Intro

Introduction to Python and Jupyter Notebook for PHYS3112.

Quick instructions for downloading ipynb files to a lab computer

Login to a lab computer with your zid and zpass.
Relax for a minute or so while the computer starts up.
Start Anaconda Navigator (click on windows icon, type "Ana", select Anaconda Navigator).
From Anaconda Navigator, start Jupyter Notebook.
In your Windows browser, login to http://github.com/phys3112, navigate to the repository you want within the phys3112 project, click on Download, save as ZIP, open the ZIP file with a browser, extract the ipynb file you want, copy the file to the Windows Downloads folder.
From within Jupyter Notebook, upload, select the file from the Downloads folder, upload.
Click on the file to run it.

Name		Name	Last commit message	Last commit date
Latest commit History 95 Commits
README.md		README.md
assignment1.ipynb		assignment1.ipynb
climate.pdf		climate.pdf
climate_model_lecture_asg2018s.pdf		climate_model_lecture_asg2018s.pdf
example_exam.pdf		example_exam.pdf
intro.ipynb		intro.ipynb
lab-template.ipynb		lab-template.ipynb
mcba1-example-programs.ipynb		mcba1-example-programs.ipynb
mcba10-from-parity-to-blockchain.ipynb		mcba10-from-parity-to-blockchain.ipynb
mcba11-measuring-fringe-separation.ipynb		mcba11-measuring-fringe-separation.ipynb
mcba12-fitting-a-straight-line.ipynb		mcba12-fitting-a-straight-line.ipynb
mcba13-writing-numbers.ipynb		mcba13-writing-numbers.ipynb
mcba14-error-estimation-in-the-higher-year-lab.ipynb		mcba14-error-estimation-in-the-higher-year-lab.ipynb
mcba2-numerical-integration-of-ODEs.ipynb		mcba2-numerical-integration-of-ODEs.ipynb
mcba3-analog-to-digital-conversion.ipynb		mcba3-analog-to-digital-conversion.ipynb
mcba4-homework-examples.ipynb		mcba4-homework-examples.ipynb
mcba5-homework-solutions.ipynb		mcba5-homework-solutions.ipynb
mcba6-random-numbers.ipynb		mcba6-random-numbers.ipynb
mcba7-ffts-and-noise.ipynb		mcba7-ffts-and-noise.ipynb
mcba8-extracting-signals-from-noise.ipynb		mcba8-extracting-signals-from-noise.ipynb
mcba9-control-theory.ipynb		mcba9-control-theory.ipynb
physicist.jpg		physicist.jpg
quantum-2019.ipynb		quantum-2019.ipynb
quantum1.ipynb		quantum1.ipynb
quantum2.ipynb		quantum2.ipynb
stats-notes.pdf		stats-notes.pdf
uncertainty-comments.ipynb		uncertainty-comments.ipynb