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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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Rail numbers 591 Rail, L.B. 589 591 591 594 594 Rall1d<T, V> 591 592 593 614 Rall1d<T, V> as public base 593 RallInvalidUnitErr 593 RallT 599 602 Random deviate 123 rational 183 189 194 195—197 Rational numbers, example 189 194 RationalComplex 184 195—197 Rationallnitializer 194 195 READ 15 62 Read-only array see “Array-const-like” readability 64 Reading complex declaration 47 Reading input 68 Reading input with while loop 35 REAL 15 21 554 REAL*16 22 REAL*4 22 554 REAL*8 22 554 RealRoots 111 112 113 Recompilation 260 RectLURep<T> 466 557 572 581 605 RectSVDRep<double> 606 607 RectSVDRep<T> 572 573 581 604 605 RectSVDRep<T> as public base 604 Recursion 59 65 Recursion, copy constructor, generated 148 269 Recursion, default construction 269 Recursion, destructor, generated 269 Recursion, template parameter 373 390 Reduction of array elements by operators 534 Reference 20 50 69 78 98 Reference as argument 335 Reference as association 20 Reference as built-in parametric type 330 Reference as function return type 98 131 Reference as view of object 333 Reference to base class 236 270 Reference to const object 51 79 Reference to interface base class 246 Reference to temporary object 340 Reference, built-in, as model for class 379 Reference, compared to pointer 51 79 Reference, const, initialization 332 Reference, essential for “is-usable-as” relation 276 Reference, formal argument 81 127 Reference, formal argument, example of use 166 Reference, initialization required 51 79 Reference, member datum 148 Reference, member datum to base class, example of 247 Reference, member datum, example of 214 249 254 277 Reference, member datum, initialization 248 Reference, member datum, sketch 248 Reference, reference count 425 446 Reference, type 51 79 Reference, use of object through base class 241 Reference, variable 84 Reference, versus pointer, for calls through interface base class 250 Reference-counted object pointer class 425 431 ReferenceCount 433 434 435 Referential aggregation 420 Referential aggregation and interfaces 441 Referential aggregation of static objects 437 Referential aggregation, controlling object lifetime 421 Referential aggregation, pointer class for 431 Referential aggregation, sharing object lifetime 423 Reid, J. 218 415 Relational operator 23 31 Relational operator, table of 24 releaseControl() 470 rep 464 465 466 repeat() 480 483 488 repeat() and algebraic structure 483 Repeated composition, example 488 Repeated multiplication see “pow()” repeatedComposition() 488 Representation 227 Representation, ambiguity 229 584 Representation, mesh example 200 Resnick, R. 494 Resolves 285 resource acquisition is initialization 195 Resource management, using automatic objects for 187 RETURN 14 52 60 131 return *this, example of 549 Return by reference 131 Return by reference, danger of 132 return type 222 Return type and function overloading 132 Return type as range of function 122 516 Return type for search functions 159 Return type from array projection 367 Return type none for constructor 145 Return type none for destructor 165 Return type of overloaded functions 123 Return type, built-in pointer, problems with 548 Return type, not allowed for conversion operator 152 Return type, not used for template matching 139 Return type, operator 161 Return type, operator functions 160 Return type, pointer versus object 544 Return type, qualified with:: 368 Return type, reference 98 131 Return type, templatized 321 Return type, virtual function 398 Return type, void 131 Return, by value 148 Return, value of main program 14 17 Reuse 4 5 Revision for more dynamic data structures 437 Revision of classes 227 Revision of classes to add virtual functions 234 258 Revision of member function, to use abstraction 245 Revision to add interface 280 Revision to avoid code replication 323 Revision to capture implementation commonality 278 Revision to capture is-usable-as commonality 237 Revision to factor out template class member function 308 Revision to factor out template parameter independent implementation 307 Revision to group private members into a new class 291 Revision to increase encapsulation 281 299 Revision to introduce protected members 292 Revision to put functions in interfaces 291 Revision to renest classes 316 Revision to replace replication by templates 309 Revision to support in-place matrix factorization 459 Revision to use interface reference datum 246 Richards, R.G. 575 575 603 604 613 Right singular vectors 570 Right-to-left binary method 488 Rigid array 312 RigidArithmeiic1d<T, n0> 503 504 593 RigidArithmetic1d<double, 6> 591 RigidArray1d<float, 5> 336 337 RigidArray1d<float> 358 RigidArray1d<T, n0> 504 RigidArray2d<double, 5, 5> 350 RigidArray2d<int> 358 RigidArray2d<T, n0, n1> 322 RigidRall1d<T, nvars> 593 RigidRall2d 614 Ring 475 476 Ring with unit 