我们认为，这就像是把语义和意图散布到类似FIT的普通列固件（column fixture）中。
We view this as putting semantic meaning and intent around what would have been a plain old column fixture in something like FIT.
整个工作台围绕意图树(Intentional Tree)建立，意图树是允许领域进行多重投影的语义模型，也可用来生成代码。
The entire workbench is built around Intentional Tree which holds a semantic model allowing multiple projections of the domain and can be used to generate code.
如果你想要你的函数携带参数或，参量，这里有一个微妙的语义差别在，参数和参量之中，但是为了所有的意图，和目的，他们作用是一样的。
If you want it to take a so-called argument or a parameter, there's a subtle semantic distinction between arguments and parameter, but for all intents and purposes, they're the same thing.
通过语义推理、查询导航，以及对查询结果相关性反馈信息的处理，更好地理解用户查询意图；
By semantic inference, inquiring navigation and processing the correlation feedback information inquired out, the system can understands the intention of customer better.
操作语义包含原始设计数据和实际操作过程，表达CAD系统中的设计者意图和操作活动。
The operation semantics carries the original design data and actual operation process to express design intent and operation activity in conventional CAD systems.
这一过程可分为语音感知、词汇识别、句式构造、语义图式、意图推导等主要环节。
The procedure can be divided into several sections such as pronunciation acknowledges, words recognition, sentence pattern construction and semantic schema and intention inference.
指代词语义模糊性的根源在于作者的创作意图、指代词的词义本身和指代对象的复杂性。
The root of semantic fuzziness exists in the authors intension, the acceptation of the demonstrative pronoun itself and the complexity of the referred-object.
从语义上可以分成作者意图的连贯和读者理解上的连贯。
From the semantics can be divided into the author the intentions of the coherent and the reader of the coherent.
目前由于没有结合语义的理解在自动问答领域中很难分析清楚用户表达的真正意图。
In the absence of combination with the semantic understanding, it is difficult to analyse the real intentions clearly in question answering.
解决副作用问题时采用语义方法，引入场景的概念解释意图算子，并提出了新的公理。
When resolving side effect problem, the theory introduces the concept of scenario to interpret the semantic meaning of intention operator and USES new inference rules to replace the old ones.
通过语义识别捕捉虚拟装配过程中用户交互意图，进行装配零部件的运动引导与精确定位，使得用户能够在虚拟环境中自如地、准确地进行装配定位。
A motion guidance method based on semantics recognition and constraint recognition is provided to help the user move or rotate the parts in the virtual environment freely and precisely.
通过语义识别捕捉虚拟装配过程中用户交互意图，进行装配零部件的运动引导与精确定位，使得用户能够在虚拟环境中自如地、准确地进行装配定位。
A motion guidance method based on semantics recognition and constraint recognition is provided to help the user move or rotate the parts in the virtual environment freely and precisely.
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