class NativeFormatDecoder(xml.Decoder):
identifier = xml.Parameter("EOID/text()")
begin_time = xml.Parameter("BeginTime/text()", type=parse_iso8601)
end_time = xml.Parameter("EndTime/text()", type=parse_iso8601)
polygons = xml.Parameter("Footprint/Polygon",
type=parse_polygon_xml,
num="+")
class EOOMFormatDecoder(xml.Decoder):
identifier = xml.Parameter("eop:metaDataProperty/eop:EarthObservationMetaData/eop:identifier/text()", type=str, num=1)
begin_time = xml.Parameter("om:phenomenonTime/gml:TimePeriod/gml:beginPosition/text()", type=parse_iso8601, num=1)
end_time = xml.Parameter("om:phenomenonTime/gml:TimePeriod/gml:endPosition/text()", type=parse_iso8601, num=1)
polygons = xml.Parameter("om:featureOfInterest/eop:Footprint/eop:multiExtentOf/gml:MultiSurface/gml:surfaceMember/gml:Polygon", type=parse_polygon_xml, num="+")
namespaces = nsmap
class InspireFormatDecoder(xml.Decoder):
identifier = xml.Parameter("gmd:fileIdentifier/gco:CharacterString/text()", type=str, num=1)
begin_time = xml.Parameter("gmd:dataQualityInfo/gmd:DQ_DataQuality/gmd:lineage/gmd:LI_Lineage/gmd:source/gmd:LI_Source/gmd:sourceExtent/gmd:EX_Extent/gmd:temporalElement/gmd:EX_TemporalExtent/gmd:extent/gml:TimePeriod/gml:beginPosition/text()", type=parse_iso8601, num=1)
end_time = xml.Parameter("gmd:dataQualityInfo/gmd:DQ_DataQuality/gmd:lineage/gmd:LI_Lineage/gmd:source/gmd:LI_Source/gmd:sourceExtent/gmd:EX_Extent/gmd:temporalElement/gmd:EX_TemporalExtent/gmd:extent/gml:TimePeriod/gml:endPosition/text()", type=parse_iso8601, num=1)
footprint = xml.Parameter("gmd:identificationInfo/gmd:MD_DataIdentification/gmd:extent/gmd:EX_Extent/gmd:geographicElement/gmd:EX_BoundingPolygon/gmd:polygon/gml:LineString/gml:posList/text()", type=parse_line_string, num=1)
namespaces = nsmap
class WCS20DescribeEOCoverageSetXMLDecoder(xml.Decoder, SectionsMixIn):
eo_ids = xml.Parameter("wcseo:eoId/text()", num="+", locator="eoid")
subsets = xml.Parameter("wcs:DimensionTrim", type=parse_subset_xml, num="*")
containment = xml.Parameter("wcseo:containment/text()", type=containment_enum, locator="containment")
count = xml.Parameter("@count", type=pos_int, num="?", default=MAXSIZE, locator="count")
sections = xml.Parameter("wcseo:sections/wcseo:section/text()", type=sections_enum, num="*", locator="sections")
namespaces = nsmap
class WCS20GetCapabilitiesXMLDecoder(xml.Decoder, SectionsMixIn):
sections = xml.Parameter("ows:Sections/ows:Section/text()", num="*", default=["all"])
updatesequence = xml.Parameter("@updateSequence", num="?")
acceptversions = xml.Parameter("ows:AcceptVersions/ows:Version/text()", num="*")
acceptformats = xml.Parameter("ows:AcceptFormats/ows:OutputFormat/text()", num="*", default=["text/xml"])
acceptlanguages = xml.Parameter("ows:AcceptLanguages/ows:Language/text()", num="*")
namespaces = nsmap
class WCS20GetEOCoverageSetXMLDecoder(xml.Decoder):
eo_ids = xml.Parameter("/wcseo:EOID/text()", num="+", locator="eoid")
subsets = xml.Parameter("/wcs:DimensionTrim", type=parse_subset_xml, num="*")
containment = xml.Parameter("/wcseo:containment/text()", type=containment_enum, locator="containment")
count = xml.Parameter("/@count", type=pos_int, num="?", default=sys.maxint, locator="count")
format = xml.Parameter("/wcs:format/text()", type=parse_format, num=1, locator="format")
namespaces = nsmap
class OWSCommonXMLDecoder(xml.Decoder):
service = xml.Parameter("@service", type=upper, num="?")
