Examples of ptolemy.actor.util.Time.compareTo()

ptolemy.actor.util.Time.compareTo()
Return -1, 0, or 1 if this time object is less than, equal to, or greater than the given argument. Note that a ClassCastException will be thrown if the argument is not an instance of Time. This object expects the directors associated with this and the specified Time objects to have the same time resolution. If this is not the case, then it compares the double representations of those time values, which is not as accurate. @param time A time object to compare to. @return The integer -1, 0, or 1 if this is less than, equal to, orgreater than the argument.

        super.fire();
        Time currentTime = getDirector().getModelTime();
        $ASSIGN$_boundaryCrossed(false);
        $ASSIGN$_tentativeCurrentOutputIndex(_currentOutputIndex);
        output.send(0, _getValue(_tentativeCurrentOutputIndex));
        if (currentTime.compareTo(_nextFiringTime) == 0) {
            $ASSIGN$SPECIAL$_tentativeCurrentOutputIndex(11, _tentativeCurrentOutputIndex);
            if (_tentativeCurrentOutputIndex >= _length) {
                $ASSIGN$_tentativeCurrentOutputIndex(0);
            }
            $ASSIGN$_boundaryCrossed(true);

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     *  @exception IllegalActionException Not thrown in this base class.
     */
    public boolean postfire() throws IllegalActionException {
        Time currentTime = getDirector().getModelTime();


        if (currentTime.compareTo(_stopTime) >= 0) {
            return false;
        }


        return true;
    }

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        if (input.hasToken(0)) {
            _newToken = input.get(0);


            Time currentTime = getDirector().getModelTime();


            if (currentTime.compareTo(_lastTime) == 0) {
                // If the current time is the same as the last time,
                // output the last token, because any change of the
                // output from the last time indicates an infinite
                // rate change.
                // The only exception is that in the first firing,

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        // First look at interrupt events.
        while (!_interruptQueue.isEmpty()) {
            DEEvent interruptEvent = _interruptQueue.get();
            Time timeStamp = interruptEvent.timeStamp();


            if (timeStamp.compareTo(getModelTime()) < 0) {
                // This should never happen.
                throw new IllegalActionException(this,
                        "external input in the past: " + "input time stamp is "
                                + timeStamp + "current time in TM is "
                                + getModelTime());

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            if (_debugging) {
                _debug("finishing time = " + finishTime);
            }


            if (finishTime.compareTo(_nextIterationTime) < 0) {
                _nextIterationTime = finishTime;
            }
        }


        if (_isEmbedded()

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        // check the interupt queue:
        while (!_interruptQueue.isEmpty()) {
            DEEvent interruptEvent = _interruptQueue.get();
            Time timeStamp = interruptEvent.timeStamp();


            if (timeStamp.compareTo(_outsideTime) < 0) {
                // This should never happen.
                throw new IllegalActionException(this,
                        "external input in the past: " + "input time stamp is "
                                + timeStamp + "current time in TM is "
                                + getModelTime());

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                // This should never happen.
                throw new IllegalActionException(this,
                        "external input in the past: " + "input time stamp is "
                                + timeStamp + "current time in TM is "
                                + getModelTime());
            } else if (timeStamp.compareTo(_outsideTime) == 0) {
                _interruptQueue.take();


                Actor actor = interruptEvent.actor();


                if (actor != null) {

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        output.send(0, _getValue(_tentativeCurrentOutputIndex));


        // In case current time has reached or crossed a boundary to the
        // next output, update it.
        if (currentTime.compareTo(_nextFiringTime) == 0) {
            _tentativeCurrentOutputIndex++;


            if (_tentativeCurrentOutputIndex >= _length) {
                _tentativeCurrentOutputIndex = 0;
            }

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            IOPort port = (IOPort) ports.next();
            Receiver[][] receivers = port.getRemoteReceivers();


            for (int i = 0; i < receivers.length; i++) {
                for (int j = 0; j < receivers[i].length; j++) {
                    if (time
                            .compareTo(((DDEReceiver) receivers[i][j])._lastTime) > 0) {
                        ((DDEReceiver) receivers[i][j]).put(new NullToken(),
                                time);
                    }
                }

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                .doubleValue();


        if (next.hasToken(0)) {
            next.get(0);


            if (now.compareTo(_nextMsgTime) < 0) {
                // ignore this
            } else {
                // compute a random delay between zero and MaxDelay.
                double delay = maxDelayValue * Math.random();
                _nextMsgTime = now.add(delay);

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