Computer Science: A Structured Programming Approach Using C++Brooks/Cole, 2004 - 1022 Seiten Based on the tenet that good habits are formed early, authors Behrouz Forouzan and Richard Gilberg emphasize the principles of structured programming and software engineering. Every complete program uses a consistent style. As programs are analyzed, styles and standards are further explained. Whenever possible, the authors develop the principle of a subject before they introduce the language implementation so the student understands the concept before dealing with the nuances of C++. Also, the vast array of figures and tables connects visually with students. By integrating software engineering principles and encouraging the student to resist the temptation to immediately code, the text builds a solid foundation in problem solving. |
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Seite 95
... double , or long double- but of different precision , such as float and double , the type of the value with the lower precision is converted to the type of the value with the higher precision . For example , in an expression containing ...
... double , or long double- but of different precision , such as float and double , the type of the value with the lower precision is converted to the type of the value with the higher precision . For example , in an expression containing ...
Seite 98
... double fltNum3 ; fltNum3 = static_cast < double > ( intNum1 / intNum2 ) ; cout << " < double > ( intNum1 / intNum2 ) : " 7 8 int main ( ) 9 { 10 int 11 int int Num1 = 100 ; 45 ; 12 13 14 15 16 17 18 19 20 21 << fltNum3 << endl ; fltNum3 ...
... double fltNum3 ; fltNum3 = static_cast < double > ( intNum1 / intNum2 ) ; cout << " < double > ( intNum1 / intNum2 ) : " 7 8 int main ( ) 9 { 10 int 11 int int Num1 = 100 ; 45 ; 12 13 14 15 16 17 18 19 20 21 << fltNum3 << endl ; fltNum3 ...
Seite 193
... double LOWEST = 0000000.00 ; 21 const double HIGHEST = 1000000.00 ; 22 23 const double LIMIT1 = 10000.00 ; 24 const double LIMIT2 = 20000.00 ; 25 const double LIMIT3 = 30000.00 ; 26 const double LIMIT4 27 = 50000.00 ; 28 const double ...
... double LOWEST = 0000000.00 ; 21 const double HIGHEST = 1000000.00 ; 22 23 const double LIMIT1 = 10000.00 ; 24 const double LIMIT2 = 20000.00 ; 25 const double LIMIT3 = 30000.00 ; 26 const double LIMIT4 27 = 50000.00 ; 28 const double ...
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algorithm allocated array base class binary file bubble sort bytes C++ string calculate calling function Chapter character class object concept constant contains copy constructor cout create cstdlib data type decimal default defined delete Demonstrate denom derived class destructor digit double element endl Enter example exception handling expression false flag float floating-point following code format fraction class fstream function template header file hexadecimal include iomanip include iostream initialization inline function input insertion insertion sort int main integer iomanip iteration keyboard linked list logic memory module namespace std node num2 operand output overloaded parameter pass pointer polygon Post postfix random number scores selection sort shown in Figure shown in Program sort stored str2 strcmp stream strl structure chart Table true unsorted update variable void Write a function Write a program zero