version = xml.Parameter("@version", type=parse_version_string, num="?")
request = xml.Parameter("local-name()", type=upper)
acceptversions = xml.Parameter(
"ows10:AcceptVersions/ows10:Version/text() "
"| ows11:AcceptVersions/ows11:Version/text() "
"| ows20:AcceptVersions/ows20:Version/text()",
type=parse_version_string,
num="*")
namespaces = nsmap
class EOOMCollectionMetadataDecoder(EOOMNamespaceMixIn, xml.Decoder):
spectral_range = xml.Parameter("om:procedure/eop:EarthObservationEquipment/eop:sensor/eop:Sensor/ eop:wavelengthInformation/eop:WavelengthInformation/eop:spectralRange/text()", type=str, num="?")
wavelengths = xml.Parameter("om:procedure/eop:EarthObservationEquipment/eop:sensor/eop:Sensor/ eop:wavelengthInformation/eop:WavelengthInformation/eop:discreteWavelengths/text()", type=str, num="?")
platform = xml.Parameter("om:procedure/eop:EarthObservationEquipment/eop:platform/eop:Platform/eop:shortName/text()", type=str, num="?")
platform_serial_identifier = xml.Parameter("om:procedure/eop:EarthObservationEquipment/eop:platform/eop:Platform/eop:serialIdentifier/text()", type=str, num="?")
instrument = xml.Parameter("om:procedure/eop:EarthObservationEquipment/eop:instrument/eop:Instrument/eop:shortName/text()", type=str, num="?")
sensor_type = xml.Parameter("om:procedure/eop:EarthObservationEquipment/eop:sensor/eop:Sensor/eop:sensorType/text()", type=str, num="?")
composite_type = xml.Parameter("eop:metaDataProperty/eop:EarthObservationMetaData/eop:processing/eop:ProcessingInformation/eop:compositeType/text()", type=str, num="?")
processing_level = xml.Parameter("eop:metaDataProperty/eop:EarthObservationMetaData/eop:processing/eop:ProcessingInformation/eop:processingLevel/text()", type=str, num="?")
orbit_type = xml.Parameter("om:procedure/eop:EarthObservationEquipment/eop:platform/eop:Platform/eop:orbitType/text()", type=str, num="?")
class WCS10GetCapabilitiesXMLDecoder(xml.Decoder):
sections = xml.Parameter("/ows:Sections/ows:Section/text()", num="*")
updatesequence = xml.Parameter("/@updateSequence", num="?")
acceptversions = xml.Parameter("/ows:AcceptVersions/ows:Version/text()",
num="*")
acceptformats = xml.Parameter("/ows:AcceptFormats/ows:OutputFormat/text()",
num="*",
default=["text/xml"])
acceptlanguages = xml.Parameter("/ows:AcceptLanguages/ows:Language/text()",
num="*")
# TODO: find suitable place in XML to pass CQL queries
cql = None
namespaces = nsmap
class WPS10GetCapabilitiesXMLDecoder(xml.Decoder):
""" WPS 1.0 DescribeProcess HTTP/POST XML request decoder. """
#pylint: disable=too-few-public-methods
#acceptversions = xml.Parameter("/ows:AcceptVersions/ows:Version/text()", num="*")
language = xml.Parameter("/ows:AcceptLanguages/ows:Language/text()",
num="*")
namespaces = nsmap
class SiteFormatDecoder(xml.Decoder):
identifier = xml.Parameter("siteName/text()", type=str, num=1)
latitude = xml.Parameter("siteLatitude/text()", type=float, num=1)
longitude = xml.Parameter("siteLongitude/text()", type=float, num=1)
elevation = xml.Parameter("siteElevation/text()", type=float, num=1)
size = xml.Parameter("count(data)", type=int, num=1)
start_times = xml.Parameter("data/timeStart/text()",
type=parse_iso8601,
num="+")
end_times = xml.Parameter("data/timeEnd/text()",
type=parse_iso8601,
num="+")
class WCS20GeoTIFFEncodingExtensionXMLDecoder(xml.Decoder):
compression = xml.Parameter("wcs:Extension/geotiff:parameters/geotiff:compression/text()", num="?", type=compression_enum, locator="geotiff:compression")
jpeg_quality = xml.Parameter("wcs:Extension/geotiff:parameters/geotiff:jpeg_quality/text()", num="?", type=int, locator="geotiff:jpeg_quality")
