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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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! 24 31 != 24 31 45 504 # 15 #define 76 #include 15 53 54 120 see “Composition law” % 23 31 205 %= 31 & 27 31 43 44 49 51 79 125 127 160 446 512 && 24 31 &&, example of use 158 &= 31 () 31 * 23 31 43 49 62 77 125 160 427 431 480 ** 23 */ 14 *= 31 *=, example of use 316 *this, object reference, example of use 386 *this, return *this, example of 269 + 23 31 49 160 480 +(superscript on matrix) see “Pseudoinverse” ++ 23 31 41 49 165 480 491 ++*, example of use 434 += 31 +=, example of use 129 , 42 . 31 88 160 .* 31 71 160 513 514 .AND. 24 .EQ. 24 .FALSE. 24 .GE. 24 .GT. 24 .LE. 24 .LT. 24 .NE. 24 .NOT. 24 27 .OR. 24 / 23 31 480 /* 14 // 13 68 /= 31 0 24 76 0, as null pointer 44 0x 26 : 147 236 268 :: 31 71 91 110 112 160 166 267 286 293 513 549 ; 86 < 24 31 45 136 << 15 27 28 29 31 68 72 74 171 258 552 <<, concatenating 68 <<= 31 <= 24 31 45 <> 101 104 <iostream.h 542 = 23 26 31 =, for assignment 26 =, for default argument 130 =, for initializer 38 =, used for initialization 149 =0 see “Pure virtual function” == 23 24 31 45 504 ==, example of use 93 > 24 31 45 136 >= 24 31 45 >> 15 27 28 31 68 72 171 172 174 258 552 >>, concatenating 68 >>= 31 ?: 160 (see also “Conditional operator”) A 167 357 447 A, as public base 357 605 Abelian 475 AbelianGroupCategory<T> 490 505 AbelianGroupCategory<T>, as public base 491 AbelianMonoidCategory<T> 488 AbelianMonoidCategory<T>, as public base 490 AbelianSemiGroupCategory<T> 486 487 501 502 AbelianSemiGroupCategory<T>, as public base 500 Abelson, H. 535 abort() 182 abs(), example of use 36 93 133 Abstract algebra 505 Abstract algebra, programming device for 473 abstract base class 243 262 329 Abstract base class, using to avoid errors 276 abstract class 262 Abstract Factory 262 (see also “Object-factory”) Abstraction 4 120 206 207 218 260 Abstraction, and polymorphism 327 Abstraction, array shape 315 Abstraction, arrayness 313 Abstraction, class for 207 Abstraction, collections 303 Abstraction, creation versus use 242 Abstraction, current-voltage curve 250 Abstraction, design cost of 218 Abstraction, distinct from encapsulation 212 218 Abstraction, essential aspects of 212 Abstraction, expressing 3 Abstraction, failure of 212 Abstraction, finding 207 218 Abstraction, ignoring template expansion 350 Abstraction, importance of 206 Abstraction, in a nonmember function 233 Abstraction, in coimnunication 3 Abstraction, information loss 340 Abstraction, interface base class 234 Abstraction, of control flow 535 Abstraction, of relationships 212 218 Abstraction, pure virtual functions and 242 Abstraction, represented by interface base class 236 Abstraction, secrets of 207 Abstraction, supported by iterators 413 Abstraction, violation of 212 Abstraction, voltmeter, exercise 263 Abstraction, with subroutines, failure of 207 Acceleration 495 499 Accept function 344 ACCESS 285 Access control, adjustment 293 Access control, after dominance and overloading 290 Access control, and derivation (table) 290 Access control, base class members 290 Access control, encapsulation 290 Access control, for derived classes 292 Access declaration 293 299 Access declaration, and overloaded names 294 Access declaration, example of use 308 374 380 Access declaration, limitations on 294 Access, friends 167 Access, members of other objects 92 Access, nested class 110 Access, preventing with encapsulation 207 Access, specifier 290 Access, to member data 89 Access, to members 87 AccessedArray1d<T> 406 AccessedArray2d<T> 403 404 AccessedConstArray2d<T> 405 AccessedPhysicalDataBrowser<double> 586 AccessedPhysicalDataBrowser<T> 614 accessor 398 403 415 Accessor, compared to reference 404 Accessor, example of use 585 Acme230 285 286—289 294—296 301 Acme230_NoV 294 295 Acmel30 225 227 228—231 233—236 246 247 251 263 271 272 274 281 291 293 299 334 340 342 Acmel30Simulation 251 253 257 263 Acmel30_Acs 293 294 295 296 Acmel30_Fwd 278 279 281 Acmel30_GC 341 344 Acmel30_GCTC 342 343 Acmel30_GIData 281—289 292 294 301 Acmel30_GIData, as private base 285 Acmel30_NoV 294 Acmel30_NoV, as public base 294 Acmel30_VS 235 236—244 334 335 340 Acmel30_VS_GI 244—246 278 301 Acmel30_VS_GI_GC 247 250 256 263 271—281 298 Acmel30_VS_GI_GC, as public base 271 Acmel40 271 272—276 299 301 Acmel40_Fwd 301 Actual argument 