diff --git a/inputs/tsv/acquisition.tsv b/inputs/tsv/acquisition.tsv index 2fd2485..e4c6025 100644 --- a/inputs/tsv/acquisition.tsv +++ b/inputs/tsv/acquisition.tsv @@ -15,9 +15,9 @@ Online (recording) reference Location of the ground electrode during recording Online (recording) reference Online reference for VEOG electrodes radio bipolar (lower - upper VEOG) | the same reference as EEG electrodes | other | VEOG was not recorded online_reference_VEOG 1 14 1 1 Acquisition 4 Online (recording) reference Which other reference was used for VEOG recording? text online_reference_VEOG_other online_reference_VEOG == 2 15 1 1 Acquisition 4 Online (recording) reference Online reference for HEOG electrodes radio bipolar (left - right HEOG) | bipolar (right - left HEOG) | the same reference as EEG electrodes | other | HEOG was not recorded online_reference_HEOG 1 16 1 1 Acquisition 4 -Online (recording) reference Which other reference was used for HEOG recording? text online_reference_HEOG_other online_reference_HEOG == 3 17 1 1 Acquisition 4 -Online (recording) reference Online reference for other non-EEG electrodes radio the same reference as EEG electrodes | other | no other non-EEG electrodes were used online_reference_other_non-EEG 1 18 1 1 Acquisition 4 25.08.2023 Angela: this question was a text question by mistake, changed to radio -Online (recording) reference Which other reference was used for other non-EEG electrodes? text online_reference_other_non-EEG_other online_reference_other_non-EEG == 1 19 1 1 Acquisition 4 +Online (recording) reference Which other reference was used for HEOG recording? text online_reference_HEOG_other online_reference_HEOG == 3 17 1 1 Acquisition 4 27.11.2023 Angela rephrased question and options +Online (recording) reference Online reference for other non-EEG (and non-EOG) electrodes radio the same reference as EEG electrodes | other | no non-EEG non-EOG electrodes were used online_reference_other_non-EEG 1 18 1 1 Acquisition 4 25.08.2023 Angela: this question was a text question by mistake, changed to radio 27.11.2023 Angela rephrased question and options +Online (recording) reference Which other reference was used for other non-EEG (and non-EOG) electrodes? text online_reference_other_non-EEG_other online_reference_other_non-EEG == 1 19 1 1 Acquisition 4 27.11.2023 Angela rephrased question and options Online filters Which of the following online filters were used? Select "none" to mark this question as answered if you did not use any online filters. Please note that this case is highly unlikely given that acquisition systems normally have at least an anti-aliasing low-pass filter. radio_multiple high pass | low pass | notch | none online_filters 1 20 1 1 Acquisition 4 online_filters *_eeg.json 25.08.2023 Angela: added additional instructions in the "details" section Online filters High-pass filter cut-off used during recording Hz float online_filters_high_pass_cut_off online_filters.includes(0) 21 1 1 Acquisition 4 high_cutoff *_channels.tsv Online filters Type of online high-pass filter cut-off radio half-amplitude | half-power online_filters_high_pass_cutoff_unit online_filters.includes(0) 22 1 1 Acquisition 4 diff --git a/inputs/tsv/hardware.tsv b/inputs/tsv/hardware.tsv index 2cbcd43..82846ba 100644 --- a/inputs/tsv/hardware.tsv +++ b/inputs/tsv/hardware.tsv @@ -23,7 +23,7 @@ Signal Amplifiers Make (brand) of the amplifiers other than listed above text Signal Amplifiers Model of amplifiers text amplifier_model 1 22 1 1 Hardware 3 ManufacturersModelName *_eeg.json Triggers Source of triggers radio photo diode | auditory trigger/voice key | combination stim tracker | presentation software trigger | other trigger_signal_source 1 23 1 1 Hardware 3 *_eeg.json Triggers Source of triggers other than listed. text trigger_signal_source_other trigger_signal_source == 4 24 1 1 Hardware 3 -Triggers Do you wish to describe triggers in more detail? This information is not required by the guidelines for good EEG reporting practice by Keil et al. (2014), but it might interest a reader. radio_multiple preset:boolean trigger_additional 1 25 1 1 Hardware 3 25.08.2023 Angela: new question to simplify the form by hiding some questions that are not required by any guidelines for good practice, in line with a reviewer's suggestion that it is not neccessary to go this much into detail with triggers +Triggers Do you wish to describe triggers in more detail? This information is not required by the guidelines for good EEG reporting practice by Keil et al. (2014), but it might interest a reader. radio preset:boolean trigger_additional 1 25 1 1 Hardware 3 25.08.2023 Angela: new question to simplify the form by hiding some questions that are not required by any guidelines for good practice, in line with a reviewer's suggestion that it is not neccessary to go this much into detail with triggers 27.11.2023 Angela: corrected to radio and it was radio_multiple by mistake Triggers Describe trigger signal input. Were triggers delivered during acquisition (e.g., triggers from photo diode simultaneously recorded while presenting trials) or added after recording (e.g. after analysis of an audio recording of spoken responses)? radio Online, during acquisition | Added after recording trigger_signal_input_when trigger_additional == 1 26 1 1 Hardware 3 TriggerChannelCount *_eeg.json 25.08.2023 Angela: visibility changed to make this question practically optional Triggers Where where the trigger signals acquired? radio Amplifier | Acquisition computer trigger_signal_input_where trigger_additional == 1 27 1 1 Hardware 3 25.08.2023 Angela: visibility changed to make this question practically optional Triggers How were tigger signals aquired? radio Analogue (e.g., via a parallel port, serial port, or TCP/IP) | Digital (including serial port over a USB port (arduino, LabJack U3, or similar)) trigger_signal_input_how trigger_additional == 1 28 1 1 Hardware 3 25.08.2023 Angela: visibility changed to make this question practically optional diff --git a/inputs/tsv/measurement.tsv b/inputs/tsv/measurement.tsv index 4bad038..39c3f5f 100644 --- a/inputs/tsv/measurement.tsv +++ b/inputs/tsv/measurement.tsv @@ -10,7 +10,7 @@ Amplitude measurement - measure Select procedure(s) used for amplitude measurem Amplitude measurement - measure Was the peak negative or positive? radio negative | positive amp_measure_peak_positivity amp_measure_procedure.includes(1) 9 1 1 Measurement 6 Amplitude measurement - measure What method was used for peak calculation? radio_multiple simple peak | local peak | other amp_measure_peak_method amp_measure_procedure.includes(1) 10 1 1 Measurement 6 7.9.2023 Angela: option other added Amplitude measurement - measure Describe the procedure for peak calculation that was used. textarea amp_measure_peak_other amp_measure_peak_method ==2 11 1 1 Measurement 6 7.9.2023 Angela: new question in case "other" was selected above -Amplitude measurement - measure Which window area measure was used? rectified | signed | integral | other window_area_measure_type amp_measure_procedure.includes(2) 12 1 1 Measurement 6 7.9.2023 Angela: option other added +Amplitude measurement - measure Which window area measure was used? radio_multiple rectified | signed | integral | other window_area_measure_type amp_measure_procedure.includes(2) 12 1 1 Measurement 6 7.9.2023 Angela: option other added Amplitude measurement - measure Describe the procedure for the area measure calculation that was used. textarea window_area_measure_other window_area_measure_type == 3 13 1 1 Measurement 6 7.9.2023 Angela: new question in case "other" was selected above Amplitude measurement - measure Describe the procedure for amplitude