package edu.ucdavis.cstars.client.tasks;
import com.google.gwt.core.client.JavaScriptObject;
import com.google.gwt.core.client.JsArray;
import com.google.gwt.core.client.JsArrayString;
import com.google.gwt.core.client.JsDate;
import edu.ucdavis.cstars.client.SpatialReference;
import edu.ucdavis.cstars.client.Util;
/**
* Input parameters for a RouteTask.
*
* @author Justin Merz
*/
public class RouteParameters extends JavaScriptObject {
protected RouteParameters() {}
/**
* Creates a new RouteParameters object.
*
* @return RouteParameters
*/
public static native RouteParameters create() /*-{
return new $wnd.esri.tasks.RouteParameters();
}-*/;
/**
* The list of network attribute names to be accumulated with the analysis, i.e. which attributes should be returned as part of the
* response. The default is as defined in the specific routing network layer used in your RouteTask. You can specify any attributes
* names listed in the Service Directory under "Network Dataset -> Network Attributes" as "Usage Type: esriNAUTCost".
*
* @return JsArrayString
*/
public native final JsArrayString getAccumulateAttributes() /*-{
return this.accumulateAttributes;
}-*/;
/**
* Set the accumulateAttributes parameter.
*
* @param accumulateAttributes - The list of network attribute names to be accumulated with the analysis, i.e. which attributes
* should be returned as part of the response. The default is as defined in the specific routing network layer used in your
* RouteTask. You can specify any attributes names listed in the Service Directory under "Network Dataset -> Network Attributes"
* as "Usage Type: esriNAUTCost".
*/
public final void setAccumulateAttributes(String[] accumulateAttributes) {
_setAccumulateAttributes(Util.stringArrayToJSO(accumulateAttributes));
}
private final native void _setAccumulateAttributes(JavaScriptObject accumulateAttributes) /*-{
this.accumulateAttributes = accumulateAttributes;
}-*/;
/**
* Each element in the array is an object that describes the parameter values.
*
* @return JsArray<AttributeParameterValue>
*/
public final native JsArray<AttributeParameterValue> getAttributeParameterValues() /*-{
return this.attributeParameterValues;
}-*/;
/**
* Set the attributeParameterValues parameter.
*
* @param attributeParameterValues - Each element in the array is an object that describes the parameter values.
*/
public final void setAttributeParameterValues(AttributeParameterValue[] attributeParameterValues) {
_setAttributeParameterValues(Util.objectArrayToJSO(attributeParameterValues));
}
private final native void _setAttributeParameterValues(JavaScriptObject attributeParameterValues) /*-{
this.attributeParameterValues = attributeParameterValues;
}-*/;
/**
* The set of point barriers loaded as network locations during analysis. Can be either an instance of DataLayer or FeatureSet.
*
* @return DataLayer
*/
public native final DataLayer getBarriersAsDataLayer() /*-{
return this.barriers;
}-*/;
/**
* The set of point barriers loaded as network locations during analysis. Can be either an instance of DataLayer or FeatureSet.
*
* @return FeatureSet
*/
public native final FeatureSet getBarriersAsFeatureSet() /*-{
return this.barriers;
}-*/;
/**
* Set the barriers parameter.
*
* @param barriers - The set of point barriers loaded as network locations during analysis.
*/
public final native void setBarriers(DataLayer barriers) /*-{
this.barriers = barriers;
}-*/;
/**
* Set the barriers parameter.
*
* @param barriers - The set of point barriers loaded as network locations during analysis.
*/
public final native void setBarriers(FeatureSet barriers) /*-{
this.barriers = barriers;
}-*/;
/**
* The language used when computing directions. The default is as defined in the specific routing network layer used in your
* RouteTask. By default, NAServer gets installed with en_US only - it is up to the server administrator to add additional languages.
*
* @return String
*/
public native final String getDirectionsLanguage() /*-{
return this.directionsLanguage;
}-*/;
/**
* Set the directionsLanguage parameter.
*
* @param directionsLanguage - The language used when computing directions. The default is as defined in the specific routing
* network layer used in your RouteTask. By default, NAServer gets installed with en_US only - it is up to the server administrator
* to add additional languages.
*/
public final native void setDirectionsLanguage(String directionsLanguage) /*-{
this.directionsLanguage = directionsLanguage;
}-*/;
/**
* The length units to use when computing directions. The default is as defined in the specific routing network layer used in your
* RouteTask. Known values: esriFeet | esriKilometers | esriMeters | esriMiles | esriNauticalMiles | esriYards
*
* @return String.
