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| − | Composition and Decomposition is a way to create or disassemble a system into being. To formalize this concept, the best bet is to find a concise yet precise language to talk about systems and they compositional possibilities. One such language is called: [[ | + | Composition and Decomposition is a way to create or disassemble a system into being. To formalize this concept, the best bet is to find a concise yet precise language to talk about systems and they compositional possibilities. One such language is called: [[Category Theory]]. |
For practical use, computer programmers have come up with ways to explain category theory in examples and in source code. One can find references in the following list: | For practical use, computer programmers have come up with ways to explain category theory in examples and in source code. One can find references in the following list: | ||
| + | ------ | ||
| + | 合成与分解是创建或拆卸系统的方式。正式表达这个概念，最好的办法是找到一种简洁准确的语言谈论系统和他们合成的可能性。这样一种语言被称为: 范畴论。 | ||
| + | 实际使用，计算机程序员有上来解释范畴论中的例子和源代码中的方法。可从下面的列表中找到参考: | ||
==References== | ==References== | ||
# [http://bartoszmilewski.com/2014/11/04/category-the-essence-of-composition/] Category: The Essence of Composition | # [http://bartoszmilewski.com/2014/11/04/category-the-essence-of-composition/] Category: The Essence of Composition | ||
2016年4月6日 (三) 03:15的最后版本
Composition and Decomposition is a way to create or disassemble a system into being. To formalize this concept, the best bet is to find a concise yet precise language to talk about systems and they compositional possibilities. One such language is called: Category Theory.
For practical use, computer programmers have come up with ways to explain category theory in examples and in source code. One can find references in the following list:
合成与分解是创建或拆卸系统的方式。正式表达这个概念，最好的办法是找到一种简洁准确的语言谈论系统和他们合成的可能性。这样一种语言被称为: 范畴论。
实际使用，计算机程序员有上来解释范畴论中的例子和源代码中的方法。可从下面的列表中找到参考:
References
- [1] Category: The Essence of Composition