predictor = xml.Parameter("wcs:Extension/geotiff:parameters/geotiff:predictor/text()", num="?", type=predictor_enum, locator="geotiff:predictor")
interleave = xml.Parameter("wcs:Extension/geotiff:parameters/geotiff:interleave/text()", num="?", type=interleave_enum, locator="geotiff:interleave")
tiling = xml.Parameter("wcs:Extension/geotiff:parameters/geotiff:tiling/text()", num="?", type=boolean, locator="geotiff:tiling")
tileheight = xml.Parameter("wcs:Extension/geotiff:parameters/geotiff:tileheight/text()", num="?", type=parse_multiple_16, locator="geotiff:tileheight")
tilewidth = xml.Parameter("wcs:Extension/geotiff:parameters/geotiff:tilewidth/text()", num="?", type=parse_multiple_16, locator="geotiff:tilewidth")
namespaces = NameSpaceMap(
ns_wcs, NameSpace("http://www.opengis.net/gmlcov/geotiff/1.0", "geotiff")
)
class WPS10ExecuteXMLDecoder(xml.Decoder):
""" WPS 1.0 POST/XML Execute request decoder class. """
identifier = xml.Parameter("ows:Identifier/text()")
_inputs = xml.Parameter("wps:DataInputs/wps:Input",
type=_parse_input,
num="*",
default=[])
_response_form = xml.Parameter("wps:ResponseForm",
type=_parse_response_form,
num="?")
@property
def response_form(self):
""" Get the unified response form object. """
resp_form = self._response_form
return resp_form if resp_form is not None else ResponseDocument()
@property
def inputs(self):
""" Get the raw data inputs as a dictionary. """
return dict(self._inputs)
namespaces = nsmap
class GSCFormatDecoder(xml.Decoder):
namespaces = nsmap
identifier = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:metaDataProperty/gsc:EarthObservationMetaData/eop:identifier/text()",
type=str,
num=1)
begin_time = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:validTime/gml:TimePeriod/gml:beginPosition/text()",
type=parse_iso8601,
num=1)
end_time = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:validTime/gml:TimePeriod/gml:endPosition/text()",
type=parse_iso8601,
num=1)
polygons = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:target/eop:Footprint/gml:multiExtentOf/gml:MultiSurface/gml:surfaceMembers/gml:Polygon",
type=parse_polygon_xml,
num="+")
@property
def footprint(self):
return MultiPolygon(*self.polygons)
class DimapGeneralFormat11Decoder(xml.Decoder):
identifier = xml.Parameter("Dataset_Id/DATASET_NAME/text()")
begin_time = xml.Parameter("Production/DATASET_PRODUCTION_DATE/text()",
type=parse_date_or_datetime_11,
num="?")
end_time = xml.Parameter("Production/DATASET_PRODUCTION_DATE/text()",
type=parse_date_or_datetime_11,
num="?")
footprint = xml.Parameter("Dataset_Frame",
type=parse_footprint_11,
num="?")
size = xml.Parameter("Raster_Dimensions", type=parse_size_11, num="?")
geotransform = xml.Parameter("Geoposition/Geoposition_Insert",
type=parse_geotransform_11,
num="?")
projection = xml.Parameter("Coordinate_Reference_System/Horizontal_CS",
type=parse_projection_11,
num="?") # TODO
class WCS11GetCoverageXMLDecoder(xml.Decoder):
coverage_id = xml.Parameter("ows:Identifier/text()", type=str, num=1)
boundingbox = xml.Parameter("wcs:DomainSubset/ows:BoundingBox",
type=parse_bbox_xml,
num=1)
format = xml.Parameter("wcs:Output/@format", num=1)
gridcs = xml.Parameter("wcs:Output/wcs:GridCRS/wcs:GridCS/text()", num="?")
gridbasecrs = xml.Parameter(
"wcs:Output/wcs:GridCRS/wcs:GridBaseCRS/text()", num="?")
gridtype = xml.Parameter("wcs:Output/wcs:GridCRS/wcs:GridType/text()",
num="?")
gridorigin = xml.Parameter("wcs:Output/wcs:GridCRS/wcs:GridOrigin/text()",
type=parse_origin_xml,
num="?")
gridoffsets = xml.Parameter(
"wcs:Output/wcs:GridCRS/wcs:GridOffsets/text()",
type=parse_offsets_xml,
num="?")
