public VisibilityProcessorDefinition() {
try {
PropertyDefinition procGpService =
new PropertyDefinition(
"gpservice", PropertyType.String, "", lblGPService, descGPService, true, false);
propertyDefinitions.put(procGpService.getPropertyName(), procGpService);
PropertyDefinition procImageService =
new PropertyDefinition(
"imageservice",
PropertyType.String,
"",
lblElevService,
descElevService,
true,
false);
propertyDefinitions.put(procImageService.getPropertyName(), procImageService);
List<LabeledValue> allowedObsSrc = new ArrayList<LabeledValue>();
allowedObsSrc.add(
new LabeledValue(
"${com.esri.geoevent.solutions.processor.visibility.visibility-processor.OBS_SRC_GEOEVENT}",
"Geoevent"));
allowedObsSrc.add(
new LabeledValue(
"${com.esri.geoevent.solutions.processor.visibility.visibility-processor.OBS_SRC_FIELD}",
"Field"));
PropertyDefinition procObserverSource =
new PropertyDefinition(
"observerSource",
PropertyType.String,
"${com.esri.geoevent.solutions.processor.visibility.visibility-processor.OBS_SRC_GEOEVENT}",
lblObsSrc,
descObsSrc,
true,
false,
allowedObsSrc);
propertyDefinitions.put(procObserverSource.getPropertyName(), procObserverSource);
PropertyDefinition procObserverX =
new PropertyDefinition(
"observerX", PropertyType.Double, 0.0, lblObsX, descObsX, true, false);
procObserverX.setDependsOn("observerSource=Constant");
propertyDefinitions.put(procObserverX.getPropertyName(), procObserverX);
PropertyDefinition procObserverY =
new PropertyDefinition(
"observerY", PropertyType.Double, 0.0, lblObsY, descObsY, true, false);
procObserverY.setDependsOn("observerSource=Constant");
propertyDefinitions.put(procObserverY.getPropertyName(), procObserverY);
PropertyDefinition procEventX =
new PropertyDefinition(
"observerXEvent", PropertyType.String, "", lblObsXFld, descObsXFld, true, false);
procEventX.setDependsOn("observerSource=Field");
propertyDefinitions.put(procEventX.getPropertyName(), procEventX);
PropertyDefinition procEventY =
new PropertyDefinition(
"observerYEvent", PropertyType.String, "", lblObsYFld, descObsYFld, true, false);
procEventY.setDependsOn("observerSource=Field");
propertyDefinitions.put(procEventY.getPropertyName(), procEventY);
List<LabeledValue> allowedSrc = new ArrayList<LabeledValue>();
allowedSrc.add(
new LabeledValue(
"${com.esri.geoevent.solutions.processor.visibility.visibility-processor.SRC_CONSTANT}",
"Constant"));
allowedSrc.add(
new LabeledValue(
"${com.esri.geoevent.solutions.processor.visibility.visibility-processor.SRC_GEOEVENT}",
"Event"));
PropertyDefinition procRadiusSource =
new PropertyDefinition(
"radiusSource",
PropertyType.String,
"${com.esri.geoevent.solutions.processor.visibility.visibility-processor.SRC_CONSTANT}",
lblRadSrc,
descRadSrc,
true,
false,
allowedSrc);
propertyDefinitions.put(procRadiusSource.getPropertyName(), procRadiusSource);
PropertyDefinition procRadius =
new PropertyDefinition("radius", PropertyType.Double, 1000, lblRad, descRad, true, false);
procRadius.setDependsOn("radiusSource=Constant");
propertyDefinitions.put(procRadius.getPropertyName(), procRadius);
PropertyDefinition procRadiusEvent =
new PropertyDefinition(
"radiusEvent", PropertyType.String, "", lblRadFld, descRadFld, true, false);
procRadiusEvent.setDependsOn("radiusSource=Event");
propertyDefinitions.put(procRadiusEvent.getPropertyName(), procRadiusEvent);
List<LabeledValue> unitsAllowedVals = new ArrayList<LabeledValue>();
unitsAllowedVals.add(
new LabeledValue(
"${com.esri.geoevent.solutions.processor.visibility.visibility-processor.UNITS_METERS_LBL}",
"Meters"));
unitsAllowedVals.add(
new LabeledValue(
"${com.esri.geoevent.solutions.processor.visibility.visibility-processor.UNITS_KM_LBL}",
"Kilometers"));
unitsAllowedVals.add(
new LabeledValue(
"${com.esri.geoevent.solutions.processor.visibility.visibility-processor.UNITS_FT_LBL}",
"Feet"));
unitsAllowedVals.add(
new LabeledValue(
"${com.esri.geoevent.solutions.processor.visibility.visibility-processor.UNITS_MILES_LBL}",
"Miles"));
unitsAllowedVals.add(
new LabeledValue(
