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This project contains the python code required to run the hirs_csrb_monthly package in the Atmosphere-SIPS.

Some example surface plots in python, using the packages PyX (http://pyx.sourceforge.net/) and PLplot (http://plplot.sourceforge.net/).

Given an input directory containing clavr-x level2's and a date, make corresponding tar files for that date. The script will create one tar file for each satellite found, with tar filenames matching NCEI Submission Agreement convention.

Deployment container and automation for processing ABI L1b to a restricted set of L2 science products for Geosphere, using CSPP-GEO AITF software package.

HTML and other assets for the metobs.ssec.wisc.edu web site.

Embeddable AMRDC Data Visualizer https://amrc.ssec.wisc.edu/ograham/visualizer-embed/

Synthesis of @mnoojin's and @ograham's data visualization code https://amrc.ssec.wisc.edu/ograham/visualizer-synthesis/

This project contains the python code required to run the hirs_csrb_daily package in the Atmosphere-SIPS.

Python reference project

GRB Auxiliary Data Update Bundle

This project contains the python code required to run the HIRS/AVHRR collocation package in the Atmosphere-SIPS.

This project contains the python code required to run the pyhirs package (https://gitlab.ssec.wisc.edu/HIRS/pyhirs) in the Atmosphere-SIPS.

Python reference project

Configuration files and other files need to package CSPP Geo GRB processing to run on Kubernetes as a helm chart.

A script which uses the ADL xml description to read the Binary Large OBject (BLOB) lut file, and writes out a text file representation of the lut.

Simulates the elevation and slope of the ocean surface with a particular power spectrum, and applies the specular condition to the slope to calculate the surface sunglint. Correlations are added between various elevation phase components.

This project contains the python code required to run the hirs_tpw_orbital package in the Atmosphere-SIPS.