15、 Compaction Points（壓縮點）選項具有下述默認值。最后一點的值根據Compaction Points Plot（壓縮點繪圖）選項中看到的過程設定時間選擇。
16、 作為一個額外的目標，設定一個經濟函數以最小化Duty（能源）。
17、 生成控制器。
仿真
生成控制器后你可以使用多種模式仿真它的行為，如優化或進料干擾反響。
創建一個默認的仿真場景：
18、 單擊樹節點中的Simulation（仿真）文件夾，然后單擊New（新建）。
19、 接受默認名。
這將打開控制器/模型選擇窗口，其中默認僅可選擇可用的控制器和仿真模型。
如果你想針對過程模型失配測試多個控制器設計，你需要建立相應的控制器并搭建其它仿真模型（在Model Builder中）。如果它們可以被選擇，那么這些新加的過程模型和控制器將出現在該窗口中。
該默認場景將執行以下事件：
?在第5步控制器狀態將由Standby（掛起）改為control（控制）；
?在第5步將添加一個進料流量（Feed flow DV）在10分鐘內按一定斜率增加500噸的行為；
?在第100步控制器狀態將由control（控制）改為optimize（優化）。
請按照這些步驟定義之前的仿真事件。在場景節點頂部的單選按鈕可用來切換所有的或相關的參數顯示。單擊Display Relevant Step 1（顯示相關第1步）單選按鈕隱藏無關的仿真設置。
20、 在General（常規）選項卡中，設定下列參數：Economic Function Selection（經濟函數選擇），Tracking Filter（跟蹤濾波）和Economic Coefficient value（經濟系數值）。
21、 在Sub_Debutanizer選項卡中，填寫操作點信息、質量和負荷控制要求。
22、 單擊Hide Step 1（隱藏第1步）并輸入以下建議的場景事件：General（常規）選項卡中的控制/優化控制器模式和Sub_Debutanizer選項卡中的Feed flow（進料流量）斜率。
要訪問仿真設備，請選擇樹節點中的Plot （繪圖）。
在運行仿真時，你可以觀察到回流量和再沸量的改變，以及質量和塔板負荷的變化。
原文：
- The Compaction Points tab has these defaults. The last point values are chosen according to the settling time of the process as seen in the Compaction Points Plot tab.
- As an additional objective, set an economic function for minimizing the Duty.
- Build the controller.
Simulation
After the controller is built you can simulate its behavior in multiple modes such as optimization or reaction to feed disturbances.
Create a default simulation scenario: - Click on the Simulation folder in the tree nodes and click New.
- Accept the default name.
This opens the Controller/Model selection window where, by default, the only Controller and Simulation model available are selected.
If you want to test various controller designs against process model mismatches, you need to build the corresponding controllers and create other simulation models (in Model Builder). These additional process models and controllers will appear in this window where they can be selected.
The following events will be used to perform this default scenario:
? At step 5 the controller status will change from Standby to control,
? At step 5 a Feed (DV) flow ramp increase of 500 tonnes over 10 minutes will be introduced, and
? At step 100 the controller status will change from control to optimize.
Follow these steps to define the previous simulation events. The radio buttons at the top of the Scenario node can be used to toggle the display between all and relevant parameters. Click on the Display Relevant Step 1 radio button to hide settings unrelated to this simulation. - In the General tab, specify the following parameters: Economic Function Selection, Tracking Filter and Economic Coefficient value.
- In the Sub_Debutanizer tab, fill in the operating point information and control specifications on the qualities and loading.
- Click on Hide Step 1 and enter the following suggested scenario events: control/optimize controller mode in the General tab and Feed flow ramp in the Sub_Debutanizer tab.
To access the simulation facility, select Plot in the tree node.
While running the simulation, you can see the moves in Reflux and Reboil and the variations in Qualities and in the Tray Load.
2016.5.14補2016.5.13
