![]() The GUI is made up of multiple elements, each with their own purpose. You can choose which toolbars and windows should be displayed, as well move them to any position, and you even have multiple predefined styles to choose from. ![]() QM has a classic, if somewhat outdated interface that is highly customizable. Simple graphical user interface that supports personalized layouts You can switch between the generated code and the model and apply changes directly to the latter, without having to modify any code. The application is a powerful forward-engineering tool that makes it possible for you to view the physical design of your code as part of a model. ![]() ![]() Its code-centric approach makes it easier to get accustomed to, and it only offers support for C and C++, as well as the QP frameworks. QM, on the whole, strives for simplicity, as it maps designs directly to C or C++ code, doing away with any intermediate layers. Comprehensive tool that tries to avoid unnecessary complications It can separate projects into active objects, help you graphically design hierarchical state machines and generate traceable code. QM is a cross-platform modeling tool created with the purpose of helping you design and implement software based on UML state machines and QP active object frameworks. ![]()
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