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[Series Analysis by lead time vs init time](Series Analysis by lead time vs init time)# References ##Python

• Conda + Python + Jupyter Notebook Instructions

• Conda Cheetsheet

##HWRF Python Scripting documentation:

• http://www.emc.ncep.noaa.gov/HWRF/scripts/

##Released HWRF Scripts:

• http://www.dtcenter.org/HurrWRF/users/downloads/HWRF_releases/V3.7a/HWRF_v3.7a_hwrfrun.tar.gz

Documentation

##Instructions/How-To's

• [Instructions for Initial Test (by someone other than Julie and Minna)](Documentation for Initial Test )

Design Docs

• [Original Code Layout](Original Code Layout)
• [Python Code Layout](Python Code Layout)
• [Activity Diagrams](Activity Diagrams)
• Sequence Diagrams

Notes

[Requirements from Meeting with Brian Colle on October 12, 2016](Requirements from Meeting with Brian Colle on October 12, 2016)

[Initial Logging Design](Initial Logging Design)

[Series Analysis by lead time vs init time](Series Analysis by lead time vs init time)

##GitHub Repository

1. Fork a copy of the NCAR/METPlus code into your own GitHub repo, then clone from your GitHub repo to your local machine and make any changes.

2. When you want to save your work in progress, you can check into your GitHub repo.
   

3.  When everything is working satisfactorily, you can do a pull request to the NCAR/METPlus repo. 
   

Diagram https://github.com/bikegeek/METPlus/blob/master/diagrams/GitHub_process.png