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.


            //System.out.println("DEMessageSource " + this.getFullName() +
            //        " next message " + "scheduled at " + _nextMsgTime);
        }


        if (now.compareTo(_nextMsgTime) == 0) {
            ++_msgNum;
            output.broadcast(new IntToken(_msgNum));
        } else {
            // this refire should be discarded
            return;

View Full Code Here


        if (!_breakpoints.isEmpty()) {
            SuperdenseTime nextBreakpoint = (SuperdenseTime) _breakpoints
                    .first();
            Time breakpointTime = nextBreakpoint.timestamp();
            int comparison = breakpointTime.compareTo(_currentTime);
            if (comparison < 0) {
                accurate = false;
            }
        }

View Full Code Here


        if (!_breakpoints.isEmpty()) {
            SuperdenseTime nextBreakpoint = (SuperdenseTime) _breakpoints
                    .first();
            Time nextBreakpointTime = nextBreakpoint.timestamp();
            int comparison = nextBreakpointTime.compareTo(_iterationBeginTime
                    .add(refinedStep));
            if (comparison < 0) {
                refinedStep = nextBreakpointTime.subtract(_iterationBeginTime)
                        .getDoubleValue();
                if (refinedStep < 0.0) {

View Full Code Here

        // putting the stop time on the breakpoint table. Be sure,
        // however, that this results in the right number of
        // events generated at the stop time. This is very tricky,
        // and probably not worth the effort.
        Time targetTime = getModelTime().add(suggestedStep);
        if (targetTime.compareTo(_stopTime) > 0) {
            suggestedStep = _stopTime.subtract(getModelTime()).getDoubleValue();
            if (_debugging) {
                _debug("----- Revising step size due to stop time to "
                        + suggestedStep);
            }

View Full Code Here

        // just completed execution of that iteration.
        if (!_breakpoints.isEmpty()) {
            SuperdenseTime nextBreakpoint = (SuperdenseTime) _breakpoints
                    .first();
            Time breakpointTime = nextBreakpoint.timestamp();
            int comparison = breakpointTime.compareTo(_currentTime);
            if (comparison == 0 && nextBreakpoint.index() == _index) {
                if (_debugging) {
                    _debug("Removing breakpoint at " + nextBreakpoint);
                }
                _breakpoints.removeFirst();

View Full Code Here

    private void _discardBreakpointsBefore(Time time) {
        while (!_breakpoints.isEmpty()) {
            SuperdenseTime nextBreakpoint = (SuperdenseTime) _breakpoints
                    .first();
            Time breakpointTime = nextBreakpoint.timestamp();
            int comparison = breakpointTime.compareTo(time);
            if (comparison > 0
                    || (comparison == 0 && nextBreakpoint.index() > _index)) {
                // Next breakpoint is in the future.
                break;
            } else {

View Full Code Here

        // just completed execution of that iteration.
        if (!_breakpoints.isEmpty()) {
            SuperdenseTime nextBreakpoint = (SuperdenseTime) _breakpoints
                    .first();
            Time breakpointTime = nextBreakpoint.timestamp();
            int comparison = breakpointTime.compareTo(_currentTime);
            if (comparison == 0 && nextBreakpoint.index() == _index) {
                if (_debugging) {
                    _debug("Removing breakpoint at " + nextBreakpoint);
                }
                _breakpoints.removeFirst();

View Full Code Here

        // table, then remove that entry.
        if (!_breakpoints.isEmpty()) {
            SuperdenseTime nextBreakpoint = (SuperdenseTime) _breakpoints
                    .first();
            Time breakpointTime = nextBreakpoint.timestamp();
            int comparison = breakpointTime.compareTo(_currentTime);
            if (comparison < 0
                    || (comparison == 0 && nextBreakpoint.index() < _index)) {
                // At the top level, we should not have missed a breakpoint.
                throw new IllegalActionException(this,
                        "Missed a breakpoint time at " + breakpointTime

View Full Code Here

        // table, then remove that entry.
        if (!_breakpoints.isEmpty()) {
            SuperdenseTime nextBreakpoint = (SuperdenseTime) _breakpoints
                    .first();
            Time breakpointTime = nextBreakpoint.timestamp();
            comparison = breakpointTime.compareTo(_currentTime);
            // Remove any breakpoints from the table that are now in the past.
            // In theory, this should only happen if we are inside a modal model
            // and we were not active at the time of the breakpoint. In such a
            // case, the right thing to do is to ignore the breakpoint.
            // NOTE: This requires that actors be written carefully, since

View Full Code Here

                if (_breakpoints.isEmpty()) {
                    break;
                }
                nextBreakpoint = (SuperdenseTime) _breakpoints.first();
                breakpointTime = nextBreakpoint.timestamp();
                comparison = breakpointTime.compareTo(_currentTime);
            }
            if (comparison == 0 && nextBreakpoint.index() == _index) {
                if (_debugging) {
                    _debug("The current superdense time is a breakpoint, "
                            + nextBreakpoint + " , which is removed.");

View Full Code Here

0 1 2 3

TOP

All source code are property of their respective owners. Java is a trademark of Sun Microsystems, Inc and owned by ORACLE Inc. Contact coftware#gmail.com.