Helps_SV_V11_1 _ WORD FILES _ ENUSV_Smart Generator

Overview of the Harmonas Smart Generator5The Harmonas HMI Library7The Select Harmonas Project Dialog8The Harmonas Select Points Dialog10The Harmonas Import Type Dialog12Harmonas HMI Configuration Dialog13Harmonas HMI - Category Configuration15Harmonas HMI - Control Group Configuration17Harmonas HMI - Graphics Configuration19Harmonas HMI - Trend Configuration21Harmonas HMI at Run Time22Overview of the BACnet Smart Generator24BACnet Select Project Type Dialog26BACnet Select Project Dialog27BACnet Advanced Options Dialog29BACnet Branch Management Dialog31BACnet Devices and Notification Classes Dialog32BACnet Import Type Dialog33BACnet Select Variables Dialog34BACnet Generate Variables Dialog35BACnet Rename Variables Dialog37BACnet Generated Configuration Elements39Overview of the TwinCAT Smart Generator41TwinCAT Select Project Dialog44TwinCAT Advanced Options Dialog45TwinCAT Branch Management Dialog47TwinCAT Import Type Dialog48TwinCAT Select Variables Dialog49TwinCAT Generate Variables Dialog50TwinCAT Rename Variables Dialog52TwinCAT Variable Types54TwinCAT Custom Attributes55Overview of the CAD Smart Generator57Opening a CADDrawing File and Creating the Primary Mimic60The CAD Smart Generator Menus and Toolbar61The CAD Smart Generator Mimic Generation Options Dialog64Creating Sub-Mimics65Zooming,Cropping and Rotating the CAD Drawing67Selecting the Colors, Layers and Blocks68Configuring the Image Size and Location71Substituting CAD Blocks with the Supervisors Symbols72CAD Block Symbol Branch Expression77Generating the Mimics81Overview of the FL Smart Generator82The FL Select Application Dialog86The FL Import Variables Options Dialog87Importing FL Array Variables89Importing FL Alarms90Importing the FL Historical Configuration92Importing a FL OPCConfiguration94Importing a FL ODXConfiguration97Importing FL Modbus Configuration99Importing FL Math and Logic Procedures100Importing FL Reports Configuration102The FL Array Format Dialog103The FL Import Variables Dialog104The FL Select Variables Dialog105The FL Generate Variables Dialog106The FL Rename Variables Dialog109The FL Import Graphics Dialog111The FL Graphics Options - Options Tab113Graphics Options - Languages Tab114FL Importing Shared Libraries115FL Importing the Template Project116FL Client Builder Differences117FL Import Report122FL Variable Properties123FL Import Frequently Asked Questions125Overview of the Generic XML Import Facility126Starting from a Command Line127The Generic XML Import Dialog128Overview of the ISaGRAF Smart Generator129The ISaGRAF Select Project Dialog130The ISaGRAF Advanced Options Dialog131The ISaGRAF Import Variables Dialog134The ISaGRAF Select Variables Dialog135The ISaGRAF Branch Management Dialog136The ISaGRAF Generate Variables Dialog138The ISaGRAF Rename Variables Dialog140Overview of the LNS Smart Generator142Selecting the Variables to be Imported144Changing the Properties of Variables Before Import147Adding a Variable148Generating the Variables from LNS149Overview of the Saia-Burgess Smart Generator151The Saia Select PG5 Project Dialog152The Saia-Burgess Advanced Options Dialog153The Saia-Burgess Import Variables Dialog155The Saia-Burgess Select Variables Dialog156The Saia-Burgess Branches Dialog157The Saia-Burgess Generate Variables Dialog159The Saia-Burgess Rename Variables Dialog161Overview of the Unity Smart Generator163The Unity Select Project Dialog165The Unity Import Variables Dialog167The Unity Select Variables Dialog168The Unity Branch Management Dialog169The Unity Generate Variables Dialog171The Unity Rename Variables Dialog173Unity Variable Types175Overview of the Step 7 Smart Generator176The Step 7 Select Project Dialog177The Step 7 Options Dialog178The Step 7 Select Blocks Dialog179The Step 7 Target Equipment Dialog180The Step 7 Check Mapping Dialog181The Step 7 Import Variables Dialog182The Step 7 Select Variables Dialog183The Step 7 Generate Variables Dialog184The Step 7 Branch Management Dialog186The Step 7 Rename Variables Dialog188How the Properties of the Supervisors Variables Relate to Those of Step 7189Overview of the Wago CoDeSys Smart Generator190The CoDeSys Select Symbol File Dialog191The CoDeSys Advanced Options Dialog192The CoDeSys Import Variables Dialog195The CoDeSys Select Variables Dialog196The CoDeSys WordBits Dialog197The CoDeSys Branch Management Dialog199The CoDeSys Generate Variables Dialog200The CoDeSys Rename Variables Dialog202Overview of the WAGO DALI Smart Generator203The DALI Network Topology Dialog205The DALI System Mimic Dialog207Changing the Default Symbols209The DALI Variable Database211The DALI Communication Settings213The Wago DALIMain Mimic215The Wago DALI Maintenance Mimic216The WAGODALI Modules Mimic218The WAGODALI Group Control Mimic221The WAGODALI Scene Control Mimic223The WAGODALI Ballast Details Mimic224Overview of the Stardom Smart Generator226The Select Stardom Project Dialog228The Stardom Select POUs Dialog231The Stardom Customize POUs Properties Dialog232The Stardom Import Type Dialog233The Stardom Import Global Variables Dialog234The Stardom Select Global Variables Dialog235The Stardom Customize Global Variables Dialog236Stardom Data Object Types237The Stardom Library238Stardom HMI Configuration - the Category Tab240Stardom HMI Configuration - the Control Group Tab242Stardom HMI Configuration - the Graphics Tab244Stardom HMI Configuration - the Trend Tab246Stardom HMI Configuration - Finish248Overview of Managing Previous Imports249Synchronizing an Import251What Happens if I Exceed the Number of Variables in the License?252Overview of the Harmonas Smart GeneratorThe Smart Generator for Harmonas generates