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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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Предметный указатель
Interface base class, reference to, example of 247 Interface base class, sketch for 238 Interface base class, templatized, example of 584 585 589 595 607 Interface category 231 234 260 Interface category, classes are not concrete 270 Interface category, compared to implementation category 298 Interface category, example of 231 Interface type 335 Interfaced array 363 Interfaced array class 313 Interfaced Array2d<A> 417 Interfaced function pointer 517 InterfacedArray2d<T> 401 471 InterfacedArray2d<T> as public base 402 InterfacedArrayProjection1d<ConcreteArray2d> 405 406 InterfacedArrayProjection1d<ConcreteFormedArray2d<double>> 406 Internal binary composition law 474 Internal file 30 Internal linkage 123 178 Internal linkage, uses for 124 interval 157 171 174 Interviews 262 Inverse 474 Inverse() 483 490 Invert() 480 489 490 iomanip.h 29 74 IOR 27 iostream 27 62 171 173 542 579 iostream.h 15 29 68 74 88 Irresponsible sharing 445 Is-usable-as, array interface 313 Is-usable-as, commonality 237 260 Is-usable-as, commonality, public derivation and 271 Is-usable-as, relation, public interface base class 280 Is-usable-as, transitive 271 isdigit() 25 ISHFT 27 isNull() 427 433 IsoFunction<Domain> 517 IsoFunctional 516 IsoFunctional<Domain> 516—522 536 IsoFunctional<Domain> as public virtual base 517 518 521 522 523 524 525 Isomorphic classes see “Template” ispunct() 25 istream 172 isupper() 25 IteratedEquations<T> 595—598 600 IteratedEquations<T> as public virtual base 599 607 Iteration 406 407 Iteration for nonlinear least squares 587 Iteration in nonlinear estimation 595 Iteration with iterators 408 Iteration, built-in C++, example of 407 Iteration, design 8 Iterator 169 213 364 406 547 Iterator for strings, example of 546 Iterator, example of 215 216 596 Iterator, example of use 216 217 533 597 Iterator, lexer as 527 Iterator, mapping, exercise 536 Iterator, read-only see “Browser” Iterator, specialized, example of 439 IteratorType 409 IV (current-voltage) curve 248 Iverson, K.E. 7 535 IVTester 248 249 250 256 397 Jacobian, partials for Newton — Raphson, example of 600 Jazayeri, M. 139 415 Jenks, R.D. 261 327 357 Jerrell, M.E. 613 Johnson, R. 262 Juedes, D. 589 K&R C 67 Kaleidoscope 508 Kappraff, J. 507 508 Kennedy, B.M. 415 447 Kernighan, B. 67 Keyword, for complete list 13 152 Section Kincaid, D.R. 136 540 559 563 kits 262 Klema, V.C. 451 Knowns1d 466 Knowns2d 466 Knuth, D.E. 10 59 488 Knuttila, K. 139 Koenig, A. 7 Krogh, E.T. 136 540 559 563 Language and abstraction 3 LAPACK 9 LAPACK, declarations for 553 LAPACK, design dimensions 454 LAPACK, organization of 451 LAPACK, potential error 454 LAPACK, subroutine arguments 455 LAPACK, symmetric array storage example 560 LapackFactored<Rep> 464 465 466 469 Lapackllnfactored<RectLURep<EltT>> 468 Lapackllnfactored<RectSVDRep<double>> 605 607 LapackMatrix 468 LapackRect<T> 431 457 458 460 461 463 464 465 LapackSubroutines 557 LapackSymPosDef Packed<T> 457 LapackUnfactored<Rep> 464 465 468 469 470 606 Laplacian smoothing 220 Largest integer 22 Lattice versus DAG 261 Lawson, C.L. 136 540 559 563 570 571 580 603 604 606 613 LDA see “Array-stride” “Leading Leading dimension (LDA) 469 Leaker 423 424 430 Least-squared error 587 LeastSquares<A> 605 606 608 Left singular vectors 570 Left-shift operator see “<<” LeftScalarsCategory<V, S> 493 LeftScalarsCategory<V, S> as public base 493 legacy 539 Legendre polynomial 537 581 Legendre polynomial, fitting, example 576 Lejter, M. 173 Levenberg — Marquardt nonlinear least squares 595 613 Lexer 527 529 536 Lexical analyzer 527 Library for C++ 5 Library, class versus subroutine 577 Library, FORTRAN, called from C++ 553 Library, subroutine 539 Lifetime 176 192 Limits, numerical 22 574 limits.h 22 Line 85 86 87 89 90 91—94 115—117 173 Linear algebra 476 Linear equation 451 452 Linear equations see also “Matrix” Linear equations from Taylor expansion 588 595 Linear equations, LAPACK for 451 Linear equations, solution with C++, example of 467 Linear fractional transformation 480 Linear least squares, solved by pseudoinverse 570 Linear space 476 Linear space, algebraic category, example of 496 LinearFractionalTrans 480 LinearizationIterator<T> 596—600 603 610 LinearSpaceCategory<V, S> 614 LinearSpaceCategory<V, S> as public base 497 Lines, L.R. 603 LineSegment 145 173 Link 168 Linkage 194 Linkage and file scope 178 Linkage rules see “[The Annotated C++ Reference Manual Section linkage specifier 121 Linkage, default 124 Linkage, external 123 Linkage, general case 577 