Introducing Fortran 90:
Saved in:
| Main Authors: | , |
|---|---|
| Format: | Book |
| Language: | English |
| Published: |
Berlin [u.a.]
Springer
1995
|
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Physical Description: | 375 S. |
| ISBN: | 3540199403 |
Staff View
MARC
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| adam_text | Ian Chivers and Jane Sleightholme
INTRODUCING
FORTRAN 90
Springer
Contents
1 Overview 1
2 Introduction to Computer Systems 6
2 1 The components of a computer system 7
2 2 Software 8
2 3 Problems 9
2 4 Bibliography 9
3 Introduction to Operating Systems 11
3 1 History of Operating Systems 12
311 The 1940s 12
312 The 1950s 12
313 The 1960s 12
314 The 1960s and 1970s 12
315 The 1970s and 1980s 13
3 2 Networking 13
3 3 Problems 14
3 4 Bibliography 14
4 Introduction to Using a Computer System 15
4 1 Files 16
4 2 Editors 16
4 3 Stand Alone Systems 16
4 4 Networked Systems 16
4 5 Multi-User Systems 17
4 6 Other Useful Things to Know 17
4 7 Bibliography 18
5 Introduction to Problem Solving 19
5 1 Natural Language 20
5 2 Artificial Language 21
521 Notations 21
5 3 Resume 21
5 4 Algorithms 22
541 Top Down 22
542 Bottom up 22
543 Stepwise Refinement 23
5 5 Systems Analysis and Design 23
551 Problem Definition 24
552 Feasibility Study and Fact Finding 24
553 Analysis 24
554 Design 24
555 Detailed Design 24
Contents
556 Implementation 25
557 Evaluation and testing 25
558 Maintenance 25
5 6 Conclusions 25
5 7 Problems 26
5 8 Bibliography 26
6 Introduction to Programming Languages 28
6 1 Some Early Theoretical Work 29
6 2 What is a programming language ? 29
6 3 Program Language Development and Engineering 29
6 4 The Early Days 29
641 Fortran 30
642 Cobol 30
643 Algol 31
6 5 Chomsky and Program Language Development 31
6 6 Lisp 32
6 7 Snobol 32
6 8 Second Generation Languages 32
681 PL/1 and Algol 68 32
682 Simula 33
683 Pascal 33
684 APL 33
685 Basic 34
686C 34
6 9 Some Other Strands in Language Development 34
691 Abstraction, Stepwise Refinement and Modules 34
692 Structured Programming 34
693 Standardisation 35
6 10 Ada 35
6 11 Modula 35
6 12 Modula 2 36
6 13 Other Language Developments 36
6 13 1 Logo 36
6 13 2 Postscript, TeX and LaTeX 37
6 13 3 Prolog 37
6 13 4 SQL 37
6 13 5 ICON 37
6 14 Object Orientated Programming - OOP 38
6 14 1 Oberon and Oberon 2 38
6 14 2 Smalltalk 39
Contents
6 14 3 C++ 39
6 15 Fortran 90 40
6 16 The Future and Further Sources 40
6 16 1 Fortran 1996 40
6 16 2 High Performance Fortran - HPF 41
6 16 3 Network Sources 41
6 17 Summary 42
6 18 Bibliography 42
7 Introduction to Programming 47
7 1 Elements of a programming language 49
7 2 Variables — name, type and value 52
7 3 Notes 54
7 4 Some more Fortran rules 55
7 5 Good Programming Guidelines 56
7 6 Fortran Character set 56
761 Notes 56
7 7 Problems 56
8 Introduction to Arithmetic 58
8 1 Rounding and truncation 61
8 2 Example 1: Time taken for light to travel from the Sun to Earth 63
8 3 The PARAMETER statement 64
8 4 Precision and size of numbers 65
8 5 Health Warning: Optional Reading, Beginners are Advised to Leave until Later 67
851 Selecting different INTEGER Kinds 69
852 Selecting different REAL Kinds 69
853 Specifying Kind Types for Literal Integer and Real Constants 70
854 Positional Number Systems 70
855 Bit Data Type and Representation Model 71
856 Integer Data Type and Representation Model 71
857 Real Data Type and Representation Model 72
858 IEEE 754 72
859 Example 2: Testing the numerical representation of different kind types on a system 72
8 5 10 Example 3: Binary Representation of Different Integer Kind Type Numbers 75
8 5 11 Summary of how to select the appropriate KIND type 77
8 6 Summary 77
8 7 Problems 78
8 8 Bibliography 80
9 Arrays 1: Some Fundamentals 81
9 1 Tables of data 82
Contents
911 Telephone directory 82
912 Book catalogue 82
913 Examination marks or results 83
914 Monthly rainfall 83
