Analysis code for "Investigating the Relationship Between Sea Surface Temperature and the Mechanical Efficiency of Tropical Cyclones"
- 1. Stanford University
- 2. New York University
Description
This repository contains the analysis code used to derive the results presented in Régibeau-Rockett et al. (in review): "Investigating the Relationship Between Sea Surface Temperature and the Mechanical Efficiency of Tropical Cyclones". The code descriptions are as follows:
- get_input_sounding_data.py can be used to derive the vertical profiles of potential temperature, water vapor mixing ratio, and x- and y- wind speed from our RCE simulations.
- get_input_sounding_PI.py and get_input_sounding_tropopause.py are designed to obtain the values of the potential intensity, potential-intensity derived kinetic energy, and the tropopause height and temperature in the same RCE simulations
- Find_Vmax_RMW.py obtains a timeseries of the maximum azimuthal wind speed at 10m and the radius of maximum azimuthal winds at 10m from the axisymmetric simulations
- Get_time_window.py finds the 'realistic' and 'single-eyewall' periods for all axisymmetric simulations
- MAFALDA_fixed_domain.ipynb performs the MAFALDA analysis, and calculates non-MAFALDA-derived quantities, for the single-eyewall periods from all axisymmetric simulations. Additionally, this notebook contains the code used to create figures S4 and S5.
- MAFALDA_manywindows.py performs the MAFALDA analysis, and calculates non-MAFALDA-derived quantities, for the realistic periods from all axisymmetric simulations
- MAFALDA_parceltests.py performs the MAFALDA analysis, and calculates non-MAFALDA-derived quantities, for the selected 2-day periods from the axisymmetric simulation with 500 parcels
- MAFALDA_plots.py prints the trends and associated p-values in all MAFALDA- and non-MAFALDA-derived quantities from both the single-eyewall and realistic periods.
- Paper_plots.py makes all plots presented in the main text except figure 4.
- Parcel_plots.py makes figure 4 from the main text.
- Supp_plots.py makes figures S1-S3.
- MAFALDA_Louter_tests.py and MAFALDA_Louter_plots.py can be used to verify the sensitivity of the single-eyewall periods results to the outer radius
- MAFALDA_Louter_tests_2.py and MAFALDA_Louter_plots_2.py can be used to verify the sensitivity of the realistic periods results to the outer radius
Files
MAFALDA_fixed_domain.ipynb
Files
(1.1 MB)
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Additional details
Related works
- Is supplemented by
- 10.5281/zenodo.7983010 (DOI)