Initial commit

CHANGES

@@ -0,0 +1,2 @@
+1.0.0 2023-10-29
+ - Initial release.

README.md

@@ -1,3 +1,41 @@
-# UoB_BIDS_dataset_example
+# README
+This repository contains sample files of an EEG experiment that explores non-native accent adaptation. 
 
-BIDS conversion tutorial data: Human EEG data recorded in a single session while particiapnt is performing an auditory FPAS-oddball task.
+# Description of the experiment
+The EEG experiment was run using Frequency Tagging, specifically we combined an oddball paradigm with Fast Periodic Auditory Stimulation (FPAS), a technique used to explore passive and automatic perception. The participants’ ability to perceive non-native phonological contrasts was tested using a stream of syllables composed by standards and deviant sounds presented at fixed frequencies (e.g. [ba-ba-ba-ba-pa-ba-ba…]). Data was collected using Brain Vision recorder.
+
+# Files contained in the repository
+- EEG DATA FILES:
+	- sub-01_task-fpasOddball_eeg.eeg: EEG data
+	- sub-01_task-fpasOddball_eeg.vhdr: Brain Vision Data Exchange Header File, contains information on the electrodes used during testing.
+	- sub-01_task-fpasOddball_eeg.vmrk: Brain Vision Data Exchange Marker File, contains information on the markers used during testing.
+- Files produced by BIDS conversion (AV2BIDS):
+	- dataset_description.json
+	- participants.json
+	- participants.tsv
+	- sub-01_task-fpasOddball_channels.tsv
+	- sub-01_task-fpasOddball_coordsystem.json
+	- sub-01_task-fpasOddball_eeg.json
+	- sub-01_task-fpasOddball_electrodes.tsv
+	- sub-01_task-fpasOddball_events.tsv
+- CODE:
+	- FREQUENCY_TAGGING-ANALYSIS-GIN_VERSION.ipynb: a Jupyter Notebook script that runs some preprocessing steps, detects event markers/triggers and generates a picture of the PSD and SNR spectrum of the data. You should be able to read it directly in the repository.
+- PLOT:
+	- FREQ_TAGGING-EXAMPLE_PLOT.png: a plot of the PSD and SNR spectrum that you should get if you run the code in the repository. NOTE: you can get different results if you change the markers in the script, as different markers correspond to different conditions.
+
+# How to use
+You can run the script on the EEG data that is contained in the repository. The script is made to generate a PSD and SNR spectrum plot of one specific condition of the experiment (the English Speaker Control condition). However, you can plot other conditions by changing the relevant markers (in the Estimation of stream duration section of the script).
+
+# Markers
+Further details of the experiment's conditions: as mentioned before, this experiment tested non-native accent adaptation. We used a training and test paradigm, that is, we exposed listeners to a non-native accent and then tested their adaptation to this accent. To capture changes in accent adaptation we collected EEG data with the FPAS-Oddball task before and after training. We tested two non-native "consonants" P and J. Also, in the case of P, we tested whether listeners generalise adaptation to a different speaker of the same accent and whether it changes how they perceive a native English speaker. Finally, we have a couple of control conditions.
+
+Markers list (beginning/end of the condition):
+
+- BASELINE P CONSONANT NON-NATIVE SPEAKER		- 110 / 111
+- BASELINE J CONSONANT NON-NATIVE SPEAKER		- 120 / 121
+- CONTROL NON-NATIVE SPEAKER					- 130 / 131
+- TEST P CONSONANT MAIN NON-NATIVE SPEAKER		- 140 / 141
+- TEST P CONSONANT SECOND NON-NATIVE SPEAKER	- 150 / 151
+- TEST P CONSONANT ENGLISH NATIVE SPEAKER		- 160 / 161
+- TEST J CONSONANT MAIN NON-NATIVE SPEAKER		- 170 / 171
+- CONTROL NON-NATIVE SPEAKER					- 180 / 181

dataset_description.json

@@ -0,0 +1,26 @@
+{
+  "Name": "UoB_BIDS_dataset_example",
+  "BIDSVersion": "1.2.1",
+  "HEDVersion": "8.2.0",
+  "DatasetType": "raw",
+  "License": "Creative Commons CC0 1.0 Universal",
+  "Authors": [
+    "DFG",
+    "",
+    ""
+  ],
+  "Acknowledgements": "",
+  "HowToAcknowledge": "",
+  "Funding": [
+    "",
+    "",
+    ""
+  ],
+  "EthicsApprovals": [""],
+  "ReferencesAndLinks": [
+    "",
+    "",
+    ""
+  ],
+  "DatasetDOI": "doi:"
+}