57 80 125 Acyclic graph 239 Ada and generic types 327 Ada, compared to C++ 6 Adaptability, via system of classes 363 Adcock, J.L. 11 Add 502 502 AddFunctional<Domain> 522 523 Additive 475 AdditiveArray 500 501 Address 43 46 address-of operator 43 44 advance() 408 Aggregate 420 Aggregated object 422 Aggregation 420 (see also “Containing aggregation” “Controlling “Referential and Aggregation, controlling, example of 461 Aggregation, kinds of 421 Aggregation, referential, example of 461 Aki, K. 575 603 604 613 Alert (bell) 25 Algebra 476 Algebra with unit 476 Algebra with unit, example of 564 Algebraic category, example of use 591 Algebraic category, selection of, example 496 Algebraic category, single set, additive, table 483 Algebraic category, single set, multiplicative, table 481 Algebraic structure 505 Algebraic structure categories 473 Algebraic structure, decision tree 476 Algebraic structure, matrix example 564 Algebraic structure, programming device 478 Algebraic structure, single set properties, table 474 Algebraic structure, two set examples, table 476 AlgebraWithUnitCategory<V, S> 492 AlgebraWithUnitCategory<V, S>, as public base 564 Algorithms 613 allocation 275 Allocator 38 Ambiguity, avoiding 153 155 482 Ambiguity, duplicated base class member function 283 Ambiguity, from duplicate base classes 289 Ambiguity, of representation, information hiding 230 Ambiguity, solved by hiding 288 Ambiguity, state-representation 230 Ambiguity, with conversions 153 Ambiguous, function call 133 135 137 And, bitwise 27 Anderson, E. 370 451 452 467 559 579 angle brackets see “Template” ANSI C 67 ANSI C, called from C++, example of 540 ANSI C, documentation 578 ANSI C, string class 578 ANSI C, string functions 542 ANSI standard, function template 139 ANSI standard, name spaces 173 APL 535 APL, compared to C++ 7 Apple 359 Application of functions to collections 533 argc 532 Argument 52 Argument declaration 222 Argument matching 232 Argument matching, and member function 143 Argument matching, and single argument constructor 151 Argument matching, best match 132 Argument matching, const and 134 Argument matching, conversion operator 152 Argument matching, exact 133 Argument matching, example of 91 Argument matching, function template and ANSI 139 Argument matching, function templates 137 Argument matching, multiple arguments 135 Argument matching, operator 161 Argument matching, standard conversion 134 Argument matching, template wins 325 Argument matching, throw-catch 110 Argument matching, user-defined conversion 135 Argument matching, with promotions 134 Argument matching, with trivial conversions 133 Argument type, void 131 Argument, actual 125 Argument, altering 124 Argument, and const member function 145 Argument, array as 129 Argument, as mathematical domain 122 Argument, default 130 Argument, formal 125 Argument, initialization of 58 81 125 Argument, initialized with copy constructor 126 Argument, LAPACK commonality 455 Argument, matching, function call operator 514 Argument, name omitted to suppress warning, example of 394 Argument, non-const reference, example of 595 Argument, not allowed for conversion operator 152 Argument, passed by reference 59 Argument, passed by value 58 Argument, reference 127 Argument, relation of formal and actual 125 Argument, swapping, example 127 Argument, template 136 Argument, type conversion of 126 Arguments, swapping 81 argv 532 Arithmetic on pointers 45 Arithmetic operator, table 23 Arity 160 ARM 5 11 ARM, marginal notes 8 Arnold, R.S. 619 Array 40 155 312 318 Array and pointer 44 95 Array as actual argument 59 Array of class objects 86 Array of counted-object pointers, example of 438 Array of interface pointers, example of 444 Array of interface pointers, function application and 535 Array of pointers to interface base class 250 Array with arithmetic distributed to elements 500 Array, 1-offset origin 117 Array, allocating with new 78 Array, allocation, example of 99 Array, allowed conversions to reference 385 Array, as function argument 129 Array, assignment 96 99 Array, assignment, example of use 366 Array, assignment, to scalar 99 Array, begins with element 0 62 Array, bounds checking, example of 109 Array, built-in 9 62 312 Array, built-in, and pointer 420 Array, built-in, as parametric type 330 Array, character, initialization of 50 Array, class 95 97
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