public static Terradue.ServiceModel.Ogc.Opt21.OptEarthObservationType LandsatToEo(Terradue.OpenSearch.Model.Schemas.EarthExplorer.scene scene)
{
Terradue.ServiceModel.Ogc.Opt21.OptEarthObservationType optEo = new Terradue.ServiceModel.Ogc.Opt21.OptEarthObservationType();
List <Terradue.ServiceModel.Ogc.Eop21.SpecificInformationPropertyType> vs = new List <Terradue.ServiceModel.Ogc.Eop21.SpecificInformationPropertyType>();
optEo.EopMetaDataProperty = new Terradue.ServiceModel.Ogc.Eop21.EarthObservationMetaDataPropertyType();
optEo.EopMetaDataProperty.EarthObservationMetaData = new Terradue.ServiceModel.Ogc.Eop21.EarthObservationMetaDataType();
var identifier = scene.metadataFields.FirstOrDefault(m => m.name == "Landsat Scene Identifier");
optEo.EopMetaDataProperty.EarthObservationMetaData.identifier = identifier.metadataValue;
optEo.procedure = new Terradue.ServiceModel.Ogc.Om20.OM_ProcessPropertyType();
optEo.procedure.Eop21EarthObservationEquipment = new Terradue.ServiceModel.Ogc.Eop21.EarthObservationEquipmentType();
optEo.procedure.Eop21EarthObservationEquipment.platform = new Terradue.ServiceModel.Ogc.Eop21.PlatformPropertyType();
optEo.procedure.Eop21EarthObservationEquipment.platform.Platform = new Terradue.ServiceModel.Ogc.Eop21.PlatformType();
optEo.procedure.Eop21EarthObservationEquipment.platform.Platform.shortName = "Landsat-" + identifier.metadataValue.Substring(2, 1);
optEo.procedure.Eop21EarthObservationEquipment.platform.Platform.orbitType = Terradue.ServiceModel.Ogc.Eop21.OrbitTypeValueType.LEO;
optEo.procedure.Eop21EarthObservationEquipment.instrument = new Terradue.ServiceModel.Ogc.Eop21.InstrumentPropertyType();
optEo.procedure.Eop21EarthObservationEquipment.instrument.Instrument = new Terradue.ServiceModel.Ogc.Eop21.InstrumentType();
switch (identifier.metadataValue.Substring(1, 1))
{
case "T":
optEo.procedure.Eop21EarthObservationEquipment.instrument.Instrument.shortName = "TIRS";
optEo.procedure.Eop21EarthObservationEquipment.instrument.Instrument.description = "Thermal Infrared Sensor";
break;
case "O":
optEo.procedure.Eop21EarthObservationEquipment.instrument.Instrument.shortName = "OLI";
optEo.procedure.Eop21EarthObservationEquipment.instrument.Instrument.description = "Operational Land Imager";
break;
case "C":
optEo.procedure.Eop21EarthObservationEquipment.instrument.Instrument.shortName = "OLI_TIRS";
optEo.procedure.Eop21EarthObservationEquipment.instrument.Instrument.description = "Operational Land Imager & Thermal Infrared Sensor";
break;
}
optEo.procedure.Eop21EarthObservationEquipment.sensor = new Terradue.ServiceModel.Ogc.Eop21.SensorPropertyType();
optEo.procedure.Eop21EarthObservationEquipment.sensor.Sensor = new Terradue.ServiceModel.Ogc.Eop21.SensorType();
optEo.procedure.Eop21EarthObservationEquipment.sensor.Sensor.sensorType = "OPTICAL";
optEo.procedure.Eop21EarthObservationEquipment.acquisitionParameters = new Terradue.ServiceModel.Ogc.Eop21.AcquisitionPropertyType();
optEo.procedure.Eop21EarthObservationEquipment.acquisitionParameters.Acquisition = new Terradue.ServiceModel.Ogc.Eop21.AcquisitionType();
var swrsRow = scene.metadataFields.FirstOrDefault(m => m.name == "Target WRS Row");
