()
Plot volume slices into scalable vector graphics SVG images
power_baseline()
Calculate power baseline
prepare_subject_bare() prepare_subject_bare0()
'RAVE' repository: basic
prepare_subject_with_blocks() prepare_subject_raw_voltage_with_blocks() prepare_subject_voltage_with_blocks() prepare_subject_time_frequency_coefficients_with_blocks() prepare_subject_phase_with_blocks() prepare_subject_power_with_blocks()
'RAVE' repository: with entire recording blocks
prepare_subject_with_epochs() prepare_subject_raw_voltage_with_epochs() prepare_subject_voltage_with_epochs() prepare_subject_time_frequency_coefficients_with_epochs() prepare_subject_power_with_epochs() prepare_subject_power() prepare_subject_phase_with_epochs()
'RAVE' repository: with epochs
py_nipy_coreg() cmd_run_nipy_coreg()
Register a computerized tomography (CT) image to MRI via 'nipy'
rave_brain()
Load 'FreeSurfer' brain from 'RAVE'
normalize_commandline_path() cmd_dcm2niix() cmd_freesurfer_home() cmd_fsl_home() cmd_afni_home() cmd_homebrew() cmd_dry_run() rscript_path()
Find external command-line tools
rave_legacy_subject_format_conversion()
Legacy support for 'RAVE' 1.0 format
rave_path()
Find file paths based on storage
LOCATION_TYPES SIGNAL_TYPES IMPORT_FORMATS YAEL_IMAGE_TYPES MNI305_to_MNI152
'RAVE' constants
run_wavelet()
Apply Morlet-Wavelet to subject
transform_point_to_template() transform_thinfilm_to_mni152()
Calculate template 'MNI' coordinates for points on native brain
validate_subject
Validate subject data integrity
validate_time_window()
Validate time windows to be used