Linkage, internal 123 Linkage, “C++” 540 Linkage, “C” 540 Linkage, “FORTRAN” 553 Linked list 168 Linked list, example of use 437 Linker 578 Linker versus linkage 578 LINPACK 136 Linton, M.A. 262 Lippman, S.B. 11 139 189 Liskov, B. 357 Lisp 195 535 List<GPIBComponent*> 341 List<ParserFunctionEntry> 537 List<T> 169 170 171 174 219 341 437 ListIterator<T> 169 170 171 174 439 ListIterator<T> as public base 439 Loan, C.F.V. 7 local scope 56 178 194 Local variable 56 57 80 180 Local variable and recursion 59 Local variable, allocation 176 Local variable, function argument 57 Local variable, returned by reference 132 Local variable, static 180 Local variable, this 92 Locale 579 Logarithm, example 130 Logical operator 31 Logical operator, table of 24 Logical test 33 Logical values 24 Long 22 long double 22 23 134 long int 22 23 554 Loop 34 36 37 Loop and inline functions 55 82 Loop, comparison table 35 Loop, example of use 41 169 270 Lorensen, W. 10 261 lowercase 19 lvalue 367 main() 14 60 88 113 182 main(), example of 60 87 107 211 611 main(), main program required 14 Maintainability 265 276 malloc() 77 78 Manipulator 16 28 29 35 68 73 74 Many-to-one relation, pointer class for 431 Mapping, functions as mathematical 123 MappingBrowser<Domain> 536 Marquardt, D.W. 603 Martin, B. 300 Mass 495 499 Match with promotion 134 Math library 17 math.h 17 Mathematica 535 Mathematica, compared to C++ 7 Mathematical, expression built at runtime 518 Mathematical, routine as abstraction 206 Mathematics analog and functional programming 139 Mathematics analog, function name 122 Mathematics analog, function type 122 Mathematics analog, operator notation 159 Matlab, compared to C++ 7 Matrix 330 331 Matrix, as algebraic structure 476 Matrix, augmented, class for 605 Matrix, banded 452 Matrix, class from FORTRAN subroutines 457 Matrix, eigenvectors 470 Matrix, in-place factorization 460 Matrix, indefinite 452 Matrix, inverse 570 Matrix, LAPACK storage methods 452 Matrix, LU factoring, example 557 Matrix, multiplication 41 Matrix, positive definite 452 Matrix, projection, example 566 Matrix, structure 452 Matrix, symmetric 452 457 Matrix, symmetric positive definite packed 467 Matrix, tridiagonal 452 Matrix, with BLAS implementation 563 max() 364 365 maxArray2dElement() 366 415 Maximum likelihood 587 Maximum value, floating point (FLT_MAX) 94 McKenney, A. 370 451 452 467 559 579 Member 86 Member datum as abstraction 92 Member datum as state 229 Member datum, access 92 Member datum, built-in pointer, example of 376 426 546 Member datum, const pointer, example of 382 Member datum, const reference, example of 412 Member datum, copied-object pointer as 425 Member datum, counted-object pointer as 425 Member datum, counted-object pointer, example of 524 Member datum, declaration 89 Member datum, direct access to 231 Member datum, function pointer as 517 Member datum, initializer 146 Member datum, initializer, needed 148 Member datum, initializer, not needed 147 Member datum, inside member function 92 Member datum, interface base class type, example of 403 Member datum, none in interface base class 236 Member datum, parameterized 322 Member datum, pointer to const object, example of 380 410 Member datum, pointer, for referential aggregation 421 Member datum, protected, example of 426 Member datum, reference, example of 596 Member datum, static 94 Member datum, template parameter as type of, example 401 523 592 member function 86 Member function as behavior 229 Member function as constraint 275 Member function to control objects 231 Member function, ambiguous inheritance of 283 Member function, base class called from derived class 269 Member function, base class, definition of 278 Member function, call 88 Member function, call from another member function, example 150 Member function, call, base class member function 267 Member function, call, through interface, example of 292 Member function, class template 102 310 Member function, const 144 Member function, coordinating for memory management 100 Member function, derived class 267 Member function, design of 100 Member function, destructor 96 Member function, determining complete set of 297 Member function, example of 228 244 Member function, exercise 263 Member function, forwarding 265 279 299 Member function, forwarding to member pointer, example of 403 Member function, forwarding to wrap arrays in interfaces 401 Member function, forwarding, example of 278 Member function, forwarding, instead of multiple derivation 300 Member function, forwarding, problems 279 Member function, function template, example of 310 Member function, implementation 91
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