if (swrsRow != null)
{
int wrsRow = int.Parse(swrsRow.metadataValue);
if (wrsRow > 1 && wrsRow <= 122)
{
optEo.procedure.Eop21EarthObservationEquipment.acquisitionParameters.Acquisition.orbitDirection = Terradue.ServiceModel.Ogc.Eop21.OrbitDirectionValueType.DESCENDING;
}
if (wrsRow >= 123 && wrsRow <= 246)
{
optEo.procedure.Eop21EarthObservationEquipment.acquisitionParameters.Acquisition.orbitDirection = Terradue.ServiceModel.Ogc.Eop21.OrbitDirectionValueType.ASCENDING;
}
if (wrsRow >= 247 && wrsRow <= 248)
{
optEo.procedure.Eop21EarthObservationEquipment.acquisitionParameters.Acquisition.orbitDirection = Terradue.ServiceModel.Ogc.Eop21.OrbitDirectionValueType.DESCENDING;
}
optEo.procedure.Eop21EarthObservationEquipment.acquisitionParameters.Acquisition.orbitDirectionSpecified = true;
optEo.procedure.Eop21EarthObservationEquipment.acquisitionParameters.Acquisition.wrsLatitudeGrid = new Terradue.ServiceModel.Ogc.Gml321.CodeWithAuthorityType();
optEo.procedure.Eop21EarthObservationEquipment.acquisitionParameters.Acquisition.wrsLatitudeGrid.Value = wrsRow.ToString();
}
var swrsPath = scene.metadataFields.FirstOrDefault(m => m.name == "Target WRS Path");
if (swrsPath != null)
{
optEo.procedure.Eop21EarthObservationEquipment.acquisitionParameters.Acquisition.wrsLongitudeGrid = new Terradue.ServiceModel.Ogc.Gml321.CodeWithAuthorityType();
optEo.procedure.Eop21EarthObservationEquipment.acquisitionParameters.Acquisition.wrsLongitudeGrid.Value = swrsPath.metadataValue.Trim();
}
var fullscene = scene.metadataFields.FirstOrDefault(m => m.name == "Full or Partial Scene");
if (fullscene != null)
{
Terradue.ServiceModel.Ogc.Eop21.SpecificInformationPropertyType vss = new Terradue.ServiceModel.Ogc.Eop21.SpecificInformationPropertyType();
vss.SpecificInformation = new Terradue.ServiceModel.Ogc.Eop21.SpecificInformationType();
vss.SpecificInformation.localAttribute = "full_partial_scene";
vss.SpecificInformation.localValue = fullscene.metadataValue;
}
var dataCat = scene.metadataFields.FirstOrDefault(m => m.name == "Data Category");
if (dataCat != null)
{
switch (dataCat.metadataValue)
{
case "NOMINAL":
optEo.EopMetaDataProperty.EarthObservationMetaData.acquisitionType = Terradue.ServiceModel.Ogc.Eop21.AcquisitionTypeValueType.NOMINAL;
break;
case "EXCHANGE":
optEo.EopMetaDataProperty.EarthObservationMetaData.acquisitionType = Terradue.ServiceModel.Ogc.Eop21.AcquisitionTypeValueType.OTHER;
break;
case "TEST":
optEo.EopMetaDataProperty.EarthObservationMetaData.acquisitionType = Terradue.ServiceModel.Ogc.Eop21.AcquisitionTypeValueType.OTHER;
break;
case "ENGINEERING":
optEo.EopMetaDataProperty.EarthObservationMetaData.acquisitionType = Terradue.ServiceModel.Ogc.Eop21.AcquisitionTypeValueType.OTHER;
break;
case "VALIDATION":
optEo.EopMetaDataProperty.EarthObservationMetaData.acquisitionType = Terradue.ServiceModel.Ogc.Eop21.AcquisitionTypeValueType.CALIBRATION;
break;
}
}
optEo.EopMetaDataProperty.EarthObservationMetaData.processing = new Terradue.ServiceModel.Ogc.Eop21.ProcessingInformationPropertyType[1];
optEo.EopMetaDataProperty.EarthObservationMetaData.processing[0] = new Terradue.ServiceModel.Ogc.Eop21.ProcessingInformationPropertyType();
