Examples of TimeSpan

TimeTable.spans.TimeSpan
Абстрактный класс - временной период. Может иметь любую форму @author Axe Ilshat
ch.njol.skript.util.Timespan
@author Peter Güttinger
cli.System.TimeSpan
com.fathomdb.TimeSpan
com.nykredit.kundeservice.util.TimeSpan
com.odiago.flumebase.lang.TimeSpan

A timespan is internally represented entirely in arbitrary base units, currently defined as milliseconds. A timespan is a pair of values, one defining the bottom end of the interval, the other the top end. The bottom interval is always closed, the top end is always open: [bottom, top).

Timespans may be absolute, or relative to the current time.

Relative timespans have values for 'lo' and 'hi' given in seconds relative to "now." Absolute timespans have values for 'lo' and 'hi' relative to the Unix Epoch.
com.saasovation.collaboration.domain.model.calendar.TimeSpan
com.sonymobile.tools.gerrit.gerritevents.watchdog.WatchTimeExceptionData.TimeSpan
de.micromata.opengis.kml.v_2_2_0.TimeSpan
and
If or is missing, then that end of the period is unbounded (see Example below).

Represents an extent in time bounded by begin and end dateTimes.

The dateTime is defined according to XML Schema time (see XML Schema Part 2: Datatypes Second Edition). The value can be expressed as yyyy-mm-ddThh:mm:sszzzzzz, where T is the separator between the date and the time, and the time zone is either Z (for UTC) or zzzzzz, which represents ±hh:mm in relation to UTC. Additionally, the value can be expressed as a date only. See for examples.
Syntax:
```
<TimeSpan id="ID"> <begin>...</begin>      <end>...</end>          </TimeSpan>
```
Extends: @see : Contained By: @see :
desmoj.core.simulator.TimeSpan
edu.ucla.sspace.util.TimeSpan
A utility class for representing a span of time. Instance of this class can be used to determine whether two moments fall within the time span.
Time spans are expressed as a combination of time units and their associated amounts. Each amount may add up to be more than one of a larger time unit. For example a time unit may be expressed as 1 month and 6 weeks. Time amounts that are not used should be set to 0, e.g. a time span representing a single day would have only {@code days} set to 1 and all other time units as0.
Note that when the overloaded {@code Date} and {@code long} methods are used,the instances are converted to the JVM's current calendar system. This may have a slight, noticeable affect due to daylight savings or any other calendar-specific differences to how a date is calculated. @see Calendar @see Date
info.bethard.timenorm.TimeSpan
io.fathom.auto.TimeSpan
org.apache.uima.internal.util.TimeSpan
Encode a span of time. The main purpose of this class is to provide a printing utility for time spans. E.g., 1081 ms should be printed as 1.081 s, 108101 ms should be printed as 1 min 48.101 s, etc.
Note that the largest value you can represent with this class is 9223372036854775807 (Long.MAX_VALUE), or equivalently, 292471208 yrs 247 days 7 hrs 12 min 55.807 sec. Overflow is not handled gracefully by this class.
Also note that for the purposes of this class, a year has 365 days. I.e., a year corresponds to 365 * 24 * 60 * 60 * 1000 ms.
org.encog.util.time.TimeSpan
A timespan between two Dates. @author jheaton
org.jamesii.core.util.misc.TimeSpan
Class for representing time ranges. This class keeps its internal duration as a single counter of nanoseconds. It is primarily intended for representing time measurements due to the inability to represent more than 292 years.
Instances of this class are immutable.
TODO: Support for negative time spans. @author Johannes Rössel @see System#nanoTime()
org.jboss.bpm.monitor.model.metric.Timespan
Represents a certain time period. Includes factory methods to create common timespans. @author : Heiko Braun @date : Mar 10, 2010
org.linkedin.util.clock.Timespan
This class represents a notion of timespan. Note that the time units goes from milliseconds to year. It does not go below milliseconds because we rarely use this kind of precision especially since the java vm does not support it very well. Note that above hour, the timespan is approximate. This object is immutable and thread safe. @author ypujante@linkedin.com
org.skife.config.TimeSpan
railo.runtime.type.dt.TimeSpan
defines a time span

Examples of desmoj.core.simulator.TimeSpan

        myModel.busyVCQueue.insert(this);


        try {
          // prepare
          myModel.prepairingVCQueue.insert(this);
          hold(new TimeSpan(myModel.getPreparationTime()));
          myModel.prepairingVCQueue.remove(this);


          // service
          if (!nextTruck.hasCanceledWaiting()) {
            hold(new TimeSpan(myModel.getServiceTime()));
            // if (!nextTruck.hasCanceledWaiting()) {
            nextTruck.activate(new TimeSpan(0));
            // }
          }
        } catch (InterruptException e) {
          sendTraceNote("interrupted!");
          nextTruck.setQueuingPriority(nextTruck.getQueueingPriority() + 1);

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Examples of desmoj.core.simulator.TimeSpan


    // create the TruckGeneratorEvent
    TruckGeneratorEvent truckGenerator = new TruckGeneratorEvent(this, "TruckGenerator", true);


    // schedule for start of simulation
    truckGenerator.schedule(new TimeSpan(0));
  }

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Examples of desmoj.core.simulator.TimeSpan