# TODO
#interpolation = xml.Parameter("wcs:RangeSubset/wcs:InterpolationType/text()", num="?")
#fields = xml.Parameter("wcs:RangeSubset/ows:Identifier/text()", num="*")
namespaces = nsmap
class DimapGeneralFormat20Decoder(xml.Decoder):
identifier = xml.Parameter("Dataset_Identification/DATASET_ID/text()")
class WCS20GetCoverageXMLDecoder(xml.Decoder):
coverage_id = xml.Parameter("wcs:CoverageId/text()",
num=1,
locator="coverageid")
subsets = xml.Parameter("wcs:DimensionTrim",
type=parse_subset_xml,
num="*",
locator="subset")
scalefactor = xml.Parameter(
"wcs:Extension/scal:ScaleByFactor/scal:scaleFactor/text()",
type=float,
num="?",
locator="scalefactor")
scaleaxes = xml.Parameter(
"wcs:Extension/scal:ScaleByAxesFactor/scal:ScaleAxis",
type=parse_scaleaxis_xml,
num="*",
default=(),
locator="scaleaxes")
scalesize = xml.Parameter(
"wcs:Extension/scal:ScaleToSize/scal:TargetAxisSize",
type=parse_scalesize_xml,
num="*",
default=(),
locator="scalesize")
scaleextent = xml.Parameter(
"wcs:Extension/scal:ScaleToExtent/scal:TargetAxisExtent",
type=parse_scaleextent_xml,
num="*",
default=(),
locator="scaleextent")
rangesubset = xml.Parameter("wcs:Extension/rsub:RangeSubset",
type=parse_range_subset_xml,
num="?",
locator="rangesubset")
format = xml.Parameter("wcs:format/text()", num="?", locator="format")
subsettingcrs = xml.Parameter("wcs:Extension/crs:subsettingCrs/text()",
num="?",
locator="subsettingcrs")
outputcrs = xml.Parameter("wcs:Extension/crs:outputCrs/text()",
num="?",
locator="outputcrs")
mediatype = xml.Parameter("wcs:mediaType/text()",
num="?",
locator="mediatype")
interpolation = xml.Parameter(
"wcs:Extension/int:Interpolation/int:globalInterpolation/text()",
type=parse_interpolation,
num="?",
locator="interpolation")
namespaces = nsmap
class EOOMProductMetadataDecoder(EOOMNamespaceMixIn, xml.Decoder):
parent_identifier = xml.Parameter("eop:metaDataProperty/eop:EarthObservationMetaData/eop:parentIdentifier/text()", type=str, num="?")
production_status = xml.Parameter("eop:metaDataProperty/eop:EarthObservationMetaData/eop:status/text()", type=str, num="?")
acquisition_type = xml.Parameter("eop:metaDataProperty/eop:EarthObservationMetaData/eop:acquisitionType/text()", type=str, num="?")
orbit_number = xml.Parameter("om:procedure/eop:EarthObservationEquipment/eop:acquisitionParameters/eop:Acquisition/eop:orbitNumber/text()", type=str, num="?")
orbit_direction = xml.Parameter("om:procedure/eop:EarthObservationEquipment/eop:acquisitionParameters/eop:Acquisition/eop:orbitDirection/text()", type=str, num="?")
track = xml.Parameter("om:procedure/eop:EarthObservationEquipment/eop:acquisitionParameters/eop:Acquisition/eop:wrsLongitudeGrid/text()", type=str, num="?")
frame = xml.Parameter("om:procedure/eop:EarthObservationEquipment/eop:acquisitionParameters/eop:Acquisition/eop:wrsLatitudeGrid/text()", type=str, num="?")
swath_identifier = xml.Parameter("om:procedure/eop:EarthObservationEquipment/eop:sensor/eop:Sensor/eop:swathIdentifier/text()", type=str, num="?")
product_version = xml.Parameter("om:result/eop:EarthObservationResult/eop:product/eop:ProductInformation/eop:version/text()", type=str, num="?")
product_quality_status = xml.Parameter("eop:metaDataProperty/eop:EarthObservationMetaData/eop:productQualityDegradation/text()", type=str, num="?")
product_quality_degradation_tag = xml.Parameter("eop:metaDataProperty/eop:EarthObservationMetaData/eop:productQualityDegradationTag/text()", type=str, num="?")