optEo.EopMetaDataProperty.EarthObservationMetaData.processing[0].ProcessingInformation = new Terradue.ServiceModel.Ogc.Eop21.ProcessingInformationType();
var level1 = scene.metadataFields.FirstOrDefault(m => m.name == "Data Type Level 1");
if (level1 != null)
{
optEo.EopMetaDataProperty.EarthObservationMetaData.processing[0].ProcessingInformation.processingLevel = level1.metadataValue;
}
List <string> aux = new List <string>();
var bpfoli = scene.metadataFields.FirstOrDefault(m => m.name == "Bias Parameter File Name OLI");
if (bpfoli != null)
{
aux.Add(bpfoli.metadataValue);
}
var bpftirs = scene.metadataFields.FirstOrDefault(m => m.name == "Bias Parameter File Name TIRS");
if (bpftirs != null)
{
aux.Add(bpftirs.metadataValue);
}
var bpfcal = scene.metadataFields.FirstOrDefault(m => m.name == "Calibration Parameter File");
if (bpfcal != null)
{
aux.Add(bpfcal.metadataValue);
}
var bpfrlut = scene.metadataFields.FirstOrDefault(m => m.name == "RLUT File Name");
if (bpfrlut != null)
{
aux.Add(bpfrlut.metadataValue);
}
optEo.EopMetaDataProperty.EarthObservationMetaData.processing[0].ProcessingInformation.auxiliaryDataSetFileName = aux.ToArray();
optEo.phenomenonTime = new Terradue.ServiceModel.Ogc.Om20.TimeObjectPropertyType();
optEo.phenomenonTime.GmlTimePeriod = new Terradue.ServiceModel.Ogc.Gml321.TimePeriodType();
var start = scene.metadataFields.FirstOrDefault(m => m.name == "Start Time");
var stop = scene.metadataFields.FirstOrDefault(m => m.name == "Stop Time");
if (start != null)
{
DateTime startdate = ParseDateTime(start.metadataValue);
optEo.phenomenonTime.GmlTimePeriod.beginPosition = new Terradue.ServiceModel.Ogc.Gml321.TimePositionType();
optEo.phenomenonTime.GmlTimePeriod.beginPosition.Value = startdate.ToString("O");
}
if (stop != null)
{
DateTime stopdate = ParseDateTime(stop.metadataValue);
optEo.phenomenonTime.GmlTimePeriod.endPosition = new Terradue.ServiceModel.Ogc.Gml321.TimePositionType();
optEo.phenomenonTime.GmlTimePeriod.endPosition.Value = stopdate.ToString("O");
}
optEo.EopMetaDataProperty.EarthObservationMetaData.vendorSpecific = vs.ToArray();
var qua = scene.metadataFields.FirstOrDefault(m => m.name == "Image Quality");
if (qua != null)
{
optEo.EopMetaDataProperty.EarthObservationMetaData.imageQualityDegradation = new Terradue.ServiceModel.Ogc.Gml321.MeasureType();
optEo.EopMetaDataProperty.EarthObservationMetaData.imageQualityDegradation.Value = double.Parse(qua.metadataValue);
}
optEo.result = new Terradue.ServiceModel.Ogc.Opt21.OptEarthObservationResultPropertyType();
optEo.result.Opt21EarthObservationResult = new Terradue.ServiceModel.Ogc.Opt21.OptEarthObservationResultType();
var cc = scene.metadataFields.FirstOrDefault(m => m.name == "Scene Cloud Cover");
double ccd;
if (cc != null && double.TryParse(cc.metadataValue, out ccd))
{
optEo.result.Opt21EarthObservationResult.cloudCoverPercentage = new Terradue.ServiceModel.Ogc.Gml321.MeasureType();
optEo.result.Opt21EarthObservationResult.cloudCoverPercentage.Value = ccd;
}
var sunelev = scene.metadataFields.FirstOrDefault(m => m.name == "Sun Elevation");
if (sunelev != null)
{
optEo.procedure.Eop21EarthObservationEquipment.acquisitionParameters.Acquisition.illuminationElevationAngle = new Terradue.ServiceModel.Ogc.Gml321.AngleType();
