Users can utilize this function to construct a dynamic 3D model (referred to as "Time 3D") of the same transcriptomic slice for perturbation score data across different action time points under the same drug concentration dimension, arranged in the order of time points from early to late. Unlike the "3D Reconstruction" function, which emphasizes algorithm-based reconstruction of multiple slices into a 3D structure, it centers on the associative visualization between action time gradients and spatial transcriptomic characteristics under the condition of the same drug concentration. Through three-dimensional presentation, users can more intuitively observe the impact of changes in action time on tissue cells at the spatial level, clearly capture the gradual change trends and key differential regions of transcriptomic spatial characteristics during the process from early to late time points, and gain a powerful visual analysis tool for resolving the spatial specificity of drug time-dependent effects.