Dataset for: Diagnosing Physical-Parameterization Uncertainty in WRF-Simulated Extreme Precipitation over the Hanjiang River Basin

Repository description file. This file provides an overview of the deposited materials, explains the file structure, identifies the data sources used in the study, and describes how the configuration files, supplementary figures, score tables, and analysis scripts are related to the manuscript. namelist.wps WRF Preprocessing System configuration file. This file records the model domain, map projection, horizontal grid setting, geographical data path, and preprocessing settings used to generate the WRF input files. namelist.input WRF model configuration file. This file records the simulation period, time step, domain setting, vertical levels, physical parameterization options, output frequency, and other runtime settings used in the WRF sensitivity experiments. Figure_S1.png, Figure_S2.png, Figure_S3.png Supplementary Figures S1-S3. These figures show the spatial distributions of 24-h accumulated precipitation simulated by the 15 WRF MP-CP parameterization combinations for Event 1, Event 2, and Event 3, respectively. Supplementary_material.docx Supplementary material document accompanying the manuscript. This file contains Supplementary Text S1, Supplementary Text S2, supplementary figure captions, and supplementary table captions. evaluation_results.xlsx Evaluation result workbook. This file contains the scoring and ranking results for the 15 WRF MP-CP parameterization combinations across the three extreme-precipitation events. jingdupingding.py Python script used to calculate the verification scores and ranking results reported in the manuscript. The script supports the calculation of the evaluation metrics and score outputs used for comparing the 15 WRF parameterization combinations. Table_S1.xlsx Supplementary Table S1. This workbook contains the categorical and continuous verification metrics for the 15 WRF MP-CP parameterization combinations. It includes three worksheets, Event_1, Event_2, and Event_3. Each worksheet reports POD, FAR, CSI, FBI, RMSE, MAE, and SD for the corresponding event.本文件为仓库描述文件。本文件对本仓库存档的资料进行总览，阐释文件组织结构，明确本研究使用的数据源，并说明配置文件、补充图表、评分表格与分析脚本分别与论文的关联方式。 namelist.wps：WRF预处理系统配置文件。本文件记录了用于生成WRF输入文件的模式区域、地图投影、水平网格设置、地理数据路径及预处理相关设置。 namelist.input：WRF模式配置文件。本文件记录了WRF敏感性试验中使用的模拟时段、时间步长、区域设置、垂直层数、物理参数化方案选项、输出频率及其他运行时设置。 Figure_S1.png、Figure_S2.png、Figure_S3.png：补充图S1至S3。这三张图分别展示了15种WRF MP-CP参数化组合针对事件1、事件2与事件3模拟得到的24小时累积降水空间分布。 Supplementary_material.docx：随论文附带的补充材料文档。本文件包含补充文本S1、补充文本S2、补充图注与补充表注。 evaluation_results.xlsx：评估结果工作簿。本文件包含15种WRF MP-CP参数化组合在三次极端降水事件中的评分与排序结果。 jingdupingding.py：用于计算论文中提及的验证评分与排序结果的Python脚本。本脚本支持计算用于对比15种WRF参数化组合的评估指标并输出评分结果。 Table_S1.xlsx：补充表S1。本工作簿包含15种WRF MP-CP参数化组合的分类与连续验证指标，包含三个工作表：Event_1、Event_2与Event_3。每个工作表分别报告对应事件的探测概率（Probability of Detection, POD）、误报率（False Alarm Ratio, FAR）、临界成功指数（Critical Success Index, CSI）、偏差率（Frequency Bias, FBI）、均方根误差（Root Mean Square Error, RMSE）、平均绝对误差（Mean Absolute Error, MAE）与标准差（Standard Deviation, SD）。