optEo.procedure.Eop21EarthObservationEquipment.acquisitionParameters.Acquisition.illuminationElevationAngle.Value = double.Parse(sunelev.metadataValue);
}
var sunazimuth = scene.metadataFields.FirstOrDefault(m => m.name == "Sun Azimuth");
if (sunazimuth != null)
{
optEo.procedure.Eop21EarthObservationEquipment.acquisitionParameters.Acquisition.illuminationAzimuthAngle = new Terradue.ServiceModel.Ogc.Gml321.AngleType();
optEo.procedure.Eop21EarthObservationEquipment.acquisitionParameters.Acquisition.illuminationAzimuthAngle.Value = double.Parse(sunazimuth.metadataValue);
}
var brwexist = scene.metadataFields.FirstOrDefault(m => m.name == "Browse Exists");
if (brwexist != null && brwexist.metadataValue == "Y")
{
if (scene.overlayLinks.Count() > 0)
{
var overlay = scene.overlayLinks.FirstOrDefault(l => l.caption.Contains("Natural"));
if (overlay != null)
{
optEo.result.Opt21EarthObservationResult.browse = new Terradue.ServiceModel.Ogc.Eop21.BrowseInformationPropertyType[1];
optEo.result.Opt21EarthObservationResult.browse[0] = new Terradue.ServiceModel.Ogc.Eop21.BrowseInformationPropertyType();
optEo.result.Opt21EarthObservationResult.browse[0].BrowseInformation = new Terradue.ServiceModel.Ogc.Eop21.BrowseInformationType();
var wmsparams = overlay.overlayLink.Split('&');
if (wmsparams.Count() > 0 && wmsparams.FirstOrDefault(p => p.StartsWith("srs=")) != null)
{
optEo.result.Opt21EarthObservationResult.browse[0].BrowseInformation.referenceSystemIdentifier = new Terradue.ServiceModel.Ogc.Gml321.CodeWithAuthorityType();
optEo.result.Opt21EarthObservationResult.browse[0].BrowseInformation.referenceSystemIdentifier.Value = wmsparams.FirstOrDefault(p => p.StartsWith("srs=")).Split('=')[1];
}
optEo.result.Opt21EarthObservationResult.browse[0].BrowseInformation.fileName = new Terradue.ServiceModel.Ogc.Eop21.BrowseInformationTypeFileName();
optEo.result.Opt21EarthObservationResult.browse[0].BrowseInformation.fileName.ServiceReference = new Terradue.ServiceModel.Ogc.Ows20.ServiceReferenceType();
optEo.result.Opt21EarthObservationResult.browse[0].BrowseInformation.fileName.ServiceReference.href = overlay.overlayLink;
optEo.result.Opt21EarthObservationResult.browse[0].BrowseInformation.type = "img";
optEo.result.Opt21EarthObservationResult.browse[0].BrowseInformation.fileName.ServiceReference.title = overlay.caption;
optEo.result.Opt21EarthObservationResult.browse[0].BrowseInformation.fileName.ServiceReference.type = "image/png";
}
}
}
return(optEo);
}
public static Terradue.ServiceModel.Ogc.Eop21.EarthObservationType GetEarthObservationTypeFromRdf(XElement rdf, XElement series, string type) {
Terradue.ServiceModel.Ogc.Eop21.EarthObservationType eo =new Terradue.ServiceModel.Ogc.Eop21.EarthObservationType();
if (type == "RADAR")
eo = new Terradue.ServiceModel.Ogc.Sar21.SarEarthObservationType();
if (type == "OPTICAL")
eo = new Terradue.ServiceModel.Ogc.Opt21.OptEarthObservationType();
if (type == "ALTIMETRIC")
eo = new Terradue.ServiceModel.Ogc.Alt21.AltEarthObservationType();
if (type == "ATMOSPHERIC")
eo = new Terradue.ServiceModel.Ogc.Atm21.AtmEarthObservationType();
if (type == "LIMB")
