共享乐趣，传播愉快，

增长眼力，留住好意思好。

亲爱的您，

这里是LearingYard学苑！

今天小编为各人带来“Ae中制作动态配景图成果”

接待您的拜访！

Share the fun, spread the joy,

Gain knowledge and leave a good future.

Dear You,

This is LearingYard!

Today, the editor brings you "Make dynamic background map effect in AE"

Welcome to visit!

念念维导图

Mind mapping

1. 通过嵌套结构体结束组合

1. Combining through nested structures

在Go中，结构体（struct）是自界说数据类型的基础，而嵌套结构体是结束组合的一种主要形势。通过将一个结构体行为另一个结构体的字段，不错结束相似于招揽的成果。这种形势不仅允许你拜访嵌套结构体的字段和要津，还不错在此基础上添加新的字段和要津。在例子中，Dog结构体嵌套了Animal结构体，因此Dog招揽了Animal的通盘字段和要津。同期，Dog不错隐秘Animal的要津（如Speak），也不错添加新的字段（如Breed）。

In Go, struct is the foundation of custom data types, and nested struct is a primary way to implement composition. By using one structure as a field for another structure, an inheritance like effect can be achieved. This approach not only allows you to access the fields and methods of nested structures, but also allows you to add new fields and methods on top of them. In the example, the Dog structure is nested with the Animal structure, so Dog inherits all fields and methods of Animal. Meanwhile, Dog can override Animal's methods (such as Speak) and also add new fields (such as Breed).

2. 通过接口结束多态

2. Implement polymorphism through interfaces

接口是Go言语中结束多态的枢纽机制。一个接口界说了一组要津签名，任何结束了这些要津的类型都隐式地结束了该接口。这允许不同类型的对象通过接口进行交互，从而模拟招揽中的多态性。在例子中，Animal和Dog都结束了Speaker接口中的Speak要津。通过接口变量s，咱们不错透明地调用不同类型对象的Speak要津，结束了多态性。

Interface is a key mechanism for implementing polymorphism in Go language. An interface defines a set of method signatures, and any type that implements these methods implicitly implements the interface. This allows objects of different types to interact through interfaces, simulating polymorphism in inheritance. In the example, both Animal and Dog have implemented the Speak method in the Speaker interface. Through the interface variable s, we can transparently call Speak methods of different types of objects, achieving polymorphism.

3. 组合与接口王人集使用

3. Combination and interface usage

在本色诞生中，组合和接口时常王人集使用，以结束更无邪和巨大的狡计。通过嵌套结构体结束组合，不错重用代码；通过接口结束多态，不错增强代码的无邪性和可延迟性。

In practical development, combinations and interfaces are often used in combination to achieve more flexible and powerful designs. By using nested structures to achieve composition, code can be reused; Implementing polymorphism through interfaces can enhance the flexibility and scalability of code.

今天的共享就到这里了。

若是你对今天的著述有特有的目的，

接待给咱们留言，

让咱们相约未来，

祝您今天过得欣喜愉快！

That's all for today's sharing.

If you have a unique idea for today's article,

Welcome to leave us a message,

Let's meet tomorrow,

Have a great day!

本文由LearingYard新学苑，如有侵权，请干系咱们。

部分参考内容来自百度

翻译开首：谷歌翻译