*/
public native final String getDirectionLengthUnits() /*-{
return this.directionsLengthUnits;
}-*/;
/**
* Set the directionsLengthUnits
*
* @param directionsLengthUnits - The length units to use when computing directions. The default is as defined in the specific routing network layer used in your
* RouteTask. Known values: esriFeet | esriKilometers | esriMeters | esriMiles | esriNauticalMiles | esriYards
*/
public native final void setDirectionLengthUnits(String directionsLengthUnits) /*-{
this.directionsLengthUnits = directionsLengthUnits;
}-*/;
/**
* The name of network attribute to use for the drive time when computing directions. The default is as defined in the specific routing network
* layer used in your RouteTask.
*
* @return String
*/
public native final String getDirectionsTimeAttribute() /*-{
return this.directionsTimeAttribute;
}-*/;
/**
* Set the directionsTimeAttribute parameter.
*
* @param directionsTimeAttribute - The name of network attribute to use for the drive time when computing directions. The default is as defined
* in the specific routing network layer used in your RouteTask.
*/
public native final void setDirectionsTimeAttribute(String directionsTimeAttribute) /*-{
this.directionsTimeAttribute = directionsTimeAttribute;
}-*/;
/**
* If true, avoids network elements restricted by barriers or due to restrictions specified in restrictionAttributes.
*
* @return boolean
*/
public native final boolean doNotLocateOnRestrictedElements() /*-{
return this.doNotLocateOnRestrictedElements;
}-*/;
/**
* set the doNotLocateOnRestrictedElements parameter.
*
* @param doNotLocateOnRestrictedElements - If true, avoids network elements restricted by barriers or due to
* restrictions specified in restrictionAttributes.
*/
public native final void setDoNotLocateOnRestrictedElements(boolean doNotLocateOnRestrictedElements) /*-{
this.doNotLocateOnRestrictedElements = doNotLocateOnRestrictedElements;
}-*/;
/**
* If true, optimizes the order of the stops in the route while taking into account preserveFirstStop and preserveLastStop,
* if they are set to true. The default is as defined in the specific routing network layer used in your RouteTask.
*
* @return boolean
*/
public native final boolean findBestSequence() /*-{
return this.findBestSequence;
}-*/;
/**
* Set the findBestSequence parameter.
*
* @param findBestSequence - If true, optimizes the order of the stops in the route while taking into account preserveFirstStop
* and preserveLastStop, if they are set to true. The default is as defined in the specific routing network layer used in your RouteTask.
*/
public native final void setFindBestSequence(boolean findBestSequence) /*-{
this.findBestSequence = findBestSequence;
}-*/;
/**
* In routes where a stop is not located on a network or a stop could not be reached, the results will differ depending on the value of ignoreInvalidLocations.
*
* When false, the solve operation will fail if at least one of the stops specified cannot be located or reached.
*
* When true, as long as there are at least two valid stops that have been connected by a route, a valid result
* is returned. If multiple routes are processed in a single request, as long as least one route is built, a valid
* result is returned. The list of routes that cannot be solved is included in the message parameter of
* RouteTask.onSolveComplete.
*
* @return boolean
*/
public native final boolean ignoreInvalidLocations() /*-{
return this.ignoreInvalidLocations;
}-*/;
/**
* Set the ignoreInvalidLocations parameter.
*
* @param ignoreInvalidLocations - In routes where a stop is not located on a network or a stop could not be reached, the results will
* differ depending on the value of ignoreInvalidLocations.
*
* When false, the solve operation will fail if at least one of the stops specified cannot be located or reached.
*
* When true, as long as there are at least two valid stops that have been connected by a route, a valid result
* is returned. If multiple routes are processed in a single request, as long as least one route is built, a valid
* result is returned. The list of routes that cannot be solved is included in the message parameter of
* RouteTask.onSolveComplete.
*/
public native final void setIgnoreInvalidLocations(boolean ignoreInvalidLocations) /*-{
this.ignoreInvalidLocations = ignoreInvalidLocations;
}-*/;
/**
* The network attribute name to be used as the impedance attribute in analysis. The default is as defined in the specific routing network
* layer used in your RouteTask. You can specify any attributes names listed in the Service Directory under "Network Dataset -> Network Attributes"
* as "Usage Type: esriNAUTCost". You can also specify a value of "none" to indicate that no network attributes should be used for impedance.
