Computing for Numerical Methods Using Visual C++

This book provides a comprehensive guide to solving numerical methods problems using C++ with a focus on visualization and practical application.

Providing a bridge between a problem and its solution through visualization, Computing for Numerical Methods Using Visual C++ addresses some of the most discussed challenges in the field today. This book presents a novel approach that empowers readers to design C++ programs directly utilizing the Windows interface, all within a single volume. It includes ready-to-run code examples, making it easier for readers to implement solutions immediately.

The text serves as a comprehensive guide for visual solutions to numerical method problems using C++. In an era where research is expanding rapidly, there is a growing demand for programming languages that effectively close the communication gap between complex problems and their computational solutions. This book adopts an interdisciplinary approach, showcasing how C++ can be utilized across various fields, including engineering, biology, medicine, mathematics, economics, and politics. Its flexible language format and object-oriented methodology support high numerical precision, making it a practical choice for problem-solving.

Written in an accessible style, the authors cover a wide array of topics, including numerical modeling, fundamental mathematical tools, and curve visualization. The book also addresses systems of linear and nonlinear equations, interpolation, differentiation, and more. With a companion website offering free access to all discussed codes and a specialized equation parser called 'MyParser,' Computing for Numerical Methods Using Visual C++ is an invaluable resource for upper-level undergraduate and graduate students, as well as professionals utilizing Microsoft Visual C++.