2 Visual Components Manuals

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4.1.4 New Functions in Visual Components 2.2 • Touch Configuration As an update for using touch displays with IPC 2000 and 5000 systems, now any free serial interface can be used and configured for the touch screen. Interfaces which are used by other devices (i.e. C100) are automatically not available. (See Touch Configuration) • Variable Numbering of Text Groups Up to now, text numbers (indices) of texts could only be increased beginning with the number 0. Now the text numbers of each text can optionally be set individually. For example, error numbers can be more easily assigned an appropriate error text in this way. (See Advanced Text Group Options) • Variables in Text Group Texts Texts in a text group no longer have to contain only static texts. Dynamic texts can also be put together at runtime using the contents of PLC process variables. In this way, error messages can be extended to include additional information, for example, or high−performance status displays can be easily implemented. (See Advanced Text Group Options) • Saving Variables in the Alarm List In addition to information stored previously in the alarm list, four pieces of numeric information from PLC process variables can now also be stored with the alarm text. In this way, alarms can be written with additional information such as the error number of errors pertaining to intelligent I/O components, or the item which caused the error to occur. Configuration takes place in the same way as text group variables. (See Creating and Configuring Alarms) • Standardized Scaling Scaling of numeric data types was extremely simplified since all numeric data types (except UDINT and FLOAT) are able to be scaled to the entire DINT range in the future. This removes the previous restriction which only allowed process variables to be scaled within the value range of its own data type. (See reference manual − Scaling − Input Numeric and Scaling − Output Numeric) • Compressed Bitmaps Color bitmaps can be saved in compressed format with Visual Components 2.2 which allows them to be displayed very quickly. Compression is optimized for graphics with large, monochrome surfaces like those which are very frequently used for system images and schematic representations. Optimal compression is enabled in this way. Bitmaps are managed and used as previously; compression takes place automatically with all supported controllers the next time the project is Built. • New Controllers In addition to the previously supported CAN operator panels, now serial operator panels can be connected to the RS232 interface(s) of the CPU and configured with Visual Components. All display units which could be used previously with the C130 CAN controller can be connected to the C100 controller. • PS/2 AT Keyboard Support for IPC Systems Introduction to Visual Components 2.3 216 4.1.4 New Functions in Visual Components 2.2
Introduction to Visual Components 2.3 With AT keyboard support, a lot of time can be saved by the simplified input of texts and numbers, especially during the startup phase. In this way, the operator panel can be laid out more to the operation specifications of the machine when an AT keyboard is used during initial operations. By default, Visual Components supports German and English (US) keyboard formats. Other formats can be defined as needed. (See Keys, LED, and Touch Support) • Importing and Exporting Projects and Parts of Projects Visual Components now supports importing and exporting of projects and parts of projects; work invested can be more easily reused in new projects than previously. All components from the Visual Components tree view can be individually or collectively exported and imported. Dependencies are taken into consideration automatically so that exporting can never be incomplete. Exporting and importing take place in XML format; naturally, exporting and importing text in ASCII format is available. (See Importing and Exporting) 4.1.5 New Functions in Visual Components 2.1 The following functions are available beginning with Version 2.1. • Project Creation with Color Display Process pictures shown using the color possibilities of the target system. Possibility to use a variable to control the colors (16 bit value − high byte foreground, low byte background color). This allows visibility to be controlled during runtime, and blink effects can be created. • Expanded Font Possibilities 'True Type Fonts' are supported on the graphic target system. Any fonts and symbols from Windows can be integrated into a project. The fonts are always shown with fixed character widths on the visualization device − proportional fonts are converted respectively. It should be noted that some fonts are copyrighted. • Status Variables Object display can be switched on and off (bit 0) using status variables. Input can also be locked during runtime (bit 1). For INA Client communication, an 'Edit' bit was added (bit 15 − set or cleared by the interpreter while an entry field is being edited). • Screen Saver Any process picture can be defined as a screen saver and displayed automatically after a set delay. • Uniform Input and Output Fields Assigning explicit data types is no longer necessary when configuring input and output fields. There are only numeric and alphanumeric input and output fields. The scaling size is automatically set. • Variable Scaling Scaling and value limitation for fields can take place using variables. • SVGA / XGA In addition to existing VGA panels (640x480), SVGA (800x600) and XGA (1024x768) panels can also be configured with up to 256 colors. • Editor − Grid Functions 4.1.5 New Functions in Visual Components 2.1 217
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Introduction to Visual Components 2
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Contents (3.9.2005) Introduction to
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Icons are described from left to ri
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Input Fields Output Fields Touch−
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• Foreground color (text color)
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Defines the text font on the screen
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Assign... color. Bits 8−15 The hi
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Graphic Displays Bottom can be set
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Properties Rectangle properties are
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Allows colors to be set in the edit
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Position Contains various settings
