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Introduction to Programming using Fortran 95/2003/2008

This text provides an introduction to programming and problem solving using the Fortran 95/2003/2008 programming language. This introduction is geared for non computer science majors. As such, this text is not a complete, comprehensive guide to the Fortran 95/2003/2008 programming language. The primary focus is on an introduction to problem solving and algorithm development. As such, many details of the Fortran 95/2203/2008 language are omitted.

Computer Science Engineering

Tác giả: Ed Jorgensen
Nhà xuất bản: University of Navada, Las Vegas
Nguồn: LibreTexts
Giấy phép: CC BY-NC-SA
Ngôn ngữ: EN
Danh mục: Công nghệ thông tin

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01: Introduction
1.01: Why Learn Programming
1.02: Fortran
1.03: Complete Fortran 95 2003 2008 Documentation
1.04: What Is A Program
1.05: Operating System
02: Computer Organization
2.01: Architecture Overview
2.02: Compiler
2.03: Information Representation
2.04: Exercises
03: Getting Started
3.01: Required Skills
3.02: Program Formats
3.03: Text Editor
3.04: Compiling
3.05: Executing
3.06: Exercises
04: Fortran 95 2003 2008 Basic Elements
4.01: Variables
4.02: Data Types
4.03: Declarations
4.04: Comments
4.05: Continuation Lines
4.06: Declarations Extended Size Variables
4.07: Exercises
05: Expressions
5.01: Literals
5.02: Arithmetic Operations
5.03: Order of Operations
5.04: Intrinsic Functions
5.05: Mixed Mode
5.06: Examples
5.07: Exercises
06: Simple Input and Output
6.01: Output Write
6.02: Input Read
6.03: Example
6.04: Exercises
07: Program Development
7.01: Understand the Problem
7.02: Create the Algorithm
7.03: Implement the Program
7.04: Test Debug the Program
7.05: Exercises
08: Selection Statements
8.01: Conditional Expressions
8.02: Logical Operators
8.03: IF Statements
8.04: Example One
8.05: SELECT CASE Statement
8.06: Example Two
8.07: Exercises
09: Looping
9.01: Counter Controlled Looping
9.02: EXIT and CYCLE Statements
9.03: Counter Controlled Example
9.04: Conditional Controlled Looping
9.05: Conditionally Controlled Loop Example
9.06: Exercises
10: Formatted Input Output
10.01: Format
10.02: Format Specifiers
10.03: Integer Format Specifier
10.04: Real Format Specifier
10.05: Horizontal Positioning Specifiers
10.06: Logical Format Specifier
10.07: Character Format Specifier
10.08: Advance Clause
10.09: Example
10.10: Exercises
11: Characters and Strings
11.01: Character and String Constants
11.02: Character Variable Declaration
11.03: Character Variable Initialization
11.04: Character Constants
11.05: Character Assignment
11.06: Character Operators
11.07: Character Substrings
11.08: Character Comparisons
11.09: Intrinsic Character Operations
11.10: Example
11.11: Exercises
12: File Operations
12.01: File Open
12.02: File Write
12.03: Stop Statement
12.04: File Read
12.05: Rewind
12.06: Backspace
12.07: Close File
12.08: Example
12.09: Exercises
13: Single Dimension Arrays
13.01: Introduction
13.02: Array Declaration
13.03: Accessing Array Elements
13.04: Implied Do-Loop
13.05: Intrinsic Functions
13.06: Initializing Arrays
13.07: Example
13.08: Arrays of Strings
13.09: Exercises
14: Multidimensional Arrays
14.01: Introduction
14.02: Array Declaration
14.03: Accessing Array Elements
14.04: Example
14.05: Exercises
15: Subprograms
15.01: Subprogram Types
15.02: Program Layout
15.03: Arguments
15.04: Variable Scope
15.05: Using Functions and Subroutines
15.06: Functions
15.07: Subroutines
15.08: Example
15.09: Exercises
16: Derived Data Types
16.01: Definition
16.02: Declaration
16.03: Accessing Components
16.04: Example One
16.05: Arrays of Derived Data
16.06: Example Two
16.07: Exercises
17: Modules
17.01: Module Declaration
17.02: Use Statement
17.03: Updated Compilation Commands
17.04: Module Example Program
17.05: Exercises
18: Recursion
18.01: Recursive Subroutines
18.02: Recursive Print Binary Example
18.03: Recursive Functions
18.04: Recursive Factorial Example
18.05: Recursive Factorial Function Call Tree
18.06: Exercises
19: Character String Numeric Conversion
19.01: Character String to Numeric Conversion
19.02: Numeric to Character String Conversion
19.03: Exercises
20: System Services
20.01: Date and Time
20.02: Command Line Arguments
20.03: Exercises
21: Appendix 1 - ASCII Table
21.01: ASCII Table
22: Appendix 2 - Start-Up Instructions
22.01: Working Files
22.02: Obtaining The Compiler
22.03: Windows Compilation
22.04: MacOS Compilation
23: Appendix 3 - Random Number Generation
23.01: Initialization
23.02: Generating Random Number
23.03: Example
23.04: Example
24: Appendix 4 - Intrinsic Functions
24.01: Conversion Functions
24.02: Integer Functions
24.03: Real Functions
24.04: Character Functions
24.05: Complex Functions
24.06: Array Functions
24.07: System Information Functions
25: Appendix 5 - Visualization with GNUplot
25.01: Obtaining GNUplot
25.02: Formatting Plot Files
25.03: Plotting Files
25.04: Example
26: Appendix 6 - Quiz Question Answers
26.01: Quiz Question Answers - Chapter 1
26.02: Quiz Question Answers - Chapter 2
26.03: Quiz Question Answers - Chapter 3
26.04: Quiz Question Answers - Chapter 4
26.05: Quiz Question Answers - Chapter 5
26.06: Quiz Question Answers - Chapter 6
26.07: Quiz Question Answers - Chapter 7
26.08: Quiz Question Answers - Chapter 8
26.09: Quiz Question Answers - Chapter 9
26.10: Quiz Question Answers - Chapter 10
26.11: Quiz Question Answers - Chapter 11
26.12: Quiz Question Answers - Chapter 12
26.13: Quiz Question Answers - Chapter 13
26.14: Quiz Question Answers - Chapter 14
26.15: Quiz Question Answers - Chapter 15
26.16: Quiz Question Answers - Chapter 16
26.17: Quiz Question Answers - Chapter 17
26.18: Quiz Question Answers - Chapter 18
26.19: Quiz Question Answers - Chapter 19
26.20: Quiz Question Answers - Chapter 20
27: Appendix 7 - Fortran 95 2003 2008 Keywords
27.01: Fortran 95 2003 2008 Keywords