the Supervisors project configuration by importing files from the Azbil Harmonas RTC Editor tool. Some or all of the following configuration items are generated. OPC communication between the Supervisor and the Harmonas Controller. Natures (from the Harmonas Groups) Variables including their Domain and Nature, source (OPC) and trending (if applicable). Archive units. Project mimics. One or more empty graphic mimics. One or more trend mimics. One or more populated control group mimics.Pre-requisites for the import processBefore you are able to start an import process you must ensure that the following files are available. The Harmonas project - The files exported from the Azbil Harmonas RTCEditor tool, in IEC 61131-3 (ASCII) format. The Supervisors global library (HAS) for Harmonas. The Supervisors project template folder (TPL) for Harmonas. If a multi-station project is being generated, the network configuration including the station lists must be manually configured before the Smart Generator is used.About the Harmonas projectThe Harmonas Smart Generator uses several files from the Harmonas project which it interprets to create the Supervisors project. The files that are required are from the IT and EB folders.The following files are read from the IT folder.File nameContentENUM.CSVThe associated labels configured by points.NODE.CSVThe list of devices declared in the RTC Editor.TAG.CSVThe list of all points declared in the RTC Editor.UNIT.CSVThe list of all units declared in the RTC Editor.The files in the EB folder are created manually using the export feature of the RTC Editor. There is one file for each point type, for each device. The file naming format is .EB. For example PL2011DI.EB.About the HAS library and the template projectThe Harmonas library (HAS) and the Harmonas project template (TPL) are not installed by default. To make them available you must:1. Copy the Harmonas Library folder (HAS) to the Supervisors Global Library folder (LIB) found in the Supervisors root folder.2. Open the LIBRARY.DAT file in the LIB folder with a text editor and check that there is an entry for the HAS library and that it is not commented out. It should read:LIBRARY,HAS,HAS,HAS,1,0,0,0,1,1You can manually enter it if is not there.3. Copy the project template folder (TPL) to the Supervisors root folder. The template project is a sub-set of folders and files from an actual project. If, when creating a new project, the Supervisor finds a template project it will copy the contents into the new project replacing the default configuration.About the HMI generated by the Harmonas SGThe HMImimics and other graphic objects are designed for a display resolution of either XSGA (1280 x 1024 pixels) or Full HD (1920 x 1080 pixels). The required resolution is selected during the process of generating the application using the Smart Generator.The mimics that are generated are WebVue compliant, moveable (except for the menus), sizeable (except for the Toolbox and menus) and have the property Scale mimic to fit window set.Starting the Smart GeneratorThe Harmonas Smart Generator is started from the Smart Generator Management dialog using New Harmonas Import command on the Task Toolbar. Show pictureOnce you have selected the Harmonas project from which the import is to take its input, the Smart Generator guides you through the steps to configure the import. For details see the remaining topics in this book.The Harmonas HMI LibraryThe Smart Generator uses one of the Supervisors global libraries, specially created for Harmonas, to provide the components for the HMI. System mimics including the Toolbox. Process mimics. Graphic symbols representing each type of Harmonas Data Point. Function key settings. Programs scripts and other objects.The folder in which the Harmonas library (HAS) is stored, is in the Supervisors global library folder LIB.The Harmonas Library only become available after you apply the procedure described in the topic Overview of the Harmonas Smart Generator.The Supervisors applications are bilingual - that is text strings can be configured with two alternative texts representing two languages. You can dynamically switch between the languages at run time. The text elements used in the Harmonas graphics and symbols use Japanese as the first language and English as the second language.Process mimicsEach process mimic is generated using a mimic template from the Harmonas library. You can generate mimics of the following types: Trend mimics. Control Group mimics (populated using the Data Point symbols. Graphics mimics (free mimics).Two mimic templates are available for each mimic type to support either the Full HD and XSGA screen resolutions. The Harmonas import will use one or the other according to the screen resolution selected in the HMIOptions. Each mimic generated is also based on a mimic model from the Harmonas library.Graphic symbolshere are graphic symbols for each of the Harmonas data point types. They are automatically instantiated in the Control Group Mimics as part of the Smart Generators configuration process.If you manually create any mimics and want to display a Data Point you should use the corresponding symbol instantiated using the correct branch from the variables tree.For further informationDetails of the objects in the library are given in the Harmonas Library specification.The Select Harmonas Project DialogThe Select Harmonas Project dialog selects the folders from which the configuration is to be imported. Show picture1. Import name - Enter a reference name for the import. This will appear in the list of imports when the Smart Generator is next opened.2. Select or enter the name of the IT