participants.json

@@ -0,0 +1,37 @@
+{
+  "age": {
+    "LongName": "",
+    "Description": "age of the participant",
+    "Levels": {
+    },
+    "Units": "years",
+    "TermURL": "https://www.todo.com/fixme",
+    "HED": "Age/#"
+  },
+  "sex": {
+    "LongName": "",
+    "Description": "sex of the participant as reported by the participant",
+    "Levels": {
+      "m": "male",
+      "f": "female"
+    },
+    "HED": {
+      "m": "Male",
+      "f": "Female"
+    },
+    "TermURL": "https://www.todo.com/fixme"
+  },
+  "handedness": {
+    "LongName": "",
+    "Description": "handedness of the participant as reported by the participant",
+    "Levels": {
+      "l": "left",
+      "r": "right"
+    },
+    "TermURL": "https://www.todo.com/fixme",
+    "HED": {
+      "l": "Left-handed",
+      "r": "Right-handed"
+    }
+  }
+}

participants.tsv

@@ -0,0 +1,2 @@
+participant_id	age	sex	handedness
+sub-01	0	f	r

sourcedata/Dario_EXP4_P_03.eeg

@@ -0,0 +1 @@
+/annex/objects/MD5-s153120000--659608c27791a03480760c3454ad70af

sourcedata/Dario_EXP4_P_03.vhdr

@@ -0,0 +1,143 @@
+Brain Vision Data Exchange Header File Version 1.0
+; Data created by the Vision Recorder
+
+[Common Infos]
+Codepage=UTF-8
+DataFile=Dario_EXP4_P_03.eeg
+MarkerFile=Dario_EXP4_P_03.vmrk
+DataFormat=BINARY
+; Data orientation: MULTIPLEXED=ch1,pt1, ch2,pt1 ...
+DataOrientation=MULTIPLEXED
+NumberOfChannels=32
+; Sampling interval in microseconds
+SamplingInterval=1000
+
+[Binary Infos]
+BinaryFormat=INT_16
+
+[Channel Infos]
+; Each entry: Ch<Channel number>=<Name>,<Reference channel name>,
+; <Resolution in "Unit">,<Unit>, Future extensions..
+; Fields are delimited by commas, some fields might be omitted (empty).
+; Commas in channel names are coded as "\1".
+Ch1=Fp1,,0.1,µV
+Ch2=Fz,,0.1,µV
+Ch3=F3,,0.1,µV
+Ch4=F7,,0.1,µV
+Ch5=FT9,,0.1,µV
+Ch6=FC5,,0.1,µV
+Ch7=FC1,,0.1,µV
+Ch8=C3,,0.1,µV
+Ch9=T7,,0.1,µV
+Ch10=TP9,,0.1,µV
+Ch11=CP5,,0.1,µV
+Ch12=CP1,,0.1,µV
+Ch13=Pz,,0.1,µV
+Ch14=P3,,0.1,µV
+Ch15=P7,,0.1,µV
+Ch16=O1,,0.1,µV
+Ch17=Oz,,0.1,µV
+Ch18=O2,,0.1,µV
+Ch19=P4,,0.1,µV
+Ch20=P8,,0.1,µV
+Ch21=TP10,,0.1,µV
+Ch22=CP6,,0.1,µV
+Ch23=CP2,,0.1,µV
+Ch24=Cz,,0.1,µV
+Ch25=C4,,0.1,µV
+Ch26=T8,,0.1,µV
+Ch27=FT10,,0.1,µV
+Ch28=FC6,,0.1,µV
+Ch29=FC2,,0.1,µV
+Ch30=F4,,0.1,µV
+Ch31=F8,,0.1,µV
+Ch32=Fp2,,0.1,µV
+
+[Coordinates]
+; Electrode Position File: E:\CMA-32_REF.bvef
+Ch1=1,-90,-72
+Ch2=1,45,90
+Ch3=1,-60,-51
+Ch4=1,-90,-36
+Ch5=1,-113,-18
+Ch6=1,-69,-22
+Ch7=1,-31,-46
+Ch8=1,-45,0
+Ch9=1,-90,0
+Ch10=1,-113,18
+Ch11=1,-69,21
+Ch12=1,-31,46
+Ch13=1,45,-90
+Ch14=1,-60,51
+Ch15=1,-90,36
+Ch16=1,-90,72
+Ch17=1,90,-90
+Ch18=1,90,-72
+Ch19=1,60,-51
+Ch20=1,90,-36
+Ch21=1,113,-18
+Ch22=1,69,-21
+Ch23=1,31,-46
+Ch24=1,0,0
+Ch25=1,45,0
+Ch26=1,90,0
+Ch27=1,113,18
+Ch28=1,69,21
+Ch29=1,31,46
+Ch30=1,60,51
+Ch31=1,90,36
+Ch32=1,90,72
+
+[Comment]
+
+BrainVision Recorder Professional   -   V. 1.22.0001
+
+
+A m p l i f i e r  S e t u p
+============================
+Number of channels: 32
+Sampling Rate [Hz]: 1000
+Sampling Interval [µS]: 1000
+
+Channels
+--------
+#     Name      Phys. Chn.    Resolution / Unit   Low Cutoff [s]   High Cutoff [Hz]   Notch [Hz]    Series Res. [kOhm] Gradient         Offset
+1     Fp1         1                0.1 µV             10             1000              Off                0                 
+2     Fz          2                0.1 µV             10             1000              Off                0                 
+3     F3          3                0.1 µV             10             1000              Off                0                 
+4     F7          4                0.1 µV             10             1000              Off                0                 
