任务序列（三）

　　上次小编为大家介绍的任务序列中代码编写中LOAD参数中有一个port指的是从哪一个端口出发，在整个案例中，当操作员从暂存区取走货物之后会触发暂存区的一个离开触发，触发离开触发就会给出一个离开触发的端口号，是临时实体流中发送至端口的具体端口。
　　In the task sequence that I introduced to you last time, there is a port in the LOAD parameter in the code writing that refers to which port to start from. In the whole case, when the operator takes the goods from the temporary storage area, the temporary storage area will be triggered. If a leave trigger is triggered, a leave trigger port number will be given, which is the specific port sent to the port in the flowitem flow.
　　Opipno命令是获取输出端口的输入端口号的命令，对应的还有ipopno命令表示输入端口的输出端口号，cpcpno互为中间端口的输出端口，可根据需求选择使用。
　　The Opipno command is a command to obtain the input port number of the output port, and the corresponding ipopno command indicates the output port number of the input port. cpcpno is the output port of the intermediate port, which can be selected according to the needs.
　　接下来我们将处理器的处理时间换成变化的状态，设置为5到25的随机值，那么这时候就不能使用DELAY参数了，这样就会发生运行时候的货物错乱。
　　Next, we change the processing time of the processor to a changing state and set it to a random value from 5 to 25. Then the DELAY parameter cannot be used at this time, so that the goods will be disordered during operation.
　　所以这时候将运用到UTILIZE任务来进行如下代码修改
　　So at this time, the UTILIZE task will be used to modify the following code
　　这时再来观察运行状态会发现操作员一直处于waitting状态
　　At this time, look at the running status again and you will find that the operator has been in the waiting state.
　　因此需要进行释放操作员的任务来让其结束占用，在处理器的加工结束触发中添加释放操作员任务。
　　Therefore, it is necessary to perform the task of releasing the operator to let it end the occupation, and add the releasing operator task in the processing end trigger of the processor.
　　或者直接选择释放操作员触发，使用小吸管吸取操作员使货物加工完成后被释放停止占用
　　Or directly choose to release the operator trigger, use a small straw to suck the operator so that the goods will be released and stop occupied after the goods are processed.
　　观察运行过程如下，无论加工时间有多长，都会在加工结束后由操作员送至目的地。
　　Observe the operation process as follows, no matter how long the processing time is, it will be sent to the destination by the operator after the processing is completed.
　　那么如何实现多人多设备任务序列的操作呢？
　　So how to realize the operation of multi-person and multi-device task sequence?
　　基本布局如下
　　The basic layout is as follows
　　有一个非常便捷的操作，就是选用标记运输工具，在保持选项中如果还有后续操作就选择true，直至最后一项任务改成false，这样就能保证一个操作员完成一整个运送流程，互不干扰。具体设置如下：
　　There is a very convenient operation, which is to select the marked transportation tool. In the maintenance option, if there is a follow-up operation, select true until the last task is changed to false, so as to ensure that one operator completes the entire transportation process without each other. interference. The specific settings are as follows:
　　运行结果如下：
　　The results are as follows：
　　最后任务可以简单的分为以下几个类型，行进类有travel前往一个指定下游，travel to loc前往一个具体的地方，travel relative相对移动；装卸类有装载、卸载、pickoffset拾取，placeoffset放置；延迟类包括延迟和占用；跳出类包括中断和子任务也是指当前任务的跳出；代码类就是指执行代码的一种操作，之后在为大家具体介绍。
　　The final tasks can be simply pided into the following types. The travel type includes travel to a designated downstream, travel to loc to a specific place, and travel relative moves; the loading and unloading types include loading, unloading, pickoffset picking, placeoffset placement; delay type Including delay and occupancy; the jump out category including interrupts and subtasks also refers to the jump out of the current task; the code category refers to an operation of executing the code, and I will introduce it in detail later.
　　希望今天的文章对你们有一定的作用!
　　I hope today＂s article will have a certain effect on you!
　　参考资料：腾讯课堂《从小白到大神》
　　英文翻译：Google翻译
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