Delayed saccade task. We found spatially-specific BOLD among the voxels of the SC across all four subjects. Figure 3A shows the mean of the aligned reconstructions across trials for each subject (blue) and the reconstructions computed using the same procedure but with randomly shuffled stimulus labels (red) for the pro-saccade task. The shaded region shows the 95% confidence intervals calculated using the error across the 64 folded trials. Each row shows the spatial tuning for the memory location within each of the four subjects. The spatial IEM results suggest that across multiple subjects, the SC contains a representation for the a remembered spatial a remembered spatial  location during the delay period between presentation of the visual sample and execution of the eye movement. To quantify the degree of spatial tuning, we compute the representational fidelity for each reconstructed spatial location across bootstraps. Figure 3B shows distributions of representational fidelity computed from the pro-saccade delay-period spatial reconstructions (blue) and their shuffled reconstructions (red) across bootstraps. We find that across all subjects that while the shuffled data are distributed about 0 the distributions of the spatial reconstructions are shifted rightward in the positive direction. This finding suggests that the SC activity during the delay period contains spatially specific information related to the location of the memoranda.memoranda. ANTI