+5     FT9         5                0.1 µV             10             1000              Off                0                 
+6     FC5         6                0.1 µV             10             1000              Off                0                 
+7     FC1         7                0.1 µV             10             1000              Off                0                 
+8     C3          8                0.1 µV             10             1000              Off                0                 
+9     T7          9                0.1 µV             10             1000              Off                0                 
+10    TP9         10               0.1 µV             10             1000              Off                0                 
+11    CP5         11               0.1 µV             10             1000              Off                0                 
+12    CP1         12               0.1 µV             10             1000              Off                0                 
+13    Pz          13               0.1 µV             10             1000              Off                0                 
+14    P3          14               0.1 µV             10             1000              Off                0                 
+15    P7          15               0.1 µV             10             1000              Off                0                 
+16    O1          16               0.1 µV             10             1000              Off                0                 
+17    Oz          17               0.1 µV             10             1000              Off                0                 
+18    O2          18               0.1 µV             10             1000              Off                0                 
+19    P4          19               0.1 µV             10             1000              Off                0                 
+20    P8          20               0.1 µV             10             1000              Off                0                 
+21    TP10        21               0.1 µV             10             1000              Off                0                 
+22    CP6         22               0.1 µV             10             1000              Off                0                 
+23    CP2         23               0.1 µV             10             1000              Off                0                 
+24    Cz          24               0.1 µV             10             1000              Off                0                 
+25    C4          25               0.1 µV             10             1000              Off                0                 
+26    T8          26               0.1 µV             10             1000              Off                0                 
+27    FT10        27               0.1 µV             10             1000              Off                0                 
+28    FC6         28               0.1 µV             10             1000              Off                0                 
+29    FC2         29               0.1 µV             10             1000              Off                0                 
+30    F4          30               0.1 µV             10             1000              Off                0                 
+31    F8          31               0.1 µV             10             1000              Off                0                 
+32    Fp2         32               0.1 µV             10             1000              Off                0                 
+
+S o f t w a r e  F i l t e r s
+==============================
+Disabled
+
+
+No impedance values available at 14:37:48!

