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We consider graphical presentation of the results to be an important part of much of the numerical work. Computational Physics Video . We hope to correct them if we get a chance for a second printing, or certainly for a third edition if one comes along. Computational Physics using MATLAB (Version 2) . Appendix F: Generation of Random Numbers. Some languages (such as Java and True Basic) have built-in graphics, but others lack them (such as Fortran and C). Some general comments As discussed in the book, the language choice is always an issue in numerical work. Dr. Method Not Allowed ..

In the latter case, the choice is usually either to link to a graphics subroutine library or use your programs to produce/save numerical data only and then plot them later with a stand-alone graphics software. Kevin Berwick Dr. Over the years of our teaching a course based on these materials, many students used other languages to great effects, such as Java, Python (VPython, a 3D graphics enabled Python), C, and C++. Kevin Berwick of Dublin Institute of Technology created a large compendium of sample programs in MATLAB, covering many examples in the text of the book as well as some in the problem excercises: . Please click Errata to view them. (A free compiler for many languages including Fortran is available in GCC.) We are not promoting either of these languages. Berwick has also put together a video showcasing some of his programs on the book material, including movies of the wave functions for two-dimensional, time-dependent Schrdinger Equation: . Supplementary Material created by Dr.

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