Examples with MeasureType org.geotoolkit.observation.xml.v100.MeasureType used on opensource projects

Example 11 with MeasureType

use of org.geotoolkit.observation.xml.v100.MeasureType in project UVMS-ActivityModule-APP by UnionVMS.

the class MapperUtil method getMeasureType.

private static MeasureType getMeasureType(int value, String unitCode, String listId) {
    MeasureType measureType = new MeasureType();
    measureType.setValue(new BigDecimal(value));
    measureType.setUnitCode(unitCode);
    measureType.setUnitCodeListVersionID(listId);
    return measureType;
}

Example 12 with MeasureType

use of org.geotoolkit.observation.xml.v100.MeasureType in project UVMS-ActivityModule-APP by UnionVMS.

the class MapperUtil method getGearCharacteristics.

public static GearCharacteristic getGearCharacteristics() {
    CodeType typeCode = getCodeType("Code 1", "57t3yf-ght43yrf-ght56yru-ght7565h");
    List<TextType> descriptions = Arrays.asList(getTextType("This is sample text"));
    MeasureType valueMeasure = getMeasureType(123, "C62", "57t3yf-ght43yrf-ght56yru-ght7565h");
    DateTimeType valueDateTime = getDateTimeType("2016-07-01 11:15:00");
    IndicatorType valueIndicator = getIndicatorType(true, "Test value", "Test format");
    CodeType valueCode = getCodeType("Code type 1", "4fhry5-thfyr85-67thf-5htr84");
    TextType value = getTextType("This is sample Text");
    QuantityType valueQuantity = getQuantityType(123);
    List<FLUXLocation> specifiedFluxLocations = Arrays.asList(getFluxLocation());
    GearCharacteristic gearCharacteristic = new GearCharacteristic(typeCode, descriptions, valueMeasure, valueDateTime, valueIndicator, valueCode, value, valueQuantity, specifiedFluxLocations);
    return gearCharacteristic;
}

Example 13 with MeasureType

use of org.geotoolkit.observation.xml.v100.MeasureType in project arctic-sea by 52North.

the class GmlEncoderv321 method createMeasureType.

protected MeasureType createMeasureType(QuantityValue quantityValue) throws EncodingException {
    if (!quantityValue.isSetValue()) {
        throw missingValueParameter(MeasureType.class.getName());
    }
    MeasureType measureType = MeasureType.Factory.newInstance(getXmlOptions());
    measureType.setDoubleValue(quantityValue.getValue().doubleValue());
    measureType.setUom(Optional.ofNullable(quantityValue.getUnit()).filter(Predicates.not(String::isEmpty)).orElse(OGCConstants.UNKNOWN));
    return measureType;
}

Example 14 with MeasureType

use of org.geotoolkit.observation.xml.v100.MeasureType in project geotoolkit by Geomatys.

the class ObservationXMLBindingTest method UnmarshalingTest.