sourcedata/Dario_EXP4_P_03.vmrk

@@ -0,0 +1,39 @@
+Brain Vision Data Exchange Marker File, Version 1.0
+
+[Common Infos]
+Codepage=UTF-8
+DataFile=Dario_EXP4_P_03.eeg
+
+[Marker Infos]
+; Each entry: Mk<Marker number>=<Type>,<Description>,<Position in data points>,
+; <Size in data points>, <Channel number (0 = marker is related to all channels)>
+; Fields are delimited by commas, some fields might be omitted (empty).
+; Commas in type or description text are coded as "\1".
+Mk1=New Segment,,1,1,0,20230405143748843236
+Mk2=Comment,actiCAP Data On,1,1,0
+Mk3=Stimulus,S110,30503,1,0
+Mk4=Stimulus,S111,300506,1,0
+Mk5=Stimulus,S127,318091,1,0
+Mk6=Stimulus,S120,318092,1,0
+Mk7=Stimulus,S121,588093,1,0
+Mk8=Stimulus,S251,616053,1,0
+Mk9=Stimulus,S130,616054,1,0
+Mk10=Stimulus,S131,886055,1,0
+Mk11=New Segment,,893721,1,0,20230405150611146107
+Mk12=Comment,actiCAP Data On,893721,1,0
+Mk13=Stimulus,S140,919402,1,0
+Mk14=Stimulus,S141,1189403,1,0
+Mk15=Stimulus,S159,1206822,1,0
+Mk16=Stimulus,S150,1206823,1,0
+Mk17=Stimulus,S151,1476824,1,0
+Mk18=Stimulus,S183,1509189,1,0
+Mk19=Stimulus,S160,1509190,1,0
+Mk20=Stimulus,S161,1779192,1,0
+Mk21=New Segment,,1785481,1,0,20230405153200706925
+Mk22=Comment,actiCAP USB Power On,1785481,1,0
+Mk23=Stimulus,S171,1837801,1,0
+Mk24=Stimulus,S170,1837802,1,0
+Mk25=Stimulus,S171,2107803,1,0
+Mk26=Stimulus,S191,2116113,1,0
+Mk27=Stimulus,S180,2116114,1,0
+Mk28=Stimulus,S181,2386115,1,0

sourcedata/LICENSE

@@ -0,0 +1,39 @@
+Creative Commons CC0 1.0 Universal
+CREATIVE COMMONS CORPORATION IS NOT A LAW FIRM AND DOES NOT PROVIDE LEGAL SERVICES. DISTRIBUTION OF THIS DOCUMENT DOES NOT CREATE AN ATTORNEY-CLIENT RELATIONSHIP. CREATIVE COMMONS PROVIDES THIS INFORMATION ON AN "AS-IS" BASIS. CREATIVE COMMONS MAKES NO WARRANTIES REGARDING THE USE OF THIS DOCUMENT OR THE INFORMATION OR WORKS PROVIDED HEREUNDER, AND DISCLAIMS LIABILITY FOR DAMAGES RESULTING FROM THE USE OF THIS DOCUMENT OR THE INFORMATION OR WORKS PROVIDED HEREUNDER.
+Statement of Purpose
+
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sourcedata/README.md

@@ -0,0 +1,33 @@
+# README
+This repository contains sample files of an EEG experiment that explores non-native accent adaptation. 
+
+# Description of the experiment
+The EEG experiment was run using Frequency Tagging, specifically we combined an oddball paradigm with Fast Periodic Auditory Stimulation (FPAS), a technique used to explore passive and automatic perception. The participants’ ability to perceive non-native phonological contrasts was tested using a stream of syllables composed by standards and deviant sounds presented at fixed frequencies (e.g. [ba-ba-ba-ba-pa-ba-ba…]). Data was collected using Brain Vision recorder.
+
+# Files contained in the repository
+
+- EEG DATA FILES:
+	- Dario_EXP4_P_03.eeg: EEG data
+	- Dario_EXP4_P_03.vhdr: Brain Vision Data Exchange Header File, contains information on the electrodes used during testing.
+	- Dario_EXP4_P_03.vmrk: Brain Vision Data Exchange Marker File, contains information on the markers used during testing.
+- CODE:
+	- FREQUENCY_TAGGING-ANALYSIS-GIN_VERSION.ipynb: a Jupyter Notebook script that runs some preprocessing steps, detects event markers/triggers and generates a picture of the PSD and SNR spectrum of the data. You should be able to read it directly in the repository.
+- PLOT:
+	- FREQ_TAGGING-EXAMPLE_PLOT.png: a plot of the PSD and SNR spectrum that you should get if you run the code in the repository. NOTE: you can get different results if you change the markers in the script, as different markers correspond to different conditions.
+
+# How to use
+You can run the script on the EEG data that is contained in the repository. The script is made to generate a PSD and SNR spectrum plot of one specific condition of the experiment (the English Speaker Control condition). However, you can plot other conditions by changing the relevant markers (in the Estimation of stream duration section of the script).
+
+# Markers
+Further details of the experiment's conditions: as mentioned before, this experiment tested non-native accent adaptation. We used a training and test paradigm, that is, we exposed listeners to a non-native accent and then tested their adaptation to this accent. To capture changes in accent adaptation we collected EEG data with the FPAS-Oddball task before and after training. We tested two non-native "consonants" P and J. Also, in the case of P, we tested whether listeners generalise adaptation to a different speaker of the same accent and whether it changes how they perceive a native English speaker. Finally, we have a couple of control conditions.
+
+Markers list (beginning/end of the condition):
+
+- BASELINE P CONSONANT NON-NATIVE SPEAKER		- 110 / 111
+- BASELINE J CONSONANT NON-NATIVE SPEAKER		- 120 / 121
+- CONTROL NON-NATIVE SPEAKER					- 130 / 131
+- TEST P CONSONANT MAIN NON-NATIVE SPEAKER		- 140 / 141
+- TEST P CONSONANT SECOND NON-NATIVE SPEAKER	- 150 / 151
+- TEST P CONSONANT ENGLISH NATIVE SPEAKER		- 160 / 161
+- TEST J CONSONANT MAIN NON-NATIVE SPEAKER		- 170 / 171
+- CONTROL NON-NATIVE SPEAKER					- 180 / 181