* If you specify an empty array, it will default to the default of the service.
*
* @return String
*/
public native final String getImpedanceAttribute() /*-{
return this.impedanceAttribute;
}-*/;
/**
* Set the impedanceAttribute parameter.
*
* @param impedanceAttribute - The network attribute name to be used as the impedance attribute in analysis. The default is as defined in the specific routing network
* layer used in your RouteTask. You can specify any attributes names listed in the Service Directory under "Network Dataset -> Network Attributes"
* as "Usage Type: esriNAUTCost". You can also specify a value of "none" to indicate that no network attributes should be used for impedance.
* If you specify an empty array, it will default to the default of the service.
*/
public native final void setImpedanceAttribute(String impedanceAttribute) /*-{
this.impedanceAttribute = impedanceAttribute;
}-*/;
/**
* The precision of the output geometry after generalization. If 0, no generalization of output geometry is performed. If present and positive, it represents the
* MaximumAllowableOffset parameter - generalization is performed according to IPolycurve.Generalize.
*
* @return int
*/
public native final int getOutputGeometryPrecision() /*-{
return this.outputGeometryPrecision;
}-*/;
/**
* Set the outputGeometryPrecision parameter.
*
* @param outputGeometryPrecision - The precision of the output geometry after generalization. If 0, no generalization of output geometry is performed. If
* present and positive, it represents the MaximumAllowableOffset parameter - generalization is performed according to IPolycurve.Generalize.
*/
public native final void setOutputGeometryPrecision(int outputGeometryPrecision) /*-{
this.outputGeometryPrecision = outputGeometryPrecision;
}-*/;
/**
* The units of the output geometry precision. The default value is "esriUnknownUnits". Known values: esriUnknownUnits | esriCentimeters
* | esriDecimalDegrees | esriDecimeters | esriFeet | esriInches | esriKilometers | esriMeters | esriMiles | esriMillimeters | esriNauticalMiles | esriPoints | esriYards
*
* @return String
*/
public native final String getOutputGeometryPrecisionUnits() /*-{
return this.outputGeometryPrecisionUnits;
}-*/;
/**
* Set the outputGeometryPrecisionUnits parameter.
*
* @param outputGeometryPrecisionUnits - The units of the output geometry precision. The default value is "esriUnknownUnits".
* Known values: esriUnknownUnits | esriCentimeters | esriDecimalDegrees | esriDecimeters | esriFeet | esriInches | esriKilometers
* | esriMeters | esriMiles | esriMillimeters | esriNauticalMiles | esriPoints | esriYards
*/
public native final void setOutputGeometryPrecisionUnits(String outputGeometryPrecisionUnits) /*-{
this.outputGeometryPrecisionUnits = outputGeometryPrecisionUnits;
}-*/;
/**
* The type of output lines to be generated in the result. The default is as defined in the specific routing network layer used in your RouteTask.
*
* @return NAOutputLine
*/
public final NAOutputLine getOutputLines() {
String ol = _getOutputLines();
for( int i = 0 ; i < NAOutputLine.values().length; i++ ){
if( NAOutputLine.values()[i].getValue().contentEquals(ol) )
return NAOutputLine.values()[i];
}
return NAOutputLine.NOT_SET;
}
private native final String _getOutputLines() /*-{
return this.outputLines;
}-*/;
/**
* Set the outputLines parameter
*
* @param outputLines - The type of output lines to be generated in the result. The default is as defined in the specific routing network
* layer used in your RouteTask.
*/
public final void setOutputLines(NAOutputLine outputLines) {
_setOutputLines(outputLines.getValue());
}
private native final void _setOutputLines(String outputLines) /*-{
this.outputLines = outputLines;
}-*/;
/**
* The well-known ID of the spatial reference for the geometries returned with the analysis results. If not specified, the geometries are
* returned in the spatial reference of the map.
*
* @return SpatialReference
*/
public native final SpatialReference getOutSpatialReference() /*-{
return this.outSpatialReference;
}-*/;
/**
* Set the outSpatialReference parameter.
*
* @param outSpatialReference - The well-known ID of the spatial reference for the geometries returned with the analysis results.
* If not specified, the geometries are returned in the spatial reference of the map
*/
public native final void setOutSpatialReference(SpatialReference outSpatialReference) /*-{
this.outSpatialReference = outSpatialReference;
}-*/;
/**
* The set of polygon barriers loaded as network locations during analysis. Can be either an instance of DataLayer or FeatureSet.
