updated tags

_data/tag/aarhus.yml

@@ -1,6 +1,6 @@
-- name:  Beamforming evoked fields and potentials in combined MEG/EEG data
-  link:  /workshop/aarhus/beamformingerf
-
 - name:  FieldTrip workshop in Aarhus
   link:  /workshop/aarhus2015
 
+- name:  Beamforming evoked fields and potentials in combined MEG/EEG data
+  link:  /workshop/aarhus/beamformingerf
+

_data/tag/animal.yml

@@ -1,9 +1,9 @@
 - name:  Analysis of monkey ECoG recordings
   link:  /tutorial/monkey_ecog
 
-- name:  Preprocessing and analysis of spike-train data
-  link:  /tutorial/spike
-
 - name:  Preprocessing and analysis of spike and local field potential data
   link:  /tutorial/spikefield
 
+- name:  Preprocessing and analysis of spike-train data
+  link:  /tutorial/spike
+

_data/tag/bids.yml

@@ -1,6 +1,3 @@
-- name:  BIDS - the brain imaging data structure
-  link:  /example/bids
-
 - name:  Converting an example audio dataset for sharing in BIDS
   link:  /example/bids_audio
 
@@ -16,6 +13,9 @@
 - name:  Converting an example eyetracker dataset for sharing in BIDS
   link:  /example/bids_eyetracker
 
+- name:  BIDS - the brain imaging data structure
+  link:  /example/bids
+
 - name:  Converting an example MEG dataset for sharing in BIDS
   link:  /example/bids_meg
 

_data/tag/coherence.yml

@@ -25,12 +25,12 @@
 - name:  Analysis of corticomuscular coherence
   link:  /tutorial/coherence
 
-- name:  Analysis of sensor- and source-level connectivity
-  link:  /tutorial/connectivity
-
 - name:  Extended analysis of sensor- and source-level connectivity
   link:  /tutorial/connectivityextended
 
+- name:  Analysis of sensor- and source-level connectivity
+  link:  /tutorial/connectivity
+
 - name:  Fourier analysis of neuronal oscillations and synchronization
   link:  /tutorial/fourier
 

_data/tag/compile.yml

@@ -1,6 +1,6 @@
-- name:  How can I compile the mex files and command-line executable?
-  link:  /faq/compile
-
 - name:  Can I use FieldTrip without MATLAB license?
   link:  /faq/compiled
 
+- name:  How can I compile the mex files and command-line executable?
+  link:  /faq/compile
+

_data/tag/connectivity.yml

@@ -10,18 +10,18 @@
 - name:  Analysis of corticomuscular coherence
   link:  /tutorial/coherence
 
-- name:  Analysis of sensor- and source-level connectivity
-  link:  /tutorial/connectivity
-
 - name:  Extended analysis of sensor- and source-level connectivity
   link:  /tutorial/connectivityextended
 
-- name:  Whole brain connectivity and network analysis
-  link:  /tutorial/networkanalysis
+- name:  Analysis of sensor- and source-level connectivity
+  link:  /tutorial/connectivity
 
 - name:  Whole brain connectivity and network analysis
   link:  /tutorial/networkanalysis_eeg
 
+- name:  Whole brain connectivity and network analysis
+  link:  /tutorial/networkanalysis
+
 - name:  Whole brain connectivity and network analysis
   link:  /tutorial/networkanalysis_old
 

_data/tag/cuttingeeg2021.yml

@@ -1,9 +1,9 @@
-- name:  FieldTrip tutorial at CuttingEEG 2021 in Aix-en-Provence
-  link:  /workshop/cuttingeeg2021
-
 - name:  Convert the EEG language dataset for sharing in BIDS
   link:  /workshop/cuttingeeg2021/bids_language
 
+- name:  FieldTrip tutorial at CuttingEEG 2021 in Aix-en-Provence
+  link:  /workshop/cuttingeeg2021
+
 - name:  Time-frequency analysis on short and long timescales
   link:  /workshop/cuttingeeg2021/tutorial_freq
 

_data/tag/dataformat.yml

@@ -52,12 +52,12 @@
 - name:  Getting started with audio data
   link:  /getting_started/audio
 
-- name:  Getting started with ABM's B-Alert EEG data
-  link:  /getting_started/b_alert
-
 - name:  Getting started with BabySQUID data
   link:  /getting_started/babysquid
 
+- name:  Getting started with ABM's B-Alert EEG data
+  link:  /getting_started/b_alert
+
 - name:  Getting started with BESA data
   link:  /getting_started/besa
 
@@ -118,12 +118,12 @@
 - name:  Getting started with MNE(-python)
   link:  /getting_started/mne
 
-- name:  Getting started with Neuralynx data
-  link:  /getting_started/neuralynx
-
 - name:  Getting started with Neuralynx data recorded at the Donders Institute
   link:  /getting_started/neuralynx_fcdc
 
+- name:  Getting started with Neuralynx data
+  link:  /getting_started/neuralynx
+
 - name:  Getting started with Neuromag/Elekta/Megin data
   link:  /getting_started/neuromag
 

_data/tag/dataset.yml

@@ -1,9 +1,9 @@
-- name:  How can I share my MEG data?
-  link:  /faq/data_sharing
-
 - name:  Which datasets are used in the documentation and where are they used?
   link:  /faq/datasets
 
+- name:  How can I share my MEG data?
+  link:  /faq/data_sharing
+
 - name:  Where can I find open access MEG/EEG data?
   link:  /faq/open_data
 

_data/tag/development.yml

@@ -1,6 +1,3 @@
-- name:  Development
-  link:  /development
-
 - name:  Toolbox architecture and organization of the source code
   link:  /development/architecture
 
