Carbon neutrality timing controls future tropical cyclone intensity and precipitation over the western North Pacific

track.info.WRF.zip The tracking data for each simulated tropical cyclone is stored in ASCII format with the naming convention track.info.[TC_Name].[Experiment_Name].dat. Each row in the dataset represents a specific time step (typically at 6-hour intervals), containing the following eight variables in order. [Year, Month, Day, Hour(UTC), Latitude (scaled by 10), Longitude (scaled by 10), Minimum sea-level pressure(hpa, scaled by 10), Maximum wind speed(m/s, scaled by 10)] pr_CASE_EXP.zip The precipitation datasets are stored in NetCDF format with the naming convention pr_[TC_Name]_[Experiment_Name].circle_fix.nc. These files contain post-processed WRF model output, specifically extracted and interpolated to focus on the tropical cyclone's core region (500 km radius). The raw WRF output has been subsetted to a 500 km radius centered on the tropical cyclone eye. To ensure consistency across different cases, the circular area was interpolated onto a fixed 400x400 grid (X and Y dimensions). The first dimension represents the time steps of the simulation, corresponding to the simulation period. ws_CASE_EXP.zip same with precipitation data, but for the wind speed. Due to the extensive size of the high-resolution WRF model outputs, only a single case has been uploaded to the public repository. The full datasets for all other tropical cyclone cases and experimental scenarios are available from the corresponding author upon reasonable request.