sub-01/eeg/sub-01_task-fpasOddball_channels.tsv

@@ -0,0 +1,33 @@
+name	type	units	sampling_frequency
+Fp1	EEG	μV	1000
+Fz	EEG	μV	1000
+F3	EEG	μV	1000
+F7	EEG	μV	1000
+FT9	EEG	μV	1000
+FC5	EEG	μV	1000
+FC1	EEG	μV	1000
+C3	EEG	μV	1000
+T7	EEG	μV	1000
+TP9	EEG	μV	1000
+CP5	EEG	μV	1000
+CP1	EEG	μV	1000
+Pz	EEG	μV	1000
+P3	EEG	μV	1000
+P7	EEG	μV	1000
+O1	EEG	μV	1000
+Oz	EEG	μV	1000
+O2	EEG	μV	1000
+P4	EEG	μV	1000
+P8	EEG	μV	1000
+TP10	EEG	μV	1000
+CP6	EEG	μV	1000
+CP2	EEG	μV	1000
+Cz	EEG	μV	1000
+C4	EEG	μV	1000
+T8	EEG	μV	1000
+FT10	EEG	μV	1000
+FC6	EEG	μV	1000
+FC2	EEG	μV	1000
+F4	EEG	μV	1000
+F8	EEG	μV	1000
+Fp2	EEG	μV	1000

sub-01/eeg/sub-01_task-fpasOddball_coordsystem.json

@@ -0,0 +1,4 @@
+{
+  "EEGCoordinateSystem": "CapTrak",
+  "EEGCoordinateUnits": "mm"
+}

sub-01/eeg/sub-01_task-fpasOddball_eeg.eeg

@@ -0,0 +1 @@
+/annex/objects/MD5-s153120000--659608c27791a03480760c3454ad70af

sub-01/eeg/sub-01_task-fpasOddball_eeg.json

@@ -0,0 +1,15 @@
+{
+  "TaskName": "fpasOddball",
+  "Manufacturer": "Brain Products",
+  "EEGReference": "Unknown",
+  "SamplingFrequency": 1000,
+  "PowerLineFrequency": 50,
+  "SoftwareFilters": "n/a",
+  "EEGChannelCount": 32,
+  "ECGChannelCount": 0,
+  "EMGChannelCount": 0,
+  "EOGChannelCount": 0,
+  "MiscChannelCount": 0,
+  "TriggerChannelCount": 0,
+  "RecordingType": "continuous"
+}