@@ -34,6 +31,9 @@
 - name:  Reporting issues
   link:  /development/issues
 
+- name:  Development
+  link:  /development
+
 - name:  Meetings
   link:  /development/meeting
 

_data/tag/dipole.yml

@@ -1,12 +1,12 @@
-- 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 using ft_dipolesimulation
+  link:  /example/compute_forward_simulated_data
+
 - name:  Compute forward simulated data with the low-level ft_compute_leadfield
   link:  /example/compute_leadfield
 

_data/tag/dtf.yml

@@ -1,9 +1,9 @@
-- name:  Analysis of sensor- and source-level connectivity
-  link:  /tutorial/connectivity
-
 - name:  Extended analysis of sensor- and source-level connectivity
   link:  /tutorial/connectivityextended
 
+- name:  Analysis of sensor- and source-level connectivity
+  link:  /tutorial/connectivity
+
 - name:  Simulating and estimating, what about model (mis)match?
   link:  /workshop/chieti2015/simulation
 

_data/tag/eeg-audodd.yml

@@ -1,15 +1,15 @@
 - name:  Which datasets are used in the documentation and where are they used?
   link:  /faq/datasets
 
-- name:  FieldTrip workshop in Oslo
-  link:  /workshop/oslo2019
-
 - name:  Forward modeling for EEG source reconstruction
   link:  /workshop/oslo2019/forward_modeling
 
 - name:  Preprocessing and event-related potentials in EEG data
   link:  /workshop/oslo2019/introduction
 
+- name:  FieldTrip workshop in Oslo
+  link:  /workshop/oslo2019
+
 - name:  Statistical analysis and multiple comparison correction for EEG data
   link:  /workshop/oslo2019/statistics
 

_data/tag/eeg-sedation.yml

@@ -1,15 +1,15 @@
 - name:  Which datasets are used in the documentation and where are they used?
   link:  /faq/datasets
 
-- name:  FieldTrip workshop in Madrid
-  link:  /workshop/madrid2019
-
 - name:  Convert the EEG sedation dataset for sharing in BIDS
   link:  /workshop/madrid2019/bids_sedation
 
 - name:  Details on the resting-state EEG dataset recorded with different sedation levels
   link:  /workshop/madrid2019/eeg_sedation
 
+- name:  FieldTrip workshop in Madrid
+  link:  /workshop/madrid2019
+
 - name:  Cleaning and processing resting-state EEG
   link:  /workshop/madrid2019/tutorial_cleaning
 

_data/tag/eeg.yml

@@ -7,12 +7,12 @@
 - name:  Combined EEG and MEG source reconstruction
   link:  /example/combined_eeg_and_meg_source_reconstruction
 
-- name:  Compute forward simulated data using ft_dipolesimulation
-  link:  /example/compute_forward_simulated_data
-
 - 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 using ft_dipolesimulation
+  link:  /example/compute_forward_simulated_data
+
 - name:  Compute forward simulated data with the low-level ft_compute_leadfield
   link:  /example/compute_leadfield
 
@@ -199,15 +199,15 @@
 - name:  Time-frequency analysis on short and long timescales
   link:  /workshop/cuttingeeg2021/tutorial_freq
 
-- name:  FieldTrip workshop in Madrid
-  link:  /workshop/madrid2019
-
 - name:  Convert the EEG sedation dataset for sharing in BIDS
   link:  /workshop/madrid2019/bids_sedation
 
 - name:  Details on the resting-state EEG dataset recorded with different sedation levels
   link:  /workshop/madrid2019/eeg_sedation
 
+- name:  FieldTrip workshop in Madrid
+  link:  /workshop/madrid2019
+
 - name:  Cleaning and processing resting-state EEG
   link:  /workshop/madrid2019/tutorial_cleaning
 
@@ -241,15 +241,15 @@
 - name:  Time-frequency analysis using Hanning window, multitapers and wavelets
   link:  /workshop/ni2_timefrequencyanalysis
 
-- name:  FieldTrip workshop in Oslo
-  link:  /workshop/oslo2019
-
 - name:  Forward modeling for EEG source reconstruction
   link:  /workshop/oslo2019/forward_modeling
 
 - name:  Preprocessing and event-related potentials in EEG data
   link:  /workshop/oslo2019/introduction
 
+- name:  FieldTrip workshop in Oslo
+  link:  /workshop/oslo2019
+
 - name:  Statistical analysis and multiple comparison correction for EEG data
   link:  /workshop/oslo2019/statistics
 

_data/tag/example.yml

@@ -1,6 +1,3 @@
-- 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
 
@@ -55,15 +52,15 @@
 - 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 using ft_dipolesimulation
+  link:  /example/compute_forward_simulated_data
+
 - name:  Compute forward simulated data with the low-level ft_compute_leadfield
   link:  /example/compute_leadfield
 
@@ -94,12 +91,12 @@
 - 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:  Effects of tapering for power estimates
+  link:  /example/effects_of_tapering
+
 - name:  Align EEG electrode positions to BEM headmodel
   link:  /example/electrodes2bem
 
@@ -166,6 +163,9 @@
 - name:  Making your own trialfun for conditional trial definition
   link:  /example/making_your_own_trialfun_for_conditional_trial_definition
 
+- name:  Example MATLAB scripts
+  link:  /example
+
 - 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
 
@@ -196,27 +196,27 @@
 - 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:  Making your analysis pipeline reproducible using reproducescript
+  link:  /example/reproducescript
+
 - 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:  Source statistics
+  link:  /example/source_statistics
+
 - name:  Analyze Steady-State Visual Evoked Potentials (SSVEPs)
   link:  /example/ssvep