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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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Type, checking at runtime 464 Type, checking, const references 128 Type, checking, role of header files 120 Type, checking, templates, after expansion 348 Type, checking, value 329 Type, checking, virtual functions 236 Type, class 85 330 Type, code, for type testing 341 Type, const 331 Type, conversion 40 54 Type, conversion in function call 126 Type, conversion of function arguments 126 Type, conversion, automatic 54 Type, conversion, rules 21 Type, creation 335 Type, determining function call 275 Type, encapsulation and 357 358 Type, family of closely related 100 Type, information, amount needed 368 Type, information, loss 340 Type, information, recovery 343 Type, object versus reference to 334 Type, parameterized 101 Type, programmer-defined 85 Type, relationship 332 Type, relationship and indirection 333 Type, relationship, base class reference to derived-class object 338 Type, relationship, const reference 333 Type, relationship, conversion operator 339 Type, relationship, derived class and base class template 349 Type, relationship, indirect view versus value conversion 333 Type, relationship, public derivation 334 Type, relationship, template specialization 349 Type, relationship, templates 346 Type, relationship, templatized interface 349 Type, relationship, usual arithmetic conversions 330 Type, restriction on function template 352 Type, runtime modification 460 Type, synonym for 40 Type, template parameter 350 Type, testing, example of 342 Type, testing, problems 343 Type, theory of 357 Type, use 335 typedef 40 87 315 321 322 331 364 466 505 511—513 Typedef as symbolic name 466 Typedef for abbreviation 331 364 Typedef for abbreviation, example of 607 Typedef for function type 511 Typedef for member function pointer 513 Typedef for member function pointer, example of 529 Typedef for name commonality 518 Typedef in template as common name 320 Typedef with template for robust code 512 Typedef, function pointer, example of 598 Typedef, nested in class template, example of 321 Typedef, nested in class, example of 373 375 Unary operator 31 UnaryFunctional<Domain> 523 unformatted I/O 62 Ungar, D. 195 Unhide 288 297 Unhide, example of 288 union 20 21 Union, danger of 21 UNIT 475 Units (dimensional analysis) on physical quantities 493 Units (dimensional analysis), derived from fundamental, representation of 498 Units (dimensional analysis), fundamental, representation of 498 Units (dimensional analysis), fundamental, SI system 495 Units (dimensional analysis), MKS system 498 Unknowns1d 466 Unknowns2d 466 Unprintable character 24 Unsigned int member datum, example of 434 Updating assignment operator 26 uppercase 19 Use type 335 Use versus design 230 UsedInInvalidStateErr 258 307 User-defined conversion 235 151 152 User-defined conversion and argument matching 135 User-must-define functions 354 482 User-must-define functions, example of 497 519 591 UsesSA<ndim> 348 Usual arithmetic conversions 23 26 54 126 Usual arithmetic conversions as type relationship 330 Value 18 68 69 Van Loan, C.R. 417 456 470 571 Vandermonde 417 Vandermonde matrix 427 Variable 18 68 69 Variable, assignment 58 Variable, associated with object 38 57 Variable, creation 38 Variable, declaration 19 Variable, initial value 20 variable, name 13 Variable, schematic diagram 69 Variable, scope 57 Variable, type 332 Vector 476 492 Vector as algebraic structure 475 Vector, vector space 476 vector<T> 136 Vertical tab 25 Vetterling, W.T. 36 47 60 313 416 537 541 571 587 595 604 613—615 virtual 232 234—237 257 260 273 275 281 283 299 400 447 Virtual, base class 281 Virtual, base class and diamond-shaped class DAG 296 Virtual, base class in base class composition 294 Virtual, base class to