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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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ConcreteArray2dRef<Subscriptor, T>, as public base 568 ConcreteArrayBrowser<ConcreteArray> 410 ConcreteArrayIterator<ConcreteArray> 411 ConcreteArrayProjection1d<ConcreteColumnMajorSubscriptor<2>, T> 392 ConcreteArrayProjection1d<Subscriptor, T> 388 391 393—396 406 ConcreteArrayShape<2> 371 ConcreteArrayShape<ndim> 372 388 390 ConcreteArrayShape<ndim>, as private base 390 391 ConcreteArrayShape<ndim>, as public base 373 ConcreteBlas1d<T> 565 567 580 ConcreteBlas2d<double> 607 ConcreteBlas2d<T> 564—568 580 ConcreteBlasProjection1d<T> 566 ConcreteColumnMajorProjection1d<T> 398 ConcreteColumnMajorProjectionSubscriptor<1> 391 ConcreteColumnMajorProjectionSubscriptor<ndim> 390 ConcreteColumnMajorSubscriptor<1> 374 ConcreteColumnMajorSubscriptor<2> 370 371 375 393 ConcreteColumnMajorSubscriptor<ndim> 373 389 393 ConcreteElasticArray2d<T> 415 ConcreteFormedArray1d<T>, as public base 500 ConcreteFormedArray2d<T> 398 402 ConcreteFortranArray1d<T> 580 ConcreteFortranArray2d<double> 371 393 ConcreteFortranArray2d<T> 371—378 388 391 392 398 402 457 458 461 555 559 565—568 580 ConcreteFortranArray2d<T>, as public base 457 564 566 ConcreteFortranSymmetricPackedArray2d<T> 457 560 ConcreteFortranSymmetricPackedArray2d<T>, as public base 457 ConcreteRigidArray1d<T>, as public base 503 ConcreteRigidArray2d<T, n0, n1> 415 ConcreteRowMajorSubscriptor<2> 402 406 ConcreteRowMajorSubscriptor<3> 370 ConcreteStrides<ndim> 389 390 ConcreteStrides<ndim>, as private base 390 391 ConcreteVector3d 506 Condition number 571 613 conditional operator 31 33 Conditional operator, example of use 271 308 322 427 Conditional operator, unreadable 33 const 39 46 51 76 79 125 128—130 134 143—145 148 150 164 166 173 190 323 332 340 359 369 447 448 554 Const member datum, initialization 148 const member function 173 Const reference 128 Const reference argument and const member function 145 Const type 331 Const variable, initialization of 39 76 Const, and pointer 46 Const, member function 144 Const, object, example of use 323 Const, object, reference to 51 79 Const, pointer, cannot be deleted 189 Const, reference 51 79 Constant 38 (see also “Const”) Constant expression as template argument 101 Constant object 39 75 Constant, machine dependent 574 Constant, physical 75 179 Constant, symbolic, with class scope 173 ConstantFunctional<double> 523 531 ConstArray2d<T> 398 399 402 405 413 ConstArray2d<T>, as public virtual base 400 ConstConcreteArrayProjection1d<Subscriptor, T> 388 ConstConcreteBlasProjection1d<T> 566 ConstProjectionT 367 368 Constraint as interface base class functions 242 Constraint, base class member function as 275 Construction 176 Construction of static object 181 Construction operator 339 Construction, order of automatic objects 185 Construction, order of static local objects 182 Construction, order of static nonlocal objects 182 183 Construction, order of static object, example of 181 constructor 88 96 113 145 176 Constructor, as initializer 145 Constructor, base class, called by derived class 268 Constructor, base class, example of 278 Constructor, base initialization, example of 268 Constructor, built-in type 146 Constructor, call, example of 91 268 Constructor, call, explicit 146 379 Constructor, call, explicit, example of 592 Constructor, call, implicit 88 146 Constructor, call, preventing 376 Constructor, calling pure virtual function 261 356 Constructor, class template derived from class template 310 Constructor, copy and copied-object pointer 425 Constructor, copy and counted-object pointer 425 Constructor, copy, example of 379 Constructor, copy, generated 148 276 Constructor, default 248 268 Constructor, default, example of 520 Constructor, default, generated 269 Constructor, default, needed for arrays 189 Constructor, default, static objects 194 Constructor, empty body, example of 269 Constructor, example of 91 102 214 228 461 549 600 607 608 Constructor, function name 91 Constructor, function template, example of 310 Constructor, generated default 148 269 Constructor, generated, and copied-object pointer 425 Constructor, generated, appropriate 431 435 Constructor, generated, preventing 376 Constructor, initializing base subobject 268 Constructor, initializing reference, example of 248 Constructor, not inherited 268 Constructor, order of call, base and members 268 Constructor, overloaded 91 145 Constructor, overloaded, base and members 268 Constructor, overloaded, example of 91 519 545 591 Constructor, private 269 Constructor, private for friend class 410 Constructor, private, example of 376 410 462 546 550 Constructor, protected to prevent object creation 292 Constructor, protected, example of 391 Constructor, required for class with implementation base 271 Constructor, single-argument 146 148 150 151 156 172 339 Constructor, single-argument and argument matching 127 Constructor, single-argument as conversion 151 Constructor, single-argument, example of 152 568 Constructor, static members as alternative to 166 Constructor, taking class arguments illegal 173 Constructor, virtual 442 (see also “Clone function”) Constructor, without arguments 146 Container class, template for 305 Containing aggregation 420 Containing aggregation, continue 37 Containing aggregation, controlling object lifetime 421 Containing aggregation, sharing object lifetime 422 Contract between class and client 208 Control structures 30 Controlling aggregation 421 Controlling aggregation and interfaces 