processor_name = xml.Parameter("eop:metaDataProperty/eop:EarthObservationMetaData/eop:processing/eop:ProcessingInformation/eop:processorName/text()", type=str, num="?")
processing_center = xml.Parameter("eop:metaDataProperty/eop:EarthObservationMetadata/eop:processing/eop:ProcessingInformation/eop:processingCenter/text()", type=str, num="?")
processing_date = xml.Parameter("eop:metaDataProperty/eop:EarthObservationMetadata/eop:processing/eop:ProcessingInformation/eop:processingDate/text()", type=parse_iso8601, num="?")
sensor_mode = xml.Parameter("om:procedure/eop:EarthObservationEquipment/eop:sensor/eop:Sensor/eop:operationalMode/text()", type=str, num="?")
archiving_center = xml.Parameter("eop:metaDataProperty/eop:EarthObservationMetaData/eop:archivedIn/eop:ArchivingInformation/eop:archivingCenter/text()", type=str, num="?")
processing_mode = xml.Parameter("eop:metaDataProperty/eop:EarthObservationMetaData/eop:processing/eop:ProcessingInformation/eop:ProcessingMode/text()", type=str, num="?")
creation_date = xml.Parameter("eop:metaDataProperty/eop:EarthObservationMetaData/eop:creationDate/text()", type=parse_iso8601, num="?")
class WCS20DescribeCoverageXMLDecoder(xml.Decoder):
coverage_ids = xml.Parameter("wcs:CoverageId/text()", num="+")
namespaces = nsmap
class EOOMExtraMetadataDecoder(EOOMNamespaceMixIn, xml.Decoder):
modification_date = xml.Parameter("eop:metaDataProperty/eop:EarthObservationMetaData/eop:modificationDate/text()", type=parse_iso8601, num="?")
# TODO: get this into models
# resolution = xml.Parameter("om:procedure/eop:EarthObservationEquipment/eop:sensor/eop:Sensor/eop:resolution/text()", type=str, num="?")
cloud_cover = xml.Parameter("om:result/opt:EarthObservationResult/opt:cloudCoverPercentage/text()|om:result/atm:EarthObservationResult/atm:cloudCoverPercentage/text()", type=float, num="?")
snow_cover = xml.Parameter("om:result/opt:EarthObservationResult/opt:snowCoverPercentage/text()|om:result/atm:EarthObservationResult/atm:snowCoverPercentage/text()", type=float, num="?")
lowest_location = xml.Parameter("atm:EarthObservation/om:resultOf/atm:EarthObservationResult/atm:dataLayers/atm:DataLayer/atm:lowestLocation/text()", type=float, num="?")
highest_location = xml.Parameter("atm:EarthObservation/om:resultOf/atm:EarthObservationResult/atm:dataLayers/atm:DataLayer/atm:highestLocation/text()", type=float, num="?")
acquisition_station = xml.Parameter("eop:metaDataProperty/eop:EarthObservationMetaData/eop:downlinkedTo/eop:DownlinkInformation/eop:acquisitionStation/text()", type=str, num="?")
availability_time = xml.Parameter("om:resultTime/gml:TimeInstant/gml:timePosition/text()", type=parse_iso8601, num="?")
acquisition_sub_type = xml.Parameter("eop:metaDataProperty/eop:EarthObservationMetaData/eop:acquisitionSubType/text()", type=str, num="?")
start_time_from_ascending_node = xml.Parameter("om:procedure/eop:EarthObservationEquipment/eop:acquisitionParameters/eop:Acquisition/eop:startTimeFromAscendingNode/text()", type=int, num="?")
completion_time_from_ascending_node = xml.Parameter("om:procedure/eop:EarthObservationEquipment/eop:acquisitionParameters/eop:Acquisition/eop:completionTimeFromAscendingNode/text()", type=int, num="?")
illumination_azimuth_angle = xml.Parameter("om:procedure/eop:EarthObservationEquipment/eop:acquisitionParameters/eop:Acquisition/eop:illuminationAzimuthAngle/text()", type=float, num="?")
illumination_zenith_angle = xml.Parameter("om:procedure/eop:EarthObservationEquipment/eop:acquisitionParameters/eop:Acquisition/eop:illuminationZenithAngle/text()", type=float, num="?")
illumination_elevation_angle = xml.Parameter("om:procedure/eop:EarthObservationEquipment/eop:acquisitionParameters/eop:Acquisition/eop:illuminationElevationAngle/text()", type=float, num="?")
