The student will develop an application supporting a visual programming paradigm. The visual elements available in the application will be automatically generated from the provided C++ source code. The application itself or an external script will analyze the code to identify suitable variables, functions, and their parameters. Users will then be able to connect these visual elements into diagrams representing simple algorithms and execute them. The execution will directly call the functions defined in the provided C++ source code; therefore, it is expected that these functions will be precompiled and linked as part of the application itself. The diagram visualization will be implemented using publicly available extensions of the ImGUI library. The student will demonstrate the application using OpenGL and provide an example demo that represents the process of compiling simple shaders and rendering a triangle.  In the theoretical part, the student will describe the principles of static and dynamic code analysis, methods for representing program structures as graphs, and approaches for mapping such graphs to interactive graphical visualizations. Finally, the student will test the implemented solution and discuss performance considerations and scalability aspects when working with larger codebases.