Decision-related activity and movement selection in primate visual cortex

# Decision-related activity and movement selection in primate visual cortex This dataset, provided in MATLAB file format (.mat), offers a comprehensive summary of experimental results: * CP_preGrating.mat: This file include the computed choice probabilities (CP) of all neurons recorded in phase 1 for grating stimuli plotted in figure 3. * CP_dots.mat: This file include the computed choice probabilities (CP) of all neurons recorded in phase 2 for random dot stimuli plotted in figure 2 and 3. * CP_postGrating.mat: This file include the computed choice probabilities (CP) of all neurons recorded in phase 2 for grating stimuli plotted in figure 3. * Timing.mat: This file is included to specify the time window for each column in the CP files plotted in figure 2 and 3. * PreGrating_CP_vs_Angle.mat: A file contains data of CP against each recording site’s degree of congruency defined as the angle between the receptive field position and the saccade endpoint associated with the preferred visual motion direction for gratings in phase 1 (Figure 4). * dots_CP_vs_Angle.mat: A file contains data of CP against each recording site’s degree of congruency defined as the angle between the receptive field position and the saccade endpoint associated with the preferred visual motion direction for dots in phase 2 (Figure 4). * PostGrating_CP_vs_Angle.mat: A file contains data of CP against each recording site’s degree of congruency defined as the angle between the receptive field position and the saccade endpoint associated with the preferred visual motion direction for gratings in phase 2 (Figure 4). * PreGrating_CP_vs_Distance.mat: A file contains data of CP against each recording site’s degree of congruency defined as the Euclidean distance between the RF position and the preferred saccade target for gratings in phase 1 (Figure 4). * dots_CP_vs\_ Distance.mat: A file contains data of CP against each recording site’s degree of congruency defined as the Euclidean distance between the RF position and the preferred saccade target for dots in phase 2 (Figure 4). * PostGrating *CP_vs* Distance.mat: A file contains data of CP against each recording site’s degree of congruency defined as the Euclidean distance between the RF position and the preferred saccade target for gratings in phase 2 (Figure 4). * Bias_Before_and_After_Muscimol.mat: This folder contains all computed behavioral bias values across various contrast levels in phases 1 and 2 for gratings, both before and after the injection of muscimol (Figure 5). * Psychometrics data.mat files: Includes all data used to plot psychometric curves individually for each monkey, both before and after the injection of muscimol (Figure 5).

# 灵长类视觉皮层的决策相关活动与运动选择
本数据集以MATLAB文件格式（.mat）提供，全面汇总了相关实验结果：
* `CP_preGrating.mat`：该文件收录了图3展示的第一阶段光栅刺激实验中，所有记录神经元的计算所得选择概率（choice probabilities，CP）。
* `CP_dots.mat`：该文件收录了图2与图3展示的第二阶段随机点刺激实验中，所有记录神经元的计算所得选择概率（CP）。
* `CP_postGrating.mat`：该文件收录了图3展示的第二阶段光栅刺激实验中，所有记录神经元的计算所得选择概率（CP）。
* `Timing.mat`：该文件用于指定图2与图3中CP类文件各列对应的时间窗口。
* `PreGrating_CP_vs_Angle.mat`：该文件包含了第一阶段光栅刺激实验中，选择概率与各记录位点一致性程度的对应数据，此处一致性程度定义为感受野（receptive field，RF）位置与伴随偏好视觉运动方向的扫视终点之间的夹角（对应图4）。
* `dots_CP_vs_Angle.mat`：该文件包含了第二阶段随机点刺激实验中，选择概率与各记录位点一致性程度的对应数据，此处一致性程度定义为RF位置与伴随偏好视觉运动方向的扫视终点之间的夹角（对应图4）。
* `PostGrating_CP_vs_Angle.mat`：该文件包含了第二阶段光栅刺激实验中，选择概率与各记录位点一致性程度的对应数据，此处一致性程度定义为RF位置与伴随偏好视觉运动方向的扫视终点之间的夹角（对应图4）。
* `PreGrating_CP_vs_Distance.mat`：该文件包含了第一阶段光栅刺激实验中，选择概率与各记录位点一致性程度的对应数据，此处一致性程度定义为RF位置与偏好扫视目标之间的欧氏距离（对应图4）。
* `dots_CP_vs_Distance.mat`：该文件包含了第二阶段随机点刺激实验中，选择概率与各记录位点一致性程度的对应数据，此处一致性程度定义为RF位置与偏好扫视目标之间的欧氏距离（对应图4）。
* `PostGrating_CP_vs_Distance.mat`：该文件包含了第二阶段光栅刺激实验中，选择概率与各记录位点一致性程度的对应数据，此处一致性程度定义为RF位置与偏好扫视目标之间的欧氏距离（对应图4）。
* `Bias_Before_and_After_Muscimol.mat`：该文件夹收录了第一、第二阶段光栅刺激实验中，注射蝇蕈醇（muscimol）前后，不同对比度水平下的所有计算所得行为偏差值数据（对应图5）。
* `Psychometrics data.mat`系列文件：收录了用于单独绘制每只猴的心理测量曲线的全部数据，涵盖注射蝇蕈醇前后的实验样本（对应图5）。