In the preface, this course does not provide PPT materials. Please reply “Simulation Control Materials” in the WeChat public account “GuYueJu” to obtain the course materials.
Course Introduction
In the current era of rapid information technology development, using computer programs to solve computational and research problems has become an important working method for many researchers. In the process of programming, the规范性 and clarity of the code are very important; well-styled code often yields better results with less effort.
Object-oriented programming, as a method and philosophy, essentially aims to build models and encapsulate data to abstract and describe objective entities in the real world. Object-oriented programs have advantages such as high efficiency, ease of expansion, and maintainability. Understanding, learning, and applying object-oriented methods is of great significance to researchers of various kinds.
However, when learning object-oriented methods with languages such as C++ or Java, learners often have to first understand the characteristics of the language itself due to its complex syntax, which is not conducive to quick entry and conceptual understanding. Matlab, as one of the most powerful commercial mathematical software, has good encapsulation of object-oriented functions. By using Matlab to learn object-oriented methods, one can avoid understanding cumbersome syntax and directly engage with its main ideas and implementation methods. Once one can apply object-oriented methods, they can gradually delve deeper into its more features and techniques, enhancing their understanding.
(Multiple Inheritance Logic)
( Iris Flower Clustering Case)
(Multi-Objective Genetic Algorithm Case)
( Glass Bridge Case)
Course Content
This course first briefly introduces the advantages of object-oriented programming, followed by the introduction of its operational methods in Matlab and basic concepts such as composition and inheritance. An example will then demonstrate the differences between procedural and object-oriented programming.
Afterward, it will explain concepts and usages such as multiple inheritance, object arrays, abstract classes, and superclasses in detail, making various concepts of object-oriented programming clearer.
Finally, two case studies will be conducted to practice object-oriented programming methods, showcasing and confirming the advantages of object-oriented programming.
Course Directory
1. What is Object-Oriented Programming
2. Basic Operations of Object-Oriented Programming
3. Application Cases of Object-Oriented Programming
4. Multiple Inheritance
5. Object Arrays
6. Other Knowledge Points
7. Genetic Algorithm Case
8. Glass Bridge Case
*Course materials can be obtained by replying “Simulation Control Materials” in the WeChat public account “GuYueJu“
Kind Reminder
Due to the video course nature of this product, no refunds will be issued after viewing.
Course Purchase Discounts
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