9 2 Arrays in Fortran 84
9 3 The DIMENSION Attribute 84
9 4 An index 84
9 5 Control structure 85
9 6 Monthly Rainfall 85
961 Example 1: Rainfall 86
9 7 People s Weights 87
971 Example 2: People s Weights 88
9 8 Summary 88
9 9 Problems 89
10 Arrays 2: Further Examples 90
10 1 Higher dimension arrays 91
10 1 1 Example 1: A Map 91
10 1 2 Example 2: Booking arrangements in a theatre or cinema 92
10 2 Additional forms of the DIMENSION attribute and DO loop statement 93
10 2 1 Example 3: Voltage from-20 to+20 volts 93
10 2 2 Example 4: Longitude from-180 to+180 94
10 2 3 Notes 94
10 3 The DO loop and straight repetition 94
10 3 1 Example 5: Table of Temperatures 94
10 3 2 Example 6: Means and Standard Deviations 95
10 4 Summary 96
10 5 Problems 97
11 Arrays 3: Further Examples 98
11 1 Terminology 99
11 1 1 Rank 99
11 1 2 Bounds 99
11 1 3 Extent 99
11 1 4 Size 99
11 1 5 Shape 99
11 1 6 Conformable 99
11 2 Whole array manipulation 99
11 2 1 Assignment 100
11 2 2 Expressions 100
11 3 Array Sections 102
11 3 1 Example 1: Ages 102
Contents
11 3 2 Example 2: Examination Results 102
11 4 Allocatable Arrays 102
11 4 1 Example 3: Height Above Sea Level 103
11 5 Array Element Ordering 104
11 5 1 Array Element Ordering and Physical and Virtual Memory 105
11 6 Array Constructors 105
11 7 Masked Array Assignment and the WHERE Statement 106
11 7 1 Notes 107
11 8 Summary 107
11 9 Problems 107
12 Output 108
12 1 Integers, I format 109
12 2 Reals, F format 110
12 3 Reals, E format I l l
12 4 Spaces 112
12 5 Alphanumeric or character format, A 113
12 6 Common mistakes 113
12 7 OPEN (and CLOSE) 114
12 7 1 The OPEN statement 114
12 7 2 Writing 115
12 8 Repetition 116
12 9 Some more examples 118
12 10 Implied DO loops 119
12 11 Formatting for a line-printer 120
12 11 1 Mechanics of carriage control 121
12 11 2 Generating a new line, on both line-printers and terminals 122
12 12 Summary 123
12 13 Problems 123
13 Reading in Data 125
13 1 Fixed fields on input 126
13 1 1 Integers, the I format 126
13 1 2 Reals, the F and E formats 126
13 2 Blanks, nulls and zeros 129
13 3 Characters 129
13 4 Skipping spaces and lines 130
13 5 Reading 130
13 6 File manipulation again 131
13 7 Errors when reading 132
13 8 Summary 132
Contents
13 9 Problems 132
14 Functions 134
14 1 An Introduction to Predefined Functions and Their Use 135
14 1 1 Example 1: Simple function usage 136
14 2 Generic Functions 136
14 2 1 Example 2: The ABS Generic function 136
14 3 Elemental Functions 137
14 3 1 Example 3: Elemental Function Use 137
14 4 Transformational Functions 137
14 4 1 Example 4: Simple Transformational Use 137
14 4 2 Example 5: Intrinsic DOT_PRODUCT use 138
14 5 Notes on Function Usage 138
14 6 Example 6: Easter 138
14 7 Complete List of Predefined Functions 140
14 7 1 Inquiry Functions 140
14 7 2 Transfer and Conversion Functions 141
14 7 3 Computational Functions 141
14 7 4 Array Functions 141
14 7 5 Pre-Defined Subroutines 142
14 8 Supplying your own functions 142
14 8 1 Example 7: Simple User Defined Function 142
14 9 An Introduction to the Scope of Variables and Local Variables 144
14 10 Recursive Functions 145
14 10 1 Example 8: Recursive Factorial Evaluation 145
14 11 Example 9: Recursive version of GCD 146
14 12 Example 10: After Removing Recursion 147
14 13 Internal functions 148
14 13 1 Example 11: Stirling s Approximation 148
14 14 Resume 149
14 15 Function Syntax 150
14 16 Rules and Restrictions 150
14 17 Problems 150
14 18 Bibliography 151
14 18 1 Recursion and Problem Solving 151
15 Control Structures 152
15 1 Selection between courses of action 153
15 1 1 The BLOCK IF statement 153
15 1 2 Example 1: Quadratic Roots 156
15 1 3 Note 157
15 1 4 Example 2: Date calculation 157
Contents
15 1 5 The CASE Statement 158
15 1 6 Example 3: Simple calculator 158
15 1 7 Example 4: Counting Vowels, Consonants, etc 159
15 2 The three forms of the DO statement 160