measurement calculation using factor scores. Description should be detailed enough for a reader to replicate the procedure. textarea amp_measure_factor_details amp_measure_procedure.includes(4) 14 1 1 Measurement 6 Amplitude measurement - measure Describe the procedure(s) for amplitude measurement calculation for which you selected "other" (in detail sufficient for its replication). This is meant to describe procedure other than what has been offered in the Question "Select procedure(s) used for amplitude measurement in this time window". textarea amp_measure_other_details amp_measure_procedure.includes(5) 15 1 1 Measurement 6 diff --git a/inputs/tsv/preprocessing.tsv b/inputs/tsv/preprocessing.tsv index 9150f33..3383ba1 100644 --- a/inputs/tsv/preprocessing.tsv +++ b/inputs/tsv/preprocessing.tsv @@ -19,90 +19,92 @@ Offline filters What was the order of the high-pass filter? integer offline_ Offline filters Type of high-pass filter cut-off radio half-power | half-amplitude offline_highpass_filter_unit which_filters.includes(0) 18 1 1 Preprocessing 5 Offline filters Offline high-pass filter cut-off Hz float offline_highpass_filter_cutoff which_filters.includes(0) 19 1 1 Preprocessing 5 Offline filters Offline high-pass filter roll off dB/octave float offline_highpass_filter_rolloff which_filters.includes(0) 20 1 1 Preprocessing 5 -Offline filters Do you want to report any of these other additional offline high-pass filter properties? These properties are not required by recommendations for good practice by Keil et al. (2014), but they may help other researchers reproduce your filters if you know them. Select "none of the above" to mark this question as answered if you do not wish to add anything. radio_multiple attenuation in the stopband | transition bandwidth | passband ripple | filter direction | filter delay | other | none of the above offline_highpass_filter_additional which_filters.includes(0) 21 1 1 Preprocessing 5 25.08.2023 Angela: help instructions updated -Offline filters Attenuation achieved in the stopband after offline high-pass filtering dB float offline_highpass_filter_attenuation offline_highpass_filter_additional.includes(0) 22 1 1 Preprocessing 5 -Offline filters Offline high-pass filter transition bandwidth Hz float offline_highpass_filter_transition offline_highpass_filter_additional.includes(1) 23 1 1 Preprocessing 5 -Offline filters Offline high-pass filter passband ripple dB float offline_highpass_filter_ripple offline_highpass_filter_additional.includes(2) 24 1 1 Preprocessing 5 -Offline filters Direction of the offline high-pass filter radio forwards | backwards | forwards and backwards offline_highpass_filter_direction offline_highpass_filter_additional.includes(3) 25 1 1 Preprocessing 5 -Offline filters Offline high-pass filter delay radio zero-phase | linear phase | non-linear phase offline_highpass_filter_delay offline_highpass_filter_additional.includes(4) 26 1 1 Preprocessing 5 -Offline filters Describe offline high-pass filter properties other than properties offered above. textarea offline_highpass_filter_other offline_highpass_filter_additional.includes(5) 27 1 1 Preprocessing 5 -Offline filters What kind of impulse rate did the low-pass filter have? radio FIR (finite) | IIR (infinite) offline_lowpass_filter_impulse which_filters.includes(1) 28 1 1 Preprocessing 5 -Offline filters What family of filters did the low-pass filter belong to? radio Boxcar | Butterworth | Elliptic | Chebyshev | other offline_lowpass_filter_family which_filters.includes(1) 29 1 1 Preprocessing 5 -Offline filters Family of filters of the low-pass filter (other than listed above) text offline_lowpass_filter_family_other offline_lowpass_filter_family == 4 30 1 1 Preprocessing 5 -Offline filters What was the order of the low-pass filter? integer offline_lowpass_filter_order which_filters.includes(1) 31 1 1 Preprocessing 5 -Offline filters Type of low-pass filter cut-off radio half-power | half-amplitude offline_lowpass_filter_unit which_filters.includes(1) 32 1 1 Preprocessing 5 -Offline filters Offline low-pass filter cut-off Hz float offline_lowpass_filter_cutoff which_filters.includes(1) 33 1 1 Preprocessing 5 -Offline filters Offline low-pass filter roll off dB/octave float offline_lowpass_filter_rolloff which_filters.includes(1) 34 1 1 Preprocessing 5 -Offline filters Do you want to report any of these other additional offline low-pass filter properties? These properties are not required by recommendations for good practice by Keil et al. (2014), but they may help other researchers reproduce your filters if you know them. Select "none of the above" to mark this question as answered if you do not wish to add anything. radio_multiple attenuation in the stopband | transition bandwidth | passband ripple | filter direction | filter delay | other | none of the above offline_lowpass_filter_additional which_filters.includes(1) 35 1 1 Preprocessing 5 25.08.2023 Angela: help instructions updated -Offline filters Attenuation achieved in the stopband after offline low-pass filtering dB float offline_lowpass_filter_attenuation offline_lowpass_filter_additional.includes(0) 36 1 1 Preprocessing 5 -Offline filters Offline low-pass filter transition bandwidth Hz float offline_lowpass_filter_transition offline_lowpass_filter_additional.includes(1) 37 1 1 Preprocessing 5 -Offline filters Offline low-pass filter passband ripple dB float offline_lowpass_filter_ripple offline_lowpass_filter_additional.includes(2) 38 1 1 Preprocessing 5 -Offline filters Direction of the offline low-pass filter radio forwards | backwards | forwards and backwards offline_lowpass_filter_direction offline_lowpass_filter_additional.includes(3) 39 1 1 Preprocessing 5 -Offline filters Offline low-pass filter delay radio zero-phase | linear phase | non-linear phase offline_lowpass_filter_delay offline_lowpass_filter_additional.includes(4) 40 1 1 Preprocessing 5 -Offline filters Describe offline low-pass filter properties other than properties offered above. textarea offline_lowpass_filter_other offline_lowpass_filter_additional.includes(5) 41 1 1 Preprocessing 5 -Offline filters What notch filter was applied offline, after the recording? radio 50 Hz | 60 Hz | other offline_notch_filter_type which_filters.includes(2) 42 1 1 Preprocessing 5 -Offline filters Center frequency of the offline notch filter Hz text offline_notch_filter_type_details offline_notch_filter_type == 2 43 1 1 Preprocessing 5 -Offline filters In which format do you want to report the width of the offline notch filter? radio distance between 3 dB points | number of removed frequencies in a decrete Fourier transform offline_notch_filter_width which_filters.includes(2) 44 1 1 Preprocessing 5 -Offline filters Distance between 3 dB points Hz float offline_notch_filter_width_distance offline_notch_filter_width == 0 45 1 1 Preprocessing 5 -Offline filters Number of removed frequencies in a descrete Fourier transform float offline_notch_filter_width_number_frequencies offline_notch_filter_width == 1 46 1 1 Preprocessing 5 -Offline filters Were any harmonics also removed by the offline notch filter? radio preset:boolean offline_notch_filter_harmonics which_filters.includes(2) 47 1 1 Preprocessing 5 -Offline filters Which harmonics were removed by the offline notch filter? List center frequencies separated by a semicolon and a space text offline_notch_filter_harmonics_which offline_notch_filter_harmonics == 1 48 1 1 Preprocessing 5 -Downsampling Was data downsampled? radio preset:boolean downsample_data 1 49 1 1 Preprocessing 5 -Downsampling What software was used for downsampling? select preset:meeg_analysis_softwares downsample_software downsample_data == 1 && same_software == 0 50 1 1 Preprocessing 5 -Downsampling Specify software version if applicable, script language if "custom script" was selected and software name and version if "other" was selected. text downsample_software_details downsample_data == 1 && same_software == 0 51 1 1 Preprocessing 5 -Downsampling If yes, what was the new sampling frequency? Hz float new_sampling_frequency downsample_data == 1 52 1 1 Preprocessing 5 -Re-referencing Was data recorded from EEG electrodes re-referenced offline (after recording)? This does not include re-referencing within automated pipelines, if you had applied any. radio preset:boolean offline_reference 1 53 1 1 Preprocessing 5 -Re-referencing Which analysis software was used for re-referencing on EEG data? select preset:meeg_analysis_softwares rereference_software offline_reference == 1 && same_software == 0 54 1 1 Preprocessing 5 -Re-referencing Specify software version if applicable, script language if "custom script" was selected, and software name and version if "other" was selected. text rereference_software_details offline_reference == 1 && same_software == 0 55 1 1 Preprocessing 5 -Re-referencing What was the new reference? EEG electrodes include cap electrodes, mastoids and/or earlobes, except for ground electrode. radio average mastoids | average earlobes | average of all EEG locations | reference electrode standardization technique (REST, Yao, 2001) | Cz | other new_reference offline_reference == 1 56 1 1 Preprocessing 5 -Re-referencing New reference other than listed text new_reference_other new_reference == 5 57 1 1 Preprocessing 5 -Re-referencing Was VEOG data re-referenced offline (after recording)? This does not include re-referencing within automated pipelines, if you had applied any. radio preset:boolean offline_reference_VEOG 1 58 1 1 Preprocessing 5 -Re-referencing What was the new VEOG reference? radio bipolar (lower - upper VEOG) | the same reference as EEG electrodes | other | VEOG was not recorded new_reference_VEOG offline_reference_VEOG == 1 59 1 1 Preprocessing 5 -Re-referencing Which other reference was VEOG data re-referenced to? text new_reference_VEOG_other new_reference_VEOG == 2 60 1 1 Preprocessing 5 -Re-referencing Was HEOG data re-referenced offline (after recording)? This does not include re-referencing within automated pipelines, if you had applied any. radio preset:boolean offline_reference_HEOG 1 61 1 1 Preprocessing 5 -Re-referencing What was the new HEOG reference? radio bipolar (left - right HEOG) | bipolar (right - left HEOG) | the same reference as EEG electrodes | other | HEOG was not recorded new_reference_HEOG offline_reference_HEOG == 1 62 1 1 Preprocessing 5 -Re-referencing Which other reference was HEOG data re-referenced to? text new_reference_HEOG_other new_reference_HEOG == 3 63 1 1 Preprocessing 5 -Re-referencing Was other non-EEG data re-referenced offline (after recording)? This does not include re-referencing within automated pipelines, if you had applied any. radio preset:boolean offline_reference_non-EEG 1 64 1 1 Preprocessing 5 -Re-referencing What was the new other non-EEG reference? radio the same reference as EEG electrodes | other | no other non-EEG electrodes were used new_reference_non-EEG offline_reference_non-EEG == 1 65 1 1 Preprocessing 5 -Re-referencing Which other reference was other non-EEG data re-referenced to? text new_reference_non-EEG_other new_reference_non-EEG == 1 66 1 1 Preprocessing 5 -Artifacts How many artifact elimination steps were there? You will describe each step in a separate tab right below. This section refers to artifact removal (correction, rejection) methods other than elimating participants from the sample, which should be described in the Experimental design and sample section. This section should not include artifact removal within automated pipelines already described above. integer artifact_steps_number 1 67 1 1 Preprocessing 5 -Artifacts What action was taken regarding artifacts in step 1? radio reject bad trial or bad data segment on all channels | correct by subtraction (blinks, EKG etc.) | reject channels | interpolate channels | multi-step automated approach (e.g., FASTER) artifact_1 artifact_steps_number >= 1 68 1 1 Preprocessing 5 -Artifacts What software was used for artifact removal in step 1? select preset:meeg_analysis_softwares artifact_1_software artifact_steps_number >= 1 && same_software == 0 69 1 1 Preprocessing 5 -Artifacts Specify software version if applicable, script language if "custom script" was selected and software name and version if "other" was selected. text artifact_1_software_details artifact_steps_number >= 1&& same_software == 0 70 1 1 Preprocessing 5 -Artifacts Was rejection applied to trials or segments of continuous data in step 1? radio trials | data segments artifact_1_reject_what artifact_steps_number >= 1 && artifact_1 == 0 71 1 1 Preprocessing 5 -Artifacts How were artifacts defined in step 1? radio visual inspection | pre-set numerical criterion/function | other artifact_1_reject_method artifact_steps_number >= 1 && artifact_1 == 0 72 1 1 Preprocessing 5 -Artifacts Which artifacts were removed using visual inspection in step 1? select_multiple blinks | saccades | other occular | cardiac | motion and other EMG noise | alpha waves | line noise | other artifact_1_reject_visual artifact_steps_number >= 1 && artifact_1_reject_method == 0 73 1 1 Preprocessing 5 -Artifacts Which other artifacts were removed visually? text artifact_1_reject_visual_other artifact_1_reject_visual.includes(7) 74 1 1 Preprocessing 5 -Artifacts Describe the numerical criterion/function and provide numerical threshold(s) in step 1. text artifact_1_reject_numerical artifact_steps_number >= 1 && artifact_1_reject_method == 1 75 1 1 Preprocessing 5 -Artifacts Describe method of artifact rejection that was used. Make sure that there is enough detail for a replication attempt. text artifact_1_reject_other artifact_steps_number >= 1 && artifact_1_reject_method == 2 76 1 1 Preprocessing 5 -Artifacts Which general method of artifact correction was used in step 1? select regression-based approach (e.g., Gratton et al., 1983, Elbert et al., 1985) | spatial-filter-based approach (e.g., Dale, 1994) | ICA-based approaches | wavelet-based | wavelet-enhanced ICA (e.g., Khushaba et al, 2013) | multiple-source-analysis-based approaches (e.g., MSEC by Berg & Scherg, 1994) | other artifact_1_correct_method artifact_steps_number >= 1 && artifact_1 == 1 77 1 1 Preprocessing 5 -Artifacts Reference to the artifact correction algorithm used in step 1 text artifact_1_correct_reference artifact_steps_number >= 1 && artifact_1 == 1 78 1 1 Preprocessing 5 -Artifacts Describe artifact correction parameters in detail sufficient for replication. For example, provide numerical parameters, options selected, or describe decision-making process as closely as possible if manual, visual-inspection based decisions were involved. textarea artifact_1_correct_details artifact_steps_number >= 1 && artifact_1 == 1 79 1 1 Preprocessing 5 -Artifacts From which data were bad channels eliminated in step 1? radio from individual trials | from segments of continuous data | from the entire recording of a participant artifact_1_remove_channel_where artifact_steps_number >= 1 && artifact_1 == 2 80 1 1 Preprocessing 5 -Artifacts Were there any channels that were eliminated for all participants? radio preset:boolean artifact_1_remove_channel_if_for_all artifact_steps_number >= 1 && artifact_1 == 2 && artifact_1_remove_channel_where == 2 81 1 1 Preprocessing 5 -Artifacts List of channels eliminated in step 1 for all participants, separated by a semicolon and a space. text