polarisation_mode = xml.Parameter("om:procedure/eop:EarthObservationEquipment/eop:acquisitionParameters/sar:Acquisition/sar:polarisationMode/text()", type=str, num="?")
polarization_channels = xml.Parameter("om:procedure/eop:EarthObservationEquipment/eop:acquisitionParameters/sar:Acquisition/sar:polarisationChannels/text()", type=str, num="?")
antenna_look_direction = xml.Parameter("om:procedure/eop:EarthObservationEquipment/eop:acquisitionParameters/sar:Acquisition/sar:antennaLookDirection/text()", type=str, num="?")
minimum_incidence_angle = xml.Parameter("om:procedure/eop:EarthObservationEquipment/eop:acquisitionParameters/sar:Acquisition/sar:minimumIncidenceAngle/text()", type=float, num="?")
maximum_incidence_angle = xml.Parameter("om:procedure/eop:EarthObservationEquipment/eop:acquisitionParameters/sar:Acquisition/sar:maximumIncidenceAngle/text()", type=float, num="?")
across_track_incidence_angle = xml.Parameter("om:procedure/eop:EarthObservationEquipment/eop:acquisitionParameters/opt:Acquisition/eop:acrossTrackIncidenceAngle/text()", type=float, num="?")
along_track_incidence_angle = xml.Parameter("om:procedure/eop:EarthObservationEquipment/eop:acquisitionParameters/opt:Acquisition/eop:alongTrackIncidenceAngle/text()", type=float, num="?")
doppler_frequency = xml.Parameter("om:procedure/eop:EarthObservationEquipment/eop:acquisitionParameters/sar:Acquisition/sar:dopplerFrequency/text()", type=float, num="?")
incidence_angle_variation = xml.Parameter("om:procedure/eop:EarthObservationEquipment/eop:acquisitionParameters/sar:Acquisition/sar:incidenceAngleVariation/text()", type=float, num="?")
class WPS10DescribeProcessXMLDecoder(xml.Decoder):
""" WPS 1.0 DescribeProcess HTTP/POST XML request decoder. """
#pylint: disable=too-few-public-methods
identifiers = xml.Parameter("ows:Identifier/text()", num="+")
namespaces = nsmap
class GMLFeatureDecoder(xml.Decoder):
identifiers = xml.Parameter("//identifier/text()", num="*")
class WCS11DescribeCoverageXMLDecoder(xml.Decoder):
coverage_ids = xml.Parameter("wcs:Identifier/text()", num="+")
namespaces = nsmap
class GSCFormatExtendedDecoder(xml.Decoder):
namespaces = nsmap
identifier = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:metaDataProperty/gsc:EarthObservationMetaData/eop:identifier/text()",
type=str,
num="?")
parent_identifier = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:metaDataProperty/gsc:EarthObservationMetaData/eop:parentIdentifier/text()",
type=str,
num="?")
production_status = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:metaDataProperty/gsc:EarthObservationMetaData/eop:status/text()",
type=str,
num="?")
acquisition_type = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:metaDataProperty/gsc:EarthObservationMetaData/eop:acquisitionType/text()",
type=str,
num="?")
orbit_number = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:using/eop:EarthObservationEquipment/eop:acquisitionParameters/opt:Acquisition/eop:orbitNumber/text()",
type=int,
num="?")
orbit_direction = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:using/eop:EarthObservationEquipment/eop:acquisitionParameters/opt:Acquisition/eop:orbitDirection/text()",
type=str,
num="?")
swath_identifier = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:using/eop:EarthObservationEquipment/eop:sensor/eop:Sensor/eop:swathIdentifier/text()",
type=str,
num="?")
product_version = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:resultOf/eop:EarthObservationResult/eop:product/eop:ProductInformation/eop:version/text()",
type=float,
num="?")
product_quality_status = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:resultOf/eop:EarthObservationMetaData/eop:productQualityStatus/text()",
type=str,
num="?")
product_quality_degradation_tag = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:metaDataProperty/gsc:EarthObservationMetaData/eop:productQualityDegradationTag/text()",
type=str,
num="?")
processing_center = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:metaDataProperty/gsc:EarthObservationMetaData/eop:processing/eop:ProcessingInformation/eop:processingCenter/text()",
type=str,
num="?")
