![]() To get all the legal and functional benefits of the framework for creating devices, you need a commercial license from The Qt Company. Both open licenses and commercial variants are available.The Qt framework has undeniable advantages for embedded HMI development: Qt benefits The advantages of Qt for HMI development HMIs are closely related to embedded systems, and Qt is actively used for HMI software development. In our previous article, we highlighted the benefits of the Qt framework and C++ for creating cross-platform applications for embedded systems. It provides developers with solutions to help meet the growing demands of customers. The Qt framework stands out from other solutions with its performance, versatility, and ease of use. WinCC-Advanced is available as a runtime software package with the possibility of additional options. SIMATIC WinCC offers different software options depending on the complexity of the product: Basic, Comfort, and Advanced. Siemens offers a wide range of SIMATIC HMI products, from configuration software to SCADA systems and software for process visualization. Kanzi experts implement end-to-end solutions for the design, development, and production of automotive human-machine interfaces. Thus, Kanzi, the software framework for the automotive industry, offers you HMI design and development tools to create advanced multi-OS, multi-display user interfaces. Some frameworks are designed to create applications in a certain area for example, there are specialized toolkits for automotive production. Cross-platform GUI frameworks that can be used for HMI software development. Net, GTK, Xamarin, JUCE, and Flutter, have tools that can be successfully used to develop HMIs of various levels of complexity and for various purposes. Sophisticated user interfaces are becoming an integral part of production equipment.Ĭross-platform frameworks and GUI toolkits allow developers to create intuitive user interfaces for software of any complexity. The more complex the tasks an HMI faces, the more complex its structure becomes. The process of creating an HMI includes the development of hardware and software, as well as the creation of the necessary infrastructure. The cornerstone of HMI design is portability and ease of use. In all their variety of forms, the primary goal of all HMIs is to enable efficient communication between humans and machines in a clear and accessible way. Human-machine interfaces for production line control Starting and stopping processes, as well as monitoring, can be done remotely, thus reducing the number of errors and the time required for making decisions. What is a human-machine interface, and why is it needed? A human-machine interface (HMI) is a general term for engineering solutions that enable interaction between people and machines, computer systems, or applications.
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