*
* @return DataLayer
*/
public final native DataLayer getPolygonBarriersAsDataLayer() /*-{
return this.polygonBarriers;
}-*/;
/**
* The set of polygon barriers loaded as network locations during analysis. Can be either an instance of DataLayer or FeatureSet.
*
* @return FeatureSet
*/
public final native DataLayer getPolygonBarriersAsFeatureSet() /*-{
return this.polygonBarriers;
}-*/;
/**
* Set the polygonBarriers parameter.
*
* @param polygonBarriers - The set of polygon barriers loaded as network locations during analysis.
*/
public final native void setPolygonBarriers(DataLayer polygonBarriers) /*-{
this.polygonBarriers = polygonBarriers;
}-*/;
/**
* Set the polygonBarriers parameter.
*
* @param polygonBarriers - The set of polygon barriers loaded as network locations during analysis.
*/
public final native void setPolygonBarriers(FeatureSet polygonBarriers) /*-{
this.polygonBarriers = polygonBarriers;
}-*/;
/**
* The set of polyline barriers loaded as network locations during analysis. Can be either an instance of DataLayer or FeatureSet.
*
* @return DataLayer
*/
public final native DataLayer getPolylineBarriersAsDataSet() /*-{
return this.polylineBarriers;
}-*/;
/**
* The set of polyline barriers loaded as network locations during analysis. Can be either an instance of DataLayer or FeatureSet.
*
* @return FeatureSet
*/
public final native FeatureSet getPolylineBarriersAsFeatureSet() /*-{
return this.polylineBarriers;
}-*/;
/**
* Set the polylineBarriers parameter.
*
* @param polylineBarriers - The set of polyline barriers loaded as network locations during analysis. Can be either an instance of DataLayer or FeatureSet.
*/
public final native void setPolylineBarriers(DataLayer polylineBarriers) /*-{
this.polylineBarriers = polylineBarriers;
}-*/;
/**
* Set the polylineBarriers parameter.
*
* @param polylineBarriers - The set of polyline barriers loaded as network locations during analysis. Can be either an instance of DataLayer or FeatureSet.
*/
public final native void setPolylineBarriers(FeatureSet polylineBarriers) /*-{
this.polylineBarriers = polylineBarriers;
}-*/;
/**
* If true, keeps the first stop fixed in the sequence even when findBestSequence is true. Only applicable if findBestSequence is true. The default is as
* defined in the specific routing network layer used in your RouteTask.
*
* @return boolean
*/
public native final boolean preserveFirstStop() /*-{
return this.preserveFirstStop;
}-*/;
/**
* Set the preserveFirstStop parameter.
*
* @param preserveFirstStop - If true, keeps the first stop fixed in the sequence even when findBestSequence is true. Only applicable if findBestSequence
* is true. The default is as defined in the specific routing network layer used in your RouteTask.
*/
public native final void setPreserveFirstStop(boolean preserveFirstStop) /*-{
this.preserveFirstStop = preserveFirstStop;
}-*/;
/**
* If true, keeps the last stop fixed in the sequence even when findBestSequence is true. Only applicable if findBestSequence is true. The default is as
* defined in the specific routing network layer used in your RouteTask.
*
* @return boolean
*/
public native final boolean preserveLastStop() /*-{
return this.preserveLastStop;
}-*/;
/**
* Set the preserveLastStop parameter.
*
* @param preserveLastStop - If true, keeps the last stop fixed in the sequence even when findBestSequence is true. Only applicable if findBestSequence
* is true. The default is as defined in the specific routing network layer used in your RouteTask.
*/
public native final void setPreserveLastStop(boolean preserveLastStop) /*-{
this.preserveLastStop = preserveLastStop;
}-*/;
/**
* The list of network attribute names to be used as restrictions with the analysis. The default is as defined in the specific routing network layer used in your
* RouteTask. Possible values are listed in the Service Directory under "Network Dataset -> Network Attributes". You can also specify a value of "none" to
* indicate that no network attributes should be used as restrictions. If you specify an empty array, it will default to the default of the service.
*
* @return JsStringArray;
*/
public native final JsArrayString getRestrictionAttributes() /*-{
return this.restrictionAttributes;
}-*/;
/**
* Set the restrictionAttributes parameter.
*
* @param restrictionAttributes - The list of network attribute names to be used as restrictions with the analysis. The default is as defined in the specific
* routing network layer used in your RouteTask. Possible values are listed in the Service Directory under "Network Dataset -> Network Attributes". You
* can also specify a value of "none" to indicate that no network attributes should be used as restrictions. If you specify an empty array, it will default to
* the default of the service.
