本文整理汇总了Java中com.esri.ges.core.property.PropertyType.Integer方法的典型用法代码示例。如果您正苦于以下问题：Java PropertyType.Integer方法的具体用法？Java PropertyType.Integer怎么用？Java PropertyType.Integer使用的例子？那么恭喜您, 这里精选的方法代码示例或许可以为您提供帮助。您也可以进一步了解该方法所在类com.esri.ges.core.property.PropertyType的用法示例。
在下文中一共展示了PropertyType.Integer方法的5个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的Java代码示例。
示例1: IncrementalPointProcessorDefinition
import com.esri.ges.core.property.PropertyType; //导入方法依赖的package包/类
public IncrementalPointProcessorDefinition() throws PropertyException {
List<LabeledValue> allowedIn = new ArrayList<LabeledValue>();
allowedIn.add(new LabeledValue("${com.esri.geoevent.solutions.processor.incrementalPoint.incrementalPoint-processor.SEGMENTATION_TYPE_DISTANCE_LBL}","distance"));
allowedIn.add(new LabeledValue("${com.esri.geoevent.solutions.processor.incrementalPoint.incrementalPoint-processor.SEGMENTATION_TYPE_TIME_LBL}","time"));
allowedIn.add(new LabeledValue("${com.esri.geoevent.solutions.processor.incrementalPoint.incrementalPoint-processor.SEGMENTATION_TYPE_VERTEX_LBL}","vertex"));
PropertyDefinition pdInterval= new PropertyDefinition("intervalType", PropertyType.String, "", "${com.esri.geoevent.solutions.processor.incrementalPoint.incrementalPoint-processor.LBL_INTERVAL_TYPE}", "${com.esri.geoevent.solutions.processor.incrementalPoint.incrementalPoint-processor.DESC_INTERVAL_TYPE}",true, false, allowedIn);
propertyDefinitions.put(pdInterval.getPropertyName(), pdInterval);
PropertyDefinition pdTimeInterval = new PropertyDefinition("timeinterval", PropertyType.Long, 600000, "${com.esri.geoevent.solutions.processor.incrementalPoint.incrementalPoint-processor.LBL_TIME_INTERVAL}", "${com.esri.geoevent.solutions.processor.incrementalPoint.incrementalPoint-processor.DESC_TIME_INTERVAL}", false, false);
pdTimeInterval.setDependsOn("intervalType=time");
propertyDefinitions.put(pdTimeInterval.getPropertyName(),pdTimeInterval);
PropertyDefinition pdDistInterval = new PropertyDefinition("distanceinterval", PropertyType.Double, 0.0, "${com.esri.geoevent.solutions.processor.incrementalPoint.incrementalPoint-processor.LBL_DISTANCE_INTERVAL}", "${com.esri.geoevent.solutions.processor.incrementalPoint.incrementalPoint-processor.DESC_DISTANCE_INTERVAL}", false, false);
pdDistInterval.setDependsOn("intervalType=distance");
propertyDefinitions.put(pdDistInterval.getPropertyName(),pdDistInterval);
PropertyDefinition pdwkid = new PropertyDefinition("wkid", PropertyType.Integer, "", "${com.esri.geoevent.solutions.processor.incrementalPoint.incrementalPoint-processor.LBL_PROCESS_WKID}", "${com.esri.geoevent.solutions.processor.incrementalPoint.incrementalPoint-processor.DESC_PROCESS_WKID}",true, false);
propertyDefinitions.put(pdwkid.getPropertyName(), pdwkid);
PropertyDefinition pdOutDef = new PropertyDefinition("outdefname", PropertyType.String, "", "${com.esri.geoevent.solutions.processor.incrementalPoint.incrementalPoint-processor.LBL_OUTDEFNAME}", "${com.esri.geoevent.solutions.processor.incrementalPoint.incrementalPoint-processor.DESC_OUTDEFNAME}", true, false);
propertyDefinitions.put(pdOutDef.getPropertyName(), pdOutDef);
}
开发者ID:Esri，项目名称:defense-solutions-proofs-of-concept，代码行数:22，代码来源:IncrementalPointProcessorDefinition.java
示例2: ReverseGeocoderProcessorDefinition
import com.esri.ges.core.property.PropertyType; //导入方法依赖的package包/类
public ReverseGeocoderProcessorDefinition()
{
try
{
PropertyDefinition agolSearchDistanceProperty = new PropertyDefinition(AGOL_SEARCHDISTANCE_PROPERTY, PropertyType.Integer, 100, "ArcGIS Online Reverse Geocoder Search Radius (m)", "The distance from the geoevent's location within which a matching address should be searched.", true, false);
propertyDefinitions.put(AGOL_SEARCHDISTANCE_PROPERTY, agolSearchDistanceProperty);