creation_date = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:metaDataProperty/gsc:EarthObservationMetaData/eop:creationDate/text()",
type=str,
num="?") # insertion into catalog
modification_date = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:metaDataProperty/gsc:EarthObservationMetaData/eop:modificationDate/text()",
type=str,
num="?") # last modification in catalog
processing_date = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:metaDataProperty/gsc:EarthObservationMetaData/eop:processing/eop:ProcessingInformation/eop:processingDate/text()",
type=str,
num="?")
sensor_mode = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:using/eop:EarthObservationEquipment/eop:sensor/eop:Sensor/eop:operationalMode/text()",
type=str,
num="?")
archiving_center = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:metaDataProperty/gsc:EarthObservationMetaData/eop:archivedIn/eop:ArchivingInformation/eop:archivingCenter/text()",
type=str,
num="?")
processing_mode = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:metaDataProperty/gsc:EarthObservationMetaData/eop:processing/eop:ProcessingInformation/eop:processingMode/text()",
type=str,
num="?")
# acquisition type metadata
acquisition_station = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:metaDataProperty/gsc:EarthObservationMetaData/eop:downlinkedTo/eop:DownlinkInformation/eop:acquisitionStation/text()",
type=str,
num="?")
acquisition_sub_type = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:metaDataProperty/gsc:EarthObservationMetaData/eop:acquisitionSubType/text()",
type=str,
num="?")
start_time_from_ascending_node = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:using/eop:EarthObservationEquipment/eop:acquisitionParameters/eop:Acquisition/eop:startTimeFromAscendingNode/text()",
type=str,
num="?")
completion_time_from_ascending_node = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:using/eop:EarthObservationEquipment/eop:acquisitionParameters/eop:Acquisition/eop:completionTimeFromAscendingNode/text()",
type=str,
num="?")
illumination_azimuth_angle = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:using/eop:EarthObservationEquipment/eop:acquisitionParameters/opt:Acquisition/opt:illuminationAzimuthAngle/text()",
type=float,
num="?")
illumination_zenith_angle = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:using/eop:EarthObservationEquipment/eop:acquisitionParameters/opt:Acquisition/opt:illuminationZenithAngle/text()",
type=float,
num="?")
illumination_elevation_angle = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:using/eop:EarthObservationEquipment/eop:acquisitionParameters/opt:Acquisition/opt:illuminationElevationAngle/text()",
type=float,
num="?")
across_track_incidence_angle = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:using/eop:EarthObservationEquipment/eop:acquisitionParameters/opt:Acquisition/eop:acrossTrackIncidenceAngle/text()",
type=float,
num="?")
along_track_incidence_angle = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:using/eop:EarthObservationEquipment/eop:acquisitionParameters/opt:Acquisition/eop:alongTrackIncidenceAngle/text()",
type=float,
num="?")
polarisation_mode = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:using/eop:EarthObservationEquipment/eop:acquisitionParameters/sar:Acquisition/sar:polarisationMode/text()",
type=str,
num="?")
polarization_channels = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:using/eop:EarthObservationEquipment/eop:acquisitionParameters/sar:Acquisition/sar:polarisationChannels/text()",
type=str,
num="?")
antenna_look_direction = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:using/eop:EarthObservationEquipment/eop:acquisitionParameters/sar:Acquisition/sar:antennaLookDirection/text()",
type=str,
num="?")
minimum_incidence_angle = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:using/eop:EarthObservationEquipment/eop:acquisitionParameters/sar:Acquisition/sar:minimumIncidenceAngle/text()",
type=float,
num="?")
maximum_incidence_angle = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:using/eop:EarthObservationEquipment/eop:acquisitionParameters/sar:Acquisition/sar:maximumIncidenceAngle/text()",
type=float,
num="?")
# for SAR acquisitions
doppler_frequency = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:using/eop:EarthObservationEquipment/eop:acquisitionParameters/sar:Acquisition/sar:dopplerFrequency/text()",
type=float,
num="?")
incidence_angle_variation = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:using/eop:EarthObservationEquipment/eop:acquisitionParameters/sar:Acquisition/sar:incidenceAngleVariation/text()",
type=float,
num="?")
# for OPT/ALT
cloud_cover = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:resultOf/opt:EarthObservationResult/opt:cloudCoverPercentage/text()",
type=float,
num="?")
snow_cover = xml.Parameter(
"(gsc:sar_metadata|gsc:opt_metadata)/gml:resultOf/opt:EarthObservationResult/opt:snowCoverPercentage/text()",
type=float,
num="?")