/**
 * Test simple Record Marshalling.
 *
 * @throws java.lang.Exception
 */
@Test
public void UnmarshalingTest() throws Exception {
    /*
         * Test Unmarshalling observation
         */
    String xml = "<?xml version=\"1.0\" encoding=\"UTF-8\" standalone=\"yes\"?>" + '\n' + "<om:Observation xmlns:om=\"http://www.opengis.net/om/1.0\" xmlns:sampling=\"http://www.opengis.net/sampling/1.0\" " + " xmlns:gml=\"http://www.opengis.net/gml\" xmlns:xlink=\"http://www.w3.org/1999/xlink\" xmlns:swe=\"http://www.opengis.net/swe/1.0.1\">" + '\n' + "    <gml:name>urn:Observation-007</gml:name>" + '\n' + "    <om:samplingTime>" + '\n' + "        <gml:TimePeriod>" + '\n' + "            <gml:beginPosition>2007-01-01</gml:beginPosition>" + '\n' + "            <gml:endPosition>2008-09-09</gml:endPosition>" + '\n' + "        </gml:TimePeriod>" + '\n' + "    </om:samplingTime>" + '\n' + "    <om:procedure xlink:href=\"urn:sensor:007\"/>" + '\n' + "    <om:observedProperty>" + '\n' + "        <swe:Phenomenon gml:id=\"phenomenon-007\">" + '\n' + "            <gml:name>urn:OGC:phenomenon-007</gml:name>" + '\n' + "        </swe:Phenomenon>" + '\n' + "    </om:observedProperty>" + '\n' + "    <om:featureOfInterest>" + '\n' + "        <sampling:SamplingPoint gml:id=\"samplingID-007\">" + '\n' + "            <gml:description>a sampling Test</gml:description>" + '\n' + "            <gml:name>urn:sampling:test:007</gml:name>" + '\n' + "            <gml:boundedBy>" + '\n' + "                <gml:Null>not_bounded</gml:Null>" + '\n' + "            </gml:boundedBy>" + '\n' + "            <sampling:sampledFeature xlink:href=\"urn:sampling:sampledFeature\"/>" + '\n' + "            <sampling:position gml:id=\"point-ID\">" + '\n' + "                <gml:Point gml:id=\"point-ID\">" + '\n' + "                   <gml:pos srsName=\"urn:ogc:crs:espg:4326\" srsDimension=\"2\">3.2 6.5</gml:pos>" + '\n' + "                </gml:Point>" + '\n' + "            </sampling:position>" + '\n' + "        </sampling:SamplingPoint>" + '\n' + "    </om:featureOfInterest>" + '\n' + "    <om:result xsi:type=\"swe:DataArrayPropertyType\" xmlns:xsi=\"http://www.w3.org/2001/XMLSchema-instance\">" + '\n' + "        <swe:DataArray gml:id=\"array-001\">" + '\n' + "            <swe:elementCount>" + '\n' + "                <swe:Count>" + '\n' + "                    <swe:value>1</swe:value>" + '\n' + "                </swe:Count>" + '\n' + "            </swe:elementCount>" + '\n' + "            <swe:elementType name=\"array-001\">" + '\n' + "                <swe:SimpleDataRecord>" + '\n' + "                    <swe:field name=\"text-field-001\">" + '\n' + "                        <swe:Text definition=\"urn:something\">" + '\n' + "                            <swe:value>some value</swe:value>" + '\n' + "                        </swe:Text>" + '\n' + "                    </swe:field>" + '\n' + "                </swe:SimpleDataRecord>" + '\n' + "            </swe:elementType>" + '\n' + "            <swe:encoding>" + '\n' + "                <swe:TextBlock blockSeparator=\"@@\" decimalSeparator=\".\" tokenSeparator=\",\" id=\"encoding-001\"/>" + '\n' + "            </swe:encoding>" + '\n' + "            <swe:values>somevalue</swe:values>" + '\n' + "        </swe:DataArray>" + '\n' + "    </om:result>" + '\n' + "</om:Observation>\n";
    StringReader sr = new StringReader(xml);
    JAXBElement jb = (JAXBElement) unmarshaller.unmarshal(sr);
    ObservationType result = (ObservationType) jb.getValue();
    DirectPositionType pos = new DirectPositionType("urn:ogc:crs:espg:4326", 2, Arrays.asList(3.2, 6.5));
    PointType location = new PointType("point-ID", pos);
    SamplingPointType sp = new SamplingPointType("samplingID-007", "urn:sampling:test:007", "a sampling Test", new FeaturePropertyType("urn:sampling:sampledFeature"), location);
    PhenomenonType observedProperty = new PhenomenonType("phenomenon-007", "urn:OGC:phenomenon-007");
    TimePeriodType samplingTime = new TimePeriodType(null, "2007-01-01", "2008-09-09");
    TextBlockType encoding = new TextBlockType("encoding-001", ",", "@@", ".");
