- FORTRAN程序语言--77与90的合集(英文版)
- - 作者：编者:郭晓倩|责编:章毅
  - 出版社：中国矿大
  - ISBN：9787564650599
  - 出版日期：2021/06/01
  - 页数：258
- 售价：27.2

内容大纲
FORTRAN是第一种高级程序设计语言，是所有科学计算机语言的鼻祖。Fortran很早就在编程领域占据了主导地位，并在计算密集领域连续使用了半个多世纪，如数值天气预报、有限元分析、计算流体动力学、计算物理、结晶学和计算化学。它是一种用于高性能计算的流行语言，用于对世界上最快的超级计算机进行基准测试和排名的程序。本书共13章。第一章到第九章包括了FORTRAN语言的基础知识。学习了这一部分后，读者应该编写一个简单的FORTRAN程序。在此基础上，第十章至第十三章进一步介绍了一些复杂的算法和程序员。读者通过学习本书，可以对各种典型问题自行编写FORTRAN程序。
作者介绍
目录
Chapter 1 Introduction to the FORTRAN language
  1.1  The history of the FORTRAN language
  1.2  Why not use another language
  1.3  The evolution of Fortran language
Chapter 2 Algorithm
  2.1  Introduction
  2.2  Concept of algorithm
  2.3  Simple examples of algorithm
  2.4  Features of algorithm
  2.5  How to express algorithm
  2.6  Exercises
Chapter 3 Basic elements of Fortran
  3.1  Introduction
  3.2  The Fortran character set
  3.3  The structure of a Fortran program
  3.4  The format of a Fortran program
  3.5  Constants
  3.6  Variables
  3.7  Intrinsic functions
  3.8  Arithmetic expression
  3.9  Assignment statement
  3.10  List-directed output statement
  3.11  Simple input statement
  3.12  PARAMETER statement
  3.13  END,STOP and PAUSE statement
  3.14  Examples
  3.15  Summary
  3.16  Exercises
Chapter 4 How to process and run a program
  4.1  Introduction
  4.2  Compilation and linking
  4.3  Debugging Fortran program
  4.4  Exercises
Chapter 5 Logical and branching structure
  5.1  Introduction
  5.2  Logical constants,variables,operators and expression
  5.3  Block construct
  5.4  The logical IF statement
  5.5  The SELECT CASE construct
  5.6  Debugging Fortran branches
  5.7  Exercises
Chapter 6 Loops
  6.1  Introduction
  6.2  Control structure:loops
  6.3  The iterative or counting loops
  6.4  The while loop
  6.5  The until loop
  6.6  Named loops （Fortran 90）
  6.7  The CYCLE and EXIT statements （Fortran 90）
  6.8  Debugging Fortran loops

  6.9  Exercises
Chapter 7 Data types
  7.1  Introduction
  7.2  Building the data environment for a problem solution
  7.3  Double precision
  7.4  Complex data type
  7.5  Conversion and operation between four types of numeric data
  7.6  Characters
  7.7  Exercises
Chapter 8 Output
  8.1  Introduction
  8.2  Formats and formatted WRITE statements
  8.3  Output devices
  8.4  Format descriptors
  8.5  How formats are used during WRITEs
  8.6  Exercises
Chapter 9 Input
  9.1  Introduction
  9.2  Formatted READ statements
  9.3  Integer input–the I descriptor
  9.4  Real input-the F descriptor
  9.5  Logical input—the L descriptor
  9.6  Character input—-the A descriptor
  9.7  Horizontal positioning—the X descriptor
  9.8  How formats are used during READs
  9.9  Exercises
Chapter 10 Arrays
  10.1  Introduction
  10.2  Declaring arrays
  10.3  Using array elements in Fortran statements
  10.4  Using whole arrays in Fortran statements （Fortran 90）
  10.5  Array storage
  10.6  Initialization
  10.7  Input and output
  10.8  Examples
  10.9  When should you use an array
  10.10  Exercises
Chapter 11 Procedures
  11.1  Introduction
  11.2  Function subprogram
  11.3  Subroutines
  11.4  Passing data between actual argument and dummy argument
  11.5  The SAVE statement
  11.6  Examples
  11.7  Exercises
Chapter 12 Statement function
  12.1  Introduction
  12.2  Definition of statement function
  12.3  Invoking the statement function
  12.4  Exercises

Chapter 13 File
  13.1  Introduction
  13.2  The OPEN statement
  13.3  The CLOSE statement
  13.4  The READ statement
  13.5  The WRITE statement
  13.6  File position statement
  13.7  Unformatted files
  13.8  Direct access files
  13.9  Examples
  13.10  Exercises
Appendix
  Appendix A The ASC Ⅱ character set
  Appendix B Intrinsie function in Fortran
  Appendix C Clauses allowed in the OPEN statement
  Appendix D Clauses allowed in the READ statement
  Appendix E The order of statements in a Fortran program
References

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