sub-01/eeg/sub-01_task-fpasOddball_eeg.vhdr

@@ -0,0 +1,143 @@
+Brain Vision Data Exchange Header File Version 1.0
+; Data created by the Vision Recorder
+
+[Common Infos]
+Codepage=UTF-8
+DataFile=sub-01_task-fpasOddball_eeg.eeg
+MarkerFile=sub-01_task-fpasOddball_eeg.vmrk
+DataFormat=BINARY
+; Data orientation: MULTIPLEXED=ch1,pt1, ch2,pt1 ...
+DataOrientation=MULTIPLEXED
+NumberOfChannels=32
+; Sampling interval in microseconds
+SamplingInterval=1000
+
+[Binary Infos]
+BinaryFormat=INT_16
+
+[Channel Infos]
+; Each entry: Ch<Channel number>=<Name>,<Reference channel name>,
+; <Resolution in "Unit">,<Unit>, Future extensions..
+; Fields are delimited by commas, some fields might be omitted (empty).
+; Commas in channel names are coded as "\1".
+Ch1=Fp1,,0.1,µV
+Ch2=Fz,,0.1,µV
+Ch3=F3,,0.1,µV
+Ch4=F7,,0.1,µV
+Ch5=FT9,,0.1,µV
+Ch6=FC5,,0.1,µV
+Ch7=FC1,,0.1,µV
+Ch8=C3,,0.1,µV
+Ch9=T7,,0.1,µV
+Ch10=TP9,,0.1,µV
+Ch11=CP5,,0.1,µV
+Ch12=CP1,,0.1,µV
+Ch13=Pz,,0.1,µV
+Ch14=P3,,0.1,µV
+Ch15=P7,,0.1,µV
+Ch16=O1,,0.1,µV
+Ch17=Oz,,0.1,µV
+Ch18=O2,,0.1,µV
+Ch19=P4,,0.1,µV
+Ch20=P8,,0.1,µV
+Ch21=TP10,,0.1,µV
+Ch22=CP6,,0.1,µV
+Ch23=CP2,,0.1,µV
+Ch24=Cz,,0.1,µV
+Ch25=C4,,0.1,µV
+Ch26=T8,,0.1,µV
+Ch27=FT10,,0.1,µV
+Ch28=FC6,,0.1,µV
+Ch29=FC2,,0.1,µV
+Ch30=F4,,0.1,µV
+Ch31=F8,,0.1,µV
+Ch32=Fp2,,0.1,µV
+
+[Coordinates]
+; Electrode Position File: E:\CMA-32_REF.bvef
+Ch1=1,-90,-72
+Ch2=1,45,90
+Ch3=1,-60,-51
+Ch4=1,-90,-36
+Ch5=1,-113,-18
+Ch6=1,-69,-22
+Ch7=1,-31,-46
+Ch8=1,-45,0
+Ch9=1,-90,0
+Ch10=1,-113,18
+Ch11=1,-69,21
+Ch12=1,-31,46
+Ch13=1,45,-90
+Ch14=1,-60,51
+Ch15=1,-90,36
+Ch16=1,-90,72
+Ch17=1,90,-90
+Ch18=1,90,-72
+Ch19=1,60,-51
+Ch20=1,90,-36
+Ch21=1,113,-18
+Ch22=1,69,-21
+Ch23=1,31,-46
+Ch24=1,0,0
+Ch25=1,45,0
+Ch26=1,90,0
+Ch27=1,113,18
+Ch28=1,69,21
+Ch29=1,31,46
+Ch30=1,60,51
+Ch31=1,90,36
+Ch32=1,90,72
+
+[Comment]
+
+BrainVision Recorder Professional   -   V. 1.22.0001
+
+
+A m p l i f i e r  S e t u p
+============================
+Number of channels: 32
+Sampling Rate [Hz]: 1000
+Sampling Interval [µS]: 1000
+
+Channels
+--------
+#     Name      Phys. Chn.    Resolution / Unit   Low Cutoff [s]   High Cutoff [Hz]   Notch [Hz]    Series Res. [kOhm] Gradient         Offset
+1     Fp1         1                0.1 µV             10             1000              Off                0                 
+2     Fz          2                0.1 µV             10             1000              Off                0                 
+3     F3          3                0.1 µV             10             1000              Off                0                 
+4     F7          4                0.1 µV             10             1000              Off                0                 
+5     FT9         5                0.1 µV             10             1000              Off                0                 
+6     FC5         6                0.1 µV             10             1000              Off                0                 
+7     FC1         7                0.1 µV             10             1000              Off                0                 
+8     C3          8                0.1 µV             10             1000              Off                0                 
+9     T7          9                0.1 µV             10             1000              Off                0                 
+10    TP9         10               0.1 µV             10             1000              Off                0                 
+11    CP5         11               0.1 µV             10             1000              Off                0                 
+12    CP1         12               0.1 µV             10             1000              Off                0                 
+13    Pz          13               0.1 µV             10             1000              Off                0                 
+14    P3          14               0.1 µV             10             1000              Off                0                 
+15    P7          15               0.1 µV             10             1000              Off                0                 
+16    O1          16               0.1 µV             10             1000              Off                0                 
+17    Oz          17               0.1 µV             10             1000              Off                0                 
+18    O2          18               0.1 µV             10             1000              Off                0                 
+19    P4          19               0.1 µV             10             1000              Off                0                 
+20    P8          20               0.1 µV             10             1000              Off                0                 
+21    TP10        21               0.1 µV             10             1000              Off                0                 
+22    CP6         22               0.1 µV             10             1000              Off                0                 
+23    CP2         23               0.1 µV             10             1000              Off                0                 
+24    Cz          24               0.1 µV             10             1000              Off                0                 
+25    C4          25               0.1 µV             10             1000              Off                0                 
+26    T8          26               0.1 µV             10             1000              Off                0                 
+27    FT10        27               0.1 µV             10             1000              Off                0                 
+28    FC6         28               0.1 µV             10             1000              Off                0                 
+29    FC2         29               0.1 µV             10             1000              Off                0                 
+30    F4          30               0.1 µV             10             1000              Off                0                 
+31    F8          31               0.1 µV             10             1000              Off                0                 
+32    Fp2         32               0.1 µV             10             1000              Off                0                 
+
+S o f t w a r e  F i l t e r s
+==============================
+Disabled
+
+
+No impedance values available at 14:37:48!

