如果您要通过捕获来了解数据是如何根据信息的类型(即业务项)流入分支的，这是唯一的方法。
It is the only way to correctly capture how the data flow in a process branches based on the type of information, i.e., the business item.
您可以定义这些decision的输出条件，以便捕获详细信息，了解这些值是如何判定项目应流入的分支的。
You define output conditions for these decisions to capture in detail how these values determine the branch the item flows into.
上面的Yes分支引向 fork，后者将在流程流中捕获一个并行分支。
The upper Yes branch leads to a fork, which captures a parallel branching in the process flow.
inclusivedecision可在抽象级别捕获m中选n的选择[23]，即在此示例中，inclusivedecision可触发两个分支中的任意一个。
An inclusive decision captures an n-out-of-m choice [23] at an abstract level, i.e., the inclusive decision can trigger any subset of the two branches in this example.
这种表示方法有一个优点，即网关与数据相关联，这样您就可以捕获基于数据的分支decision了。
An advantage of this presentation is that gateways involve data flow so you can capture the data-based branching decisions.
数据流错误一般出现在数据沿几个执行分支流动的时候，这些执行分支可以捕获可选或并行行为。
Data-flow errors typically arise when data is flowing along several execution branches that can either capture alternative or parallel behaviors. This produces three modeling situations.
当在一个带有两个传出分支（这两个分支直接终止于某个停止节点）的decision 中成功执行之后，用户会捕获由任务触发的那两个最终事件。
The user captured the two final events that the task triggers after successful execution in a decision with two outgoing branches that directly end in a stop node.
当在一个带有两个传出分支（这两个分支直接终止于某个停止节点）的decision 中成功执行之后，用户会捕获由任务触发的那两个最终事件。
The user captured the two final events that the task triggers after successful execution in a decision with two outgoing branches that directly end in a stop node.
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