The 1st python program create wind input. The command line input is

python.exe create1DWindArrayXDistRmaxPerTimeStep.py lonEye latEye minLat maxLat deltaLatInM rmaxInKm spdInMPH presInmb Bval timeStepInSeconds outputFile

For example:

python.exe create1DWindArrayXDistRmaxPerTimeStep.py -90 24 26 29.96 50 20 5 984.0 1.24 60 wind_1D_1min_Vmax70kt_Rmax20km_Spd5mph_Size150m.txt 

This create a wind time series from minimum latitude to maximum
latitude (26 to 29.96 deg N). The storm center is at lonEye and latEye
(-90 deg W and 24 deg N). The grid spackign is 50 meters. The 984-mb
storm is moving 5 mph. The wind profile has a Holland B value of 1.24.
The timeseries is output every 60 seconds. The file containing the
time series is called
wind_1D_1min_Vmax70kt_Rmax20km_Spd5mph_Size150m.txt,
which is used as input to the storm surge model.

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The 2nd python program is the 1D storm surge model. The command line input is:

python.exe get1DStormSurgeWithInput.py inputFile numTime shorelineLat depthType selectedPt outputFile

For example:

python.exe get1DStormSurgeWithInput.py wind_1D_1min_Vmax70kt_Rmax20km_Spd5mph_Size150m.txt 4933 29.96 exshallow 8790 Surge_1D_1min_Vmax70kt_Rmax20km_Spd5mph_Size150km.exshallow.txt

The model outputs 4933 time steps. The landfall location is 29.96 deg
N. depthType is a bathymetry character string (to be described next).
8790 is the output point (Point 8790 is near the last northern point,
which is Point 8792). Surge_1D_1min_Vmax70kt_Rmax20km_Spd5mph_Size150km.exshallow.txt
is the output file.

There are five bathymetry categories, from shallow bathymetry to deep
bathymetry. The five options are:

exshallow
shallow
moderate
deep
verydeep

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The shell scripts will work in a Linux environment

Two screen captures give an example how to use in a Windows environment