* *
| Variable | *Type | *Comments | *
|---|---|---|
| timestamp | *double | *time of the event, in simulation time seconds | *
| statisticId | *String | *a unique id for the statistic, e.g. a UUID string | *
| description | *String | *textual description of the statistic | *
| networkId | *String | *id of the Network for which the statistic is made | *
| numberMetadataEntries | *int | *number of metadata entries | *
| metadataId_1 | *String | *id of the first metadata entry | *
| metadataType_1 | *String | *type of metadata, one of GTUTYPE, ORIGIN, DESTINATION, ROUTE | *
| metadataValue_1 | *String | *value of the first metadata entry | *
| ... | ** | * |
| metadataId_n | *String | *id of the last metadata entry | *
| metadataType_n | *String | *type of metadata, one of GTUTYPE, ORIGIN, DESTINATION, ROUTE | *
| metadataValue_n | *String | *value of the last metadata entry | *numberSpaceTimeRegions | *int | *number of space-time regions for this statistic | * *
| startTime_1 | *double | *start time for the first space time region, in seconds | *
| endTime_1 | *double | *end time for the first space time region, in seconds | *
| linkId_1 | *String | *id of the first Link for the space-time region | *
| laneId_1 | *String | *id of the first Lane in the link for the space-time region | *
| ... | ** | * |
| startTime_n | *double | *start time for the last space time region, in seconds | *
| endTime_n | *double | *end time for the last space time region, in seconds | *
| linkId_n | *String | *id of the last Link for the space-time region | *
| laneId_n | *String | *id of the last Lane in the link for the space-time region | *
| connected | *boolean | *whether the lanes in the space-time regions are longitudinally connected or not | *
| transmissionInterval | *double | *transmission interval of the statistic in seconds | *
*
| Variable | *Type | *Comments | *
|---|---|---|
| timestamp | *double | *time of the event, in simulation time seconds | *
| statisticId | *String | *the unique id for the statistic, e.g. a UUID string | *
| totalGtuDistance | *double | *total distance traveled by filtered GTUs in the given time and space, in meters | *
| totalGtuTravelTime | *double | *total travel time by filtered GTUs in the given time and space, in seconds | *
| averageGtuSpeed | *double | *average filtered GTU speed in the given time and space, in meter/second | *
| averageGtuTravelTimePerDistance | *double | *average filtered GTU travel time in the given time and space, in seconds per km | *
| totalGtuTimeDelay | *double | *total time delay incurred by the filtered GTUs in the given time and space, in seconds | *
| averageTripLength | *double | *average length of the trip of the filtered GTUs in the given time and space, in seconds | *
| totalNumberStops | *double | *total number of stops that GTUs made in the given time and space, dimensionless | *
*
| Variable | *Type | *Comments | *
|---|---|---|
| timestamp | *double | *time of the event, in simulation time seconds | *
| statisticId | *String | *the unique id for the statistic that is removed | *
* Copyright (c) 2013-2018 Delft University of Technology, PO Box 5, 2600 AA, Delft, the Netherlands. All rights reserved.
* BSD-style license. See OpenTrafficSim License.
*
* @version $Revision$, $LastChangedDate$, by $Author$, initial version Sep 16, 2016
* @author Alexander Verbraeck
* @author Peter Knoppers
*/
public class ImbKpiTransceiver implements Serializable
{
/** */
private static final long serialVersionUID = 20160923L;
/** IMB connector. */
private final Connector connector;
/** The query for the statistic. */
private final Query query;
/** The Network id for which the graph is made. */
private final String networkId;
/** The interval between generation of graphs. */
private final Duration transmissionInterval;
/** Total travel distance. */
private TotalTravelDistance totalTravelDistance = new TotalTravelDistance();
/** Total travel time. */
private TotalTravelTime totalTravelTime = new TotalTravelTime();
/** Mean speed. */
private MeanSpeed meanSpeed = new MeanSpeed(this.totalTravelDistance, this.totalTravelTime);
/** Mean travel time per km. */
private MeanTravelTimePerDistance meanTravelTimePerDistance = new MeanTravelTimePerDistance(this.meanSpeed);
/** Mean trip length. */
private MeanTripLength meanTripLength = new MeanTripLength();
/** Total delay. */
private TotalDelay totalDelay = new TotalDelay(new Speed(50.0, SpeedUnit.KM_PER_HOUR));
/** Total number of stops. */
private TotalNumberOfStops totalNumberOfStops = new TotalNumberOfStops();
/** Update time. */
private Time updateTime = Time.ZERO;
// TODO implement DELETE message
/**
* Construct a new ImbKpiTransceiver.
* @param connector Connector; the IMB connector
* @param time Time; time of creation
* @param networkId String; the network id
* @param query Query; the statistics query
* @param transmissionInterval Duration; the interval between generation of graphs
* @throws IMBException when the post of the IMB message fails
*/
public ImbKpiTransceiver(final Connector connector, Time time, String networkId, final Query query,
final Duration transmissionInterval) throws IMBException
{
this.connector = connector;
this.query = query;
this.networkId = networkId;
this.transmissionInterval = transmissionInterval;
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