sub-01/eeg/sub-01_task-fpasOddball_eeg.vmrk

@@ -0,0 +1,39 @@
+Brain Vision Data Exchange Marker File, Version 1.0
+
+[Common Infos]
+Codepage=UTF-8
+DataFile=sub-01_task-DarioEXP4P03_eeg.eeg
+
+[Marker Infos]
+; Each entry: Mk<Marker number>=<Type>,<Description>,<Position in data points>,
+; <Size in data points>, <Channel number (0 = marker is related to all channels)>
+; Fields are delimited by commas, some fields might be omitted (empty).
+; Commas in type or description text are coded as "\1".
+Mk1=New Segment,,1,1,0,20230405143748843236
+Mk2=Comment,actiCAP Data On,1,1,0
+Mk3=Stimulus,S110,30503,1,0
+Mk4=Stimulus,S111,300506,1,0
+Mk5=Stimulus,S127,318091,1,0
+Mk6=Stimulus,S120,318092,1,0
+Mk7=Stimulus,S121,588093,1,0
+Mk8=Stimulus,S251,616053,1,0
+Mk9=Stimulus,S130,616054,1,0
+Mk10=Stimulus,S131,886055,1,0
+Mk11=New Segment,,893721,1,0,20230405150611146107
+Mk12=Comment,actiCAP Data On,893721,1,0
+Mk13=Stimulus,S140,919402,1,0
+Mk14=Stimulus,S141,1189403,1,0
+Mk15=Stimulus,S159,1206822,1,0
+Mk16=Stimulus,S150,1206823,1,0
+Mk17=Stimulus,S151,1476824,1,0
+Mk18=Stimulus,S183,1509189,1,0
+Mk19=Stimulus,S160,1509190,1,0
+Mk20=Stimulus,S161,1779192,1,0
+Mk21=New Segment,,1785481,1,0,20230405153200706925
+Mk22=Comment,actiCAP USB Power On,1785481,1,0
+Mk23=Stimulus,S171,1837801,1,0
+Mk24=Stimulus,S170,1837802,1,0
+Mk25=Stimulus,S171,2107803,1,0
+Mk26=Stimulus,S191,2116113,1,0
+Mk27=Stimulus,S180,2116114,1,0
+Mk28=Stimulus,S181,2386115,1,0

