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HANtune can be interfaced with MATLAB® (and by extension Simulink®). We can do this by using the MATLAB engine and calling it from a script.
The scripts needed to run this example can be found in HANtune\scripts\examples\MATLAB_Interface. These are:
Note: You will need to have installed a version of MATLAB® with the Java MATLAB engine.
The first thing we need to do is tell HANtune where to find the MATLAB engine.
Open ConnectToMatlab.py and change the following line to the location of your MATLAB engine:
#Change this to your location of the MATLAB engine enginePath = "C:\Program Files\MATLAB\R2017b\extern\engines\java\jar\engine.jar"
#Add matlab engine to the classpath from datahandling import CurrentConfig CurrentConfig.getInstance().addSoftwareLibrary(enginePath)
#Import matlab engine from com.mathworks.engine import MatlabEngine #Initialize matlab engine engines = MatlabEngine.findMatlab() engine = MatlabEngine.connectMatlab(engines[0])
#Add engine as a global variable to all interpreters from nl.han.hantune.scripting import ScriptingManager ScriptingManager.getInstance().setGlobal("engine", engine)
#Redirect matlab output to HANtune console from java.lang import System from nl.han.hantune.scripting import Console System.setOut(Console.getGUI().getOut()) System.setErr(Console.getGUI().getErr())
#Change these to the name and location of your model modelName = 'MyModel' modelPath = 'C:\Users\Michiel Klifman\Desktop'
#Add folders to MATLAB path from java.lang import System scriptPath = System.getProperty("user.dir") + "\scripts\examples\MATLAB_Interface" engine.eval("addpath('" + scriptPath + "')") engine.eval("addpath('" + modelPath + "')")
#Create a daqlist from signals in the model result = engine.feval(2, 'createDaqList', modelName, 'signals') daqItemNames = result[0] daqList = result[1] daqSize = len(daqList)
#Create a signal for each item in the daq list signals = [] removeAllSignals() for name in daqItemNames: signal = createSignal(name) signals.append(signal) updateLayout() print 'DAQ list created with ' + str(daqSize) + ' items'
#Start the simulation engine.eval("set_param('" + modelName +"','SimulationCommand','start');") print 'Simulation started...'
#Read data from the model in Simulink and add it to the signals in HANtune while (True): data = engine.feval('getDaqListData', modelName, daqList, daqSize) if not data: break i = 0 for value in data: signals[i].setValueAndTime(value, 0) i += 1 print 'Simulation completed!'