15 2 1 Example 5: Sentinel Usage 161
15 2 2 CYCLE and EXIT 162
15 2 3 Example 6: e**x Evaluation 162
15 2 4 Example 7: Wave Breaking on an Offshore Reef 163
15 3 Summary 165
15 4 Problems 166
15 5 Bibliography 169
16 Character 170
16 1 Character Input 172
16 2 Character Operators 173
16 3 Character Sub-Strings 174
16 4 Character functions 176
16 5 Summary 178
16 6 Problems 178
17 Complex 180
17 1 Example 182
17 2 Complex and Kind Type 183
17 3 Summary 183
17 4 Problems 183
18 Logical 184
18 1 I/O 187
18 2 Summary 188
18 3 Problems 188
19 User Defined Types 189
19 1 Example 1 - Dates 190
19 2 Type Definition 190
19 3 Variable Definition 191
19 4 Example 2 - Address lists 191
19 5 Example 3: Nested User Defined Types 192
19 6 Problems 194
19 7 Bibliography 194
20 Dynamic Data Structures 195
20 1 Example 1: Simple Pointer Concepts 196
20 2 Example 2: Singly linked list 197
Contents
20 3 Other Dynamic Data Structures 199
20 4 Trees 200
20 4 1 Example 3: Perfectly Balanced Tree 200
20 5 Using Linked Lists for Sparse Matrix Problems 203
20 5 1 Inner Product of two Sparse Vectors 204
20 6 Data Structures Summary 208
20 7 Problems 208
20 8 Bibliography 209
21 Files 211
21 1 Files in Fortran 212
21 2 Summary of options on OPEN 214
21 3 More fool proof i/o 215
21 4 Summary 217
21 5 Problems 217
22 An Introduction to Subroutines 218
22 1 Simple Subroutine Example 219
22 2 Defining a subroutine 222
22 3 Referencing a subroutine 222
22 4 Dummy Arguments or Parameters, and Actual Arguments 222
22 5 Interface 222
22 6 Intent 223
22 7 Local Variables 224
22 7 1 Local Variables and the SAVE attribute 224
22 8 Scope of Variables 224
22 9 Status of the Action Carried out in the Subroutine 224
22 10 Why Bother? 225
22 11 Summary 225
22 12 Problems 225
23 Subroutines: 2 226
23 1 Example 1: Introduction to Arrays as Parameters 227
23 1 1 Explicit Shape Dummy Arrays 227
23 2 Example 2: Characters as parameters and assumed length dummy arguments 228
23 3 Example 3: Using Hoare s Quick Sort Algorithm 229
23 3 1 Note 2 - Intent Attribute 235
23 3 2 Note 3 - Explicit shape dummy array 235
23 3 3 Note 4 - Assumed Length Dummy Argument 235
23 3 4 Note 5 - Recursive Subroutine 235
23 3 5 Note 6 - Internal Subroutines and Scope 235
23 3 6 Note 7 - Flexible Design 236
Contents
23 4 Example 4: Rank two and higher arrays as parameters 236
23 4 1 Assumed Shape Arrays 236
23 5 Summary 238
23 6 Problems 238
23 7 Bibliography 239
24 An Introduction to Modules 241
24 1 Modules for global data 242
24 1 1 Example 1: Modules for Precision Specification and Constant Definition 243
24 1 2 Note 243
24 1 3 Example 2: Constant Definition and Array Definition 244
24 2 Modules for derived data types 245
24 2 1 Example 3: Person Data Type 245
24 3 Modules for explicit procedures interfaces 248
24 3 1 Example: Using Quicksort 248
24 4 Modules containing procedures 249
24 5 Example 4 - The Solution of Linear Equations Using Gaussian Elimination 251
24 5 1 Notes 256
24 6 Notes on Module Usage and Compilation 256
24 7 Summary 257
24 8 Problems 257
24 9 Bibliography 258
25 Formal Syntax and Some Additional Features 259
25 1 Program Units 260
25 2 Procedure - Function or Subroutine 260
25 2 1 Internal Procedure 260
25 3 Module 260
25 4 Executable Statements 261
25 5 Statement Ordering 261
25 6 Entities 262
25 7 Scope and Association 262
25 8 Modules and Scope 264
25 8 1 Public and Private Attributes 264
25 8 2 USE, ONLY and Rename 265
25 9 Keyword and Optional Arguments 266
25 10 Syntax Summary of Some Frequently used Fortran Constructs 267
25 10 1 Main Program 267
25 10 2 Subprogram 267
25 10 3 Module 268
25 10 4 Internal Procedure 268
Contents
25 10 5 Procedure heading 268
25 10 6 Procedure ending 268
25 10 7 Specification construct 268
25 10 8 Derived Type definition 268
25 10 9 Interface block 269
25 10 10 Specification statement 269
25 10 11 Type specification 269
25 10 12 Attribute Specification 269