    List<AnyScalarPropertyType> fields = new ArrayList<>();
    AnyScalarPropertyType field = new AnyScalarPropertyType("text-field-001", new Text("urn:something", "some value"));
    fields.add(field);
    SimpleDataRecordType record = new SimpleDataRecordType(fields);
    DataArrayType array = new DataArrayType("array-001", 1, "array-001", record, encoding, "somevalue", null);
    DataArrayPropertyType arrayProp = new DataArrayPropertyType(array);
    ObservationType expResult = new ObservationType("urn:Observation-007", null, sp, observedProperty, "urn:sensor:007", arrayProp, samplingTime);
    assertEquals(expResult.getFeatureOfInterest(), result.getFeatureOfInterest());
    assertEquals(expResult.getDefinition(), result.getDefinition());
    assertEquals(expResult.getName(), result.getName());
    assertEquals(expResult.getObservationMetadata(), result.getObservationMetadata());
    assertEquals(expResult.getObservedProperty(), result.getObservedProperty());
    assertEquals(expResult.getProcedure(), result.getProcedure());
    assertEquals(expResult.getProcedureParameter(), result.getProcedureParameter());
    assertEquals(expResult.getProcedureTime(), result.getProcedureTime());
    assertEquals(expResult.getPropertyFeatureOfInterest(), result.getPropertyFeatureOfInterest());
    assertEquals(expResult.getPropertyObservedProperty(), result.getPropertyObservedProperty());
    assertEquals(expResult.getQuality(), result.getQuality());
    assertEquals(expResult.getResult(), result.getResult());
    assertEquals(expResult.getSamplingTime(), result.getSamplingTime());
    assertEquals(expResult, result);
    /*
         * Test Unmarshalling measurement
         */
    xml = "<?xml version=\"1.0\" encoding=\"UTF-8\" standalone=\"yes\"?>" + '\n' + "<om:Measurement xmlns:om=\"http://www.opengis.net/om/1.0\" xmlns:sampling=\"http://www.opengis.net/sampling/1.0\" " + " xmlns:gml=\"http://www.opengis.net/gml\" xmlns:xsi=\"http://www.w3.org/2001/XMLSchema-instance\" xmlns:xlink=\"http://www.w3.org/1999/xlink\" xmlns:swe=\"http://www.opengis.net/swe/1.0.1\">" + '\n' + "    <gml:name>urn:Observation-007</gml:name>" + '\n' + "    <om:samplingTime>" + '\n' + "        <gml:TimePeriod gml:id=\"t1\">" + '\n' + "            <gml:beginPosition>2007-01-01</gml:beginPosition>" + '\n' + "            <gml:endPosition>2008-09-09</gml:endPosition>" + '\n' + "        </gml:TimePeriod>" + '\n' + "    </om:samplingTime>" + '\n' + "    <om:procedure xlink:href=\"urn:sensor:007\"/>" + '\n' + "    <om:observedProperty>" + '\n' + "        <swe:Phenomenon gml:id=\"phenomenon-007\">" + '\n' + "            <gml:name>urn:OGC:phenomenon-007</gml:name>" + '\n' + "        </swe:Phenomenon>" + '\n' + "    </om:observedProperty>" + '\n' + "    <om:featureOfInterest>" + '\n' + "        <sampling:SamplingPoint gml:id=\"samplingID-007\">" + '\n' + "            <gml:description>a sampling Test</gml:description>" + '\n' + "            <gml:name>urn:sampling:test:007</gml:name>" + '\n' + "            <gml:boundedBy>" + '\n' + "                <gml:Null>not_bounded</gml:Null>" + '\n' + "            </gml:boundedBy>" + '\n' + "            <sampling:sampledFeature xlink:href=\"urn:sampling:sampledFeature\"/>" + '\n' + "            <sampling:position gml:id=\"point-ID\">" + '\n' + "                <gml:Point gml:id=\"point-ID\">" + '\n' + "                    <gml:pos srsName=\"urn:ogc:crs:espg:4326\" srsDimension=\"2\">3.2 6.5</gml:pos>" + '\n' + "                </gml:Point>" + '\n' + "            </sampling:position>" + '\n' + "        </sampling:SamplingPoint>" + '\n' + "    </om:featureOfInterest>" + '\n' + "    <om:result xsi:type=\"om:MeasureType\" uom=\"meters\">7.0</om:result>" + '\n' + "</om:Measurement>\n";
    sr = new StringReader(xml);
    jb = (JAXBElement) unmarshaller.unmarshal(sr);
    MeasurementType result2 = (MeasurementType) jb.getValue();
    UnitOfMeasureEntry uom = new UnitOfMeasureEntry("m", null, null, "meters");
    MeasureType meas = new MeasureType(uom, 7);
