public class TimeWindowGeoNode extends AbstractNode
TimeWindowGeoNode is a normal INode.
It specifies a name and a place that IResource have to visit, including the
IOpeningHours when the work has to be done and the duration of the work and the importance.IOptimizationElement.OptimizationElementFlavourdutyHours| Constructor and Description |
|---|
TimeWindowGeoNode() |
TimeWindowGeoNode(String nodeId,
double latitude,
double longitude,
IOpeningHours openingHour,
Duration visitDuration,
int priority)
The constructor for a
TimeWindowGeoNode where the OpeningHours are not added as a List. |
TimeWindowGeoNode(String nodeId,
double latitude,
double longitude,
List<IOpeningHours> openingHours,
Duration visitDuration,
int importance)
|
TimeWindowGeoNode(String nodeId,
com.dna.jopt.config.types.Position pos,
IOpeningHours openingHour,
Duration visitDuration,
int priority) |
TimeWindowGeoNode(String nodeId,
com.dna.jopt.config.types.Position pos,
List<IOpeningHours> openingHours,
Duration visitDuration,
int importance) |
| Modifier and Type | Method and Description |
|---|---|
IOptimizationElement.OptimizationElementFlavour |
getFlavour()
Gets the flavour which spells out the kind of
Node of the element. |
boolean |
hasRealGeoLocation()
Returns
true if the item has a real geo location. |
boolean |
isPillarNode()
Checks if the node is a
isPillarNode. |
addConstraint, addNode2NodeRelation, addQualification, addSubsequentSlaveNode, addSubsequentSlaveNodes, addViolation, decrementCurrentAutoFilterProtectedExecutions, detachNodeRelations, detachResourceConstraints, detachResourceConstraints, equals, getAutoFilterViolationCollector, getBaseJointVisitDuration, getBaseJointVisitDurationMillis, getBaseVisitDuration, getBaseVisitDurationMillis, getConstraints, getCurrentLeftAutoFilterProtectedExecutions, getDutyHours, getFirstNodeInRouteImportance, getFixCost, getImportance, getIndividualOfferedNodeMultiplier, getJointVisitDuration, getJointVisitDurationMillis, getLastKnownAttachedAndRemovedResIds, getLastNodeInRouteImportance, getLoad, getLockdownTime, getMinVisitDuration, getMinVisitDurationMillis, getNode2NodeRelations, getNodeColor, getNodeDepot, getNodeId, getOriginalDutyHours, getQualifications, getStayAtStartDuration, getSubsequentSlaveNodes, getTempImplausibleScore, getTotalLoadDimension, getUnloadAllDimension, getViolations, getVisitDurationMillis, hasFullJobLevelRelations, hashCode, hasRelations, hasRouteDependentVisitDuration, invokeDetachedResourceConstraints, isAllowMoveToReduceFlexTime, isAutoFilterProtected, isCausingIdleTimeCost, isDutyHoursIncludesVisitDuration, isOfferedNode, isOptimizable, isOptional, isReturnStart, isStayNode, isUnassigned, isUnloadAll, isUseJointVisitDuration, isWaitOnEarlyArrival, isWaitOnEarlyArrivalFirstNode, isWorkNode, removeConstraint, removeNode2NodeRelations, resetDutyHoursTempActivation, resetLockdownTime, resetSubsequentSlaveNodes, setAllowMoveToReduceFlexTime, setAutoFilterConstraints, setConstraints, setFirstNodeInRouteImportance, setFixCost, setHasRouteDependentVisitDuration, setImportance, setIndividualOfferedNodeMultiplier, setIsCausingIdleTimeCost, setIsDutyHoursIncludesVisitDuration, setIsOfferedNode, setIsOptional, setIsReturnStart, setIsStayNode, setIsWorkNode, setJointVisitDuration, setLastNodeInRouteImportance, setLoad, setLockdownTime, setMinAutoFilterProtectedExecutions, setMinimalVisitDuration, setNodeColor, setNodeDepot, setNodeId, setOptimizable, setOptimizable, setUnassigned, setUnloadAll, setUnloadAllDimension, setVisitDuration, setVisitDurationMillis, setWaitOnEarlyArrival, setWaitOnEarlyArrivalFirstNode, tempIncreaseImplausibleScore, tempSetActiveDutyHours, toStringforceSetId, getConstraintAliasId, getDistMatrixId, getExtraInfo, getId, getLatitude, getLocationId, getLongitude, getNodeConnection, getNodeConnectionKeySet, getNodeConnections, getPosition, getPreferredHoursInteractionController, putNodeConnection, putNodeConnectionFromElement, removeNodeConnection, setConstraintAliasId, setDistMatrixId, setDutyHours, setExtraInfo, setId, setLatitude, setLocationId, setLongitude, setPositionclone, finalize, getClass, notify, notifyAll, wait, wait, waitforceSetId, getConstraintAliasId, getDistMatrixId, getExtraInfo, getId, getLatitude, getLocationId, getLongitude, getNodeConnection, getNodeConnectionKeySet, getNodeConnections, getPosition, getPreferredHoursInteractionController, putNodeConnection, putNodeConnectionFromElement, removeNodeConnection, setConstraintAliasId, setDistMatrixId, setDutyHours, setExtraInfo, setId, setLatitude, setLocationId, setLongitude, setPositionpublic TimeWindowGeoNode()
public TimeWindowGeoNode(String nodeId, double latitude, double longitude, List<IOpeningHours> openingHours, Duration visitDuration, int importance)
constructor for a TimeWindowGeoNode that is a normal INode. It specifies a name and a place that IResource have to visit, including the IOpeningHours
when the work has to be done and the duration of the work and the importance.
