By Derek Capper
Written specially for scientists, engineers and mathematicians, this e-book has been broadly up-to-date and revised to comply to 1998 ANSI/ISO C++ average and comprise the entire contemporary advancements in C++ such as:
- STL (Standard Template Library)
- Exception Handling
- Templates and Streams.
No wisdom of programming is believed. This publication is as a lot for the newbie in programming because it is for the newcomer to C++, even if readers are anticipated to have a few acquaintance with desktops and textual content editors.
Plenty of appropriate examples are incorporated in the course of the publication, such a lot of that are slanted in the direction of numerical functions, and it's this bias that makes this publication targeted in its box and of specific curiosity to those that need to paintings with figures.
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Additional info for Introducing C++ for Scientists, Engineers and Mathematicians
Such statements can often be avoided by careful programming, but they are valid C++ since automatic conversions take place for arithmetic expressions containing mixed types. The rules for conversions are such that binary operations involving mixed types are performed using the type best able to handle the operands. 142, the right operand is of type double and the left is of type int, which therefore gets implicitly converted to a double. There is a hierarchy of conversions for the operands of binary operators, with the first match in the hierarchy being the one that is actually used.
K. However, the sizeof operator has a higher precedence than many common operators, such as multiplication. This can sometimes lead to unexpected results. 142; int i = 10; size 1 = sizeof x * i; cout « size_1 « "\n"; size_2 = sizeof(x * i); cout « size_2 « "\n"; return(O); } In the first case, the sizeof operator finds the size ofx (typically 8) and then multiplies the result by 10 (so that size_1 is assigned 80). In the second case, the sizeof operator finds the size of the expression (x * i), which is the same as the size of x (typically 8).
The three remaining casts are not used in this book, but if you should need them, they are described in . 4 Some Basic Operations In this section we introduce a few basic operations. We first consider the sizeof operator, which is an essential part of the language. Then we go on to learn various new assignment operators and how to make an initialization in a definition; these features are all useful rather than fundamental. 4. 1 37 The sizeof Operator The number of bytes used to represent the fundamental types is dependent on the C++ compiler being used.