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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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Derivation for extension versus commonality 299 Derivation from interface base class 235 251 Derivation, adding new derived classes 343 Derivation, class scope and 286 Derivation, example of 244 247 Derivation, interface from interface 400 Derivation, matching virtual function types 237 253 Derivation, object factory 255 Derivation, of template from template 309 Derivation, public for inheritance 373 429 439 Derivation, selecting technique 298 Derivation, template problem 447 DERIVE 271 derived class 236 Derived publicly 266 Derived type 356 (see also “Pointer-built-in-as parametric type”) Derived virtually 282 DerivedUnits<T> 498 DerivedUnits<T>, as public base 498 Design of C++ language 5 Design of overloaded names 136 design, bottom-up 10 Design, cost of 218 Design, evolution 8 Design, improvement 199 design, object-oriented 7 10 Design, program 7 Design, reflected in FORTRAN subroutine names 454 Design, structured programming 10 Design, top-down 10 destruction 176 Destruction of dynamic object 189 Destruction of static object 181 Destruction, order of automatic objects 185 Destruction, order of static local objects 183 Destruction, order of static nonlocal objects 182 destructor 96 98 165 Destructor at program termination 182 Destructor, example of 98 102 256 Destructor, not inherited 268 Destructor, virtual 234 443 Destructor, virtual, example of 315 Detlefs, D.L. 195 DGETRF() 468 DGETRS() 468 Dhatt, G. 218 DiagonalOfArray2d<T> 416 Diagram base classes 239 Diagram of variables 69 (see also “Object sketch” “Class Diamond-shaped class DAG 296 Dictionary, exercise 537 Dictionary, paired arrays, example of 529 Dietrich, Jr., W.C. 539 577 Differentiation 590 Dihedral group 507 Dijkstra, E.W. 10 DIMENSION 315 347 393 Dimensional analysis 493 Dimensionality, array 322 326 DimensionedArrayShape<2> 324 DimensionedArrayShape<ndim> 323 324 DimensionedArrayShape<ndim>, as private base 324 Directed acyclic graph see “Class DAG” Directed graph 239 Disambiguation of inherited names 289 297 503 Disambiguation of overloaded functions 155 Dispatch 345 DispatchingList<T, AcceptorType> 359 Distribute2<Op, Array> 502 Distributed Op, Array> 503 Distributes<Op, Array> 503 Distributing arithmetic, example of use 564 DistributingAbelianGroup<Array, T> as public base 564 DistributingAbelianSemiGroup<Array, T> 501 507 DistributingDivisionAlgebra<Array, T, S> 503 507 DistributingDivisionAlgebra<Array, T, S> as public base 503 DistributingEquivalentCategory<Array> 504 DistributingEquivalentCategory<Array> as public base 503 DistributingField<Array, T> as public base 503 DistributingLeftScalars<Array, T, S> as public base 503 DistributingLinearSpace<V, S> 580 DistributingSemiGroup<Array, T> 502 Division algebra 476 Division algebra, example of 518 DivisionAlgebraCategory<V, S> 493 504 519 51 DivisionAlgebraCategory<V, S> as public base 503 518 591 DO 34 41 Do — while loop 36 37 Documentation 219 Domain 484 516 519 Dominance 285 288 Dominance as generalized name hiding 288 Dominance with templates 324 Dominance, painless 289 Dominance, precedes access control 290 Dominance, proximity of base irrelevant 289 Dongarra, J.J. 136 370 451 452 467 540 559 563 579 dot operator see “Member-selection operator” dot() 567 double 22 23 134 554 Double complex 554 Double dispatch 343 345 DOUBLE PRECISION 554 (see also “Double”) double quote 25 50 downcast 343 (see also “Type-cast”) DPPTRF() 468 DPPTRS() 468 Du Croz, J. 370 451 452 467 559 579 Dual-range voltage supply 285 DualGaussianModel<T> 610 DualRangeVoltageSupply 295 296 Duff, I. 540 559 563 dynamic array 47 95 188 Dynamic binding 327 Dynamic object 188 Dynamic object and exceptions 108 Dynamic object lifetime 176 Dynamic object, allocation/deallocation 188 Dynamic object, construction 188 Dynamic object, destruction 189 Dynamic object, failure to delete 193 Dynamic object, pointers to 193 Eddy, E. 10 261 Edelson, D.R. 446 447 Efficiency 5 7 64 65 115 128 147 180 207 261 275 276 291 292 299 Efficiency and inline functions 55 82 Efficiency and side-effects 125 Efficiency by hiding base class name 490 Efficiency of recursive functions 60 Efficiency, array versus list 441 Efficiency, array, trade-offs 312 Efficiency, dynamic data 168 Efficiency, dynamic object 189 Efficiency, eliminating temporaries 505 Efficiency, object size 90 Efficiency, passing functions by name 488 Efficiency, programmer time 364 Efficiency, runtime versus space and design time, arrays 313 Efficiency, space, concrete array 363 Efficiency, template specialization for 374 Efficiency, templates to allow inlining 505 Efficiency, trade-offs, essential 313 Efficiency, virtual base class 300 Efficiency, virtual functions 299 Eiffel 6 Element 208 209 212 213 214 215 217 219 437 438 439 440 441 Element (finite) 200 208 211 212 Element table 202 208 209 Element type 312 (see also “Array-element”) Element* 439 Elements 216 312 ElementsOfMesh 213 215 