artifact_1_remove_channel_everyone_list artifact_1_remove_channel_if_for_all == 1 82 1 1 Preprocessing 5 -Artifacts Percentage of channels eliminated per participant on average in step 1 % float artifact_1_remove_channel_percent artifact_steps_number >= 1 && artifact_1 == 2 && artifact_1_remove_channel_where == 2 83 1 1 Preprocessing 5 -Artifacts What was the criterion for eliminating bad channels in step 1? radio visual inspection | pre-set numerical criterion/function | other artifact_1_remove_channel_method artifact_steps_number >= 1 && artifact_1 == 2 84 1 1 Preprocessing 5 -Artifacts Why were bad channels removed in step 1? select_multiple excessive line noise | excessive muscle activity | bad contact and other large fluctations in voltage | dead electrode | excessive EMG noise | cardiac activity | other artifact_1_remove_channel_visual artifact_steps_number >= 1 && artifact_1_remove_channel_method == 0 85 1 1 Preprocessing 5 -Artifacts Which reasons, other than listed, were there for eliminating bad channels visually in step 1? text artifact_1_remove_channel_visual_other artifact_steps_number >= 1 && artifact_1_remove_channel_visual == 6 86 1 1 Preprocessing 5 -Artifacts Describe the numerical criterion/function for eliminating channels and provide numerical threshold(s) in step 1. text artifact_1_remove_channel_numerical artifact_steps_number >= 1 && artifact_1_remove_channel_method == 1 87 1 1 Preprocessing 5 -Artifacts Describe method of channel rejection. Make sure that there is enough detail for a replication attempt. text artifact_1_remove_channel_other artifact_steps_number >= 1 && artifact_1_remove_channel_method == 2 88 1 1 Preprocessing 5 -Artifacts How did you select channels for interpolation in step 1? Describe the numerical threshold or function used to define which channels should be interpolated. textarea artifact_1_interpolate_which artifact_steps_number >= 1 && artifact_1 == 3 89 1 1 Preprocessing 5 -Artifacts Describe interpolation function and the settings you used in step 1. Provide appropriate details and settings, as well as a reference, if appropriate. textarea artifact_1_interpolate_how artifact_steps_number >= 1 && artifact_1 == 3 90 1 1 Preprocessing 5 -Artifacts Reference to the automated artifact removal algorithm used in step 1 text artifact_1_automated_reference artifact_steps_number >= 1 && artifact_1 == 4 91 1 1 Preprocessing 5 -Artifacts Describe automated artifact removal parameters in detail sufficient for replication. For example, provide numerical parameters, options selected, or describe decision-making process as closely as possible if manual, visual-inspection based decisions were involved. textarea artifact_1_automated_parameters artifact_steps_number >= 1 && artifact_1 == 4 92 1 1 Preprocessing 5 -Epoching Were data epoched outside of the automated pre-processing pipelines described earlier? radio preset:boolean epoch_any 1 93 1 1 Preprocessing 5 -Epoching Which analysis software was used for epoching EEG data? select preset:meeg_analysis_softwares epoch_software same_software == 0 && epoch_any == 1 94 1 1 Preprocessing 5 -Epoching Specify software version if applicable, script language if "custom script" was selected, and software name and version if "other" was selected. text epoch_software_details same_software == 0 && epoch_any == 1 95 1 1 Preprocessing 5 -Epoching What was the epoch beginning relative to a trigger point? ms For timings after the trigger, use positive numbers. For timings before the trigger, use negative numbers. float epoch_beginning epoch_any == 1 96 1 1 Preprocessing 5 -Epoching What was the event type relative to which epochs were defined? radio stimulus onset | response | feedback onset | other epoch_trigger_event epoch_any == 1 97 1 1 Preprocessing 5 -Epoching If other, what is the event? text epoch_trigger_event_other epoch_trigger_event == 3 98 1 1 Preprocessing 5 -Epoching What was the epoch end relative to a trigger point? ms For timings after the trigger, use positive numbers. For timings before the trigger, use negative numbers. float epoch_end epoch_any == 1 99 1 1 Preprocessing 5 -Baseline correction Was baseline correction applied to the data (outside of the automated pre-processing pipelines described earlier)? radio preset:boolean baseline_any 1 100 1 1 Preprocessing 5 -Baseline correction Which analysis software was used for baseline correction? select preset:meeg_analysis_softwares baseline_software same_software == 0 && baseline_any == 1 101 1 1 Preprocessing 5 -Baseline correction Specify software version if applicable, script language if "custom script" was selected, and software name and version if "other" was selected. text baseline_software_details same_software == 0 && baseline_any == 1 102 1 1 Preprocessing 5 -Baseline correction What was the baseline period beginning relative to a trigger point? ms For timings after the trigger, use positive numbers. For timings before the trigger, use negative numbers. float baseline_beginning baseline_any == 1 103 1 1 Preprocessing 5 -Baseline correction What was the baseline period end relative to a trigger point? ms For timings after the trigger, use positive numbers. For timings before the trigger, use negative numbers. float baseline_end baseline_any == 1 104 1 1 Preprocessing 5 -Baseline correction Which baseline calculation method was used? radio subtract mean of the baseline period per condition | other baseline_method baseline_any == 1 105 1 1 Preprocessing 5 -Baseline correction Describe your baseline calculation method other than subtraction of the mean of the baseline. textarea baseline_other_method_details baseline_method == 1 106 1 1 Preprocessing 5 -Order of operations Describe order of all pre-processing steps described here in a way that allows replication. textarea preprocessing_order 1 107 1 1 Preprocessing 5 \ No newline at end of file +Offline filters Do you want to report any additional properties of the high-pass filter? The properties listed above are the minumum required by recommendations for good practice by Keil et al. (2014), but providing additional information may help other researchers reproduce your filters if you know them. radio preset:boolean offline_highpass_filter_additional_exists which_filters.includes(0) 21 1 1 Preprocessing 5 27.11.2023 Angela: added this question in order to make it possible to remove "none of the above" option in the following question +Offline filters Do you want to report any of these other additional offline high-pass filter properties? These properties are not required by recommendations for good practice by Keil et al. (2014), but they may help other researchers reproduce your filters if you know them. radio_multiple attenuation in the stopband | transition bandwidth | passband ripple | filter direction | filter delay | other offline_highpass_filter_additional which_filters.includes(0) && offline_highpass_filter_additional_exists == 1 22 1 1 Preprocessing 5 25.08.2023 Angela: help instructions updated 27.11.2023 Angela: removed option "none of the above" to add the boolean question preceding this question instead, in order to make "other" the last option in the question. This has been done in order to give "other" the 999 code and not mess up options order in the process. +Offline filters Attenuation achieved in the stopband after offline high-pass filtering dB float offline_highpass_filter_attenuation offline_highpass_filter_additional.includes(0) 23 1 1 Preprocessing 5 +Offline filters Offline high-pass filter transition bandwidth Hz float offline_highpass_filter_transition offline_highpass_filter_additional.includes(1) 24 1 1 Preprocessing 5 +Offline filters Offline high-pass filter passband ripple dB float