441 Controlling aggregation, copied-object pointer for 427 Convenience of use, via system of classes 363 Conversion 150 Conversion and object initialization 151 conversion function 152 Conversion function, example of 308 Conversion function, explicit versus implicit 549 Conversion function, explicit, example of 546 Conversion of function name to pointer 511 conversion operator see “Conversion function” Conversion operator as constructor operator 339 Conversion operator, example of 384 385 484 568 Conversion operatorfor type relationship 339 Conversion, causing ambiguity 153 Conversion, const reference argument 129 Conversion, const type 332 Conversion, derived-class reference to base-class reference 338 Conversion, explicit 158 Conversion, global operator 161 Conversion, implicit 158 Conversion, indirect view versus value change 333 Conversion, int to enum not allowed 26 Conversion, preventing unwanted, example of 593 Conversion, runtime error 155 Conversion, standard 134 Conversion, trivial 133 Conversion, user-defined and argument matching 135 Conversion, using to add checking 157 Conversion, using to add state 157 Conversion, via single argument constructors 172 convertTo() 496 Copied-object pointer 425 Copied-object pointer as member datum 425 Copied-object pointer as return type, example of 444 Copied-object pointer to base not related to derived 445 Copied-object pointer to interface, example of 519 Copied-object pointer, example of use 461 522 CopiedBuiltInPtr<T> 426 427 429 430 449 CopiedBuiltInPtr<T>, as public base 430 CopiedObjPtr<Atom> 447 CopiedObjPtr<T> 425 427 429 430 431 441 419 461 462 470 Coplien, J.O. 11 173 415 446 Copy assignment operator 96 Copy by assignment 148 Copy by initialization 148 copy constructor 96 148 149 Copy constructor for initializing function arguments 100 Copy constructor for object initialization 100 Copy constructor, argument initialization 126 Copy constructor, called 149 Copy constructor, example of 98 102 Copy constructor, generated 148 191 Copy constructor, programmer-defined 191 Copy-assignment operator, example of 99 102 Copy-on-write 425 Copying, arguments, avoiding with const references 128 Copying, code for reuse 271 Copying, pointers 191 cos(), example of use 17 Cost of change 207 265 274 Counted-object pointer as member datum 425 Counted-object pointer as return type 439 Counted-object pointer, behavior of 431 Counted-object pointer, example of use 437 518 Counted-reference pointer, example of use 524 CountedBuiltInPtr<Domain> 519 CountedBuiltInPtr<T> 433 CountedBuiltInPtr<T>, as public base 436 CountedObjPtr<Element> 439 CountedObjPtr<Node> 439 440 CountedObjPtr<T> 425 431 434 436 441 445 446 448 Coupling, avoiding unnecessary 213 599 Courant, R. 537 cout 15 27—29 68 72 74 Cox, B. 6 10 Coxeter, H.S.M. 508 Creation type 335 CreationSize 316 Croz, J.D. 540 559 563 ctype.h 25 CubicPolynomial 111 112 current() 408 Current-voltage curve see “IV (current-voltage) curve” Cursor see “Iterator” Cyclic group 509 D 167 262 515 DAG (directed acyclic graph) 239 (see also “Class DAG”) Damasio, A.R. 3 Damasio, H. 3 Damped least squares 603 Damped SVD 604 DampedRectSVDRep<T> 604 DampedSVDIteratedEquations<T> 603 605 607 608 611 Dangle 191 192 Dangling reference 192 548 Dangling reference, dangling reference problem 193 194 Dangling reference, exposed implementations and 548 Dangling reference, with array reference objects 387 DATA 42 data member 86 89 Data model, class, example of 610 Data modeling 583 584 Data point 584 Data structure 3 613 Data structure, changing 207 Data structure, combined with functions is class 4 Data structure, dynamic 437 Data structure, recursion and 60 Data structure, secret 207 Data structure, traversal with pointer 420 Data structure, variable size 175 DataModel<T> 587 588 589 605 607 610 DataModel<T>, as public virtual base 610 DAXPY 136 Dcebe, Y. 451 deallocation 176 Debugging, and inline functions 56 83 declaration 38 114 119 285 Declaration as abstraction 120 Declaration statement 13 75 Declaration statement, in for loop 37 Declaration versus definition 114 119 139 Declaration, argument 122 Declaration, example (table) 38 Declaration, FORTRAN-compatible 553 Declaration, forward, example of 546 Declaration, friend member 168 Declaration, function 120 121 Declaration, function pointer 511 Declaration, function template 136 Declaration, mandatory 20 Declaration, placement in source code 39 75 Declaration, reading complex 47 Declaration, variable 19 Declarator 38 Decrement operator 22 Deep copy 149 default argument 130 Default argument and copy constructor 148 Default constructor see “Constructor-default” Definition 114 119 Definition an implementation 119 Definition versus declaration 114 119 139 Definition, constructor 146 Definition, exactly one for extern objects 179 Definition, function template 137 138 Definition, static member function 166 Definition, virtual function 237 Degenerate parameters in nonlinear estimation 603 613 Delegation 279 415 DELETE 31 49 71 77 78 98 165 176 188—194 257 420 429 Delete and const pointer 189 Delete on function arguments 193 Delete on pointer not from new() 420 delete [] 49 78 98 190 256 420 543 Delete, base class pointer 234 Delete, left side of assignment, example of 427 Delete, matched to new() 190 Delete, null pointer 189 Delete, on pointer to base class 257 Delete, pointer 419 Demmel, J. 370 451 452 467 559 579 DemoArwoodsMachine 495 Dereferencing, intercepted 424 Dereferencing, null pointer 44 Derivation 280 Derivation and encapsulation 300
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