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Background Fill Text and Semi−Gra
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Possible Settings for Full Graphic
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• Using fully configurable Up/Dow
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Y Specifies the position of the upp
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Source Assign... Used to input or d
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0% Source Assign... 100% Value INT
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Note: The Type−Filter button must
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Cancel Applies settings and closes
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Simulation Value Determines the val
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Completion Locking Simulation neces
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Preview Displays the field with the
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Keys Defines additional keys to con
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Password Char For the general opera
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Enables input field locking Locking
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3.2.2.3 Password Input Field − Re
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Font Echo Character There cannot be
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Allows colors to be set in the edit
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Allows passwords to be defined for
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3.2.2.4 ListBox Input Field − Ref
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Y Max. Text Length Rows Font Text G
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Colors variable Allows color to be
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Enables input field locking Locking
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est suited representation for each
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Format Contains various settings fo
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Foreground Background Therefore, se
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Assign... processed with this input
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Assign... negative. The resulting n
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Available settings are described re
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Help Displays help for this tab. 3.
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Simulation Value CharBox Possible S
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Font YY Year displayed with two dig
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Full Graphic Displays palette color
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UINT Availability This field can be
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height of the display minus one pix
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Background customer−specific vari
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project. General Summary of the bas
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Position Contains various settings
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Background Possible Settings for Fu
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3.2.3.6 ListBox Output Field − Re
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Max. Text Length Rows Font Possible
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Colors Allows colors to be set for
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variable. General Summary of the ba
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Assign... Possible Values Values fr
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Actions Availability Special Featur
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Height The set size and position of
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Possible Settings Any bitmaps exist
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By default, only variables of suita
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Momentary USINT Increment/Decrement
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Data Point Value 1 Value 2 No actio
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Completion Value Use Limits Limit M
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Input locked if... Password Level D
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Dimension Determines the touch fiel
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Key Type Determines the action to o
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With the actions in this group, pro
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Possible Settings 0 − 65535 Incre
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3.3 Programming Interface for Contr
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VA_GetPaletteColor Retrieving Palet
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UINT _GLOBAL ready; unsigned long V
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endif 3.3.8.4.3 Example for C Progr
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void _CYCLIC test( void ) { if (rea
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3.3.8.8.2 Example for Automation Ba
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eak; } case 3: (!VA_Saccess(1,VCHan
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VA_Srelease(1,VC_HANDLE); } } } 3.3
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3.3.8.14.2 Example for Automation B
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REALTIME means that each touch acti
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UINT _GLOBAL color; unsigned long V
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3.3.8.20.3 Example for C Programmin
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VC_HANDLE if 0 then ready = 1 endi
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} 3.3.8.24 Disable − enable backl
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IN VCHandle UDINT The handle return
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} } } 3.3.8.28 Requirements and Ini
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Page 178 and 179: CASE selection OF ACTION 1: ENDACTI
Page 180 and 181: 3.3.8.35.1 Parameter I/O Parameter
Page 182 and 183: 3.3.8.36.2 Example for Automation B
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Page 186 and 187: 3.4.3 Key Matrix − Panel 4D1164.0
Page 188 and 189: 3.4.5 Key Matrix − Panel 4D1166.0
Page 190 and 191: 3.4.8 Key Matrix − Panel 4P3040.0
Page 192 and 193: 3.4.10 Key Matrix − Panel 5D2210.