eo = new Terradue.ServiceModel.Ogc.Lmb21.LmbEarthObservationType();
if (type == "SSP")
eo = new Terradue.ServiceModel.Ogc.Ssp21.SspEarthObservationType();
// Equipment
eo.procedure = new Terradue.ServiceModel.Ogc.Om.OM_ProcessPropertyType();
eo.procedure.Eop21EarthObservationEquipment = GetEop21EarthObservationEquipmentFromRdf(rdf, series, type);
// Phenomenon
eo.phenomenonTime = GetEOPhenomenonTypeFromRdf(rdf, series);
// Metadata
eo.EopMetaDataProperty = GetMetadataTypeFromRdf(rdf, series);
// Result
eo.result = GetEopResultTypeFromRdf(rdf, series, type);
// Footprint
eo.featureOfInterest = GetFeatureOfInterest(rdf, series, type);
return eo;
}
public static Terradue.ServiceModel.Ogc.Opt21.OptEarthObservationType LandsatToEo(Terradue.OpenSearch.Model.Schemas.EarthExplorer.scene scene)
{
Terradue.ServiceModel.Ogc.Opt21.OptEarthObservationType optEo = new Terradue.ServiceModel.Ogc.Opt21.OptEarthObservationType();
List<Terradue.ServiceModel.Ogc.Eop21.SpecificInformationPropertyType> vs = new List<Terradue.ServiceModel.Ogc.Eop21.SpecificInformationPropertyType>();
optEo.EopMetaDataProperty = new Terradue.ServiceModel.Ogc.Eop21.EarthObservationMetaDataPropertyType();
optEo.EopMetaDataProperty.EarthObservationMetaData = new Terradue.ServiceModel.Ogc.Eop21.EarthObservationMetaDataType();
var identifier = scene.metadataFields.FirstOrDefault(m => m.name == "Landsat Scene Identifier");
optEo.EopMetaDataProperty.EarthObservationMetaData.identifier = identifier.metadataValue;
optEo.procedure = new Terradue.ServiceModel.Ogc.Om.OM_ProcessPropertyType();
optEo.procedure.Eop21EarthObservationEquipment = new Terradue.ServiceModel.Ogc.Eop21.EarthObservationEquipmentType();
optEo.procedure.Eop21EarthObservationEquipment.platform = new Terradue.ServiceModel.Ogc.Eop21.PlatformPropertyType();
optEo.procedure.Eop21EarthObservationEquipment.platform.Platform = new Terradue.ServiceModel.Ogc.Eop21.PlatformType();
optEo.procedure.Eop21EarthObservationEquipment.platform.Platform.shortName = "Landsat-" + identifier.metadataValue.Substring(2, 1);
optEo.procedure.Eop21EarthObservationEquipment.platform.Platform.orbitType = Terradue.ServiceModel.Ogc.Eop21.OrbitTypeValueType.LEO;
optEo.procedure.Eop21EarthObservationEquipment.instrument = new Terradue.ServiceModel.Ogc.Eop21.InstrumentPropertyType();
optEo.procedure.Eop21EarthObservationEquipment.instrument.Instrument = new Terradue.ServiceModel.Ogc.Eop21.InstrumentType();
switch (identifier.metadataValue.Substring(1, 1))
{
case "T":
optEo.procedure.Eop21EarthObservationEquipment.instrument.Instrument.shortName = "TIRS";
optEo.procedure.Eop21EarthObservationEquipment.instrument.Instrument.description = "Thermal Infrared Sensor";
break;
case "O":
optEo.procedure.Eop21EarthObservationEquipment.instrument.Instrument.shortName = "OLI";
optEo.procedure.Eop21EarthObservationEquipment.instrument.Instrument.description = "Operational Land Imager";
break;
case "C":
optEo.procedure.Eop21EarthObservationEquipment.instrument.Instrument.shortName = "OLI_TIRS";
optEo.procedure.Eop21EarthObservationEquipment.instrument.Instrument.description = "Operational Land Imager & Thermal Infrared Sensor";
break;
}