PropertyDefinition newGeoEventDefinitionNameProperty = new PropertyDefinition(NEWGEOEVENTDEFINITION_PROPERTY, PropertyType.String, "NewGeoEventDefinition", "Resulting GeoEvent Definition", "The incoming GeoEvent will be augmented with the address fields from the reverse geocode and a new GeoEvent Definition will be created.", true, false);
propertyDefinitions.put(NEWGEOEVENTDEFINITION_PROPERTY, newGeoEventDefinitionNameProperty);
}
catch (PropertyException ex)
{
;
}
catch (Exception error)
{
LOGGER.error("INIT_ERROR", error.getMessage());
LOGGER.info(error.getMessage(), error);
}
}
示例3: Line2PtProcessorDefinition
import com.esri.ges.core.property.PropertyType; //导入方法依赖的package包/类
public Line2PtProcessorDefinition() throws PropertyException {
List<LabeledValue> allowedIn = new ArrayList<LabeledValue>();
allowedIn.add(new LabeledValue("${com.esri.geoevent.solutions.processor.line2pt.line2pt-processor.STARTPOINT_LBL}","start"));
allowedIn.add(new LabeledValue("${com.esri.geoevent.solutions.processor.line2pt.line2pt-processor.ENDPOINT_LBL}","end"));
allowedIn.add(new LabeledValue("${com.esri.geoevent.solutions.processor.line2pt.line2pt-processor.MIDPOINT_LBL}","mid"));
PropertyDefinition pdPoint = new PropertyDefinition("pointType", PropertyType.String, "", "${com.esri.geoevent.solutions.processor.line2pt.line2pt-processor.LBL_POINT_TYPE}", "${com.esri.geoevent.solutions.processor.line2pt.line2pt-processor.DESC_POINT_TYPE}",true, false, allowedIn);
propertyDefinitions.put(pdPoint.getPropertyName(), pdPoint);
PropertyDefinition pdwkid = new PropertyDefinition("wkid", PropertyType.Integer, "", "${com.esri.geoevent.solutions.processor.line2pt.line2pt-processor.LBL_PROCESS_WKID}", "${com.esri.geoevent.solutions.processor.line2pt.line2pt-processor.DESC_PROCESS_WKID}",true, false);
propertyDefinitions.put(pdwkid.getPropertyName(), pdwkid);
PropertyDefinition pdOutDef = new PropertyDefinition("outdefname", PropertyType.String, "", "${com.esri.geoevent.solutions.processor.line2pt.line2pt-processor.LBL_OUTDEFNAME}", "${com.esri.geoevent.solutions.processor.line2pt.line2pt-processor.DESC_OUTDEFNAME}", true, false);
propertyDefinitions.put(pdOutDef.getPropertyName(), pdOutDef);
}
示例4: GeoNamesOSMPOIProcessorDefinition
import com.esri.ges.core.property.PropertyType; //导入方法依赖的package包/类
public GeoNamesOSMPOIProcessorDefinition()
{
try
{
PropertyDefinition geoNamesUsernameProperty = new PropertyDefinition(GEONAMES_USERNAME_PROPERTY, PropertyType.String, "", "GeoNames Username (optional)", "If you purchased GeoNames Premium services, enter your username. If blank, a more limited free account will be used.", false, false);
propertyDefinitions.put(GEONAMES_USERNAME_PROPERTY, geoNamesUsernameProperty);
PropertyDefinition geoNamesOSMPOIsRadiusProperty = new PropertyDefinition(GEONAMES_OSMPOIsRADIUS_PROPERTY, PropertyType.Double, 1, "GeoNames OpenStreetmap POI Search Radius (Km)", "The distance from the geoevent's location within which to search for OpenStreetmap Points of Interest. Max for a free account = 1, max for a premium account = 3.", true, false);
propertyDefinitions.put(GEONAMES_OSMPOIsRADIUS_PROPERTY, geoNamesOSMPOIsRadiusProperty);
PropertyDefinition geoNamesOSMPOIsMaxRowsProperty = new PropertyDefinition(GEONAMES_OSMPOIsMAXROWS_PROPERTY, PropertyType.Integer, 50, "GeoNames OpenStreetmap POI Max Rows", "The maximum number of OpenStreetmap Points of Interest to return. Max for a free account = 50, max for a premium account = 150.", true, false);
propertyDefinitions.put(GEONAMES_OSMPOIsMAXROWS_PROPERTY, geoNamesOSMPOIsMaxRowsProperty);
GeoEventDefinition ged = new DefaultGeoEventDefinition();
ged.setName("GeoNamesOSMPOI");
List<FieldDefinition> fds = new ArrayList<FieldDefinition>();
fds.add(new DefaultFieldDefinition("trackId", FieldType.String, "TRACK_ID"));
fds.add(new DefaultFieldDefinition("timestamp", FieldType.Date, "TIME_START"));
fds.add(new DefaultFieldDefinition("incidentId", FieldType.String));
fds.add(new DefaultFieldDefinition("typeName", FieldType.String));
