Notes and Exercises from Fundamentals of Numerical Computation

This are just my personal notes and exercises from the book Fundamentals of Numerical Computation

Important note: I do not have access to the solutions, and have not carefully checked my solutions.

Useful things to know:

jnb files are great for publishing and git, but there does not seem to be a way to work with these interactively. SO use Weave.convert_doc(infile,outfile) to convert them to notebooks for interactive work.
FundamentalsNumericalComputation contains all the code from the book, and also many libraries are exported from it. However, even though those libraries are installed, they are not in the root environment and so you cant use them seperately without 'adding' them again. I am still trying to understand how the package system works, and at the moment i find it confusing.

Name		Name	Last commit message	Last commit date
Latest commit History 67 Commits
.gitignore		.gitignore
Chapter1.ipynb		Chapter1.ipynb
Chapter10.ipynb		Chapter10.ipynb
Chapter11.ipynb		Chapter11.ipynb
Chapter12.ipynb		Chapter12.ipynb
Chapter2.ipynb		Chapter2.ipynb
Chapter3.ipynb		Chapter3.ipynb
Chapter4.ipynb		Chapter4.ipynb
Chapter7.ipynb		Chapter7.ipynb
Chapter8.ipynb		Chapter8.ipynb
Chapter9.ipynb		Chapter9.ipynb
Project.toml		Project.toml
TuringODE.ipynb		TuringODE.ipynb
advection.mp4		advection.mp4
chapter5.ipynb		chapter5.ipynb
chapter6.ipynb		chapter6.ipynb
ex12p4p5.mp4		ex12p4p5.mp4
pendulum.ipynb		pendulum.ipynb
readme.md		readme.md
traffic-fade.mp4		traffic-fade.mp4
traffic-jam.mp4		traffic-jam.mp4
turing_test.ipynb		turing_test.ipynb
upwind-inflow.mp4		upwind-inflow.mp4
wave-boundaries.mp4		wave-boundaries.mp4
wave-speed.mp4		wave-speed.mp4

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