Open data: Effects of a Manual Response Requirement on Early and Late Correlates of Auditory Awareness

Eklund, R., Gerdfeldter, B., & Wiens, S. (2019). Effects of a Manual Response Requirement on Early and Late Correlates of Auditory Awareness. Frontiers in Psychology, 10. https://doi.org/10.3389/fpsyg.2019.02083

We manipulated the manual response requirement (response and no-response) in an auditory detection task while we recorded electroencephalography. Event-related potentials (ERPs) were computed from these data.

AAN4_OSF_Register Auditory Awareness Negativity.pdf contains the preregistration at open science framework (osf).
https://doi.org/10.17605/OSF.IO/ZW8Q7

rawdata_2019_AAN4_*_**_bdf.zip contains the raw eeg data files (subjects * to **) that were recorded with a biosemi system (www.biosemi.com). The files can be opened in MNE-Python. https://www.nmr.mgh.harvard.edu/mne/stable/index.html

AAN4_MNE.zip contains all the Python scripts that were used to process the ERP data and the final, preprocessed individual data files. They can be opened with MNE-Python.

AAN4_Python.zip contains the python scripts for the main task. They need python (https://www.python.org/) and psychopy (http://www.psychopy.org/)

AAN4_beh_data_and_R_scripts.zip contains the behavioral data and R scripts to process the behavioral data. https://www.r-project.org/.

AAN4_Supplementary.zip contains:

JASP_AAN4_amps.html: Exploratory Bayesian analyses for response versus no-response for AAN (160 to 260 ms), LP (350 to 550 ms), and LPexp (350 to 450 ms).

Motivation_for_the_preregistered_electrode_selection.pdf: Explains rationale for electrode selection.

Simulation_AANr_minus_AANn.PNG: Results for the simulation of Bayesfactors for the AAN difference of response minus no-response.

Simulation_LPr_minus_LPn.PNG: Results for the simulation of Bayesfactors for the LP (350 to 550 ms) difference of response minus no-response.

Simulation_LPr_minus_LPn_shorter_interval.PNG: Results for the simulation of Bayesfactors for a shorter LP (350 to 450 ms) difference of response minus no-response.

Supp_Figure_erps.jpeg: Figure showing the ERPs to tones for the different conditions.

Supp_Figure_visual_components.jpeg: Figure showing the topographies of the visual component for all conditions.

source_localization_videos folder: Videos of source estimates for aware minus unaware critical trials and aware control trials.

data_driven_analysis folder: Contains analyses with data-driven electrode selection.

Electrodes_used_for_data_driven_analysis.txt: List of electrodes used for the data-driven analysis

Supp_Figure_data_driven.jpeg: Figure of the data-driven electrode selection for the topographies for AAN and LP.

Table_data_driven.docx: ERP results for the data-driven electrode selection.

JASP_AAN4_amps_data_driven.html: Bayesian analyses for the data-driven electrode selection.

埃克隆德（Eklund, R.）、格德费尔特（Gerdfeldter, B.）与威恩斯（Wiens, S.）于2019年发表的研究《手动反应要求对听觉意识早期与晚期相关指标的影响》，刊载于《前沿心理学》（Frontiers in Psychology），DOI：10.3389/fpsyg.2019.02083。

本研究在听觉检测任务中操控手动反应要求（有反应与无反应两种条件），同时记录脑电图（Electroencephalography, EEG）数据，并基于此计算事件相关电位（Event-related Potentials, ERPs）。

文件AAN4_OSF_Register Auditory Awareness Negativity.pdf 包含开放科学框架（Open Science Framework, OSF）上的预注册信息，DOI：10.17605/OSF.IO/ZW8Q7。

压缩包rawdata_2019_AAN4_*_**_bdf.zip 包含使用BioSemi系统（www.biosemi.com）记录的原始脑电数据文件（受试者*至**），该文件可通过MNE-Python打开，官方网址：https://www.nmr.mgh.harvard.edu/mne/stable/index.html。

压缩包AAN4_MNE.zip 包含所有用于处理事件相关电位数据的Python脚本，以及最终的预处理个体数据文件，可通过MNE-Python打开。

压缩包AAN4_Python.zip 包含用于主任务的Python脚本，运行需依赖Python（https://www.python.org/）与PsychoPy（http://www.psychopy.org/）。

压缩包AAN4_beh_data_and_R_scripts.zip 包含行为学数据与用于处理行为学数据的R脚本，R语言官方网址：https://www.r-project.org/。

压缩包AAN4_Supplementary.zip 包含以下内容：
1. JASP_AAN4_amps.html：针对有反应与无反应条件下的听觉意识负波（Auditory Awareness Negativity, AAN，160~260 ms）、晚期正波（Late Positive, LP，350~550 ms）以及LPexp（350~450 ms）进行的探索性贝叶斯分析文件。
2. Motivation_for_the_preregistered_electrode_selection.pdf：说明电极选择的理论依据。
3. Simulation_AANr_minus_AANn.PNG：有反应组与无反应组的AAN差值（反应组减无反应组）的贝叶斯因子模拟结果图。
4. Simulation_LPr_minus_LPn.PNG：有反应组与无反应组的LP（350~550 ms）差值（反应组减无反应组）的贝叶斯因子模拟结果图。
5. Simulation_LPr_minus_LPn_shorter_interval.PNG：有反应组与无反应组的短时长LP（350~450 ms）差值（反应组减无反应组）的贝叶斯因子模拟结果图。
6. Supp_Figure_erps.jpeg：展示不同条件下纯音诱发事件相关电位的图像。
7. Supp_Figure_visual_components.jpeg：展示所有条件下视觉成分的头皮地形图。
8. source_localization_videos文件夹：包含意识试次与无意识关键试次、意识对照试次的源定位估计视频。
9. data_driven_analysis文件夹：包含基于数据驱动的电极选择分析内容，其中包含：
- Electrodes_used_for_data_driven_analysis.txt：数据驱动分析所用电极列表。
- Supp_Figure_data_driven.jpeg：展示数据驱动电极选择的AAN与LP成分头皮地形图。
- Table_data_driven.docx：数据驱动电极选择对应的事件相关电位分析结果表。
- JASP_AAN4_amps_data_driven.html：针对数据驱动电极选择的贝叶斯分析文件。