    MeasurementType expResult2 = new MeasurementType("urn:Observation-007", null, sp, observedProperty, "urn:sensor:007", meas, samplingTime);
    assertEquals(expResult2.getFeatureOfInterest(), result2.getFeatureOfInterest());
    assertEquals(expResult2.getDefinition(), result2.getDefinition());
    assertEquals(expResult2.getName(), result2.getName());
    assertEquals(expResult2.getObservationMetadata(), result2.getObservationMetadata());
    assertEquals(expResult2.getObservedProperty(), result2.getObservedProperty());
    assertEquals(expResult2.getProcedure(), result2.getProcedure());
    assertEquals(expResult2.getProcedureParameter(), result2.getProcedureParameter());
    assertEquals(expResult2.getProcedureTime(), result2.getProcedureTime());
    assertEquals(expResult2.getPropertyFeatureOfInterest(), result2.getPropertyFeatureOfInterest());
    assertEquals(expResult2.getPropertyObservedProperty(), result2.getPropertyObservedProperty());
    assertEquals(expResult2.getQuality(), result2.getQuality());
    assertEquals(expResult2.getResult(), result2.getResult());
    assertEquals(expResult2.getSamplingTime(), result2.getSamplingTime());
    assertEquals(expResult2, result2);
    xml = "<?xml version=\"1.0\" encoding=\"UTF-8\" standalone=\"yes\"?>" + '\n' + "<om:ObservationCollection xmlns:swe=\"http://www.opengis.net/swe/1.0.1\" xmlns:sampling=\"http://www.opengis.net/sampling/1.0\" xmlns:om=\"http://www.opengis.net/om/1.0\" xmlns:xlink=\"http://www.w3.org/1999/xlink\" xmlns:gml=\"http://www.opengis.net/gml\">" + '\n' + "    <gml:boundedBy>" + '\n' + "        <gml:Envelope srsName=\"urn:ogc:crs:espg:4326\">" + '\n' + "            <gml:lowerCorner>-180.0 -90.0</gml:lowerCorner>" + '\n' + "            <gml:upperCorner>180.0 90.0</gml:upperCorner>" + '\n' + "        </gml:Envelope>" + '\n' + "    </gml:boundedBy>" + '\n' + "    <om:member>" + '\n' + "        <om:Measurement>" + '\n' + "            <gml:name>urn:ogc:object:observationTemplate:SunSpot:0014.4F01.0000.2626-12</gml:name>" + '\n' + "            <om:samplingTime>" + '\n' + "                <gml:TimePeriod>" + '\n' + "                    <gml:beginPosition>2009-08-03 11:18:06</gml:beginPosition>" + '\n' + "                    <gml:endPosition indeterminatePosition=\"now\"></gml:endPosition>" + '\n' + "                </gml:TimePeriod>" + '\n' + "            </om:samplingTime>" + '\n' + "            <om:procedure xlink:href=\"urn:ogc:object:sensor:SunSpot:0014.4F01.0000.2626\"/>" + '\n' + "            <om:observedProperty>" + '\n' + "                <swe:Phenomenon gml:id=\"temperature\">" + '\n' + "                    <gml:name>urn:phenomenon:temperature</gml:name>" + '\n' + "                </swe:Phenomenon>" + '\n' + "            </om:observedProperty>" + '\n' + "            <om:featureOfInterest>" + '\n' + "                <sampling:SamplingPoint gml:id=\"sampling-point-001\">" + '\n' + "                    <gml:name>sampling-point-001</gml:name>" + '\n' + "                    <gml:boundedBy>" + '\n' + "                        <gml:Null>not_bounded</gml:Null>" + '\n' + "                    </gml:boundedBy>" + '\n' + "                <sampling:sampledFeature>sampling-point-001</sampling:sampledFeature>" + '\n' + "                    <sampling:position>" + '\n' + "                        <gml:Point gml:id=\"point-ID\">" + '\n' + "                            <gml:pos srsDimension=\"0\">0.0 0.0</gml:pos>" + '\n' + "                        </gml:Point>" + '\n' + "                    </sampling:position>" + '\n' + "                </sampling:SamplingPoint>" + '\n' + "            </om:featureOfInterest>" + '\n' + "            <om:result xsi:type=\"om:Measure\" xmlns:xsi=\"http://www.w3.org/2001/XMLSchema-instance\">" + '\n' + "                <om:name>mesure-027</om:name>" + '\n' + "                <om:value>0.0</om:value>" + '\n' + "            </om:result>" + '\n' + "        </om:Measurement>" + '\n' + "    </om:member>" + '\n' + "</om:ObservationCollection>" + '\n';
    sr = new StringReader(xml);
    ObservationCollectionType result3 = (ObservationCollectionType) unmarshaller.unmarshal(sr);
}