fds.add(new DefaultFieldDefinition("distance", FieldType.Double));
fds.add(new DefaultFieldDefinition("name", FieldType.String));
fds.add(new DefaultFieldDefinition("lng", FieldType.Double));
fds.add(new DefaultFieldDefinition("typeClass", FieldType.String));
fds.add(new DefaultFieldDefinition("lat", FieldType.Double));
fds.add(new DefaultFieldDefinition("geometry", FieldType.Geometry, "GEOMETRY"));
ged.setFieldDefinitions(fds);
geoEventDefinitions.put(ged.getName(), ged);
}
catch (PropertyException ex)
{
;
}
catch (ConfigurationException e)
{
// TODO Auto-generated catch block
e.printStackTrace();
}
}
示例5: BearingProcessorDefinition
import com.esri.ges.core.property.PropertyType; //导入方法依赖的package包/类
public BearingProcessorDefinition() throws PropertyException {
List<LabeledValue> oSrcValues = new ArrayList<LabeledValue>();
oSrcValues.add(new LabeledValue(srcGeoLbl, "geo"));
oSrcValues.add(new LabeledValue(srcCoordLbl, "coord"));
List<LabeledValue> dSrcValues = new ArrayList<LabeledValue>();
dSrcValues.add(new LabeledValue(srcGeoLbl, "geo"));
dSrcValues.add(new LabeledValue(srcCoordLbl, "coord"));
PropertyDefinition pdOriginSource = new PropertyDefinition("osrc", PropertyType.String, srcGeoLbl, lblOSrc, descOSrc, true, false, oSrcValues);
propertyDefinitions.put(pdOriginSource.getPropertyName(), pdOriginSource);
PropertyDefinition pdOGeoFld = new PropertyDefinition("oGeoFld", PropertyType.String, "ORIGIN_GEOMETRY_FIELD", lblOFld, descOFld, false, false);
pdOGeoFld.setDependsOn("osrc=geo");
propertyDefinitions.put(pdOGeoFld.getPropertyName(), pdOGeoFld);
PropertyDefinition pdOXField = new PropertyDefinition("oxFld", PropertyType.String, "ORIGIN_X_FIELD", lblOX, descOX, false, false);
pdOXField.setDependsOn("osrc=coord");
propertyDefinitions.put(pdOXField.getPropertyName(), pdOXField);
PropertyDefinition pdOYField = new PropertyDefinition("oyFld", PropertyType.String, "ORIGIN_Y_FIELD", lblOY, descOY, false, false);
pdOYField.setDependsOn("osrc=coord");
propertyDefinitions.put(pdOYField.getPropertyName(),pdOYField);
PropertyDefinition pdDestinationSource = new PropertyDefinition("dsrc", PropertyType.String, defaultSrc, lblDSrc, "", true, false, dSrcValues);
propertyDefinitions.put(pdDestinationSource.getPropertyName(),pdDestinationSource);
PropertyDefinition pdDGeoFld = new PropertyDefinition("dGeoFld", PropertyType.String, "DESTINATION_GEOMETRY_FIELD", lblDFld, descDFld, false, false);
pdDGeoFld.setDependsOn("dsrc=geo");
propertyDefinitions.put(pdDGeoFld.getPropertyName(),pdDGeoFld);
PropertyDefinition pdDXField = new PropertyDefinition("dxFld", PropertyType.String, "DESTINATION_X_FIELD", lblDX, descDX, false, false);
pdDXField.setDependsOn("dsrc=coord");
propertyDefinitions.put(pdDXField.getPropertyName(),pdDXField);
PropertyDefinition pdDYField = new PropertyDefinition("dyFld", PropertyType.String, "DESTINATION_Y_FIELD", lblDY, descDY, false, false);
pdDYField.setDependsOn("dsrc=coord");
propertyDefinitions.put(pdDYField.getPropertyName(),pdDYField);
PropertyDefinition pdBearingField = new PropertyDefinition("newfld", PropertyType.String, "bearing", lblNewFld, descNewFld, true, false);
propertyDefinitions.put(pdBearingField.getPropertyName(), pdBearingField);
PropertyDefinition pdGenerateGeometry = new PropertyDefinition("generateGeo", PropertyType.Boolean, true, lblGenerateGeo, descGenerateGeo, true, false);
propertyDefinitions.put(pdGenerateGeometry.getPropertyName(), pdGenerateGeometry);
PropertyDefinition pdOutWkid = new PropertyDefinition("wkidout", PropertyType.Integer, 4326, lblWkidOut, descWkidOut, "generateGeo=true", false, false);
propertyDefinitions.put(pdOutWkid.getPropertyName(), pdOutWkid);
PropertyDefinition pdNewGeoDef = new PropertyDefinition("newdef", PropertyType.String, "calculate_bearing", lblEventDefName, descEventDefName, true, false);
propertyDefinitions.put(pdNewGeoDef.getPropertyName(), pdNewGeoDef);
}