The transformation framework overcomes this limitation by creating a hierarchy based on the order in which property values will be looked up.
通过在查找属性值顺序的基础之上创建一个层级结构，转换配置可以克服这种缺陷。
Therefore, you might think the hierarchy for the transformation contexts would look similar to that of the transformation configurations.
因此，您可能会转换环境的层级结构与转换配置的层级结构相类似。
Regardless, it is necessary to avoid accidentally introducing unintended transformation contexts into the hierarchy.
尽管如此，您需要避免偶然地向层级结构引入意料之外的转换环境。
Having more than one child could accidentally introduce transformation configurations into the hierarchy. Here's an example showing how to deal with that scenario.
拥有多个子类可能会偶然地向层级结构中引入转换配置。
The transformation configuration hierarchy defines the lookup order of a property value.
转换配置层级结构定义了一个属性值的查找顺序。
Organizational transformation will gravitate towards a top-down hierarchy of policy, education, and empowerment across the entire organization.
组织机构转型将被引入自上而下的金字塔政策，整个组织内部的教育培训和授权。
If you have specified a path that contains multiple folders (which might or might not correspond to any UML element), the transformation creates the complete hierarchy.
如果您指定了含有多个文件夹的路径(可能会也可能不会与UML元素对应)，那么转换会创建更加复杂的层级结构。
Model transformation methods were adopted to translate this model to a Fuzzy Analytic Hierarchy Process (FAHP) model in order to gain a better evaluation result.
通过模型转换方法将其转换为层次分析模型，并针对模型中权重指标难以确定的问题引入了模糊分析的方法。
Model transformation methods were adopted to translate this model to a Fuzzy Analytic Hierarchy Process (FAHP) model in order to gain a better evaluation result.
通过模型转换方法将其转换为层次分析模型，并针对模型中权重指标难以确定的问题引入了模糊分析的方法。
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