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-# Modern-Sounding-Plotter
-A Jupyter Notebook that creates a modern way to visualize sounding data for the purpose of environmental analysis.
-
-
-
-## HEADS UP:
-#### This script was written before the latest release of NumPy, and therefore a majority of this script will fail due to NumPy syntax errors within SharpPy functionality (as of early 2023).
-#### I am in the process of writing a new updated version of this code using MetPy functions rather than SharpPy (as of 8/2023)
+
+
+# Complex-Sounding-Viewer
+### A Jupyter Notebook that creates a modern way to visualize sounding data for the purpose of environmental analysis.
+#### This script was written by Kyle J Gillett (@wxkylegillett) (2023)
+
-----
-
-
-This script was written by Kyle Gillett (@wxkylegillett) (2022)
-The task of this script is to retrieve RAOB data, preform a number of calculations, and plot the data
- on a Skew-T & hodograph.
+The task of this script is to retrieve RAOB data using the SounderPy module ([Visit SounderPy on GitHub Here](https://github.com/kylejgillett/sounderpy/wiki)), perform a number of MetPy calculations, and plot the data on a Skew-T & hodograph.
+
-The purpose of this script is to provide a modern, clean, clear, and concise sounding plot that makes
- for quick and easy assessment of the data for environmental analysis purposes, focused on severe weather.
-
-It should be noted that, as with any sounding plot, many of the calculations & plotting operations here
- shoulder heavy assumptions, and these assumptions should be well understood to get the most out of any
- sounding plot.
+The purpose of this script is to provide a modern, clean, clear, and concise-sounding plot that makes for quick and easy assessment of the data for environmental analysis purposes, focused on severe weather.
+
-Numerous python libraries are utilized throughout this script, including MetPy and SharpPy's python packages.
- Several packages here may need to be installed onto your machine to run this code.
+It should be noted that, as with any sounding plot, many of the calculations & plotting operations here shoulder heavy assumptions, and these assumptions should be well understood to get the most out of any sounding plot.
+
-If you happen to run into any bugs, have questions or ideas, please message me on Twitter (@wxkylegillett)
- or open an issue on GitHub.
+Numerous Python libraries are utilized throughout this script, including metpy, ecape, sounderpy & matplotlib Python packages. Several packages here may need to be installed onto your machine to run this code.
+
-- MAP INSET -
-You will be able to plot tornado tracks and storm reports from the SPC on a small map inset on the sounding.
- Please note: tornado tracks as of 12/22 are only, available between 1950 and 2021. If you are plotting a date
- in 2022 or 2023 - turn off plot_TorTracks. SPC Storm Reports should be availible now through June 1st, 1999.
- Missing or bad data is possible.
-
-You can turn on reports or tracks by setting plot_TorTracks, plot_TorReports, plot_WindReports, & plot_HailReports equal,
- to True, or off by setting them to False.
-
+If you happen to run into any bugs, or have questions or ideas, please message me on Twitter (@wxkylegillett) or open an issue on GitHub.
+
+
+## EXAMPLE PLOT
-EXAMPLE PLOT
+
-
+