offline_highpass_filter_ripple offline_highpass_filter_additional.includes(2) 25 1 1 Preprocessing 5 +Offline filters Direction of the offline high-pass filter radio forwards | backwards | forwards and backwards offline_highpass_filter_direction offline_highpass_filter_additional.includes(3) 26 1 1 Preprocessing 5 +Offline filters Offline high-pass filter delay radio zero-phase | linear phase | non-linear phase offline_highpass_filter_delay offline_highpass_filter_additional.includes(4) 27 1 1 Preprocessing 5 +Offline filters Describe offline high-pass filter properties other than properties offered above. textarea offline_highpass_filter_other offline_highpass_filter_additional.includes(5) 28 1 1 Preprocessing 5 +Offline filters What kind of impulse rate did the low-pass filter have? radio FIR (finite) | IIR (infinite) offline_lowpass_filter_impulse which_filters.includes(1) 29 1 1 Preprocessing 5 +Offline filters What family of filters did the low-pass filter belong to? radio Boxcar | Butterworth | Elliptic | Chebyshev | other offline_lowpass_filter_family which_filters.includes(1) 30 1 1 Preprocessing 5 +Offline filters Family of filters of the low-pass filter (other than listed above) text offline_lowpass_filter_family_other offline_lowpass_filter_family == 4 31 1 1 Preprocessing 5 +Offline filters What was the order of the low-pass filter? integer offline_lowpass_filter_order which_filters.includes(1) 32 1 1 Preprocessing 5 +Offline filters Type of low-pass filter cut-off radio half-power | half-amplitude offline_lowpass_filter_unit which_filters.includes(1) 33 1 1 Preprocessing 5 +Offline filters Offline low-pass filter cut-off Hz float offline_lowpass_filter_cutoff which_filters.includes(1) 34 1 1 Preprocessing 5 +Offline filters Offline low-pass filter roll off dB/octave float offline_lowpass_filter_rolloff which_filters.includes(1) 35 1 1 Preprocessing 5 +Offline filters Do you want to report any additional properties of the low-pass filter? The properties listed above are the minumum required by recommendations for good practice by Keil et al. (2014), but providing additional information may help other researchers reproduce your filters if you know them. radio preset:boolean offline_lowpass_filter_additional_exists which_filters.includes(1) 36 1 1 Preprocessing 5 27.11.2023 Angela: added this question in order to make it possible to remove "none of the above" option in the following question +Offline filters Do you want to report any of these other additional offline low-pass filter properties? These properties are not required by recommendations for good practice by Keil et al. (2014), but they may help other researchers reproduce your filters if you know them. Select "none of the above" to mark this question as answered if you do not wish to add anything. radio_multiple attenuation in the stopband | transition bandwidth | passband ripple | filter direction | filter delay | other offline_lowpass_filter_additional which_filters.includes(1) && offline_lowpass_filter_additional_exists == 1 37 1 1 Preprocessing 5 25.08.2023 Angela: help instructions updated 27.11.2023 Angela: removed option "none of the above" to add the boolean question preceding this question instead, in order to make "other" the last option in the question. This has been done in order to give "other" the 999 code and not mess up options order in the process. +Offline filters Attenuation achieved in the stopband after offline low-pass filtering dB float offline_lowpass_filter_attenuation offline_lowpass_filter_additional.includes(0) 38 1 1 Preprocessing 5 +Offline filters Offline low-pass filter transition bandwidth Hz float offline_lowpass_filter_transition offline_lowpass_filter_additional.includes(1) 39 1 1 Preprocessing 5 +Offline filters Offline low-pass filter passband ripple dB float offline_lowpass_filter_ripple offline_lowpass_filter_additional.includes(2) 40 1 1 Preprocessing 5 +Offline filters Direction of the offline low-pass filter radio forwards | backwards | forwards and backwards offline_lowpass_filter_direction offline_lowpass_filter_additional.includes(3) 41 1 1 Preprocessing 5 +Offline filters Offline low-pass filter delay radio zero-phase | linear phase | non-linear phase offline_lowpass_filter_delay offline_lowpass_filter_additional.includes(4) 42 1 1 Preprocessing 5 +Offline filters Describe offline low-pass filter properties other than properties offered above. textarea offline_lowpass_filter_other offline_lowpass_filter_additional.includes(5) 43 1 1 Preprocessing 5 +Offline filters What notch filter was applied offline, after the recording? radio 50 Hz | 60 Hz | other offline_notch_filter_type which_filters.includes(2) 44 1 1 Preprocessing 5 +Offline filters Center frequency of the offline notch filter Hz text offline_notch_filter_type_details offline_notch_filter_type == 2 45 1 1 Preprocessing 5 +Offline filters In which format do you want to report the width of the offline notch filter? radio distance between 3 dB points | number of removed frequencies in a decrete Fourier transform offline_notch_filter_width which_filters.includes(2) 46 1 1 Preprocessing 5 +Offline filters Distance between 3 dB points Hz float offline_notch_filter_width_distance offline_notch_filter_width == 0 47 1 1 Preprocessing 5 +Offline filters Number of removed frequencies in a descrete Fourier transform float offline_notch_filter_width_number_frequencies offline_notch_filter_width == 1 48 1 1 Preprocessing 5 +Offline filters Were any harmonics also removed by the offline notch filter? radio preset:boolean offline_notch_filter_harmonics which_filters.includes(2) 49 1 1 Preprocessing 5 +Offline filters Which harmonics were removed by the offline notch filter? List center frequencies separated by a semicolon and a space text offline_notch_filter_harmonics_which offline_notch_filter_harmonics == 1 50 1 1 Preprocessing 5 +Downsampling Was data downsampled? radio preset:boolean downsample_data 1 51 1 1 Preprocessing 5 +Downsampling What software was used for downsampling? select preset:meeg_analysis_softwares downsample_software downsample_data == 1 && same_software == 0 52 1 1 Preprocessing 5 +Downsampling Specify software version if applicable, script language if "custom script" was selected and software name and version if "other" was selected. text downsample_software_details downsample_data == 1 && same_software == 0 53 1 1 Preprocessing 5 +Downsampling If yes, what was the new sampling frequency? Hz float new_sampling_frequency downsample_data == 1 54 1 1 Preprocessing 5 +Re-referencing Was data recorded from EEG electrodes re-referenced offline (after recording)? This does not include re-referencing within automated pipelines, if you had applied any. radio preset:boolean offline_reference 1 55 1 1 Preprocessing 5 +Re-referencing Which analysis software was used for re-referencing on EEG data? select preset:meeg_analysis_softwares rereference_software offline_reference == 1 && same_software == 0 56 1 1 Preprocessing 5 +Re-referencing Specify software version if applicable, script language if "custom script" was selected, and software name and version if "other" was selected. text rereference_software_details offline_reference == 1 && same_software == 0 57 1 1 Preprocessing 5 +Re-referencing What was the new reference? EEG electrodes include cap electrodes, mastoids and/or earlobes, except for ground electrode. radio average mastoids | average earlobes | average of all EEG locations | reference electrode standardization technique (REST, Yao, 2001) | Cz | other new_reference offline_reference == 1 58 1 1 Preprocessing 5 +Re-referencing New reference other than listed text new_reference_other new_reference == 5 59 1 