Snippet to show Pushover integration into a STAR-CCM+ Java macro.

trainFlowAngles.java

/**
 * This is the main method in the macro. It is executed when the macro is
 * run in STAR-CCM+.
 */
public void execute() {

    try {
        // Find the current simulation
        Simulation theSim =
                getActiveSimulation();

        // Set up DataReader
        DataReader reader = 
                new DataReader();
        // Read from input file; populate list with SimData objects
        reader.readInput(folder + "/trainInput.txt");
        
        // Reference to list of SimData objects (to simplify later steps)
        List<SimData> listCases = 
                reader.getFlowDetails();

        // Set up DataWriter (this creates the output file and writes headings)
        DataWriter writer = 
                new DataWriter(folder + "/trainOutput.txt");

        // Set up Simrunner (retrieves various objects from the sim which will be set)
        SimRunner runner = 
                new SimRunner(theSim);

        // Set up PostProcessor (retrieves scenes and plots which will be saved)
        PostProcessor postP = 
                new PostProcessor(theSim);
                
        // Set up PushoverClient (sends notifications to the smartphone)
        PushoverClient client =
                new PushoverRestClient();

        // The following construct is a "for-each" loop...
        for (SimData sD : listCases) {

            // Print line to output window to show how far the process has reached
            theSim.println("Inside the loop. Running case with angle " + sD.getAngle());
            client.pushMessage(PushoverMessage
                    .builderWithApiToken("APP_TOKEN")
                    .setUserId("USER_KEY")
                    .setTitle("Starting case.")
                    .setMessage("Inside the loop. Running case with angle " + sD.getAngle())
                    .build()
            );

            // Set various conditions, clear previous solution, run simulation for x iterations
            runner.runCase(sD, 5);

            // Retrieve the drag coefficient from the SimData object and write it to file
            writer.writeDataLine(sD);

            // Save hardcopies of vel mag and streamlines scenes, and residual plot
            postP.saveVelMagScene(
                    folder + "/velMag" + sD.getAngle() + ".png"
            );
            postP.saveResidualPlot(
                    folder + "/residuals" + sD.getAngle() + ".png"
            );
            postP.saveStreamlinesScene(
                    folder + "/strlines" + sD.getAngle() + ".sce"
            );

            // Save simulation
            theSim.saveState(
                    folder + "/train" + sD.getAngle() + ".sim"
            );
            
            // Send notification
            client.pushMessage(PushoverMessage
                    .builderWithApiToken("APP_TOKEN")
                    .setUserId("USER_KEY")
                    .setTitle("Stopping case.")
                    .setMessage("Stopping criteria for case 'train" + sD.getAngle() + "' reached.")
                    .build()
            );
        }
    } catch (Exception e) {
        // Included for debugging, create a window displaying the error message
        JOptionPane.showMessageDialog(
                null, e.toString()
        );
    }

}