*/
public final void setRestrictionAttributes(String[] restrictionAttributes) {
_setRestrictionAttributes(Util.stringArrayToJSO(restrictionAttributes));
}
private native final void _setRestrictionAttributes(JavaScriptObject restrictionAttributes) /*-{
this.restrictionAttributes = restrictionAttributes;
}-*/;
/**
* Specifies how U-Turns should be handled. The default is as defined in the specific routing network layer used in your RouteTask.
*
* @return NAUTurn
*/
public final NAUTurn getRestrictUTurns() {
String rut = _getRestrictUTurns();
for( int i = 0 ; i < NAUTurn.values().length; i++ ){
if( NAUTurn.values()[i].getValue().contentEquals(rut) )
return NAUTurn.values()[i];
}
return NAUTurn.NOT_SET;
}
private final native String _getRestrictUTurns() /*-{
return this.restrictUTurns;
}-*/;
/**
* set the restrictUTurns parameter.
*
* @param restrictUTurns - Specifies how U-Turns should be handled. The default is as defined in the specific routing network layer used in your RouteTask
*/
public final void setRestrictUTurns(NAUTurn restrictUTurns) {
_setRestrictUTurns( restrictUTurns.getValue() );
}
private final native void _setRestrictUTurns(String restrictUTurns) /*-{
this.restrictUTurns = restrictUTurns;
}-*/;
/**
* If true, barriers are returned as the second parameter of RouteTask.onSolveComplete.
*
* @return boolean
*/
public native final boolean getReturnBarriers() /*-{
return this.returnBarriers;
}-*/;
/**
* set the returnBarriers parameter.
*
* @param returnBarriers - If true, barriers are returned as the second parameter of RouteTask.onSolveComplete.
*/
public native final void setReturnBarriers(boolean returnBarriers) /*-{
this.returnBarriers = returnBarriers;
}-*/;
/**
* If true, directions are generated and returned in the directions property of each RouteResult.
*
* @return boolean
*/
public native final boolean getReturnDirections() /*-{
return this.returnDirections;
}-*/;
/**
* Set the returnDirections parameter.
*
* @param returnDirections - If true, directions are generated and returned in the directions property of each RouteResult.
*/
public native final void setReturnDirections(boolean returnDirections) /*-{
this.returnDirections = returnDirections;
}-*/;
/**
* If true, polygon barriers are returned as the third parameter of RouteTask.onSolveComplete.
*
* @return boolean
*/
public final native boolean returnPolygonBarriers() /*-{
return this.returnPolygonBarriers;
}-*/;
/**
* Set the returnPolygonBarriers parameter.
*
* @param returnPolygonBarriers - If true, polygon barriers are returned as the third parameter of RouteTask.onSolveComplete.
*/
public final native void setReturnPolygonBarriers(boolean returnPolygonBarriers) /*-{
this.returnPolygonBarriers = returnPolygonBarriers;
}-*/;
/**
* If true, polyline barriers are returned as the fourth parameter of RouteTask.onSolveComplete.
*
* @return boolean
*/
public final native boolean getReturnPolylineBarriers() /*-{
return this.returnPolylineBarriers;
}-*/;
/**
* Set the returnPolylineBarriers parameter.
*
* @param returnPolylineBarriers - If true, polyline barriers are returned as the fourth parameter of RouteTask.onSolveComplete.
*/
public final native void setReturnPolylineBarriers(boolean returnPolylineBarriers) /*-{
this.returnPolylineBarriers = returnPolylineBarriers;
}-*/;
/**
* If true, routes are generated and returned in the route property of each RouteResult.
*
* @return boolean
*/
public native final boolean getReturnRoutes() /*-{
return this.returnRoutes;
}-*/;
/**
* Set the returnRoutes parameter.
*
* @param returnRoutes - If true, routes are generated and returned in the route property of each RouteResult.
*/
public native final void setReturnRoutes(boolean returnRoutes) /*-{
this.returnRoutes = returnRoutes;
}-*/;
/**
* If true, stops are returned in the stops property of each RouteResult.
*
* @return boolean
*/
public native final boolean getReturnStops() /*-{
return this.returnStops;
}-*/;
/**
* Set the returnStops parameter.
*
* @param returnStops - If true, stops are returned in the stops property of each RouteResult.
