Titlebook: Introducing C++ for Scientists, Engineers and Mathematicians; Derek Capper Textbook 2001Latest edition Springer-Verlag London 2001 C progr

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Exception Handling,provide some method of recovery when errors do occur. Writing code to trap errors can be a difficult task and this chapter doesn’t claim to be any more than an introduction.. Also, it should be emphasized that many of the examples given in this chapter are very small programs that are only for demon

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Input and Output,very safe system for performing input and output operations; errors either get trapped at compile-time or they set error flags associated with I/O library objects. This library uses many of the more advanced techniques of C++, such as classes, templates, inheritance and exception handling. It is cle

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Pointers and Arrays,ed for vectors, matrices and the convenient storage of related data. In this chapter we introduce a simple picture of the way memory is organized, together with powerful methods for using contiguous areas of memory.

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Further Pointer Techniques,consider strings, pointers as function arguments, pointers to functions, dynamic memory allocation and reference arguments. It should be emphasized that in this chapter we are . concerned with the more sophisticated string defined as a C++ template. We consider such “strings” in Chapter 17.

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,Bitwise Operations††,tions are not common in numerical applications, but such operations are sometimes used to reduce memory requirements. It is also important to understand how the fundamental data types are represented in terms of bits, and what restrictions these representations impose on our calculations.