The objects are grouped by functions in the toolbox.
The description is done according to the order in the toolbox.
|
Object |
Function |
Application |
|---|---|---|
|
Display Elements |
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|
Gauge panel |
Display of signal values on a classic analog-style gauge Circular, linear and numerical gauges available; numerous design options, free set-up of shape, color, scales and pointers |
Highlighted display of values Replaces traditional displays |
|
Label |
Display of static or dynamic text or signal values in alphanumeric form Source can be a signal or text signal |
Label the displays Display the text signal Numerical representation of signals |
|
Multi-state label |
Convert a signal value into different states of a label; color change depending on value range(s), text or text signal in the label |
State display |
|
Multi-state picture |
Display of various graphics, depending on the signal value |
Status display Security warning |
|
Numeric digital display |
Display signal values as numbers Hold the positive and negative peak value (resettable) |
Large, clear display of signal values |
|
Text digital display |
Display of texts |
Large and clear display of text signals and other texts |
|
Input elements |
||
|
Button |
Execute commands using a button: Close ibaPDA client Switch layout Execute command line Activate application (*.exe) Print (QPanel screen) Pulse digital signal Set signal value Trigger value input controlPause one or all views Start or resume one or all views Load layout from server Save signal on serverOpen user management Connect to ibaPDA- or ibaHD-Server Change language Change window state Change display style Change unit system Switch ibaPDA user Switch ibaHD user Commands can be executed manually or by signal edge; Button text and image configurable Action adjustable: When pressing When releasing While pressed |
Control of QPanel display Execution of other applications or scripts Set signal values Take over signal value A after signal B Quick opening of various dialogs (user management, connect to server) Change language Log in another user without disconnecting from the ibaPDA or ibaHD server. |
|
Checkbox |
Input a binary signal value |
Binary value input |
|
File selector |
Search for files using a pattern/filter in the name or the date in a given folder |
Find and use files in trend/text/image displays |
|
File scanner |
Search for new or changed files in a given folder |
Find and use files in trend/text/image displays |
|
Input combobox |
Selection of input values via text |
General value input Specifying parameters for calculations as plain text Specifying parameters for subordinate devices |
|
Numeric up/down |
Selection of input values in steps via up/down buttons |
General value input |
|
Radio button |
Selection of input values via radio buttons |
General value input |
|
Slider |
Enter a numeric value using the slider |
General value input |
|
Switch |
Input of two binary states |
Binary value input with graphical display |
|
Value input |
String entry or value input for a text signal or analog or digital signals |
Additional information on data file, printout, further applications, etc. |
|
Views |
||
|
Bar chart |
Display of signal values as single-bar or multi-bar charts Color change for value ranges, dynamic limits, polynomial calculation for profiles |
General value display Fill levels Profiles |
|
Camera view |
Display a camera view of an ibaCapture server on the screen Scenario player for event-based camera switching |
Surveillance Process monitoring Troubleshooting |
|
Chart |
Universal tool to - display any number of bar graphs - integrate images/color ranges - integrate all kinds of markers - realize x/y recorder |
General value display Fill levels Profiles Represent complex machines with graphs and moving parts Display operating point |
|
FFT view |
Display the frequency spectrum of a signal |
Frequency analysis Chatter monitoring |
|
HD event table |
Display a list of events based on an event-based HD data store |
Error and alarm monitoring; search for process events |
|
HD navigation |
Parent control for multiple HD trend graphs for scrolling, zooming, time selection, jump, start, stop |
General control |
|
HD time periods table |
Display time periods from time period stores |
Comparison of measurement data from different time periods, process monitoring |
|
HD trend graph |
Display HD signal values in a trend graph X axis time or length-based; from historical data |
General value display |
|
Offline trend graph |
Display complete graphs from an existing measurement file (*.DAT, also CSV/TXT possible). Live position can be shown as comparative cursor |
Comparison of previous measurements with the current measurement |
|
Scope view |
Display signals in a digital oscilloscope |
Commissioning Troubleshooting |
|
Signal tree |
ibaPDA / ibaHD signal tree |
Source to drag and drop signals into an enabled trend view |
|
Trend graph |
Display signal values in a trend graph X axis time or length-based; automatic 2D-colored top-down view on vector signals |
General value display Colored display of profiles (temperature, flatness, etc.) |
|
Watch view |
Display window for the value of single signals |
Monitoring of certain signals for value change/status |
|
Visuals/Layout |
||
|
Picture |
Display of a graphic (static) or several graphics (dynamic, controlled by signal) |
Background image Logo Flexible objects |
|
Shape |
Tool for creating different basic shapes |
Free graphical design of displays |
|
Symbol |
Display of vector graphics in SVG format |
Background image Logo Flexible objects |
|
Tabbed layouts |
Display of several single layouts in a group frame in the current layout |
Layout with fixed and variable parts (header/footer etc.) |
|
Web |
||
|
Web browser |
Display web pages, PDFs and other browser-enabled files |
Display data from ibaDaVIS |
The tools PQU spectrum and PQU phasor can only be used in connection with the central unit ibaPQU-S and are described there.
The Orbit View tool is used by the ibaInSpectra Orbit module and described there.
The tools Circle view and Cycle view are used by the ibaInCycle module and described there.