Page 214 and 215: For keys with LED, the number also
Page 216 and 217: 3.5 Software Modules on the Control
Page 218 and 219: 3.5.1.6 VC IPC Touch Driver Module
Page 220 and 221: The APLIB, DDPCCAN, and VCINTER mod
Page 222 and 223: The image above shows an Automation
Page 224 and 225: Introduction to Visual Components 2
Page 228 and 229: The editor can arrange static objec
Page 230 and 231: Next, the CPU to be used must be se
Page 232 and 233: In this window, you will connect th
Page 234 and 235: • Inserting Using the Variable De
Page 236 and 237: Enter the name "dummy," set the typ
Page 238 and 239: As soon as the picture editor is sh
Page 240 and 241: The configuration dialog box for th
Page 242 and 243: 4.2.1.8 CAN − Step 8: Defining IN
Page 244 and 245: If the compilation was successful,
Page 246 and 247: Next, the CPU to be used must be se
Page 248 and 249: Automation Studio now has all neces
Page 250 and 251: • Inserting a Cyclic Task 4.2.2.3
Page 252 and 253: Enter the name "dummy," set the typ
Page 254 and 255: name 'PAGE2'. Repeat this procedure
Page 256 and 257: Under the Bitmaps node, you now see
Page 258 and 259: The entries 'TG1' and 'TG2' should
Page 260 and 261: Another field called Target Picture
Page 264 and 265: In the editor window, you now see t
Page 266 and 267: Once the dialog box looks like the
Page 268 and 269: After confirming the input with OK,
Page 270 and 271: Now you will add the function which
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The "Insert Object" dialog box open
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The program is very short and const
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The C editor is opened by double−
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4.2.4.4 Example: Step 4 Project Nam
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4.3.1 Resource Types The resources
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By assigning the panel object to a
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Note for SG3 Automation Runtime Sys
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Newly created pictures are always a
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4.3.5.8 Defining the Global Picture
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In the editor view, all project var
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Text groups are managed in the tree
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Simply double−clicking on the tex
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After they are inserted, bitmaps ar
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The function is activated by select
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A panel's default fonts are present
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http://www.flashkit.com/fonts/ http
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4.3.12.1.1 4.3.12.2 Dynamic Color C
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The user receives a message when th
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Details about individual configurat
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Warning: This function is not suita
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4.3.15.2 Global Settings − Projec
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Width: Adjustable grid width in pix
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Possibility 2: Serial object proper
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4.5.1.2.2 Text Position Text positi
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Note: Corresponding color values ca
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4.5.3.2 Rectangle and Square 4.5.3.
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Circle colors are globally defined
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4.5.6 Background Bitmaps In this vi
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• Displaying Analog Values Descri
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4.6.2.1.6 Colors If the Use Global
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4.6.2.2.1 Scaling Numeric output fi
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Specifying the field length in char
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4.6.3.1.3 Data Point Variable whose
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4.6.4.1 Advanced Text Output This o
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If the Use Global option is selecte
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4.6.4.3.1 Position Allows the preci
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4.7.1.2 Option bytes This field acc
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4.7.1.8 Locking Input In this windo
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The Activate Automatic Comma Input
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'Up/Down Input' must be activated f
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The Scaling Active option must be s
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4.7.3.1.1 Format The width of the i
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4.7.3.2.1 Keys These settings allow
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The same completion data point can
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The comparative value is determined
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4.7.5.1.1 Numeric Input A standardi
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A single letter can be capitalized
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In this dialog box (color settings
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then the field operates as before.
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4.8.4.1 Connection Tag variables ar
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A new text layer is inserted from t
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When there is a difference in text
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The export file format is determine
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• Graphic Keypad on Touch Systems
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entered in '0. Level' under the 'Ke
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Symbol Meaning This symbol indicate
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4.10.3 Creating Keys on the Touch D
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4.10.3.2.4 Action Under the 'Action
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4.10.3.3.6 Logical Font Defines the
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Under the 'Action' tab, the functio
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The same settings apply to both var
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4.10.4.2.2 Next Picture and Previou
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This key becomes a switch key when
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4.10.6.1 Configuration in the Edito
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After the 'Transmit LED Matrix' opt
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accordingly in the cyclic program.
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4.11.2.1.2 IEC Programming Language
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4.11.3.1.2 Texts All texts in this
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4.11.4.3 Alarm Group Parameters Aft
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A dialog field is displayed in whic
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The alarm text is displayed as long
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4.11.6.1.2 Format This field shows
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Alarm summary settings correspond t
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Settings for all alarm fields can b
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4.11.7.2.1 Triggered / Reset (event
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4.11.7.3.2.2 Group Number Filter Th
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4.11.8.3 Configuring Status Texts A
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As shown in the dialog box, each al
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As a result, the appropriate group
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esponsible for managing access. 4.1
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• Logging User Actions • Creati
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4.12.5 Adjusting the Touch Keypad V
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4.12.7.1.4.1 In an Automation Basic
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eplaces the old recipe number and t
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− RasterCountX" Value="10" − Bi
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Exporting begins by clicking on the
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Now, the application can use the co
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The following describes how VC 2.2
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4.13.2.7 Scaling Input Basically th
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Check the program logic of the task
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• HotSpot Controls for the Key Ma
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