      // create a new truck
      Truck truck = new Truck(model, "Truck", true);
      // create a new truck arrival event
      TruckArrivalEvent truckArrival = new TruckArrivalEvent(model, "TruckArrivalEvent", true);
      // and schedule it for the current point in time
      truckArrival.schedule(truck, new TimeSpan(0.0));
    }


    if (!(!produce && model.getTruckQueue().length() == 0)) {
      schedule(new TimeSpan(model.getTruckArrivalTime(), TimeUnit.MINUTES));
      // from inside to outside...
      // draw a new inter-arrival time value
      // wrap it in a TimeSpan object
      // and schedule this event for the current point in time + the
      // inter-arrival time

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Examples of desmoj.core.simulator.TimeSpan


      // create a service end event
      ServiceEndEvent serviceEnd = new ServiceEndEvent(myModel, "ServiceEndEvent", true);


      // and place it on the event list
      serviceEnd.schedule(vanCarrier, truck, new TimeSpan(myModel.getServiceTime(), TimeUnit.MINUTES));


    }


  }

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Examples of edu.ucla.sspace.util.TimeSpan

                "must specify a timespan duration for the semantic partition");
        }


        // Get the time span that will be used to group the documents
        String timespanStr = argOptions.getStringOption("timespan");
        TimeSpan timeSpan = new TimeSpan(timespanStr);


        if (argOptions.hasOption('v') || argOptions.hasOption("verbose")) {
            // Enable all the logging at the FINE level for the application
            Logger appRooLogger = Logger.getLogger("edu.ucla.sspace");
            Handler verboseHandler = new ConsoleHandler();

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Examples of edu.ucla.sspace.util.TimeSpan

            new TreeMultiMap<Double,String>();


        // Create a second time span than is twice the duration.  We will use
        // this to check whether two partition's vectors were adjacent in the
        // slice by seeing wether the timestamps fall within this duration
        TimeSpan twoPartitions = new TimeSpan(partitionDuration.getYears() * 2,
                                              partitionDuration.getMonths() * 2,
                                              partitionDuration.getWeeks() * 2,
                                              partitionDuration.getDays() * 2,
                                              partitionDuration.getHours() * 2);
        
        // Once we have all the vectors for each word in each sspace,
        // calculate how much the vector has changed.
        for (Map.Entry<String,SortedMap<Long,double[]>> e : 
                 wordToTemporalSemantics.entrySet()) {
            String word = e.getKey();
            SortedMap<Long,double[]> m = e.getValue();
            
            // Skip computing shifts for words without enough partitions
            if (m.size() < 2)
                continue;


            // Get the timestamps as a navigable map so we can identify the last
            // two keys in it more easly.
            NavigableMap<Long,double[]> timestampToVector = 
                (e instanceof NavigableMap) 
                ? (NavigableMap<Long,double[]>)m
                : new TreeMap<Long,double[]>(m);            


            Map.Entry<Long,double[]> mostRecent = timestampToVector.lastEntry();
            // Skip calculating the shift for words who most recent partition
            // was not the same as the most recent partition for TRI
            if (!mostRecent.getKey().equals(startOfMostRecentPartition))
                continue;
            
            Map.Entry<Long,double[]> secondMostRecent = 
                timestampToVector.lowerEntry(mostRecent.getKey());
            // Skip calculating the shift for words where the two most recent
            // partitoins aren't contiguous.  Check for this using the custom
            // time span that covers two partitions
            if (!twoPartitions.insideRange(secondMostRecent.getKey(),
                                           mostRecent.getKey()))
                continue;


            
            // Compute the semantic shift of the two partitions

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Examples of edu.ucla.sspace.util.TimeSpan

        String timeSpanProp = 
            props.getProperty(SEMANTIC_PARTITION_DURATION_PROPERTY);


        partitionDuration = (timeSpanProp == null) 
            ? DEFAULT_SEMANTIC_PARTITION_DURATION
            : new TimeSpan(timeSpanProp);
    }

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Examples of info.bethard.timenorm.TimeSpan

   */
  public static Set<TemporalUnit> runTimexParser(String timex) {


    URL grammarURL = DurationEventTimeFeatureExtractor.class.getResource("/info/bethard/timenorm/en.grammar");
    TemporalExpressionParser parser = new TemporalExpressionParser(grammarURL);
    TimeSpan anchor = TimeSpan.of(2013, 12, 16);
    Try<Temporal> result = parser.parse(timex, anchor);


    Set<TemporalUnit> units = null;
    if (result.isSuccess()) {
      Temporal temporal = result.get();

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Examples of io.fathom.auto.TimeSpan

        }
    }


    @Override
    public Lock buildLock() {
        TimeSpan lockTimeout = TimeSpan.minutes(10);
        TimeSpan lockPollInterval = TimeSpan.seconds(5);


        OpenstackPseudoLock lock = new OpenstackPseudoLock(this, lockTimeout, lockPollInterval);
        return lock;
    }

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Examples of org.apache.uima.internal.util.TimeSpan

          XMLSerializer xmlSerializer = new XMLSerializer(outStream);
          XCASSerializer xcasSerializer = new XCASSerializer(MainFrame.this.cas.getTypeSystem());
          xcasSerializer.serialize(MainFrame.this.cas, xmlSerializer.getContentHandler());
          outStream.close();
          time = System.currentTimeMillis() - time;
          System.out.println("Time taken: " + new TimeSpan(time));
        } catch (IOException e) {
          handleException(e);
        } catch (SAXException e) {
          handleException(e);
        }

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