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added script to parse categories and show them just like tags
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robertoostenveld committed Sep 25, 2024
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258 changes: 258 additions & 0 deletions _data/category/example.yml
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- name: Example MATLAB scripts
link: /example

- name: Apply non-parametric statistics with clustering on TFRs of power that were computed with BESA
link: /example/apply_clusterrandanalysis_on_tfrs_of_power_that_were_computed_with_besa

- name: BIDS - the brain imaging data structure
link: /example/bids

- name: Converting an example audio dataset for sharing in BIDS
link: /example/bids_audio

- name: Converting an example behavioral dataset for sharing in BIDS
link: /example/bids_behavioral

- name: Converting an example EEG dataset for sharing in BIDS
link: /example/bids_eeg

- name: Converting an example EMG dataset for sharing in BIDS
link: /example/bids_emg

- name: Converting an example eyetracker dataset for sharing in BIDS
link: /example/bids_eyetracker

- name: Converting an example MEG dataset for sharing in BIDS
link: /example/bids_meg

- name: Converting an example motion tracking dataset for sharing in BIDS
link: /example/bids_motion

- name: Converting the combined MEG/fMRI MOUS dataset for sharing in BIDS
link: /example/bids_mous

- name: Converting an example NIRS dataset for sharing in BIDS
link: /example/bids_nirs

- name: Combining simultaneous recordings in BIDS
link: /example/bids_pom

- name: Converting an example video dataset for sharing in BIDS
link: /example/bids_video

- name: Example analysis pipeline for Biosemi data
link: /example/biosemi

- name: How to use ft_checkconfig
link: /example/checkconfig

- name: Effect of SNR on Coherence
link: /example/coherence_snr

- name: Combined EEG and MEG source reconstruction
link: /example/combined_eeg_and_meg_source_reconstruction

- name: The correct pipeline order for combining planar MEG channels
link: /example/combineplanar_pipelineorder

- name: Common filters in beamforming
link: /example/common_filters_in_beamforming

- name: Compute forward simulated data using ft_dipolesimulation
link: /example/compute_forward_simulated_data

- name: Compute forward simulated data and apply a beamformer scan
link: /example/compute_forward_simulated_data_and_apply_a_beamformer_scan

- name: Compute forward simulated data and apply a dipole fit
link: /example/compute_forward_simulated_data_and_apply_a_dipole_fit

- name: Compute forward simulated data with the low-level ft_compute_leadfield
link: /example/compute_leadfield

- name: Conditional Granger causality in the frequency domain
link: /example/connectivity_conditional_granger

- name: Check the quality of the anatomical coregistration
link: /example/coregistration_quality_control

- name: Correlation analysis of fMRI data
link: /example/correlation_analysis_in_fmri_data

- name: Cross-frequency analysis
link: /example/crossfreq

- name: Detect the muscle activity in an EMG channel and use that as trial definition
link: /example/detect_the_muscle_activity_in_an_emg_channel_and_use_that_as_trial_definition

- name: Determine the filter characteristics
link: /example/determine_the_filter_characteristics

- name: Localizing the sources underlying the difference in event-related fields
link: /example/difference_erf

- name: Fit a dipole to the tactile ERF after mechanical stimulation
link: /example/dipolefit_somatosensory_erf

- name: Analysis of high-gamma band signals in human ECoG
link: /example/ecog_ny

- name: Effects of tapering for power estimates
link: /example/effects_of_tapering

- name: Computing and reporting the effect size
link: /example/effectsize

- name: Align EEG electrode positions to BEM headmodel
link: /example/electrodes2bem

- name: Perform modified Multiscale Entropy (mMSE) analysis on EEG/MEG/LFP data
link: /example/entropy_analysis

- name: Compute EEG leadfields using a FEM headmodel
link: /example/fem

- name: How to create a head model if you do not have an individual MRI
link: /example/fittemplate

- name: Fixing a missing channel
link: /example/fixing_a_missing_sensor

- name: Fitting oscillations and one-over-F (FOOOF)
link: /example/fooof

- name: Example real-time average
link: /example/ft_realtime_average

- name: Example real-time classification
link: /example/ft_realtime_classification

