| 名称| 描述|
| ------------- |:-------------:| -----:|
| Navigation pane（导航窗格）| 导航窗格用于调用每个监视和操作视图。应用程序配置显示在树视图格式中，使得可以轻松地掌握整个系统概述。|
| Information pane（信息窗格）| 信息窗格显示了窗口上最近的三条消息。信息窗格始终显示在窗口顶部。|
| Application pane（应用程序窗格） | 此区域显示了每个视图。每个选项卡最多显示5个视图。|
表B 2.1主窗口配置
■HIS站
■APC客户端站
在APC客户端PC中，可以显示与多个APC服务器相对应的多个APC窗口。
■Web客户端
B2.2 HMI功能概述
每个HMI站都包含以下功能。
表B 2.2 HMI功能
|功能| HMI客户端| APC客户端| Web客户端|
| ------------- |:-------------:| -----:|
|客户端类型| 富余客户端 |富余客户端 |未富余客户端|
|调度功能| Exec/Stop（执行/停止） |Exec/Stop| Exec/Stop|
|消息| X| X | X |
|趋势| X | X |－ |
|文档| X| X| X |
|Exasmoc 视图| Control/Overview/Sub-Overview/MV/DV/POV/CV/EF/GAIN/Calc |Control/Overview/Sub-Overview/MV/DV/POV/CV/EF/GAIN/Calc| Control/Overview/Sub-Overview/MV/DV/POV/CV/EF/GAIN/Calc|
|Exarqe 视图 |Control/Overview/Prediction/TQE TQC/Lab /Reference(参考)/Update（更新）/Input /Process Dynamics(过程动态)/Linearization（线性化）| Control/Overview /Prediction/TQE TQC/Lab /Reference/Update/Input/ProcessDynamics/Linearization| Control/Overview /Prediction/TQE TQC/Lab /Reference/Update/Input/ProcessDynamics/Linearization|
|Exaitg视图| Input Data/Output Data | Input Data/Output Data |Input Data/Output Data |
B2.3 自定义视图配置概述
在R4.02中，除了navigation pane（导航窗格）Application文件夹下的标准视图，在导航窗格的View文件夹下为每个操作员/工程师提供了自定义视图。 用户可以通过选择和注册位号变量来显示和设置每个视图的值从而定义自己的视图。
Navigation pane（导航窗格）和application pane（应用程序窗格）的配置如第18章所示。可采用roll base构建器的View Definition（视图定义）和View Assign（视图分配）功能完成视图定制。
B2.4 操作程序概述
以下是创建离线模型并启动在线控制器的工程和操作过程。
- 使用PCTP的SMOCPRO工具（离线设计工具），创建在线文件（EXA）。详细信息请参阅“SMOCPRO用户指南”。
2.使用APC Builder，注册OPC服务器。
3.使用APC Builder，逐个导入添加SMOC应用程序。请参见第17章。
APC Builder
[Start menu] ~ [Program] ~ [YOKOGAWA-EXA] ~ [APC Builder]
4.使用APC HMI，逐个启动SMOC控制器。请参见第3章。
●APC HMI
[开始菜单]→[程序]→“YOKOGAWA-EXA”→[APC HMI]
●Web客户端
从我们的客户端PC调用以下URL:
<http：// <web server name> /apcwebsites/Index.html>
5.使用下一章描述的各个Exasmoc视图进行监视和操作。
6.退出
点击“”图标，将关闭主窗口。即使关闭窗口，应用程序仍在运行。
原文：
| Name | Description|
| ------------- |:-------------:| -----:|
| Navigation pane | Navigation pane is used to call each monitoring and operation views . The application configuration is displayed in the tree view formant, which makes it easy to grasp the total system overview.|
| Information pane | Information pane shows the latest three messages on the window. Information pane is always displayed on the top of the window.|
| Application pane | Each View is displayed in this area. Up to 5 Views are displayed on each tab.|
Table B 2.1 Main window configuration
■ HIS Station
■ APC Client Station
In APC client PC, multiple APC windows can be displayed corresponding to multiple APC servers.
■ Web Client Station
B2.2. HMI Function Overview
Each HMI station consists of the following functionality.
Table B 2.2 HMI functions
| Functionality| HMI client | APC client | Web Client|
| ------------- |:-------------:| -----:|
| Type of client | Rich Client| Rich Client | Thin Client|
| Scheduler function| Exec/Stop| Exec/Stop | Exec/Stop|
| Message | X | X | X|
| Trend | X | X | －|
| Document | X| X | X|
| Exasmoc view | Control/Overview/Sub-Overview/MV/DV/POV/CV/EF/GAIN/Calc |Control/Overview/Sub-Overview/MV/DV/POV/CV/EF/GAIN/Calc| Control/Overview/Sub-Overview/MV/DV/POV/CV/EF/GAIN/Calc
|Exarqe view| Control/Overview/Prediction/TQE TQC/Lab /Reference/Update/Input /Process Dynamics/Linearization |Control/Overview /Prediction/TQE TQC/Lab /Reference/Update/Input/ProcessDynamics/Linearization |Control/Overview /Prediction/TQE TQC/Lab /Reference/Update/Input/ProcessDynamics/Linearization
|Exaitg view | Input Data/Output Data | Input Data/Output Data | Input Data/Output Data |
B2.3. Customization of View Configuration Outline
In R4.02, besides standard views under "Application" folder of the navigation pane, customized views are available for each operators/engineers under “View” folder of the navigation pane. Users can define their own views by selecting and registering the tag variables to display and setting values for each view.
Navigation pane and application pane are configured as is shown in chapter 18. The view customization is done from the View Definition and View Assign function of the roll base builder.
B2.4. Operation Procedure Outline
Following is the engineering and operation procedure how to create the offline model and start the online controller.
- Using SMOCPRO tool of PCTP (Offline design tool), create the online file (EXA). As to the detail, please refer to the SMOCPRO Users Guide.
- Using the APC Builder, register OPC server.
- Using the APC Builder, Import and Append the SMOC application one by one. Refer to Chapter 17.
APC Builder
[Start menu] ~ [Program] ~ [YOKOGAWA-EXA] ~ [APC Builder] - Using the APC HMI, Start SMOC controllers one by one. Refer to Chapter 3.
● APC HMI
[Start menu] → [Program] → ｢YOKOGAWA-EXA」 → [APC HMI]
● Web Client
Call the following URL from We client PC.
<http://<web server name>/apcwebsites/Index.html> - Monitor and operation using each Exasmoc views described from the next chapter.
- Exit
Clicking “ ” icon, the main window will close. The application is still running even if you close the window.
2016.12.1
