Package com.grt192.controller.breakaway.test

Examples of com.grt192.controller.breakaway.test.MechanismTestController

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        GRTXboxController primary = new GRTXboxController(1, 12, "primary");
        GRTXboxController secondary = null; //new GRTXboxController(2, 12, "secondary");
        System.out.println("Joysticks Initialized");

        // PWM outputs
        GRTVictor leftDT1 = new GRTVictor(4);

        GRTVictor leftDT2 = new GRTVictor(3);

        GRTVictor rightDT1 = new GRTVictor(6);

        GRTVictor rightDT2 = new GRTVictor(10);

        System.out.println("Motors Initialized");

        // analog inputs
        InternetRPC rpc = new InternetRPC(180);
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        listeners.removeElement(l);
    }

    /** Notifies all CANTimeoutListeners that a CANTimeoutException has occurred **/
    public void notifyCANTimeout() {
        GRTCANJaguarException ex = new GRTCANJaguarException(GRTCANJaguarException.CAN_TIMEOUT, this);
        for (int i = 0; i < listeners.size(); i++) {
            ((CANTimeoutListener) listeners.elementAt(i)).CANTimedOut(ex);
        }
    }
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        // camera = new CameraAssembly();
        // System.out.println("Camera Initialized");

        // Controllers
        dbController = new DashBoardController();
        dbController.start();
        System.out.println("Dashboard Initialized");


        driveControl = new XboxDriver(robotbase, driverStation);
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            watchDogCtl.start();
        }

        if (useDashBoard) {
            //Sends hardware status data to dashboard
            dashboard = new DashBoardController();
            dashboard.start();
            System.out.println("Dashboard Streaming: \tREADY");
        }

        if (useLogger) {
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        globals = new Hashtable();
        autonomousControllers = new Vector();
        teleopControllers = new Vector();

        globalListeners = new Vector();
        watchDogCtl = new WatchDogController(getWatchdog());
        watchDogCtl.start();
        logger = new GRTLogger();
        System.out.println("Started GRT Framework");
        instance = this;
    }
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        globals = new Hashtable();
        globalListeners = new Vector();

        if (useWatchDog) {
            watchDogCtl = new WatchDogController(getWatchdog());
//            watchDogCtl.setPriority(Thread.MAX_PRIORITY);
            watchDogCtl.start();
        }

        if (useDashBoard) {
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        driverStation);
    kickerController = new KickerOmegaController(driverStation, shooter);
    rollerController = new RollerController(driverStation, rollers);
    recoveryController = new RecoveryController(driverStation, recovery);

    testController = new MechanismTestController(rollers, shooter,
        robotbase, recovery, driverStation);
    System.out.println("Controllers Initialized");

    // Register Controllers
    autonomousControllers.addElement(autoController);
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        canGyro.start();
        leftEncoder.start();
        rightEncoder.start();

        turnControl = new AsynchronousPIDController(new PIDController(turnP,
                turnI, turnD, canGyro, this));
        leftDriveControl = new AsynchronousPIDController(new PIDController(
                driveP, driveI, driveD, leftEncoder, this));
        rightDriveControl = new AsynchronousPIDController(new PIDController(
                driveP, driveI, driveD, rightEncoder, this));
        pointTurn = true;
        leftDriveControl.addPIDListener(this);
        rightDriveControl.addPIDListener(this);
        turnControl.addPIDListener(this);
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    canGyro.start();
    leftEncoder.start();
    rightEncoder.start();

    turnControl = new AsynchronousPIDController(new PIDController(turnP,
        turnI, turnD, canGyro, this));
    leftDriveControl = new AsynchronousPIDController(new PIDController(
        driveP, driveI, driveD, leftEncoder, this));
    rightDriveControl = new AsynchronousPIDController(new PIDController(
        driveP, driveI, driveD, rightEncoder, this));
    pointTurn = true;
    leftDriveControl.addPIDListener(this);
    rightDriveControl.addPIDListener(this);
    turnControl.addPIDListener(this);
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        leftWheelX = -ROBOT_WIDTH / 2;
        rightWheelX = ROBOT_WIDTH / 2;
        leftWheelY = rightWheelY = 0;

        turnControl = new AsynchronousPIDController(new PIDController(turnP,
                turnI, turnD, gyro, this));
        leftDriveControl = new AsynchronousPIDController(new PIDController(
                driveP, driveI, driveD, encodDT1, this));
        rightDriveControl = new AsynchronousPIDController(new PIDController(
                driveP, driveI, driveD, encodDT2, this));
        pointTurn = true;
        leftDriveControl.addPIDListener(this);
        rightDriveControl.addPIDListener(this);
        turnControl.addPIDListener(this);
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Related Classes of com.grt192.controller.breakaway.test.MechanismTestController

  • com.grt192.actuator.GRTCANJaguar
  • com.grt192.actuator.GRTDriveTrain
  • com.grt192.actuator.GRTGPIORelay
  • com.grt192.actuator.GRTJaguar
  • com.grt192.actuator.GRTSolenoid
  • com.grt192.actuator.GRTTwoWaySolenoid
  • com.grt192.actuator.GRTVictor
  • com.grt192.benchtest.mechanism.BenchCameraAssembly
  • com.grt192.benchtest.mechanism.BenchKicker
  • com.grt192.benchtest.mechanism.BenchMechanism
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