optEo.procedure.Eop21EarthObservationEquipment.sensor = new Terradue.ServiceModel.Ogc.Eop21.SensorPropertyType();
optEo.procedure.Eop21EarthObservationEquipment.sensor.Sensor = new Terradue.ServiceModel.Ogc.Eop21.SensorType();
optEo.procedure.Eop21EarthObservationEquipment.sensor.Sensor.sensorType = "OPTICAL";
optEo.procedure.Eop21EarthObservationEquipment.acquisitionParameters = new Terradue.ServiceModel.Ogc.Eop21.AcquisitionPropertyType();
optEo.procedure.Eop21EarthObservationEquipment.acquisitionParameters.Acquisition = new Terradue.ServiceModel.Ogc.Eop21.AcquisitionType();
var swrsRow = scene.metadataFields.FirstOrDefault(m => m.name == "Target WRS Row");
if (swrsRow != null)
{
int wrsRow = int.Parse(swrsRow.metadataValue);
if (wrsRow > 1 && wrsRow <= 122)
optEo.procedure.Eop21EarthObservationEquipment.acquisitionParameters.Acquisition.orbitDirection = Terradue.ServiceModel.Ogc.Eop21.OrbitDirectionValueType.DESCENDING;
if (wrsRow >= 123 && wrsRow <= 246)
optEo.procedure.Eop21EarthObservationEquipment.acquisitionParameters.Acquisition.orbitDirection = Terradue.ServiceModel.Ogc.Eop21.OrbitDirectionValueType.ASCENDING;
if (wrsRow >= 247 && wrsRow <= 248)
optEo.procedure.Eop21EarthObservationEquipment.acquisitionParameters.Acquisition.orbitDirection = Terradue.ServiceModel.Ogc.Eop21.OrbitDirectionValueType.DESCENDING;
optEo.procedure.Eop21EarthObservationEquipment.acquisitionParameters.Acquisition.orbitDirectionSpecified = true;
optEo.procedure.Eop21EarthObservationEquipment.acquisitionParameters.Acquisition.wrsLatitudeGrid = new Terradue.ServiceModel.Ogc.Gml321.CodeWithAuthorityType();
optEo.procedure.Eop21EarthObservationEquipment.acquisitionParameters.Acquisition.wrsLatitudeGrid.Value = wrsRow.ToString();
}
var swrsPath = scene.metadataFields.FirstOrDefault(m => m.name == "Target WRS Path");
if (swrsPath != null)
{
optEo.procedure.Eop21EarthObservationEquipment.acquisitionParameters.Acquisition.wrsLongitudeGrid = new Terradue.ServiceModel.Ogc.Gml321.CodeWithAuthorityType();
optEo.procedure.Eop21EarthObservationEquipment.acquisitionParameters.Acquisition.wrsLongitudeGrid.Value = swrsPath.metadataValue.Trim();
}
var fullscene = scene.metadataFields.FirstOrDefault(m => m.name == "Full or Partial Scene");
if (fullscene != null)
{
Terradue.ServiceModel.Ogc.Eop21.SpecificInformationPropertyType vss = new Terradue.ServiceModel.Ogc.Eop21.SpecificInformationPropertyType();
vss.SpecificInformation = new Terradue.ServiceModel.Ogc.Eop21.SpecificInformationType();
vss.SpecificInformation.localAttribute = "full_partial_scene";
vss.SpecificInformation.localValue = fullscene.metadataValue;
}
var dataCat = scene.metadataFields.FirstOrDefault(m => m.name == "Data Category");
if (dataCat != null)
{
switch (dataCat.metadataValue)
{
case "NOMINAL":
optEo.EopMetaDataProperty.EarthObservationMetaData.acquisitionType = Terradue.ServiceModel.Ogc.Eop21.AcquisitionTypeValueType.NOMINAL;
break;
case "EXCHANGE":
optEo.EopMetaDataProperty.EarthObservationMetaData.acquisitionType = Terradue.ServiceModel.Ogc.Eop21.AcquisitionTypeValueType.OTHER;
break;
case "TEST":
optEo.EopMetaDataProperty.EarthObservationMetaData.acquisitionType = Terradue.ServiceModel.Ogc.Eop21.AcquisitionTypeValueType.OTHER;