Example 15 with MeasureType

use of org.geotoolkit.observation.xml.v100.MeasureType in project web-feature-service by 3dcitydb.

the class SpatialFilterBuilder method buildDistanceOperator.

private Predicate buildDistanceOperator(DistanceBufferType distanceOp, QName opName, FeatureType featureType, NamespaceFilter namespaceFilter, String handle) throws WFSException {
    JAXBElement<?>[] operands = parseOperands(distanceOp.getExpressionOrAny());
    JAXBElement<?> valueReference_ = operands[0];
    JAXBElement<?> geometry_ = operands[1];
    MeasureType distance_ = distanceOp.getDistance();
    if (geometry_ == null)
        throw new WFSException(WFSExceptionCode.OPERATION_PROCESSING_FAILED, "The spatial operator '" + opName + "' lacks a GML geometry operand.", handle);
    if (distance_ == null)
        throw new WFSException(WFSExceptionCode.OPERATION_PROCESSING_FAILED, "The spatial operator '" + opName + "' requires a Distance operand.", handle);
    // map XPath expression
    ValueReference valueReference = null;
    if (valueReference_ != null)
        valueReference = parseValueReference((String) valueReference_.getValue(), featureType, namespaceFilter, handle);
    // map geometry object
    GeometryObject geometry = null;
    try {
        geometry = gmlParser.parseGeometry(geometry_);
        if (geometry == null)
            throw new WFSException(WFSExceptionCode.OPERATION_PROCESSING_FAILED, "Failed to parse the '" + geometry_.getName() + "' geometry.", handle);
    } catch (GeometryParseException | SrsParseException e) {
        throw new WFSException(WFSExceptionCode.OPERATION_PROCESSING_FAILED, "Failed to parse the '" + geometry_.getName() + "' geometry.", handle, e);
    }
    // handle distance
    DistanceUnit unit = null;
    if (distance_.isSetUom()) {
        unit = DistanceUnit.fromSymbol(distance_.getUom());
        if (unit == null) {
            WFSExceptionMessage message = new WFSExceptionMessage(WFSExceptionCode.OPERATION_PROCESSING_FAILED);
            message.addExceptionText("Failed to recognize the unit '" + distance_.getUom() + "' on the Distance operand.");
            message.addExceptionText("Supportes units are " + Util.collection2string(Arrays.asList(DistanceUnit.values()), ", ") + ".");
            message.setLocator(handle);
            throw new WFSException(message);
        }
    } else
        unit = DistanceUnit.METER;
    Distance distance = new Distance(distance_.getValue(), unit);
    try {
        switch(SpatialOperatorName.fromValue(opName.getLocalPart())) {
            case DWITHIN:
                return SpatialOperationFactory.dWithin(valueReference, geometry, distance);
            case BEYOND:
                return SpatialOperationFactory.beyond(valueReference, geometry, distance);
            case EQUALS:
            case DISJOINT:
            case TOUCHES:
            case WITHIN:
            case OVERLAPS:
            case INTERSECTS:
            case CONTAINS:
            case BBOX:
                return null;
        }
    } catch (FilterException e) {
        throw new WFSException(WFSExceptionCode.OPERATION_PROCESSING_FAILED, "Failed to build filter expression.", handle, e);
    }
    return null;
}