216 217 437 439 Ellis, M.A. 5 8 9 11 62 77 115 139 190 261 262 300 356—358 505 527 578 628 650 651 else 16 EltT 465 Encapsulation 4 87 89 97 98 207 218 230 300 Encapsulation and reuse of implementation 284 Encapsulation as typing 357 Encapsulation for derived classes too 292 300 Encapsulation of collection by iterator 409 Encapsulation of derivation 295 Encapsulation, adjustment after derivation 293 Encapsulation, advantages of 211 Encapsulation, aids modularity 291 Encapsulation, class, not object 92 Encapsulation, compile-time security 291 Encapsulation, costs of 231 Encapsulation, distinct from abstraction 212 218 Encapsulation, enabling abstraction 233 Encapsulation, example of 208 227 Encapsulation, managing change 263 Encapsulation, nested class 110 Encapsulation, sketch 239 Encapsulation, using private constructor and friend 463 Encapsulation, violated by public inheritance 299 Enclosing, class, example of 111 Enclosing, class, of nested class 110 Enclosing, while loop 37 End of file 35 74 endl 16 28 68 73 83 enum see “Enumeration” Enumeration 25 70 71 134 173 Enumeration as type 26 70 Enumeration, conversion to int 26 Enumeration, conversions 71 Enumeration, example of use 26 285 Enumeration, nested, example of use 286 Enumeration, specified value 26 Enumerator 71 enumerator list 71 Envelope class 415 (see also “Accessor”) equality operator 31 45 Equality operator, versus assignment 23 EQUIVALENCE 20 21 EquivalentCategory<DerivedType> 352 353 354 355 360 EquivalentCategory<DerivedType> as public base 353 359 591 errno 552 errno.h 552 Error handling 105 (see also “Exception”) Error handling and interface base classes 257 Error handling, C language to C++ exceptions 541 Error handling, FORTRAN to C++ exceptions 555 Error handling, stream I/O 173 Error handling, string conversions, example 551 Error handling, string searches, example 551 error message 105 258 317 escape sequences 24 Escape sequences, table of 25 Evolution, program 4 205 Exact match, function arguments 133 Example, accumulation in double precision 325 Example, array element copy 383 Example, array element offset 374 Example, Atwood's machine 494 Example, axpy function template 136 138 Example, Boolean type 151 Example, cartesian product, exercise 509 Example, comma-separated output 305 Example, complex numbers 153 166 478 Example, dimensional analysis (units) 493 Example, dual-range voltage supply 285 Example, dynamically created Gaussian function 525 Example, file name manipulation 544 Example, finite element mesh 437 Example, fitting Legendre polynomials 576 Example, Frobenius matrix norm 407 Example, function evaluator 526 Example, linear equations 468 Example, linear fractional transformation 480 Example, linked list 168 Example, logarithm 130 Example, mathematical expression evaluator 518 Example, maximum element of array 364 Example, mesh-reading program 199 203 Example, minimum element of array 128 131 134 Example, modulo arithmetic, exercise 505 Example, molecule of atoms 442 Example, Newton — Raphson equations 594 Example, Newton's method 36 Example, nonlinear fitting 583 Example, quaternion, exercise 508 Example, random deviate 123 Example, rational numbers 194 Example, right-to-left binary method 488 Example, searching intervals 157 Example, string class 542 Example, summing array elements 129 Example, SVD for least squares 575 Example, swapping function arguments 127 exception 205 115 Exception from C 541 Exception from FORTRAN 555 Exception not used in iostream 173 Exception, catching 105 Exception, causing memory leak 423 Exception, destructors run 185 Exception, example of 106 107 111 266 585 Exception, handling 107 Exception, interface for 257 263 Exception, runtime type error 460 Exception, throwing 105 Exclusive or, bitwise 27 exit() 105 182 EXIT_FAILURE 60 EXIT_SUCCESS 60 EXIT_SUCCESS, example of 211 Experimental C++ features 115 ExperimentSimulation 252 254 256 263 Explicit state represented as member data 229 Exponential notation on output 28 73 exponentiation 22 104 Exponentiation, operator not available 160 505 Exposed implementation 212 219 274 Exposed implementation, example of 375 Exposed implementation, factored matrix representation 469 Exposed implementation, string class 548 Expression 13 Expression tree 523 Extension by public inheritance 270 299 Extension by public inheritance for interfaced classes 270 Extension by public inheritance in a template class 309 extern 53 114 121 124 179 540 563 Extern “C” see “Linkage” External composition law 476 492 external linkage 223 278 179 194 External object implementation 539 ExternalScalarsCategory<V, S> 492 ExternalScalarsCategory<V, S> as public base 493 Factored 466 467 572 604 FactoredLapackRect<T> 431 457 458 460 461 462—164 466 470 FactoredLapackSymPosDefPacked<T> 457 Factoring matrices 452 Factory 253 Falkoff, A.D. 7 535 Fallible<double> 307 Fallible<int> 307 Fallible<Interval> 157 Fallible<Subscript> 551 Fallible<T> 157 158 159 173 174 307 308 309 327 544 FallibleBase 307 309
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