475 476 RingCategory<T> 491 505 RingWithUnitCategory<T> 492 505 Ritchie, D. 67 Robson, D. 6 261 415 Robust code 219 Robust estimator 625 Roman, P. 505 508 row() 367 Row-major 370 Row-major, array 42 Row-major, order 313 Row-major, subscripting 364 370 Rumbaugh, J. 10 261 Runtime, binding 327 Runtime, error, array size mismatch 366 Runtime, expressions, example 518 Runtime, memory allocation see “Dynamic object” Runtime, polymorphism 327 Runtime, sizing of arrays 47 Saks, D. 262 saxpy 136 scalar 476 492 Scalar as algebraic structure 475 Scalar, multiplication 492 scanf() 84 Schizophrenic behavior 275 Schizophrenic behavior, deliberately chosen 270 SciEngErr 257 258 317 SciEngErr as public base 258 307 316 529 541 555 585 Scope 194 285 286 Scope and argument matching 133 Scope and derivation 286 Scope and function overloading 132 Scope and linkage 178 Scope and object lifetime 178 Scope and order of construction 181 scope resolution operator 31 91 94 110 112 286 Scope resolution operator for global function 549 Scope resolution operator for global function, example of use 531 Scope resolution operator for member function definitions 166 Scope resolution operator for member function pointer 513 Scope resolution operator for physical constants 495 Scope resolution operator in access declaration 293 Scope resolution operator in actual template parameter, example of 391 Scope resolution operator on members of nested classes 113 Scope resolution operator on template parameter type, example of 599 Scope resolution operator to call static members 167 Scope resolution operator, example of 94 167 267 269 288 464 Scope resolution operator, parameterized, example of use 310 Scope resolution operator, return type, example of 112 321 368 Scope resolution operator, template parameter and 321 Scope, block 194 Scope, class 112 178 Scope, class for enumeration 173 Scope, file 178 Scope, file and linkage 179 Scope, friend declaration 168 Scope, global 194 Scope, going out of 98 Scope, injecting names into 499 scope, local 56 178 180 194 Scope, nested class 112 Scope, operator see “Scope resolution operator” Scope, qualifier see “Scope resolution operator” Scope, static member 94 95 Searching intervals, example 157 Secret 207 215 219 274 282 Secret, representation 230 Security versus encapsulation 219 semicolon 13 20 86 Semigroup 474 Semigroup, algebraic category 485 SemiGroupCategory<ComplexFloat> 486 SemiGroupCategory<T> 485 486 487 SemiGroupCategory<T> as public base 488 491 SemiGroupCommon<T, Structure> 487 Separate compilation 114 119 Separation of interface and implementation 260 294 300 Separation of interface and implementation, opposite of extension by public inheritance 270 Separation of interface and implementation, to avoid errors 276 Separation of object design and use 230 Sequence point 578 setbuf() 83 setiosflags 29 74 SetOfIntervals 157 setprecision() 29 74 setToOne() 479 setToZero() 479 setw 29 35 74 setw() 552 553 SGETRF 456 460 shallow copy 149 Shape, array 312 316 Shared, aggregation 421 Shared, data 93 Shared, object via member datum reference 251 Shift, left or right 27 short int 22 23 134 554 short-circuit evaluation 24 SI (Systeme International) units 495 SIConstants<double> 499 SIConstants<T> 495 498 SIConstants<T> as private base 494 Side effect 124 125 139 Side effect, avoiding with call by value 125 Side effect, avoiding with const reference arguments 128 Side effect, classes and pure 125 Side effect, input modification 124 125 Side effect, problems with 125 Side effect, pure 124 Side effect, reference argument 127 Side effect, silver bullet 10 SimpleArray1d<int> 333 SimpleArray1d<T> 136 328 SimpleArray2d<T> 173 SimpleArray<double> 306 322 SimpleArray<Element> 203 SimpleArray<float> 305 310 346—349 SimpleArray<int> 197 305 306 310 332 333 346—349 SimpleArray<Point> 203 SimpleArray<Subscript> 328 SimpleArray<T> 101 102 107 108 117 128 136 159 173 203 266 303—306 310 313 328 346 349 SimpleArray<T> as public base 309 SimpleArrayShape 328 SimpleDoubleArray 100 SimpleFloatArray 95 97—102 117 149 150 163 266—270 301 SimpleFloatArray as public base 266 SimplelntArray 100 SimpleTrig 514 Simulator, example 250 Simulator, exercise 263 SimulatorFactory 253—255 262 SimulatorFactory as public base 255 Simultaneous equations, damped least squares 603 Simultaneous equations, nonlinear 594 Simultaneous equations, representation for 598 Single derivation 300 Single derivation, name hiding is dominance for 288 Single quote 24 25 Singular matrix, inverse of 571 Singular value decomposition 569 (see also “SVD”) Singular value decomposition and nonlinear least squares 603 Singular value decomposition, example of use 609 Singular values 570 SIZE 322 Size of data variable at runtime 175 sizeof 31 44 70 160 size_t 315 Sloane, A.D. 139 Small program versus large program 205 Smalltalk 195 327 Smalltalk, compared to C++ 6 Smart pointer 424 446 Smith, B.T. 451 Snyder, A. 300 358
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