sub-01/eeg/sub-01_task-fpasOddball_electrodes.tsv

@@ -0,0 +1,33 @@
+name	x	y	z
+Fp1	-0.30901699437494745	0.9510565162951535	6.123233995736766E-17
+Fz	4.329780281177467E-17	0.7071067811865476	0.7071067811865476
+F3	-0.5450074457687163	0.673028145070219	0.5000000000000001
+F7	-0.8090169943749475	0.5877852522924731	6.123233995736766E-17
+FT9	-0.8754521391572586	0.2844516431214245	-0.3907311284892738
+FC5	-0.8656006983877809	0.349725383249891	0.3583679495453004
+FC1	-0.3577755098413572	0.3704873859726016	0.8571673007021123
+C3	-0.7071067811865476	-0	0.7071067811865476
+T7	-1	-0	6.123233995736766E-17
+TP9	-0.8754521391572586	-0.2844516431214245	-0.3907311284892738
+CP5	-0.8715724127386971	-0.3345653031794291	0.3583679495453004
+CP1	-0.3577755098413572	-0.3704873859726016	0.8571673007021123
+Pz	4.329780281177467E-17	-0.7071067811865476	0.7071067811865476
+P3	-0.5450074457687163	-0.673028145070219	0.5000000000000001
+P7	-0.8090169943749475	-0.5877852522924731	6.123233995736766E-17
+O1	-0.30901699437494745	-0.9510565162951535	6.123233995736766E-17
+Oz	6.123233995736766E-17	-1	6.123233995736766E-17
+O2	0.30901699437494745	-0.9510565162951535	6.123233995736766E-17
+P4	0.5450074457687163	-0.673028145070219	0.5000000000000001
+P8	0.8090169943749475	-0.5877852522924731	6.123233995736766E-17
+TP10	0.8754521391572586	-0.2844516431214245	-0.3907311284892738
+CP6	0.8715724127386971	-0.3345653031794291	0.3583679495453004
+CP2	0.3577755098413572	-0.3704873859726016	0.8571673007021123
+Cz	0	0	1
+C4	0.7071067811865476	0	0.7071067811865476
+T8	1	0	6.123233995736766E-17
+FT10	0.8754521391572586	0.2844516431214245	-0.3907311284892738
+FC6	0.8715724127386971	0.3345653031794291	0.3583679495453004
+FC2	0.3577755098413572	0.3704873859726016	0.8571673007021123
+F4	0.5450074457687163	0.673028145070219	0.5000000000000001
+F8	0.8090169943749475	0.5877852522924731	6.123233995736766E-17
+Fp2	0.30901699437494745	0.9510565162951535	6.123233995736766E-17

sub-01/eeg/sub-01_task-fpasOddball_events.tsv

@@ -0,0 +1,29 @@
+onset	duration	sample	trial_type	value
+0	0.001	1	New Segment	n/a
+0	0.001	1	Comment	actiCAP Data On
+30.502	0.001	30503	Stimulus	S110
+300.505	0.001	300506	Stimulus	S111
+318.09	0.001	318091	Stimulus	S127
+318.091	0.001	318092	Stimulus	S120
+588.092	0.001	588093	Stimulus	S121
+616.052	0.001	616053	Stimulus	S251
+616.053	0.001	616054	Stimulus	S130
+886.054	0.001	886055	Stimulus	S131
+893.72	0.001	893721	New Segment	n/a
+893.72	0.001	893721	Comment	actiCAP Data On
+919.401	0.001	919402	Stimulus	S140
+1189.402	0.001	1189403	Stimulus	S141
+1206.821	0.001	1206822	Stimulus	S159
+1206.822	0.001	1206823	Stimulus	S150
+1476.823	0.001	1476824	Stimulus	S151
+1509.188	0.001	1509189	Stimulus	S183
+1509.189	0.001	1509190	Stimulus	S160
+1779.191	0.001	1779192	Stimulus	S161
+1785.48	0.001	1785481	New Segment	n/a
+1785.48	0.001	1785481	Comment	actiCAP USB Power On
+1837.8	0.001	1837801	Stimulus	S171
+1837.801	0.001	1837802	Stimulus	S170
+2107.802	0.001	2107803	Stimulus	S171
+2116.112	0.001	2116113	Stimulus	S191
+2116.113	0.001	2116114	Stimulus	S180
+2386.114	0.001	2386115	Stimulus	S181