Implementation example:
// Define the opening hours
List<IOpeningHours> weeklyOpeningHours = new ArrayList<IOpeningHours>();
weeklyOpeningHours.add(
new OpeningHours(
ZonedDateTime.of(2020, MAY.getValue(), 6, 14, 0, 0, 0, ZoneId.of("Europe/Berlin")),
ZonedDateTime.of(2020, MAY.getValue(), 6, 21, 0, 0, 0, ZoneId.of("Europe/Berlin"))));
weeklyOpeningHours.add(
new OpeningHours(
ZonedDateTime.of(2020, MAY.getValue(), 7, 14, 0, 0, 0, ZoneId.of("Europe/Berlin")),
ZonedDateTime.of(2020, MAY.getValue(), 7, 21, 0, 0, 0, ZoneId.of("Europe/Berlin"))));
// Defining an (optional) constraint
IConstraint typeConstraint = new TypeConstraint();
((TypeConstraint) typeConstraint).addType("plumbing");
typeConstraint.setIsHard(true);
Duration visitDuration = Duration.ofMinutes(20);
TimeWindowGeoNode aachen =
new TimeWindowGeoNode("Aachen", 50.775346, 6.083887, weeklyOpeningHours, visitDuration, 1);
aachen.addConstraint(typeConstraint);
this.addElement(aachen);
nodeId - the string name of the nodelatitude - the double latitude of the starting locationlongitude - the double longitude of the starting locationopeningHours - the iOpeninghours when Resources can visit the NodevisitDuration - the duration length the visit will beimportance - the int importance to visit this Nodepublic TimeWindowGeoNode(String nodeId, com.dna.jopt.config.types.Position pos, List<IOpeningHours> openingHours, Duration visitDuration, int importance)
public TimeWindowGeoNode(String nodeId, double latitude, double longitude, IOpeningHours openingHour, Duration visitDuration, int priority)
TimeWindowGeoNode where the OpeningHours are not added as a List.
Implementation example:
// Defining opening hours
OpeningHours openingHours =
new OpeningHours(ZonedDateTime.of(2020, MAY.getValue(), 6, 14, 0, 0, 0, ZoneId.of("Europe/Berlin")),
ZonedDateTime.of(2020, MAY.getValue(), 6, 21, 0, 0, 0, ZoneId.of("Europe/Berlin")));
// Defining an (optional) constraint IConstraint typeConstraint = new TypeConstraint();
((TypeConstraint) typeConstraint).addType("plumbing"); typeConstraint.setIsHard(true);
Duration visitDuration = Duration.ofMinutes(20);
TimeWindowGeoNode aachen =
new TimeWindowGeoNode("Aachen", 50.775346, 6.083887, openingHours, visitDuration, 1);
aachen.addConstraint(typeConstraint);
this.addElement(aachen); nodeId - the string name of the nodelatitude - the double latitude of the starting locationlongitude - the double longitude of the starting locationopeningHour - the iOpeninghoursvisitDuration - the duration length the visit will bepriority - the int priority to visit this nodepublic TimeWindowGeoNode(String nodeId, com.dna.jopt.config.types.Position pos, IOpeningHours openingHour, Duration visitDuration, int priority)
public IOptimizationElement.OptimizationElementFlavour getFlavour()
IOptimizationElementNode of the element.public boolean hasRealGeoLocation()
IOptimizationElementtrue if the item has a real geo location. For example, an EventNode has no real geo location.public boolean isPillarNode()
INodeisPillarNode. PillarNodes will
only be served if the Resource arrives on time. If the
Resource is arriving too late the PillarNode will be skipped.isPillarNodeCopyright © 2017–2023 DNA Evolutions GmbH. All rights reserved.