You are an expert in writing code in many different languages. Your goal is to perform code completion for the following code, keeping in mind the rest of the code and the file meta data.
    Metadata details:
    filename: spm_MEEGtools.m
    path of file: ./repos/malini/Codes/deconvolution - model/spm8/toolbox/MEEGtools
    
    the code of the file until where you have to start completion: function spm_MEEGtools
% GUI gateway to MEEGtools toolbox
% _______________________________________________________________________
% Copyright (C) 2008 Wellcome Trust Centre for Neuroimaging

% Vladimir Litvak
% $Id: spm_MEEGtools.m 5387 2013-04-04 09:20:28Z vladimir $


funlist = {
    'Copy MEG sensors', 'spm_eeg_copygrad';
    'Transform EEG cap', 'spm_eeg_transform_cap';
    'Re-reference EEG', 'spm_eeg_reref_eeg';
    'Split conditions into separate datasets', 'spm_eeg_split_conditions';
    'Estimate multiple DCMs', 'spm_dcm_estimate_group';
    'Fieldtrip interactive plotting', 'spm_eeg_plot_interactive';
    'Fieldtrip visual artefact rejection', 'spm_eeg_ft_artefact_visual';
    'Fieldtrip dipole fitting', 'spm_eeg_ft_dipolefitting';
    'Vector-AR connectivity measures', 'spm_eeg_var_measures';
    'Define spatial confounds' , 'spm_eeg_spatial_confounds'
    'Correct sensor data',        'spm_eeg_correct_sensor_data'
    'Use CTF head localization' , 'spm_eeg_megheadloc'
    'Fix CTF head position data' ,'spm_eeg_fix_ctf_headloc'

    
function spm_MEEGtools
% GUI gateway to MEEGtools toolbox
% _______________________________________________________________________
% Copyright (C) 2008 Wellcome Trust Centre for Neuroimaging

% Vladimir Litvak
% $Id: spm_MEEGtools.m 5387 2013-04-04 09:20:28Z vladimir $


funlist = {
    'Copy MEG sensors', 'spm_eeg_copygrad';
    'Transform EEG cap', 'spm_eeg_transform_cap';
    'Re-reference EEG', 'spm_eeg_reref_eeg';
    'Split conditions into separate datasets', 'spm_eeg_split_conditions';
    'Estimate multiple DCMs', 'spm_dcm_estimate_group';
    'Fieldtrip interactive plotting', 'spm_eeg_plot_interactive';
    'Fieldtrip visual artefact rejection', 'spm_eeg_ft_artefact_visual';
    'Fieldtrip dipole fitting', 'spm_eeg_ft_dipolefitting';
    'Vector-AR connectivity measures', 'spm_eeg_var_measures';
    'Define spatial confounds' , 'spm_eeg_spatial_confounds'
    'Correct sensor data',        'spm_eeg_correct_sensor_data'
    'Use CTF head localization' , 'spm_eeg_megheadloc'
    'Fix CTF head position data' ,'spm_eeg_fix_ctf_headloc'
    'Fieldtrip manual coregistration' , 'spm_eeg_ft_datareg_manual'
    'Remove spikes from EEG' , 'spm_eeg_remove_spikes'
    'Reduce jumps in MEG data' , 'spm_eeg_remove_jumps'
    'Detrending and Hanning for ERPs', 'spm_eeg_erp_correction'
    'Extract dipole waveforms', 'spm_eeg_dipole_waveforms'
    'Fieldtrip multitaper TF', 'spm_eeg_ft_multitaper_tf'
    'Fieldtrip-SPM robust multitaper coherence', 'spm_eeg_ft_multitaper_coherence'
    'Fieldtrip multitaper power map', 'spm_eeg_ft_multitaper_powermap'
    'Interpolate artefact segment', 'spm_eeg_interpolate_artefact'
    'FMRIB Detect ECG peaks',   'spm_eeg_fmrib_qrsdetect'     
    'Detect eyeblinks',  'spm_eeg_detect_eyeblinks'
    'Detect saccades', 'spm_eeg_detect_saccades'
    'Relabel trials for epoched CTF datasets', 'spm_eeg_recode_epoched_ctf'
    'Correct TMS artefact', 'spm_eeg_tms_correct'
    'Plot scalp maps from M/EEG image', 'spm_eeg_img2maps'
    'Continuous data power', 'spm_eeg_cont_power'
    };

str = sprintf('%s|', funlist{:, 1});
str = str(1:(end