- name: Realtime neurofeedback application based on Hilbert phase estimation
link: /example/ft_realtime_hilbert

- name: Example real-time power estimate
link: /example/ft_realtime_powerestimate

- name: Example real-time selective average
link: /example/ft_realtime_selectiveaverage

- name: Example real-time signal viewer
link: /example/ft_realtime_signalviewer

- name: Getting started with reading raw EEG or MEG data
link: /example/getting_started_with_reading_raw_eeg_or_meg_data

- name: Using General Linear Modeling on time series data
link: /example/glm_timeseries

- name: Using General Linear Modeling over trials
link: /example/glm_trials

- name: How to incorporate head movements in MEG analysis
link: /example/headmovement_meg

- name: Independent component analysis (ICA) to remove ECG artifacts
link: /example/ica_ecg

- name: Independent component analysis (ICA) to remove EOG artifacts
link: /example/ica_eog

- name: How to import data from MNE-Python and FreeSurfer
link: /example/import_mne

- name: Irregular Resampling Auto-Spectral Analysis (IRASA)
link: /example/irasa

- name: Make MEG leadfields using different headmodels
link: /example/make_leadfields_using_different_headmodels

- name: Measuring the timing delay and jitter for a real-time application
link: /example/measuring_the_timing_delay_and_jitter_for_a_real-time_application

- name: Combine MEG with Eyelink eyetracker data
link: /example/meg_eyelink

- name: Interpolating data from the CTF151 to the CTF275 sensor array using megrealign
link: /example/megrealign

- name: Defining electrodes as neighbours for cluster-level statistics
link: /example/neighbours

- name: Analyzing NIRS data recorded during unilateral finger- and foot-tapping
link: /example/nirs_fingertapping

- name: Using GLM to analyze NIRS timeseries data
link: /example/nirs_glm

- name: Creating a layout for plotting NIRS optodes and channels
link: /example/nirs_layout

- name: Analyzing NIRS data recorded during listening to and repeating speech
link: /example/nirs_speech

- name: Simulate an oscillatory signal with phase resetting
link: /example/phase_reset

- name: Find the orientation of planar gradiometers
link: /example/planar_orientation

- name: Plotting the result of source reconstruction on a cortical mesh
link: /example/plotting_source_surface

- name: Making your analysis pipeline reproducible using reproducescript
link: /example/reproducescript

- name: Using reproducescript on a full study
link: /example/reproducescript_andersen

- name: Using reproducescript for a group analysis
link: /example/reproducescript_group

- name: Re-reference EEG and iEEG data
link: /example/rereference

- name: Using simulations to estimate the sample size for cluster-based permutation test
link: /example/samplesize

- name: Source statistics
link: /example/source_statistics

- name: Create MNI-aligned grids in individual head-space
link: /example/sourcemodel_aligned2mni

- name: Fitting a template MRI to the MEG Polhemus head shape
link: /example/sphere_fitting

- name: Analyze Steady-State Visual Evoked Potentials (SSVEPs)
link: /example/ssvep

- name: Stratify the distribution of one variable that differs in two conditions
link: /example/stratify

- name: Symmetric dipole pairs for beamforming
link: /example/symmetry

- name: Testing BEM created EEG lead fields
link: /example/testing_bem_created_leadfields

- name: Using threshold-free cluster enhancement for cluster statistics
link: /example/threshold_free_cluster_enhancement

- name: Making your own trialfun for conditional trial definition
link: /example/trialfun

- name: Use denoising source separation (DSS) to remove ECG artifacts
link: /example/use_denoising_source_separation_dss_to_remove_ecg_artifacts

- name: Use simulated ERPs to explore cluster statistics
link: /example/use_simulated_erps_to_explore_cluster_statistics

- name: Use your own forward leadfield model in an inverse beamformer computation
link: /example/use_your_own_forward_leadfield_model_in_an_inverse_beamformer_computation

- name: Making a synchronous movie of EEG or NIRS combined with video recordings
link: /example/video_eeg

- name: Can I create an artificial CTF dataset using MATLAB?
link: /example/writing_simulated_data_to_a_ctf_dataset

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