break;
case "ENGINEERING":
optEo.EopMetaDataProperty.EarthObservationMetaData.acquisitionType = Terradue.ServiceModel.Ogc.Eop21.AcquisitionTypeValueType.OTHER;
break;
case "VALIDATION":
optEo.EopMetaDataProperty.EarthObservationMetaData.acquisitionType = Terradue.ServiceModel.Ogc.Eop21.AcquisitionTypeValueType.CALIBRATION;
break;
}
}
optEo.EopMetaDataProperty.EarthObservationMetaData.processing = new Terradue.ServiceModel.Ogc.Eop21.ProcessingInformationPropertyType[1];
optEo.EopMetaDataProperty.EarthObservationMetaData.processing[0] = new Terradue.ServiceModel.Ogc.Eop21.ProcessingInformationPropertyType();
optEo.EopMetaDataProperty.EarthObservationMetaData.processing[0].ProcessingInformation = new Terradue.ServiceModel.Ogc.Eop21.ProcessingInformationType();
var level1 = scene.metadataFields.FirstOrDefault(m => m.name == "Data Type Level 1");
if (level1 != null)
{
optEo.EopMetaDataProperty.EarthObservationMetaData.processing[0].ProcessingInformation.processingLevel = level1.metadataValue;
}
List<string> aux = new List<string>();
var bpfoli = scene.metadataFields.FirstOrDefault(m => m.name == "Bias Parameter File Name OLI");
if (bpfoli != null)
{
aux.Add(bpfoli.metadataValue);
}
var bpftirs = scene.metadataFields.FirstOrDefault(m => m.name == "Bias Parameter File Name TIRS");
if (bpftirs != null)
{
aux.Add(bpftirs.metadataValue);
}
var bpfcal = scene.metadataFields.FirstOrDefault(m => m.name == "Calibration Parameter File");
if (bpfcal != null)
{
aux.Add(bpfcal.metadataValue);
}
var bpfrlut = scene.metadataFields.FirstOrDefault(m => m.name == "RLUT File Name");
if (bpfrlut != null)
{
aux.Add(bpfrlut.metadataValue);
}
optEo.EopMetaDataProperty.EarthObservationMetaData.processing[0].ProcessingInformation.auxiliaryDataSetFileName = aux.ToArray();
optEo.phenomenonTime = new Terradue.ServiceModel.Ogc.Om.TimeObjectPropertyType();
optEo.phenomenonTime.GmlTimePeriod = new Terradue.ServiceModel.Ogc.Gml321.TimePeriodType();
var start = scene.metadataFields.FirstOrDefault(m => m.name == "Start Time");
var stop = scene.metadataFields.FirstOrDefault(m => m.name == "Stop Time");
if (start != null)
{
DateTime startdate = ParseDateTime(start.metadataValue);
optEo.phenomenonTime.GmlTimePeriod.beginPosition = new Terradue.ServiceModel.Ogc.Gml321.TimePositionType();
optEo.phenomenonTime.GmlTimePeriod.beginPosition.Value = startdate.ToString("O");
}
if (stop != null)
{
DateTime stopdate = ParseDateTime(stop.metadataValue);
optEo.phenomenonTime.GmlTimePeriod.endPosition = new Terradue.ServiceModel.Ogc.Gml321.TimePositionType();
optEo.phenomenonTime.GmlTimePeriod.endPosition.Value = stopdate.ToString("O");
}
optEo.EopMetaDataProperty.EarthObservationMetaData.vendorSpecific = vs.ToArray();
var qua = scene.metadataFields.FirstOrDefault(m => m.name == "Image Quality");
if (qua != null)
{
optEo.EopMetaDataProperty.EarthObservationMetaData.imageQualityDegradation = new Terradue.ServiceModel.Ogc.Gml321.MeasureType();
optEo.EopMetaDataProperty.EarthObservationMetaData.imageQualityDegradation.Value = double.Parse(qua.metadataValue);
}
optEo.result = new Terradue.ServiceModel.Ogc.Opt21.OptEarthObservationResultPropertyType();
