100 Handouts and m-files

• Getting Started in MATLAB (pdf) (some very basic info to get you off the ground)
• Crash course in MATLAB (Version 7) (pdf) (by Toby Driscoll)
• A Practical Introduction to Matlab (Version 5) (html version) (by Mark Gockenbach) or Postscript version
• For more introductory material and tutorials see my MATH 100 main page, or the main course page
• fibonacci.m (the function we created in our first class)
• Introductory Matlab scripts
  • basic_definitions.m (script that calls all other files. Note, however, that each file below can also be executed separately.)
  • matrix_vector.m (definition of matrices and vectors)
  • arithmetic.m (simple arithmetic with matrices and vectors)
  • lin_sys.m (solving linear systems)
  • submatrices.m (definition of submatrices)
  • statistics.m (timing in Matlab)
  • loops1.m (for-loops, and why to avoid them)
  • loops2.m (more on for-loops)
  • plotting.m (simple plotting)
  • efficiency.m (some tricks for efficient coding)
  • user_defined_functions.m (how to use user-defined functions)
  • circle.m (a user-defined function)
  • inline_functions.m (how to use inline functions)
  • anonymous_functions.m (how to use anonymous functions)
  • function_functions.m (how to use anonymous functions)
  • basics.zip (.zip file containing all of the files above)
• Quadractic form m-files
  • quadform1.m
• M-files for cryptography example (from the Moler book)
  • CryptoDemo.m
  • crypto.m
• M-files for fractal examples (mostly from the Moler book)
  • barnsley.m
  • gasket.m
  • fern.m
• Some of the other programs I showed you can be found at the Matlab File Exchange.