Optimized workflow for rules and actions
As part of our further developments, we have significantly improved the process for creating rules, i.e. the linking of variables with the properties of control elements, and for creating actions that react to user events. The aim was to make the workflow leaner, more intuitive and more efficient overall. The focus was particularly on reducing the number of clicks and eliminating modular windows to enable a smoother work process.
Previously, a separate pop-up window was opened when a rule or action was created, which had to be confirmed or closed. From now on, the corresponding editing area will appear directly within the interface as an integral part of the user view. This means that the context is retained and it is no longer necessary to switch to modal dialogs.
Faceplates: Efficient reusability and centralized maintenance for HMI screen objects
With the new “Faceplates” feature, QuickHMI is expanding its visualization platform with a powerful option for standardizing and modularizing user interfaces. Faceplates are centrally defined, reusable templates that bundle graphical elements, control components and their associated logic. They are ideal for frequently used process objects such as motors, pumps, valves or conveyor technology elements. Properties, events and placeholders can be parameterized individually via a defined interface and linked to data.
A major advantage: changes to a faceplate only need to be made once, all instances in the project are updated automatically if required. This significantly reduces the maintenance effort and ensures consistency in the visualization. In addition, placeholders enable the flexible use of faceplates in different contexts, even if data sources or variables are only defined at a later date.
The integrated faceplate inspector offers a convenient interface for configuring properties, assigning events and making targeted adjustments to project-specific requirements. This separation of design and data binding creates a clear structure that increases both reusability and error-proofing during project implementation.
Improvement of the S7 driver implementation
With the new S7 driver implementation, you benefit from significantly better response times without compromising on compatibility: Even older controller models can continue to be operated without any problems thanks to legacy support.
Another new feature is the option of authentication with user name/password on current S7 models with symbolic access.