optEo.result.Opt21EarthObservationResult = new Terradue.ServiceModel.Ogc.Opt21.OptEarthObservationResultType();
var cc = scene.metadataFields.FirstOrDefault(m => m.name == "Scene Cloud Cover");
double ccd;
if (cc != null && double.TryParse(cc.metadataValue, out ccd))
{
optEo.result.Opt21EarthObservationResult.cloudCoverPercentage = new Terradue.ServiceModel.Ogc.Gml321.MeasureType();
optEo.result.Opt21EarthObservationResult.cloudCoverPercentage.Value = ccd;
}
var sunelev = scene.metadataFields.FirstOrDefault(m => m.name == "Sun Elevation");
if (sunelev != null)
{
optEo.procedure.Eop21EarthObservationEquipment.acquisitionParameters.Acquisition.illuminationElevationAngle = new Terradue.ServiceModel.Ogc.Gml321.AngleType();
optEo.procedure.Eop21EarthObservationEquipment.acquisitionParameters.Acquisition.illuminationElevationAngle.Value = double.Parse(sunelev.metadataValue);
}
var sunazimuth = scene.metadataFields.FirstOrDefault(m => m.name == "Sun Azimuth");
if (sunazimuth != null)
{
optEo.procedure.Eop21EarthObservationEquipment.acquisitionParameters.Acquisition.illuminationAzimuthAngle = new Terradue.ServiceModel.Ogc.Gml321.AngleType();
optEo.procedure.Eop21EarthObservationEquipment.acquisitionParameters.Acquisition.illuminationAzimuthAngle.Value = double.Parse(sunazimuth.metadataValue);
}
var brwexist = scene.metadataFields.FirstOrDefault(m => m.name == "Browse Exists");
if (brwexist != null && brwexist.metadataValue == "Y")
{
if (scene.overlayLinks.Count() > 0)
{
var overlay = scene.overlayLinks.FirstOrDefault(l => l.caption.Contains("Natural"));
if (overlay != null)
{
optEo.result.Opt21EarthObservationResult.browse = new Terradue.ServiceModel.Ogc.Eop21.BrowseInformationPropertyType[1];
optEo.result.Opt21EarthObservationResult.browse[0] = new Terradue.ServiceModel.Ogc.Eop21.BrowseInformationPropertyType();
optEo.result.Opt21EarthObservationResult.browse[0].BrowseInformation = new Terradue.ServiceModel.Ogc.Eop21.BrowseInformationType();
var wmsparams = overlay.overlayLink.Split('&');
if (wmsparams.Count() > 0 && wmsparams.FirstOrDefault(p => p.StartsWith("srs=")) != null)
{
optEo.result.Opt21EarthObservationResult.browse[0].BrowseInformation.referenceSystemIdentifier = new Terradue.ServiceModel.Ogc.Gml321.CodeWithAuthorityType();
optEo.result.Opt21EarthObservationResult.browse[0].BrowseInformation.referenceSystemIdentifier.Value = wmsparams.FirstOrDefault(p => p.StartsWith("srs=")).Split('=')[1];
}
optEo.result.Opt21EarthObservationResult.browse[0].BrowseInformation.fileName = new Terradue.ServiceModel.Ogc.Eop21.BrowseInformationTypeFileName();
optEo.result.Opt21EarthObservationResult.browse[0].BrowseInformation.fileName.ServiceReference = new Terradue.ServiceModel.Ogc.Ows.ServiceReferenceType();
optEo.result.Opt21EarthObservationResult.browse[0].BrowseInformation.fileName.ServiceReference.href = overlay.overlayLink;
optEo.result.Opt21EarthObservationResult.browse[0].BrowseInformation.type = "img";
optEo.result.Opt21EarthObservationResult.browse[0].BrowseInformation.fileName.ServiceReference.title = overlay.caption;
optEo.result.Opt21EarthObservationResult.browse[0].BrowseInformation.fileName.ServiceReference.type = "image/png";
}
}
}
return optEo;
}
