#  Assigned Due   Assignment   1 Aug 29 Sep 07 Hello World 2 Sep 05 Sep 12 Calculus 3 Sep 14 Sep 21 Numerical ODE Techniques 4 Sep 24 Sep 26 Numerical ODE Techniques II 5 Sep 26 Oct 01 Exploring Chaotic Behavior 6 Oct 01 Oct 05 Laplace's Equation 7 Oct 03 Oct 10 PDEs: Finite Diff. Techniques 8 Oct 09 Oct 17 Cellular Automata 9 Oct 11 Oct 17 A Matrix Class	#  Assigned Due   Assignment   10 Oct 17 Oct 26 Random Numbers 11 Oct 26 Oct 31 Statistics 12 Oct 29 Nov 05 Monte Carlo Integration 13 Nov 05 Nov 12 Random Walks 14 Nov 09 Nov 16 Random Walks and DLA 15 Nov 19 Nov 28 The Ising Model 16 Nov 26 Dec 03 Fitting Data 17 Nov 30 Dec 07 Function Minimization (Amoeba)

Our program for calculating pi
An example of using rand().
Our squarepi.cc example.
function syntax and Passing functions to functions.
Examples of how to handle arrays.
Using new and delete for allocating memory.
The ran0 algorithm.
An example matrix class.

Node status and utilities for the Physics computing cluster.
I maintain a list of toy programs to illustrate programing concepts.
Please use this LaTeX template for all reports (see the Physics LaTeX page for help).
CYGWIN maintains a LINUX emulator for Windows. This is what is installed on the Reading Room PCs.
Lisa May's UNIX Cheat Sheet is a very nice quick reference guide.
vi cheat sheets from tuxfiles.org and the LUT CS and EE department.
Igor Pro example data files: orbit.dat and snowflake.dat
Keynote presentations on UNIX and programming.

A Book on C, by Al Kelley & Ira Pohl
C++: The Core Language, by Gregory Satir & Doug Brown
Essential C, by Nick Parlante
A Terse Guide to UNIX/LINUX, by Lowell Boone
Game Physics, by David H. Eberly
Using MPI, by Gropp, Lusk, and Skjellum