"${com.esri.geoevent.solutions.processor.visibility.visibility-processor.UNITS_NM_LBL}",
"Nautical Miles"));
PropertyDefinition procUnits =
new PropertyDefinition(
"units",
PropertyType.String,
"${com.esri.geoevent.solutions.processor.visibility.visibility-processor.UNITS_METERS_LBL}",
lblRadUnits,
descRadUnits,
true,
false,
unitsAllowedVals);
propertyDefinitions.put(procUnits.getPropertyName(), procUnits);
PropertyDefinition procElevSource =
new PropertyDefinition(
"elevationSource",
PropertyType.String,
"",
lblObsElevSrc,
descObsElevSrc,
true,
false,
allowedSrc);
propertyDefinitions.put(procElevSource.getPropertyName(), procElevSource);
PropertyDefinition procElev =
new PropertyDefinition(
"elevation", PropertyType.Double, 0, lblElev, descElev, true, false);
procElev.setDependsOn("elevationSource=Constant");
propertyDefinitions.put(procElev.getPropertyName(), procElev);
PropertyDefinition procElevEvent =
new PropertyDefinition(
"elevationEvent", PropertyType.String, "", lblElevFld, descElevFld, true, false);
procElevEvent.setDependsOn("elevationSource=Event");
propertyDefinitions.put(procElevEvent.getPropertyName(), procElevEvent);
List<LabeledValue> allowedElevUnits = new ArrayList<LabeledValue>();
allowedElevUnits.add(
new LabeledValue(
"${com.esri.geoevent.solutions.processor.visibility.visibility-processor.UNITS_METERS_LBL}",
"Meters"));
allowedElevUnits.add(
new LabeledValue(
"${com.esri.geoevent.solutions.processor.visibility.visibility-processor.UNITS_FT_LBL}",
"Feet"));
PropertyDefinition procUnitsElev =
new PropertyDefinition(
"units_elev",
PropertyType.String,
"${com.esri.geoevent.solutions.processor.visibility.visibility-processor.UNITS_METERS_LBL}",
lblElevUnits,
descElevUnits,
true,
false,
allowedElevUnits);
propertyDefinitions.put(procUnitsElev.getPropertyName(), procUnitsElev);
PropertyDefinition pdOutDefName =
new PropertyDefinition(
"outdefname",
PropertyType.String,
"viewshed_out",
"${com.esri.geoevent.solutions.processor.visibility.visibility-processor.LBL_OUT_DEF_NAME}",
"${com.esri.geoevent.solutions.processor.visibility.visibility-processor.DESC_OUT_DEF_NAME}",
true,
false);
propertyDefinitions.put(pdOutDefName.getPropertyName(), pdOutDefName);
PropertyDefinition procWKIDBuffer =
new PropertyDefinition(
"wkidbuffer", PropertyType.Integer, 3857, lblWKIDProc, descWKIDProc, true, false);
propertyDefinitions.put(procWKIDBuffer.getPropertyName(), procWKIDBuffer);
PropertyDefinition procWKIDOut =
new PropertyDefinition(
"wkidout", PropertyType.Integer, 4326, lblWKIDOut, descWKIDOut, true, false);
propertyDefinitions.put(procWKIDOut.getPropertyName(), procWKIDOut);
} catch (PropertyException e) {
LOG.error("Geometry processor");
LOG.error(e.getMessage());
LOG.error(e.getStackTrace());
} catch (Exception e) {
LOG.error("Geometry processor");
LOG.error(e.getMessage());
LOG.error(e.getStackTrace());
}
}
public SpatialQProcessorDefinition() {
try {
List<LabeledValue> allowedGeoSources = new ArrayList<LabeledValue>();
allowedGeoSources.add(
new LabeledValue(
"${com.esri.geoevent.solutions.processor.spatialquery.spatialquery-processor.SRC_GEO_EVENT_LBL}",
"Geoevent"));
allowedGeoSources.add(
new LabeledValue(
"${com.esri.geoevent.solutions.processor.spatialquery.spatialquery-processor.SRC_GEO_EVENT_DEF_LBL}",
"Event_Definition"));
allowedGeoSources.add(
new LabeledValue(
"${com.esri.geoevent.solutions.processor.spatialquery.spatialquery-processor.SRC_GEO_BUFFER_LBL}",
"Buffer"));
PropertyDefinition procGeometrySource =
new PropertyDefinition(
"geosrc",
PropertyType.String,
"${com.esri.geoevent.solutions.processor.spatialquery.spatialquery-processor.SRC_GEO_EVENT_LBL}",
lblGeoSrc,
descGeoSrc,
true,
false,
allowedGeoSources);
propertyDefinitions.put(procGeometrySource.getPropertyName(), procGeometrySource);
PropertyDefinition procGeometryEventDef =
new PropertyDefinition(
"geoeventdef", PropertyType.String, "", lblGeoFld, descGeoFld, false, false);
procGeometryEventDef.setDependsOn("geosrc=Event_Definition");
propertyDefinitions.put(procGeometryEventDef.getPropertyName(), procGeometryEventDef);