extend interface 295 Virtual, base class with member data 300 Virtual, base class, avoiding with code replication 491 Virtual, base class, criterion 301 Virtual, base class, downcast prohibited from 343 Virtual, base class, efficiency 300 Virtual, base class, example of 280 281 285 293 318—324 342 344 398 400 401 404 405 442 461 464 516—518 521—525 585—599 607 610 Virtual, base class, how it works 282 Virtual, base class, initialization of 300 Virtual, base class, member function calls 283 Virtual, constructor 442 Virtual, destructor 234 257 443 Virtual, factory see “Object-factory” Virtual, function 260 287 Virtual, function in derived class, example of 236 Virtual, function, call through reference, example of 249 Virtual, function, called by base class member 273 Virtual, function, clone see “Clone function” Virtual, function, definition 237 Virtual, function, design decision for base class 275 Virtual, function, effect of, example 235 Virtual, function, efficiency of 299 Virtual, function, example of use 234 273 Virtual, function, hidden 287 Virtual, function, impact on clients 275 Virtual, function, inline 299 Virtual, function, match of derived and base class 237 262 Virtual, function, not in interface, example of 572 604 Virtual, function, overloading 287 Virtual, function, overriding, example of 272 Virtual, function, return type 398 447 Virtual, function, unhiding 288 Virtual, function, when not to use 275 Visualization of objects 238 Vlissides, J.M. 262 void 52 53 131 Void as argument type 131 Void as return type 131 void* 83 151 Voltage supply object 231 VoltageSupply 231 233 234—250 263 271 275—279 282 286—291 295 296 301 318 334 335 340 VoltageSupply as public base 235 236 244 247 278 294 VoltageSupply as public virtual base 281 285 293 342 344 Voltmeter 245 248—250 263 Voltmeter object 231 VoltOn59 231 232—236 245 263 279 301 334 VoltOn59Dual 295 296 VoltOn59_VS 235 236—243 334 335 340 VoltOn59_VS_GI_GC 263 277 278 VoltyMetrics 232 241 245 251 263 279 301 VoltyMetricsSimulation 251 252 253 257 263 VoltyMetrics_VM_GI 256 VoltyMetrics_VM_GI_GC 263 277 278 Warning, arrays start at 0 41 Warning, avoid single argument constructors 156 Warning, a[i,j] is not 2D 165 Warning, built-in pointer member data shares objects 150 164 Warning, check for self assignment 164 Warning, equality test versus assignment 23 Warning, floating point constants 23 Warning, integer constants 21 Warning, member initialization order 147 Warning, minimize conversions 154 156 Warning, m[1,2] is not 2D array access 42 Warning, pass constant built-in arrays as const arguments 130 Warning, return by reference 132 Warning, self assignment 99 Wegner, P. 262 327 357 Weiss, D.M. 207 While-loop 34 37 While-loop, example of use 45 98 150 whitespace 28 72 Wiener filtering via stochastic inverse 613 Wiener, Lauren 10 Wilkerson, B. 10 208 Wing, J.M. 357 Wirfs-Brock, R. 10 208 Wirth, N. 10 Wolfram, S. 7 535 Wrapping, BLAS subroutines, example 563 Wrapping, legacy code in objects 577 Wrapping, non-C++ function 539 WRITE 15 62 63 X 168 xdot (BLAS), example of use 567 XERBLA 555 XFunctional<Domain> 521 523 XFunctional<double> 531 xgemm (BLAS), example of use 566 xgemv (BLAS), example of use 565 xgesvd (LAPACK), example of use 573 xscal (BLAS), example of use 565 Y 168 YazooMatrix 331 Yourdon, E.N. 10 619 620 624 Z 168 ZAXPY 136 Zdonik, S.B. 357 Zelkowitz, M.V. 617 Zero as null pointer 44 Zero is false 24 Zienkiewicz, O.C. 218 [] 31 78 367 “Projection-operator”) [], example of use 377 [], in new and delete 78 \" 25 \' 25 \? 25 \a 25 \b 25 \f 25 \n 25 \r 25 \t 25 \v 25 \\ 25 ^ 27 31 ^= 31 _AXPY 136 _IOLBF 83 {} see “Braces” | 27 31 |= 31 || 24 31 ||, example of use 273 310 ~ 27 31 96 “C” 540 553 “FORTRAN” 553 554 – 23 31 49 160 480 –= 31 49 –> 31 49 89 430 –>* 31 71 514 –– 23 31 49 165 480 491
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