1 Preprocessing 5 +Re-referencing Was VEOG data re-referenced offline (after recording)? This does not include re-referencing within automated pipelines, if you had applied any. radio preset:boolean offline_reference_VEOG 1 60 1 1 Preprocessing 5 +Re-referencing What was the new VEOG reference? radio bipolar (lower - upper VEOG) | the same reference as EEG electrodes | other | VEOG was not recorded new_reference_VEOG offline_reference_VEOG == 1 61 1 1 Preprocessing 5 +Re-referencing Which other reference was VEOG data re-referenced to? text new_reference_VEOG_other new_reference_VEOG == 2 62 1 1 Preprocessing 5 +Re-referencing Was HEOG data re-referenced offline (after recording)? This does not include re-referencing within automated pipelines, if you had applied any. radio preset:boolean offline_reference_HEOG 1 63 1 1 Preprocessing 5 +Re-referencing What was the new HEOG reference? radio bipolar (left - right HEOG) | bipolar (right - left HEOG) | the same reference as EEG electrodes | other | HEOG was not recorded new_reference_HEOG offline_reference_HEOG == 1 64 1 1 Preprocessing 5 +Re-referencing Which other reference was HEOG data re-referenced to? text new_reference_HEOG_other new_reference_HEOG == 3 65 1 1 Preprocessing 5 +Re-referencing Was other non-EEG (and non-EOG) data re-referenced offline (after recording)? This does not include re-referencing within automated pipelines, if you had applied any. radio preset:boolean offline_reference_non-EEG 1 66 1 1 Preprocessing 5 27.11.2023 Angela rephrased question and options +Re-referencing What was the new reference for other non-EEG (and non-EOG) data? radio the same reference as EEG electrodes | other | no non-EEG non-EOG electrodes were used new_reference_non-EEG offline_reference_non-EEG == 1 67 1 1 Preprocessing 5 27.11.2023 Angela rephrased question and options +Re-referencing Which other reference was non-EEG (and non-EOG) data re-referenced to? text new_reference_non-EEG_other new_reference_non-EEG == 1 68 1 1 Preprocessing 5 27.11.2023 Angela rephrased question and options +Artifacts How many artifact elimination steps were there? You will describe each step in a separate tab right below. This section refers to artifact removal (correction, rejection) methods other than elimating participants from the sample, which should be described in the Experimental design and sample section. This section should not include artifact removal within automated pipelines already described above. integer artifact_steps_number 1 69 1 1 Preprocessing 5 +Artifacts What action was taken regarding artifacts in step 1? radio reject bad trial or bad data segment on all channels | correct by subtraction (blinks, EKG etc.) | reject channels | interpolate channels | multi-step automated approach (e.g., FASTER) artifact_1 artifact_steps_number >= 1 70 1 1 Preprocessing 5 +Artifacts What software was used for artifact removal in step 1? select preset:meeg_analysis_softwares artifact_1_software artifact_steps_number >= 1 && same_software == 0 71 1 1 Preprocessing 5 +Artifacts Specify software version if applicable, script language if "custom script" was selected and software name and version if "other" was selected. text artifact_1_software_details artifact_steps_number >= 1&& same_software == 0 72 1 1 Preprocessing 5 +Artifacts Was rejection applied to trials or segments of continuous data in step 1? radio trials | data segments artifact_1_reject_what artifact_steps_number >= 1 && artifact_1 == 0 73 1 1 Preprocessing 5 +Artifacts How were artifacts defined in step 1? radio visual inspection | pre-set numerical criterion/function | other artifact_1_reject_method artifact_steps_number >= 1 && artifact_1 == 0 74 1 1 Preprocessing 5 +Artifacts Which artifacts were removed using visual inspection in step 1? select_multiple blinks | saccades | other occular | cardiac | motion and other EMG noise | alpha waves | line noise | other artifact_1_reject_visual artifact_steps_number >= 1 && artifact_1_reject_method == 0 75 1 1 Preprocessing 5 +Artifacts Which other artifacts were removed visually? text artifact_1_reject_visual_other artifact_1_reject_visual.includes(7) 76 1 1 Preprocessing 5 +Artifacts Describe the numerical criterion/function and provide numerical threshold(s) in step 1. text artifact_1_reject_numerical artifact_steps_number >= 1 && artifact_1_reject_method == 1 77 1 1 Preprocessing 5 +Artifacts Describe method of artifact rejection that was used. Make sure that there is enough detail for a replication attempt. text artifact_1_reject_other artifact_steps_number >= 1 && artifact_1_reject_method == 2 78 1 1 Preprocessing 5 +Artifacts Which general method of artifact correction was used in step 1? select regression-based approach (e.g., Gratton et al., 1983, Elbert et al., 1985) | spatial-filter-based approach (e.g., Dale, 1994) | ICA-based approaches | wavelet-based | wavelet-enhanced ICA (e.g., Khushaba et al, 2013) | multiple-source-analysis-based approaches (e.g., MSEC by Berg & Scherg, 1994) | other artifact_1_correct_method artifact_steps_number >= 1 && artifact_1 == 1 79 1 1 Preprocessing 5 +Artifacts Reference to the artifact correction algorithm used in step 1 text artifact_1_correct_reference artifact_steps_number >= 1 && artifact_1 == 1 80 1 1 Preprocessing 5 +Artifacts Describe artifact correction parameters in detail sufficient for replication. For example, provide numerical parameters, options selected, or describe decision-making process as closely as possible if manual, visual-inspection based decisions were involved. textarea artifact_1_correct_details artifact_steps_number >= 1 && artifact_1 == 1 81 1 1 Preprocessing 5 +Artifacts From which data were bad channels eliminated in step 1? radio from individual trials | from segments of continuous data | from the entire recording of a participant artifact_1_remove_channel_where artifact_steps_number >= 1 && artifact_1 == 2 82 1 1 Preprocessing 5 +Artifacts Were there any channels that were eliminated for all participants? radio preset:boolean artifact_1_remove_channel_if_for_all artifact_steps_number >= 1 && artifact_1 == 2 && artifact_1_remove_channel_where == 2 83 1 1 Preprocessing 5 +Artifacts List of channels eliminated in step 1 for all participants, separated by a semicolon and a space. text artifact_1_remove_channel_everyone_list artifact_1_remove_channel_if_for_all == 1 84 1 1 Preprocessing 5 +Artifacts Percentage of channels eliminated per participant on average in step 1 % float artifact_1_remove_channel_percent artifact_steps_number >= 1 && artifact_1 == 2 && artifact_1_remove_channel_where == 2 85 1 1 Preprocessing 5 +Artifacts What was the criterion for eliminating bad channels in step 1? radio visual inspection | pre-set numerical criterion/function | other artifact_1_remove_channel_method artifact_steps_number >= 1 && artifact_1 == 2 86 1 1 Preprocessing 5 +Artifacts Why were bad channels removed in step 1? select_multiple excessive line noise | excessive muscle activity | bad contact and other large fluctations in voltage | dead electrode | excessive EMG noise | cardiac activity | other artifact_1_remove_channel_visual artifact_steps_number >= 1 && artifact_1_remove_channel_method == 0 87 1 1 Preprocessing 5 +Artifacts Which reasons, other than listed, were there for eliminating bad channels visually in step 1? text artifact_1_remove_channel_visual_other artifact_steps_number >= 1 && artifact_1_remove_channel_visual == 6 88 1 1 Preprocessing 5 +Artifacts Describe the numerical criterion/function for eliminating channels and provide numerical threshold(s) in step 1. text artifact_1_remove_channel_numerical artifact_steps_number >= 1 && artifact_1_remove_channel_method == 1 