folder. The ellipsis button adjacent to the files opens a browser dialog.3. Select or enter the name of the EB folder. The ellipsis button adjacent to the files opens a browser dialog.4. Click Next to continue the import process.The IT and EB folders are stored together and the default name of the EB folder is automatically filled in when you complete the ITfolder box. The Options dialog Select the Options button to open the Options dialog. Show picture In the Export files encoding section, select the encoding of the input files. By default it matches the encoding of the Supervisors presentation language. In the Archive units format section, select Proprietary or SQLServer storage format for the destination. The default setting is Proprietary.The Harmonas Select Points DialogThe Select Points dialog lets you select the Data Points that are to be imported. Show picture The Data Points are displayed in the dialog in a tree structure as follows. o Device (Controller)o Point typeo Point instanceThe Harmonas Units are not shown in the structure. Each imported Data Point will generate several variables in the Supervisors project.1. Select the items that are to be imported. To select all items in a device or point type, tick its box. 2. Right-click on a device node to open a pop-up menu to select the IP address of the device. This is mandatory and used by the Supervisors OPC configuration. 3. Using the same pop-up menu select the Server List and Client List. These are only required for multi-station applications. Show picture4. In the dialog, click Next to continue.How the Supervisors variable naming relates to the Harmonas configuration Variables related to a Harmonas Unit._COMMON. Variables related to a Harmonas Unit and particular point instance.PARAMETERS. Variables not directly related to the Harmonas configuration but necessary to the operation of the Supervisors project are found under the GENERAL branch.The Harmonas Import Type DialogThe Harmonas Import Type dialog enables you to select whether the data points and/or HMI elements are to be imported. Show picture Import data - Import only the configuration necessary to generate the Supervisors variables tree. Import HMI- Import only the configuration necessary to generate and structure the Supervisors mimics (HMI). Full import - Import the configuration and generate both the variables tree and mimics (HMI).After selecting the type of import: Click Next to continue.The following dialog, Harmonas HMI Configuration, does not have a Back button and so you must be sure that the configuration is correct before you click the Next button.Harmonas HMI Configuration DialogThe Harmonas HMI Configuration dialog allows you to configure the structure, and some of the contents, of the mimics that form the HMI. The dialog contains three main areas.Show picture The Menu and Toolbar In the left pane, the Categories configuration tree. Right clicking on a node in the configuration tree will display a context menu. In the right pane, the properties for the item selected in the Categories tree.The ToolbarReading from left to right the tools are: Expand all - to expand all nodes in the Categories tree.Collapse all - to collapse all nodes in the Categories tree.Add - to add a category.Create categories from Harmonas units - to create one category for each Unit in the Harmonas configuration.Apply - to save the configuration.Delete - to remove a category.HMI options - see below.The same tasks are also available from the menu bar.After making any changes to the properties of an item in the catagories tree, you must use Apply before selecting another item or selecting Finish. Failure to do so will result in the loss of any changes you have made.The HMIOptions dialogThe HMI Options dialog allows you to select the size of the mimics as either suitable for SXGA (1280 x 1024) or Full HD (1920 x 1080). The main effect of this, other than changing the space available in the mimics, is the number of Points that can be allocated to a Control Group. SXGA - Eight Points Full HD - Sixteen PointsIf you change from FullHD to SXGA then the configuration of all Control Group mimics is reset. A confirmation dialog is displayed to allow you to cancel the action.Harmonas HMI - Category ConfigurationUse the Apply tool after you make changes to each category or they will be lost.The mimics generated by the Harmonas Smart Generator are arranged in groups called Categories. Categories are displayed and selected at run-time using the Toolbox mimic. One Category is automatically generated for each Harmonas Unit. By default, each Category contains one Control Group (mimic), one Trend (mimic), and one Graphic (process mimic).The Category configuration is displayed in the right pane whenever a category is selected in the categories tree. Show pictureAdding a categoryTo add a category, click in the category tree and then click the Add tool or the Add categories command on the menu. A new category, with default properties, is added to the end of the category tree. A maximum of 1000 categories can be created. Category IDs are assigned automatically and cannot be edited. Deleting a categoryTo delete a category, select it by clicking on it and then using the Delete tool or the Remove category command on the menu. The category and all its mimics are deleted.The order in which categories appear in the menu mimics at run-time is the same as configured in the categories tree. Be careful when adding or deleting categories as there are no specific tools to re-order them.Category propertiesTo change the properties of a category, select it in the category tree. Name - Language 1 - The identity of the category, if