25 10 13 Executable construct 270
25 10 14 Action statement 270
26 Case Studies 271
26 1 Example 1 - Solving a System of First Order Ordinary Differential Equations us-
ing Runge-Kutta-Merson 272
26 1 1 Note: Alternative form of the Allocate statement 278
26 1 2 Note: Automatic arrays 278
26 1 3 Note: Dummy Procedure Arguments 279
26 2 Example 2 - Generic Procedures 279
26 3 Example 3-A Function that returns a variable length array 285
26 4 Example 4 - Operator and Assignment Overloading 286
26 5 Example 5: A Subroutine to Extract the Diagonal Elements of a Matrix 287
26 6 Modules and Packaging 288
26 7 Problems 290
26 8 Bibliography 290
27 Converting from Fortran 77 291
27 1 Deleted Features 292
27 2 Obsolescent Features 292
27 2 1 Arithmetic IF 292
27 2 2 Real and Double precision DO Control Variables 292
27 2 3 Shared DO termination and non ENDDO termination 292
27 2 4 Alternate RETURN 292
27 2 5 PAUSE Statement 293
27 2 6 ASSIGN and assigned GOTO statements 293
27 2 7 Assigned FORMAT statements 293
27 28H Editing 293
27 3 Better Alternatives 293
28 Miscellanea 295
28 1 Program Development and Software Engineering 296
28 1 1 Modules 296
28 1 2 Programming Style - Programs should be Easy to Read 297
28 1 3 Programming Style - Programs should Behave Well 297
Contents
28 2 Data Structures 298
28 3 Algorithms 298
28 4 Recursion 298
28 5 Structured Programming and the GOTO Statement 298
28 6 Efficiency, space time trade off 299
28 7 Program Testing 299
28 8 Simple Debugging Techniques 300
28 9 Software Tools 300
28 9 1 Cross Referencing 300
28 9 2 Pretty print 300
28 9 3 NAGWare f90 Tools 300
28 10 Numerical Software Sources 300
28 11 Coda 301
28 12 Bibliography: All sources (bar one) taken from comp software-eng 302
28 12 1 Software Engineering 302
28 12 2 Programming Style 302
28 12 3 Software Testing 302
28 12 4 Fun 302
Glossary 303
Appendix A, Sample Program Examples 309
Appendix B, ASCII Character Set 312
Appendix C, Intrinsic Functions and Procedures 313
Appendix D, English and Latin Texts 340
Appendix E, Coded Text Extracts 341
Appendix F, NAG 342
Appendix G, Annex D, ISO/IEC 1539: 1991 (E) 344
Index 366
|
| any_adam_object | 1 |
| author | Chivers, Ian D. 1952- Sleightholme, Jane 1950- |
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| id | DE-604.BV010494714 |
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| indexdate | 2024-07-09T17:53:27Z |
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| isbn | 3540199403 |
| language | English |
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| spelling | Chivers, Ian D. 1952- Verfasser (DE-588)120435055 aut Introducing Fortran 90 Ian Chivers and Jane Sleightholme Berlin [u.a.] Springer 1995 375 S. txt rdacontent n rdamedia nc rdacarrier FORTRAN 90 (Computer program language) FORTRAN 90 (DE-588)4267480-3 gnd rswk-swf FORTRAN 90 (DE-588)4267480-3 s DE-604 Sleightholme, Jane 1950- Verfasser (DE-588)113930534 aut HEBIS Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=006993189&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Chivers, Ian D. 1952- Sleightholme, Jane 1950- Introducing Fortran 90 FORTRAN 90 (Computer program language) FORTRAN 90 (DE-588)4267480-3 gnd |
| subject_GND | (DE-588)4267480-3 |
| title | Introducing Fortran 90 |
| title_auth | Introducing Fortran 90 |
| title_exact_search | Introducing Fortran 90 |
| title_full | Introducing Fortran 90 Ian Chivers and Jane Sleightholme |
| title_fullStr | Introducing Fortran 90 Ian Chivers and Jane Sleightholme |
| title_full_unstemmed | Introducing Fortran 90 Ian Chivers and Jane Sleightholme |
| title_short | Introducing Fortran 90 |
| title_sort | introducing fortran 90 |
| topic | FORTRAN 90 (Computer program language) FORTRAN 90 (DE-588)4267480-3 gnd |
| topic_facet | FORTRAN 90 (Computer program language) FORTRAN 90 |
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