If your goal is to create a unified interface for managing MATLAB/Simulink workflows, the most practical and supported approach is to build the GUI entirely in MATLAB using App Designer or programmatic UI components. This ensures tight integration with Simulink APIs, toolboxes for code generation, testing, and analysis, and simplifies deployment. While Java integration is possible, it adds complexity and is only recommended if you need advanced UI features beyond MATLAB’s capabilities.
You can refer to this example to control a Simulink Simulation with App Designer https://www.mathworks.com/help/simulink/ug/control-a-simulink-simulation.html
To integrate different stages of the workflow into your GUI, you can leverage MATLAB and Simulink APIs that provide programmatic control over models, code generation, testing, and reporting. Below are the key integration points you should consider:
- Simulink Model Control: Use functions like load_system, set_param, and sim to load, configure, and run models.
- Code Generation: Automate builds using slbuild or Embedded Coder APIs for generating C/C++ code.
- Testing: Utilize Simulink Test APIs such as sltest.testmanager for creating and executing test cases.
- Static Analysis: Integrate Simulink Check or Polyspace APIs for model and code compliance checks.
- Documentation: Generate reports using MATLAB Report Generator (rptgen) or Simulink Report tools.
I hope it would solve your query.
