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Barton J.J., Nackman L.R. — Scientific and engineering C++
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Название: Scientific and engineering C++Авторы: Barton J.J., Nackman L.R. Аннотация: This book's three parts take readers with no prior C++ knowledge all the way from basic concepts, through object-oriented programming and design techniques, to advanced C++ features and techniques. Coverage of object-oriented programming emphasizes various methods of expressing commonality and abstraction, and the advanced coverage illustrates coordination of advanced C++ by developing several interesting examples, including array classes, pointer classes, systems employing abstract algebra, FORTRAN-based matrices, function mapping, and data fitting.
Язык: Рубрика: Computer science /Языки программирования /Статус предметного указателя: Готов указатель с номерами страниц ed2k: ed2k stats Год издания: 1994Количество страниц: 671Добавлена в каталог: 10.11.2005Операции: Положить на полку |
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Operator, arithmetic (table of) 23 Operator, arity fixed 160 Operator, assignment 26 Operator, associativity 30 31 Operator, bitwise 26 Operator, class member access 165 Operator, comma 42 Operator, conversion 173 Operator, defined via algebraic structure categories 473 Operator, equality, == and != 45 Operator, explicit call 160 Operator, for exponentiation (none) 160 505 Operator, for user-defined types 159 Operator, function call 164 173 Operator, function call, explicit 160 Operator, global, conversion 161 Operator, global, restriction on 161 Operator, indirection 45 Operator, input/output 27 171 Operator, logical 24 Operator, member function 96 161 Operator, member-selection 92 Operator, new 47 Operator, not 24 Operator, number of arguments 161 Operator, overloading, -> and * 427 Operator, precedence 30 31 Operator, projection 165 Operator, relation between related 161 Operator, relational 23 45 Operator, relational (table of) 24 Operator, symmetric binary 486 Operator, symmetric, as constructor 550 Operator, unary 161 Operator, undefinable 160 Operator, user-defined input 172 Operator, user-defined output 171 Operator, when to provide 159 Operator->() 165 446 Operator->() and built-in type 446 Operator->(), example of 429 436 443 Operator/() and algebraic structure 481 Operator/(), example of 493 Operator/=() 479 489 Operator<(), example of 545 operator<<() 171 Operator<<(), example of 14 87 552 598 Operator<=(), example of 545 Operator=() 268 Operator==(), example of 433 545 Operator>(), example of 545 Operator>=(), example of 545 operator>>() 27 28 72 Operator>>(), example of 14 209 210 214 215 258 552 operator[]() 49 306 Operator[](), array projection, dimension 0 367 Operator[](), example of 98 209 545 Operator[](), restricted to one argument 318 Operator–(), and algebraic structure 483 Operator–=() 479 489 Operator–=() and algebraic structure 483 Operator–=(), example of use 36 Operator––() 22 165 Operator––(),example of 491 Orange 359 Orlow, S.M. 11 195 299 415 446 594 602 613 Orthogonal 313 ostream 171 Ostrouchov, S. 370 451 452 467 559 579 ostrstream 579 Outer 110 Output 15 68 88 91 Output, fixed-column 28 73 Output, formatted 29 74 Output, operator see “Operator<<()” Output, to file 29 75 overloaded 123 Overloaded, function, compared to function template 136 Overloaded, functions, and pointers 512 Overloaded, virtual function, example of use 285 Overloading 88 123 132 Overloading and friend functions 167 Overloading in place of naming convention 557 Overloading of constructor 145 Overloading versus hiding 287 Overloading, function call operator 164 Overloading, member function 143 Overloading, precedes access control 290 Overloading, resolution, example of 91 Override 273 Overriding virtual functions 287 297 Overriding virtual functions, names 287 Overriding virtual functions, problems with forwarding 279 Oxygen 442 445 O’Brien, P.D. 218 Packed storage, symmetric and banded matrices 559 Paging 55 82 Pakin, S. 7 535 PARAMETER 39 ParameterFunctional<Domain> 524 Parameterized function see “Function template” parameterized type 101 330 Parameterized type, base class, by derived class 355 Parameterized type, built-in 330 331 356 Parameterized type, const 332 Parameterized type, template 330 parametric polymorphism 327 Parentheses and call through function pointer 511 Parentheses and call through member function pointer 513 Parentheses for function call operator 164 Parentheses for readability 30 Parnas, D.L. 10 207 218 ParserFunctionEntry 537 Parsing 527 Partial derivative from Taylor expansion of error 588 Partial derivative, automatic differentiation 589 Partial differential equations 199 PASCAL, compared to C++ 6 Pass By Reference 59 127 Pass by reference without pointers 79 Pass By Value 58 81 126 Pass by value, copying 148 Pass by value, problem for clients of base classes 276 Patashnik, O. 59 Peak fitting 583 Performance measurement and inline functions 56 83 Perry, D.E. 6 Physical constant 39 75 179 Physical objects 225 Physical<T, m, l, t, q, k, i, a> 497 PhysicalConstants 180 PhysicalData<T> 585 605 607 PhysicalData<T> as public virtual base 585 PhysicalDataBrowser<T> 584 585 PhysicalDataBrowser<T> as public virtual base 586 pipe 27 71 Pivot 470 Planning for change 87 89 94 299 306 315 343 