@Override
public void rotateTo(int limitAngle) throws RemoteException {
motor.rotateTo(limitAngle);
}
@Override
public void rotateTo(int limitAngle, boolean immediateReturn) throws RemoteException {
motor.rotateTo(limitAngle, immediateReturn);
}
public void run() {
// infinite task
while (true) {
// retrieve decoded opcode info
synchronized (this) {
newDyn = DEObj.getNxtDyn();
newCmd = DEObj.getNxtCmd();
newPos = DEObj.getNxtPos();
curPos = centreMotor.getTachoCount();
DEObj.setCurSteerPos(curPos);
}
;
// steer to newPos, if conditions apply
if ((newCmd != DataExchange.EXIT_CMD) && (newCmd != DataExchange.NULL_CMD)) {
if (oldDyn != newDyn) {
oldDyn = newDyn;
switch (newCmd) {
case DataExchange.STOP_CMD:
isNxtStop = true;
centreMotor.stop();
break;
case DataExchange.CAL_CMD:
centreMotor.rotate(getDeltaPos(newPos, curPos));
LCD.clear(6);
LCD.drawString("CMD:: CALIBRATE", 0, 6);
break;
case DataExchange.START_CMD:
isNxtStop = false;
if (isNxtCalib) {
// calibration is done, the current TachoCount
// position becomes the reference, i.e. "0 deg".
isNxtCalib = false;
centreMotor.resetTachoCount();
curPos = centreMotor.getTachoCount();
}
break;
case DataExchange.RELEASE_CMD:
// when user releases the mouse drag, the vehicle attempts to recover a straight
// drive.
// It simulates what happens naturally in a real car when the driver gets his hands
// off
// the steering upon exiting from a curve.
centreMotor.rotateTo(0);
break;
case DataExchange.FRWD_CMD:
case DataExchange.BKWD_CMD:
if (!isNxtStop) {
centreMotor.rotate(getDeltaPos(newPos, curPos));
}
break;
default:
break;
}
; // switch case
} // if (old != new)
else {
centreMotor.flt();
}
try {
// thread going to sleep
ManageNxtSteering.sleep(50);
} catch (InterruptedException e) {
e.printStackTrace();
LCD.drawString("EX-6:", 0, 5);
LCD.refresh();
}
} // if (new != EXIT_CMD)
else {
if (newCmd == DataExchange.EXIT_CMD) {
centreMotor.stop(); /* stop motor */
break; /* exit while loop */
}
}
} // while loop
DEObj.setNXTdone(true);
}