计算物理和C++面向对象的程序设计教程 azw3 网盘 高速 下载地址大全 免费

《计算物理和C++面向对象的程序设计教程》是C++语言的初学者或者中等水平的编程人员的最 佳选择，内容从C++应用到技巧问题，运用现代面向对象软件工程工具以简化表示和现代C++编程有关的科学编程的众多方面。由于这本教程的独特性，对于计算科学的学生和科学编程人员，其作用不可估量。尤其值得关注大篇幅的附录，这些附录都具有极强的应用性，不可忽视。

PartⅠ C++programmingbasics 1 Introduction 1.1 Objective 1.2 Presentation 1.3 WhyC++ 1.4 C++standards 1.5 Summary 1.6 How to use this text 1.7 Additional study aids 1.8 Additionaland alternative software packages 2 Installing and running the Dev—C++ programming environment 2.1 Compiling and running a first program 2.2 Using the Dev—C++debugger 2.3 Installing DILIN and gsl 2.4 A first graphics program 2.5 The help system 2.6 Linuxaltematives 2.7 Assignment 3 Introduction to computer and software architecture 3.1 Computationalmethods 3.2 Hardware architecture 3.3 Softwarearchitecture 3.4 The operating system and application software 3.5 Assignments 4 Fundamentalconcepts 4.1 Overview ofprogram structure 4.2 Tokens，names， and keywords 4.3 Expressions and statements 4.4 Constants， variables， and identifiers 4.5 Declarations， definitions，and scope 4.6 rvalues and lvalues 4.7 Block structure 4.8 The const keyword 4.9 Operators—precedence and associativity 4.10 Formatting conventions 4.11 Comments 4.12 Assignments 5 Writing a first program 5.1 The main（） function 5.2 Namespaces 5.3 #include Statements 5.4 Input and output streams 5.5 File streams 5.6 Constant and variable types 5.7 Casts 5.8 Operators 5.9 Controlflow 5.10 Functions 5.11 Arrays and typedefs 5.12 A first look at scientific software development 5.13 Programerrors 5.14 Numerical errors with floating—point types 5.15 Assignments 6 An introduction to object—oriented analysis 6.1 Proceduralversus object—oriented programming 6.2 Problem definition 6.3 Requirements specification 6.4 UMLdiagrams 6.5 Use case diagram 6.6 Classes and objects 6.7 Objectdiscovery 6.8 Sequence and collaboration diagrams 6.9 Aggregation and association 6.10 Inheritance 6.11 Object—oriented programming approaches 6.12 Assignments 7 C++object—oriented programming syntax 7.1 Class declaration 7.2 Class definition and member functions 7.3 Object creation and polymorphism 7.4 Informationhiding 7.5 Constructors 7.6 Wrappering legacy code 7.7 Inheritance 7.8 The 'protected' keyword 7.9 Assignments 8 Controllogic and iteration 8.1 The booland enum types 8.2 Logicaloperators 8.3 if statements and implicit blocks 8.4 else， else if， conditional and switch statements 8.5 The exit（） function 8.6 Conditional compilation 8.7 The for statement 8.8 while and do...while statements 8.9 The break and continue statements 8.10 Assignments 9 Basic function properties 9.1 Principles offunction operation 9.2 Function declarations andprototypes 9.3 Overloading and argument conversion 9.4 Built—in functions and header files 9.5 Program libraries 9.6 Function preconditions and postconditions—the assert statement 9.7 Multiple return statements 9.8 Functions andg global variables 9.9 Use ofconst in functions 9.10 Defaultparameters 9.11 Inline functions 9.12 Modular programming 9.13 Recursive functions 9.14 Assignments 10 Arrays and matrices 10.1 Data structures and arrays 10.2 Array defirution and initialization 10.3 Array manipulation and memory access 10.4 Arrays as function parameters 10.5 Returning arrays and object arrays 10.6 constarrays 10.7 Matrices 10.8 Matrix storage and loop order 10.9 Matrices as function arguments 10.10 Assignments 11 Input and output streams 11.1 The iostream class and stream manipulators 11.2 File streams 11.3 The string class and string streams 11.4 The toString（ ） class member 11.5 The printf function 11.6 Assignments PartⅡ Numerical analysis 12 Numerical error analysis—derivatives 12.1 The derivative operator 12.2 Errordependence 12.3 Graphical error analysis 12.4 Analytic error analysis—higher—order methods 12.5 Extrapolation 12.6 The derivative calculator class 12.7 Assignments 13 Integration 13.1 Discretization procedures 13.2 Implementation 13.3 Discretization error 13.4 Assignments 14 Root—finding procedures 14.1 Bisection method 14.2 Newton's method 14.3 Assignments 15 Differenhal equations 15.1 Euler's method 15.2 Error analysis 15.3 The spring class 15.4 Assignments 16 Linear algebra 16.1 Linear equation solvers 16.2 Errors and condition numbers 16.3Eigenvalues and iterative eigenvalue solvers 16.4 Assignments …… Part III Advanced object-oriented programming 17 References 18 Pointers and dynamic memory allocation 19 Advanced memory management 20 The static keyword; multiple and virtualinheritance, templates, and the STL library 21 Program optimization in C++ Part IV Scientific programming examples 22 Monte Carlo methods Appendix A Overview of MArLAB Appendix B The Borland C++Compiler Appendix C The Linux／Windows Command—LineC++ Compiler and Profiler Appendix D Calling FORTRAN programs from C++ Appendix E C++coding standard References and further reading Index

David Yevick，是国际知名学者，在数学和物理学界享有盛誉。本书凝聚了作者多年科研和教学成果，适用于科研工作者、高校教师和研究生。

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