A first course in scientific computing symbolic, graphic, and numeric modeling using Maple, Java, Mathematica, and Fortran90
Rubin H. Landau ; contributors, Robyn Wangberg ... ]et al.[.
Princeton, N.J.
Princeton University Press
c2005
xxiv, 481 p. ill. 27 cm. +1 CD-ROM )4 3/4 in.(
symbolic, graphic, and numeric modeling using Maple, Java, Mathematica, and Fortran90
Science
Q
183
.
9
.
L36
2005
Landau, Rubin H
Includes bibliographical references )p. ]471[-475( and index.
Maple )or mathematica( by doing -- Getting started with Maple -- Numbers, expressions, functions; rocket golf -- Visualizing data, abstract types; electric fields -- Solving equations, differentiation; towers -- Integration; power and energy usage )also 14( -- Matrices and vectors; rotation -- Searching, programming; dispsticks -- Java )or Fortran90( by doing -- Getting started with Java -- Data types, limits, methods; rocket golf -- Visualization with Java, classes, packages -- Flow control via logic; projectiles -- Java input and output -- Numerical integration; power and energy usage -- Differential equations with Java and Maple -- Object-oriented programming; complex currents -- Arrays: vectors, matrices; rigid-body rotations -- Advanced objects; baton projectiles -- Discrete math, arrays as bins, bug dynamics -- 2-D arrays: file I/O, PDEs; realistic capacitor -- Web computing, applets, primitive graphics -- Latex for text -- Latex for mathematics -- Appendix A. Glossary -- Appendix B. Maple quick reference, debugging help -- Appendix C. Java quick reference and installing software.