Plauger, P.J. 578 579 Plexico, P.S. 11 195 299 415 446 594 602 613 Point 85 86 87—93 115—117 143 144—147 174 203 205 208 219 220 POINTER 43 Pointer and array 44 Pointer as argument 335 Pointer as array origin 420 Pointer as array, example of use 377 Pointer as cursor 420 Pointer to automatic objects 192 Pointer to base class 236 Pointer to build aggregate 420 Pointer to class object 331 Pointer to const object 46 Pointer to dynamic object 97 108 193 Pointer to interface base class 246 pointer to member 513 Pointer to member function, example of use 529 Pointer to member operator 31 513 Pointer to member operator, example of use 531 Pointer, arithmetic 45 Pointer, arithmetic for built-in array index 420 Pointer, arithmetic, incorrect 419 420 Pointer, as view of object 333 Pointer, built-in 62 Pointer, built-in as data member 163 Pointer, built-in as member 149 150 Pointer, built-in as parametric type 330 Pointer, built-in problems with exceptions 423 Pointer, built-in, compared to programmer-defined 427 Pointer, built-in, memory management problems 421 Pointer, call to member function through 89 Pointer, class 165 Pointer, class, design of 425 Pointer, compared to reference 51 79 Pointer, comparison 45 Pointer, const 46 Pointer, copied versus counted, table 425 Pointer, copied-object 425 Pointer, declaration style 77 Pointer, dereference 511 Pointer, essential for “is-usable-as” relation 276 Pointer, member datum, example of 410 421 Pointer, multiple use 420 Pointer, null 44 427 Pointer, null, returned by ANSI C string functions 544 Pointer, programmer-defined 419 424 Pointer, schematic diagram 43 Pointer, table of operators 49 Pointer, type 43 Pointer, use errors 191 420 Pointer, use of object through base class 241 Pointer, uses, summary 419 POINTS 437 Polivka, R.P. 7 535 Polygon 508 Polymorphism 4 327 Polynomial evaluation 64 84 Polynomial root, example of 111 Porsching, T.A. 218 Positive 484 Positive definite matrix 452 Positive integers as semigroup 475 Positive<int> 482 Positive<T> 483 484 PositivePredicate 484 Post cleanup 176 Postdecrement operator 31 Postfix operator, programmer-defined 165 Postincrement operator 31 41 pow() 22 23 480 482 483 488 490 pow() and algebraic structure 481 Pratt, T.W. 195 218 415 Precedence 30 45 71 Predecrement operator 31 Predefined type see “Built-in-type” Predicate 484 Prefix operator, programmer-defined 165 Preincrement operator 31 Preinitialization 175 Premerlani, W. 10 261 Preprocessor 120 Preprocessor, command 15 Press, W.H. 36 47 60 313 416 537 541 571 587 595 604 611 613—615 printf() 84 Printing 15 68 PRIVATE 87 89 110 168 207 208 211 219 236 282 290—293 458 Private, base class 282 292 294 299 Private, base class, example of use 285 308 374 380 Private, base class, for implementation inheritance 295 Private, base class, multiple, example of 390 Private, base class, of template class 309 Private, copy constructor, example of 376 Private, data members 89 230 Private, default constructor 269 Private, member 208 (see also “Access control”) Private, member function 98 Private, member function, role of 291 Production 527 PROGRAM 113 Program, design 7 Program, termination, and destructors 182 Program, the big picture 113 Programmer-defined control structure 415 Programmer-defined operator 100 160 Programmer-defined operator, precedence and associativity of 100 Programming languages 3 Programming object 227 Project() 366 367 368 Projection 312 366 Projection as lvalue 367 Projection as reference 369 379 Projection of interfaced arrays 405 Projection, allowed conversion to reference 385 Projection, array interfacer 405 Projection, array, function declarations 375 Projection, concrete array 392 Projection, concrete array, object sketch 395 Projection, example of use 368 406 Projection, matrix 566 Projection, operator 165 Projection, operator, example of 266 267 Projection, relation to array reference 388 Projection, repeated, for subscripting 367 Projection, return type 367 Projection, return type in array interface 403 Projection, subscriptor, packed array example 561 Projection, template parameter recursion and 393 ProjectionT 367 368 398 561 Promotion for argument matching 134 protected 236 290—293 Protected, constructor, example of 376 Protected, example of use 307 Protected, member datum, example of 376 Protected, member function, constructor 292 Protected, uses for 292 (see “Access-specifier”) Prototype see “Function-prototype” Pseudoinverse 570 604 Pseudoinverse, solution of linear least squares 570 ptrdiff_t 315 PUBLIC 87 168 207 236 266 290—293 Public, base class 244 266 Public, derivation of implementation (inheritance) 294 Public, derivation, type relationship 334 Public, implementation base class 299 Public, inheritance of implementation 270 Public, member 208 Public, member as software connectors 290 (see “Access-specifier”) Pure side-effect 124 pure virtual function 234 356 Pure virtual function, called in constructor 261 Pure virtual function, defined in derived class 236 Pure virtual function, definition 261 Pure virtual function, example of 234 315 QuadraticComplexRoots 111 QuadraticPolynomial 110 111 QuadraticPolynomial::RealRoots 113 QuadraticRealRoots 111 qualification see also “Scope resolution operator” Qualification, calling pure virtual with 261 Qualify 112 Question mark 25
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