TAILIEUCHUNG - Object Oriented Programming via Fortran 90 (Preprint: Engineering Computations, v. 16, n. 1, pp.

Object Oriented Programming via Fortran 90 (Preprint: Engineering Computations, v. 16, n. 1, pp. 26-48, 1999) J. E. Akin Rice University, MEMS Dept. Houston, TX 77005-1892 Keywords object-oriented, encapsulation, inheritance, polymorphism, Fortran 90 Abstract There is a widely available object-oriented (OO) programming language that is usually overlooked in the OO Analysis, OO Design, OO Programming literature. It was designed with most of the features of languages like C++, Eiffel, and Smalltalk. It has extensive and efficient numerical abilities including concise array and matrix handling, like Matlab®. In addition, it is readily extended to massively parallel machines and is backed by an. | Object Oriented Programming via Fortran 90 Preprint Engineering Computations v. 16 n. 1 pp. 26-48 1999 J. E. Akin Rice University MEMS Dept. Houston tX 77005-1892 Keywords object-oriented encapsulation inheritance polymorphism Fortran 90 Abstract There is a widely available object-oriented OO programming language that is usually overlooked in the OO Analysis OO Design OO Programming literature. It was designed with most of the features of languages like C Eiffel and Smalltalk. It has extensive and efficient numerical abilities including concise array and matrix handling like Matlab . In addition it is readily extended to massively parallel machines and is backed by an international ISO and ANSI standard. The language is Fortran 90 and Fortran 95 . When the explosion of books and articles on OOP began appearing in the early 1990 s many of them correctly disparaged Fortran 77 F77 for its lack of object oriented abilities and data structures. However then and now many authors fail to realize that the then new Fortran 90 F90 standard established a well planned object oriented programming language while maintaining a full backward compatibility with the old F77 standard. F90 offers strong typing encapsulation inheritance multiple inheritance polymorphism and other features important to object oriented programming. This paper will illustrate several of these features that are important to engineering computation using OOP. 1. Introduction The use of Object Oriented OO design and Object Oriented Programming OOP is becoming increasingly popular Coad 1991 Filho 1991 Rumbaugh 1991 and today there are more than 100 OO languages. Thus it is useful to have an introductory understanding of OOP and some of the programming features of OO languages. You can develop OO software in any high level language like C or Pascal. However newer languages such as Ada C and F90 have enhanced features that make OOP much more natural practical and maintainable. C appeared before F90 and .

• Cơ sở dữ liệu
• Object Oriented Programming
• Object Initializatio
• Usage Acquaint
• Data initialization
• Object usage
• Object declaration
• Programming languages
• Lecture Object oriented programming
• Lập trình hướng đối tượng
• Object oriented programming with Java
• Object oriented programming in C++
• Software object
• Bài giảng Lập trình hướng đối tượng
• Architectural models
• Mechanical models
• Tangible object
• Lesson Object
• Unified inheritance hierarchy
• Access through Object reference
• Unique Type object
• Simple type string conversion
• Automatic use of ToString
• Bài giảng Photoshop
• Làm việc với Smart Object
• Cách sử dụng Filter
• Cách mở tấm hình dưới dạng Smart Object
• Chỉnh sửa đối tượng Smart Object
• Làm việc với các filter
• Object Oriented Data Modeling
• Data Modeling
• UML Language
• Object Oriented Modeling
• Object Modeling Example
• Tranform Class Diagram to Relational Database Schema
• Programming language
• Java programming language
• Sample object returning method
• Overloaded methods
• JFileChooser object
• Primitive data types
• String Tokenizer object
• Abstract classes
• Java program
• Object serialization
• Data hierarchy
• Sequential access text files
• Object oriented software engineering
• Software engineering
• Practical software development
• Object orientation
• Modeling with classes
• Object diagrams
• Inheritance hierarchies
• Variable declarations
• Object detection
• Recognition in digital images
• Object detection and tracking
• Object recognition
• Template based recognition
• Object Oriented Programing
• Lecture Object Oriented Programing
• Direct superclass
• Indirect superclass
• Effect polymorphism
• Demonstrating polymorphic behavior
• Class file
• Instance data values
• Class data value
• Software development
• C++ programming