89 1 1 Preprocessing 5 +Artifacts Describe method of channel rejection. Make sure that there is enough detail for a replication attempt. text artifact_1_remove_channel_other artifact_steps_number >= 1 && artifact_1_remove_channel_method == 2 90 1 1 Preprocessing 5 +Artifacts How did you select channels for interpolation in step 1? Describe the numerical threshold or function used to define which channels should be interpolated. textarea artifact_1_interpolate_which artifact_steps_number >= 1 && artifact_1 == 3 91 1 1 Preprocessing 5 +Artifacts Describe interpolation function and the settings you used in step 1. Provide appropriate details and settings, as well as a reference, if appropriate. textarea artifact_1_interpolate_how artifact_steps_number >= 1 && artifact_1 == 3 92 1 1 Preprocessing 5 +Artifacts Reference to the automated artifact removal algorithm used in step 1 text artifact_1_automated_reference artifact_steps_number >= 1 && artifact_1 == 4 93 1 1 Preprocessing 5 +Artifacts Describe automated artifact removal parameters in detail sufficient for replication. For example, provide numerical parameters, options selected, or describe decision-making process as closely as possible if manual, visual-inspection based decisions were involved. textarea artifact_1_automated_parameters artifact_steps_number >= 1 && artifact_1 == 4 94 1 1 Preprocessing 5 +Epoching Were data epoched outside of the automated pre-processing pipelines described earlier? radio preset:boolean epoch_any 1 95 1 1 Preprocessing 5 +Epoching Which analysis software was used for epoching EEG data? select preset:meeg_analysis_softwares epoch_software same_software == 0 && epoch_any == 1 96 1 1 Preprocessing 5 +Epoching Specify software version if applicable, script language if "custom script" was selected, and software name and version if "other" was selected. text epoch_software_details same_software == 0 && epoch_any == 1 97 1 1 Preprocessing 5 +Epoching What was the epoch beginning relative to a trigger point? ms For timings after the trigger, use positive numbers. For timings before the trigger, use negative numbers. float epoch_beginning epoch_any == 1 98 1 1 Preprocessing 5 +Epoching What was the event type relative to which epochs were defined? radio stimulus onset | response | feedback onset | other epoch_trigger_event epoch_any == 1 99 1 1 Preprocessing 5 +Epoching If other, what is the event? text epoch_trigger_event_other epoch_trigger_event == 3 100 1 1 Preprocessing 5 +Epoching What was the epoch end relative to a trigger point? ms For timings after the trigger, use positive numbers. For timings before the trigger, use negative numbers. float epoch_end epoch_any == 1 101 1 1 Preprocessing 5 +Baseline correction Was baseline correction applied to the data (outside of the automated pre-processing pipelines described earlier)? radio preset:boolean baseline_any 1 102 1 1 Preprocessing 5 +Baseline correction Which analysis software was used for baseline correction? select preset:meeg_analysis_softwares baseline_software same_software == 0 && baseline_any == 1 103 1 1 Preprocessing 5 +Baseline correction Specify software version if applicable, script language if "custom script" was selected, and software name and version if "other" was selected. text baseline_software_details same_software == 0 && baseline_any == 1 104 1 1 Preprocessing 5 +Baseline correction What was the baseline period beginning relative to a trigger point? ms For timings after the trigger, use positive numbers. For timings before the trigger, use negative numbers. float baseline_beginning baseline_any == 1 105 1 1 Preprocessing 5 +Baseline correction What was the baseline period end relative to a trigger point? ms For timings after the trigger, use positive numbers. For timings before the trigger, use negative numbers. float baseline_end baseline_any == 1 106 1 1 Preprocessing 5 +Baseline correction Which baseline calculation method was used? radio subtract mean of the baseline period per condition | other baseline_method baseline_any == 1 107 1 1 Preprocessing 5 +Baseline correction Describe your baseline calculation method other than subtraction of the mean of the baseline. textarea baseline_other_method_details baseline_method == 1 108 1 1 Preprocessing 5 +Order of operations Describe order of all pre-processing steps described here in a way that allows replication. textarea preprocessing_order 1 109 1 1 Preprocessing 5 \ No newline at end of file diff --git a/outputs/artemis.tsv b/outputs/artemis.tsv index 056bb14..a631434 100644 --- a/outputs/artemis.tsv +++ b/outputs/artemis.tsv @@ -187,10 +187,10 @@ item field question options instructions - other - HEOG was not recorded" 4.3.9 online reference HEOG other Which other reference was used for HEOG recording? -4.3.10 online reference other non-EEG Online reference for other non-EEG electrodes "- the same reference as EEG electrodes +4.3.10 online reference other non-EEG Online reference for other non-EEG (and non-EOG) electrodes "- the same reference as EEG electrodes - other -- no other non-EEG electrodes were used" -4.3.11 online reference other non-EEG other Which other reference was used for other non-EEG electrodes? +- no non-EEG non-EOG electrodes were used" +4.3.11 online reference other non-EEG other Which other reference was used for other non-EEG (and non-EOG) electrodes? 4.4 - ONLINE FILTERS 4.4.1 online filters Which of the following online filters were used? "- high pass - low pass @@ -261,64 +261,66 @@ item field question options instructions - half-amplitude" 5.3.10 offline highpass filter cutoff Offline high-pass filter cut-off 5.3.11 offline highpass filter rolloff Offline high-pass filter roll off -5.3.12 offline highpass filter additional Do you want to report any of these other additional offline high-pass filter properties? "- attenuation in the stopband +5.3.12 offline highpass filter additional exists Do you want to report any additional properties of the high-pass filter? "- yes +- no" The properties listed above are the minumum required by recommendations for good practice by Keil et al. (2014), but providing additional information may help other researchers reproduce your filters if you know them. +5.3.13 offline highpass filter additional Do you want to report any of these other additional offline high-pass filter properties? "- attenuation in the stopband - transition bandwidth - passband ripple - filter direction - filter delay -- other -- none of the above" "These properties are not required by recommendations for good practice by Keil et al. (2014), but they may help other researchers reproduce your filters if you know them. Select ""none of the above"" to mark this question as answered if you do not wish to add anything." -5.3.13 offline highpass filter attenuation Attenuation achieved in the stopband after offline high-pass filtering -5.3.14 offline highpass filter transition Offline high-pass filter transition bandwidth -5.3.15 offline highpass filter ripple Offline high-pass filter passband ripple -5.3.16 offline highpass filter direction Direction of the offline high-pass filter "- forwards +- other" These properties are not required by recommendations for good practice by Keil et al. (2014), but they may help other researchers reproduce your filters if you know them. +5.3.14 offline highpass filter attenuation Attenuation achieved in the stopband after offline high-pass filtering +5.3.15 offline highpass filter transition Offline high-pass filter transition bandwidth +5.3.16 offline highpass filter ripple Offline high-pass filter passband ripple +5.3.17 offline highpass filter direction Direction of the offline high-pass filter "- forwards - backwards - forwards and backwards" -5.3.17 offline highpass filter delay Offline high-pass filter delay "- zero-phase +5.3.18 offline highpass filter delay Offline high-pass filter delay "- zero-phase - linear phase - non-linear phase" -5.3.18 offline highpass filter other Describe offline high-pass filter properties other than properties offered above. -5.3.19 offline lowpass filter impulse What kind of impulse rate did the low-pass filter have? "- FIR (finite) +5.3.19 offline highpass filter other Describe offline high-pass filter properties other than properties offered above. +5.3.20 offline lowpass filter impulse What kind of impulse rate did the low-pass filter have? "- FIR (finite) - IIR (infinite)" -5.3.20 offline lowpass filter family What family of filters did the low-pass filter belong to? "- Boxcar +5.3.21 offline lowpass filter family What family of filters did the low-pass filter belong to? "- Boxcar - Butterworth - Elliptic - Chebyshev - other" -5.3.21 offline lowpass filter family other Family of filters of the low-pass filter (other than listed above) -5.3.22 offline lowpass filter order What was the order of the low-pass filter? -5.3.23 offline lowpass filter unit Type of low-pass filter cut-off "- half-power +5.3.22 offline lowpass filter family other Family of filters of the low-pass filter (other than listed above) +5.3.23 offline lowpass filter order What was the order of the low-pass filter? +5.3.24 offline lowpass filter unit Type of low-pass filter cut-off "- half-power - half-amplitude" -5.3.24 offline lowpass filter cutoff Offline low-pass filter cut-off -5.3.25 offline lowpass filter rolloff Offline low-pass filter roll off -5.3.26 offline lowpass filter additional Do you want to report any of these other additional offline low-pass filter properties? "- attenuation in the stopband +5.3.25 offline lowpass filter cutoff Offline low-pass filter cut-off +5.3.26 offline lowpass filter rolloff Offline low-pass filter roll off +5.3.27 offline lowpass filter additional exists Do you want to report any additional properties of the low-pass filter? "- yes +- no" The properties listed above are the minumum required by recommendations for good practice by Keil et al. (2014), but providing additional information may help other researchers reproduce your filters if you know them. +5.3.28 offline lowpass filter additional Do you want to report any of these other additional offline low-pass filter properties? "- attenuation in the stopband - transition bandwidth - passband ripple - filter direction - filter delay -- other -- none of the above" "These properties are not required by recommendations for good practice by Keil et al. (2014), but they may help other researchers reproduce your filters if you know them. Select ""none of the above"" to mark this question as answered if you do not wish to add anything." -5.3.27 offline lowpass filter attenuation Attenuation achieved in the stopband after offline low-pass filtering -5.3.28 offline lowpass filter transition Offline low-pass filter transition bandwidth -5.3.29 offline lowpass filter ripple Offline low-pass filter passband ripple -5.3.30 offline lowpass filter direction Direction of the offline low-pass filter "- forwards +- other" "These properties are not required by recommendations for good practice by Keil et al. (2014), but they may help other researchers reproduce your filters if you know them. Select ""none of the above"" to mark this question as answered if you do not wish to add anything." +5.3.29 offline lowpass filter attenuation Attenuation achieved in the stopband after offline low-pass filtering +5.3.30 offline lowpass filter transition Offline low-pass filter transition bandwidth +5.3.31 offline lowpass filter ripple Offline low-pass filter passband ripple +5.3.32 offline lowpass filter direction Direction of the offline low-pass filter "- forwards - backwards - forwards and backwards" -5.3.31 offline lowpass filter delay Offline low-pass filter delay "- zero-phase +5.3.33 offline lowpass filter delay Offline low-pass filter delay "- zero-phase - linear phase - non-linear phase" -5.3.32 offline lowpass filter other Describe offline low-pass filter properties other than properties offered above. -5.3.33 offline notch filter type What notch filter was applied offline, after the recording? "- 50 Hz +5.3.34 offline lowpass filter other Describe offline low-pass filter properties other than properties offered above. +5.3.35 offline notch filter type What notch filter was applied offline, after the recording? "- 50 Hz - 60 Hz - other" -5.3.34 offline notch filter type details Center frequency of the offline notch filter -5.3.35 offline notch filter width In which format do you want to report the width of the offline notch filter? "- distance between 3 dB points +5.3.36 offline notch filter type details Center frequency of the offline notch filter +5.3.37 offline notch filter width In which format do you want to report the width of the offline notch filter? "- distance between 3 dB points - number of removed frequencies in a decrete Fourier transform" -5.3.36 offline notch filter width distance Distance between 3 dB points -5.3.37 offline notch filter width number frequencies Number of removed frequencies in a descrete Fourier transform -5.3.38 offline notch filter harmonics Were any harmonics also removed by the offline notch filter? "- yes +5.3.38 offline notch filter width distance Distance between 3 dB points +5.3.39 offline notch filter width number frequencies Number of removed frequencies in a descrete Fourier transform +5.3.40 offline notch filter harmonics Were any harmonics also removed by the offline notch filter? "- yes - no" -5.3.39 offline notch filter harmonics which Which harmonics were removed by the offline notch filter? List center frequencies separated by a semicolon and a space +5.3.41 offline notch filter harmonics which Which harmonics were removed by the offline notch filter? List center frequencies separated by a semicolon and a space 5.4 - DOWNSAMPLING 5.4.1 downsample data Was data downsampled? "- yes - no" @@ -352,12 +354,12 @@ item field question options instructions - other - HEOG was not recorded" 5.5.11 new reference HEOG other Which other reference was HEOG data re-referenced to? -5.5.12 offline reference non-EEG Was other non-EEG data re-referenced offline (after recording)? "- yes +5.5.12 offline reference non-EEG Was other non-EEG (and non-EOG) data re-referenced offline (after recording)? "- yes - no" This does not include re-referencing within automated pipelines, if you had applied any. -5.5.13 new reference non-EEG What was the new other non-EEG reference? "- the same reference as EEG electrodes +5.5.13 new reference non-EEG What was the new reference for other non-EEG (and non-EOG) data? "- the same reference as EEG electrodes - other -- no other non-EEG electrodes were used" -5.5.14 new reference non-EEG other Which other reference was other non-EEG data re-referenced to? +- no non-EEG non-EOG electrodes were used" +5.5.14 new reference non-EEG other Which other reference was non-EEG (and non-EOG) data re-referenced to? 5.6 - ARTIFACTS 5.6.1 artifact steps number How many artifact elimination steps were there? You will describe each step in a separate tab right below. This section refers to artifact removal (correction, rejection) methods other than elimating participants from the sample, which should be described in the Experimental design and sample section. This section should not include artifact removal within automated pipelines already described above. 5.6.2 artifact 1 What action was taken regarding artifacts in step 1? "- reject bad trial or bad data segment on all channels