To better understand the concept of ownership, look at the stack of stacks data structure together with objects owned by each element.
为了更好地理解所有权关系的概念，可以将栈中栈数据结构与每个元素所拥有的对象结合起来。
Figure 2 is simply pointing out the concept of Class, which is a highly specialized element that is related to interface and data type (through its inheritance from Classifier).
图2简单地指出了Class的概念，这是一种和接口以及数据类型有关(通过从Classifier继承)的高度专业化的元素。
To overcome this, we picked the concept of streams: a stream (input or output) only deals with a subset of the data of an element.
为了克服这点，我们使用了流：一个流(输入流或输出流)只处理单个项的数据子集。
The definition involves element data type, value confine, measurement unit, concept term, arbor code, score, role prosperity and trigger of child node in the arbor tree.
定义的内容包括元素的数据类型，取值范围，计量单位，概念术语，树状编码，分值，角色属性，以及树结构的子节点触发器。
The definition involves element data type, value confine, measurement unit, concept term, arbor code, score, role prosperity and trigger of child node in the arbor tree.
定义的内容包括元素的数据类型，取值范围，计量单位，概念术语，树状编码，分值，角色属性，以及树结构的子节点触发器。
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