Processed data and code for "Turbulent Deceleration above the Level of Zero Radial Momentum Flux in the Simulated Shallow Outflow of Typhoon Yagi (2024): A Constraint on Turbulence Closures"

Processed data and Python code supporting Turbulent Deceleration above the Level of Zero Radial Momentum Flux in the Simulated Shallow Outflow of Typhoon Yagi (2024): A Constraint on Turbulence Closures, by Yulong Ma, Shu Wang, Pengshuai Yin, Qilin Wan and Qianru Niu. The archive contains processed diagnostics from the 111-m WRF large-eddy simulation of Typhoon Yagi (2024) and the 1-km WRF experiments described in the article. It includes inputs and scripts for reproducing Figures 1–9, together with supporting diagnostic tables. data/figure_data.npz: figure inputs and supporting diagnostic tables. code/: Python scripts for reading the data and reproducing the figures; code/methods.md describes data fields and implementation details. config/namelist.input: LES configuration. README.md and requirements.txt: usage instructions and Python dependencies. With Python 3.11, run python -m pip install -r requirements.txt and python -B code/reproduce_figures.py from the extracted directory. The script produces nine PDF/PNG pairs in figures/. NaN denotes missing values. Raw WRF history output is not included. The authors’ original processed data, configuration and documentation are licensed under CC BY 4.0; the Python programs are licensed under the MIT License, provided in LICENSE. Third-party CMA best-track observations retain their original rights and citation conditions; Natural Earth geometries remain public domain. Source links are provided in the README. Correspondence: Qianru Niu, [e-mail].