PropertyDefinition procSetAsEventGeo =
new PropertyDefinition(
"setgeo",
PropertyType.Boolean,
false,
"Set events geometry to input",
"Set geoevent's geometry to input geometry",
false,
false);
procSetAsEventGeo.setDependsOn("geosrc=Event_Definition");
propertyDefinitions.put(procSetAsEventGeo.getPropertyName(), procSetAsEventGeo);
PropertyDefinition procRadius =
new PropertyDefinition(
"radius", PropertyType.Double, 1000, lblBufferDist, descBufferDist, true, false);
procRadius.setDependsOn("geosrc=Buffer");
propertyDefinitions.put(procRadius.getPropertyName(), procRadius);
List<LabeledValue> unitsAllowedVals = new ArrayList<LabeledValue>();
unitsAllowedVals.add(
new LabeledValue(
"${com.esri.geoevent.solutions.processor.spatialquery.spatialquery-processor.UNITS_METERS_LBL}",
"Meters"));
unitsAllowedVals.add(
new LabeledValue(
"${com.esri.geoevent.solutions.processor.spatialquery.spatialquery-processor.UNITS_KM_LBL}",
"Kilometers"));
unitsAllowedVals.add(
new LabeledValue(
"${com.esri.geoevent.solutions.processor.spatialquery.spatialquery-processor.UNITS_FT_LBL}",
"Feet"));
unitsAllowedVals.add(
new LabeledValue(
"${com.esri.geoevent.solutions.processor.spatialquery.spatialquery-processor.UNITS_MILES_LBL}",
"Miles"));
unitsAllowedVals.add(
new LabeledValue(
"${com.esri.geoevent.solutions.processor.spatialquery.spatialquery-processor.UNITS_NM_LBL}",
"Nautical Miles"));
PropertyDefinition procUnits =
new PropertyDefinition(
"units",
PropertyType.String,
"${com.esri.geoevent.solutions.processor.spatialquery.spatialquery-processor.UNITS_METERS_LBL}",
lblBufferUnits,
descBufferUnits,
true,
false,
unitsAllowedVals);
procUnits.setDependsOn("geosrc=Buffer");
propertyDefinitions.put(procUnits.getPropertyName(), procUnits);
PropertyDefinition procWKIDBuffer =
new PropertyDefinition(
"wkidbuffer", PropertyType.Integer, 3857, lblWKIDBuffer, descWKIDBuffer, true, false);
procWKIDBuffer.setDependsOn("geosrc=Buffer");
propertyDefinitions.put(procWKIDBuffer.getPropertyName(), procWKIDBuffer);
PropertyDefinition procWKIDOut =
new PropertyDefinition(
"wkidout", PropertyType.Integer, 4326, lblWKIDOut, descWKIDOut, true, false);
propertyDefinitions.put(procWKIDOut.getPropertyName(), procWKIDOut);
PropertyDefinition procGEDName =
new PropertyDefinition(
"gedname", PropertyType.String, "", lblGeoDefName, descGeoDefName, true, false);
propertyDefinitions.put(procGEDName.getPropertyName(), procGEDName);
PropertyDefinition pConn =
new PropertyDefinition(
"connection",
PropertyType.ArcGISConnection,
null,
lblConnection,
descConnection,
true,
false);
propertyDefinitions.put(pConn.getPropertyName(), pConn);
PropertyDefinition pFolder =
new PropertyDefinition(
"folder", PropertyType.ArcGISFolder, null, lblFolder, descFolder, true, false);
propertyDefinitions.put(pFolder.getPropertyName(), pFolder);
PropertyDefinition pService =
new PropertyDefinition(
"service",
PropertyType.ArcGISFeatureService,
null,
lblService,
descService,
true,
false);
propertyDefinitions.put(pService.getPropertyName(), pService);
PropertyDefinition pLayer =
new PropertyDefinition(
"layer", PropertyType.ArcGISLayer, null, lblLayer, descLayer, true, false);
propertyDefinitions.put(pLayer.getPropertyName(), pLayer);
PropertyDefinition pdRE =
new PropertyDefinition(
"endpoint", PropertyType.String, "", lblEndPoint, descEndPoint, false, false);
propertyDefinitions.put(pdRE.getPropertyName(), pdRE);
PropertyDefinition pdwc =
new PropertyDefinition("wc", PropertyType.String, "", lblWC, descWC, false, false);
propertyDefinitions.put(pdwc.getPropertyName(), pdwc);
PropertyDefinition pField =
new PropertyDefinition(
"field", PropertyType.String, null, lblQueryFld, descQueryFld, true, false);
propertyDefinitions.put(pField.getPropertyName(), pField);
} catch (PropertyException e) {
LOG.error("Geometry processor");
LOG.error(e.getMessage());
LOG.error(e.getStackTrace());
return;
} catch (Exception e) {
LOG.error("Geometry processor");
LOG.error(e.getMessage());
LOG.error(e.getStackTrace());
return;
}
}