Implementation in Matlab

• Basic workflow:
  • build model demo1 using library and Simulink editor
    • 
  • create small run script

    • function testDemo()
        tEnd = 6;
        model_generator("demo1");   % creates Matlab scripts for all coupled models
        out = model_simulator("demo1", tEnd); %  runs model, collects results in out
        plot_results(out, tEnd);   % user function to create output
      end

• Creating a new atomic component:
  • write Matlab class with

    • constructor	defines parameters and initial values
      delta	transition function
      lambda	output function
      ta	lifetime of a state as [a,b] representing a + b ε

  • create corresponding Simulink component
    • consists only of ports and their names
    • mask defines the order and values of all parameter
• Debugging levels:
  • time stamps
  • debug outputs from individual atomic components
  • complete output of internal simulator messages
    • additional graphical representation