*/
public native final void setReturnStops(boolean returnStops) /*-{
this.returnStops = returnStops;
}-*/;
/**
* The time the route begins. If not specified, the default is the time specified in the route service.
*
* @return JsDate
*/
public native final JsDate getStartTime() /*-{
return this.startTime;
}-*/;
/**
* Set the startTime parameter.
*
* @param startTime - The time the route begins. If not specified, the default is the time specified in the route service.
*/
public native final void setStartTime(JsDate startTime) /*-{
this.startTime = statTime;
}-*/;
/**
* The set of stops loaded as network locations during analysis. Can be either an instance of DataLayer or FeatureSet.
* When RouteParameters.stops takes a FeatureSet, each feature in the FeatureSet must have a defined spatial reference.
* If the feature contains x and y attributes, those values are used for the stop, even if the feature includes geometry. For
* the list of attributes that can be set on a stop, see the "Stop properties" section in Finding the best route.
*
* @return DataLayer
*/
public native final DataLayer getStopsAsDataLayer() /*-{
return this.stops;
}-*/;
/**
* The set of stops loaded as network locations during analysis. Can be either an instance of DataLayer or FeatureSet.
* When RouteParameters.stops takes a FeatureSet, each feature in the FeatureSet must have a defined spatial reference.
* If the feature contains x and y attributes, those values are used for the stop, even if the feature includes geometry. For
* the list of attributes that can be set on a stop, see the "Stop properties" section in Finding the best route.
*
* @return FeatureSet
*/
public native final FeatureSet getStopsAsFeatureSet() /*-{
return this.stops;
}-*/;
/**
* Set the stops parameter.
*
* @param stops - The set of stops loaded as network locations during analysis. Can be either an instance of DataLayer or
* FeatureSet. When RouteParameters.stops takes a FeatureSet, each feature in the FeatureSet must have a defined
* spatial reference. If the feature contains x and y attributes, those values are used for the stop, even if the feature
* includes geometry. For the list of attributes that can be set on a stop, see the "Stop properties" section in Finding
* the best route.
*/
public native final void setStops(DataLayer stops) /*-{
this.stops = stops;
}-*/;
/**
* Set the stops parameter.
*
* @param stops - The set of stops loaded as network locations during analysis. Can be either an instance of DataLayer
* or FeatureSet. When RouteParameters.stops takes a FeatureSet, each feature in the FeatureSet must have a defined
* spatial reference. If the feature contains x and y attributes, those values are used for the stop, even if the feature
* includes geometry. For the list of attributes that can be set on a stop, see the "Stop properties" section in Finding
* the best route.
*/
public native final void setStops(FeatureSet stops) /*-{
this.stops = stops;
}-*/;
/**
* If true, the hierarchy attribute for the network should be used in analysis. The default is as defined in the specific
* routing network layer used in your RouteTask.
*
* @return boolean
*/
public native final boolean useHierarchy() /*-{
return this.useHierarchy;
}-*/;
/**
* Set the useHierarchy parameter.
*
* @param useHierarchy - If true, the hierarchy attribute for the network should be used in analysis. The default is as defined in
* the specific routing network layer used in your RouteTask.
*/
public native final void setUseHierarchy(boolean useHierarchy) /*-{
this.useHierarchy = useHierarchy;
}-*/;
/**
* If true, time windows should be used in the analysis. The default is as defined in the specific routing network layer used in your RouteTask.
*
* @return boolean
*/
public native final boolean useTimeWindows() /*-{
return this.useTimeWindows;
}-*/;
/**
* Set the useTimeWindow parameter.
*
* @param useTimeWindows - If true, time windows should be used in the analysis. The default is as defined in the specific routing network
* layer used in your RouteTask.
*/
public native final void setUseTimeWindows(boolean useTimeWindows) /*-{
this.useTimeWindows = useTimeWindows;
}-*/;
public static class AttributeParameterValue extends JavaScriptObject {
protected AttributeParameterValue() {}
public static AttributeParameterValue create() {
return JavaScriptObject.createObject().cast();
}
/**
*
* @param attributeName - Name of the attribute
*/
public final native void setAttributeName(String attributeName) /*-{
this.attributeName = attributeName;
}-*/;
/**
*
* @param parameterName - Name of the parameter.
*/
public final native void setParameterName(String parameterName) /*-{
this.parameterName = parameterName;
}-*/;
/**
*
* @param value -Parameter value.
*/
public final native void setValue(float value) /*-{
this.value = value;
}-*/;
}
}