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GeoAlgorithm on the command line.xsi:schemaLocation attributes) and/or the specified schema documents.
xsi:schemaLocation attributes) and/or the specified schema documents.
CacheFileTest class TODO add class documentation here.CategorizeTestCenterOuterTest defines raster API integration tests on a tiled raster and a sole simple raster.CenterValues class TODO add class documentation here.CollectionUtilsTestCenterOuterTest class.CompoundCRSTest test the instantiation of two compound crs's.RasterGeoReference.convertEnvelopeToRasterCRS(Envelope)
RasterGeoReference.create(OriginLocation, Envelope, int, int) method.
RasterGeoReference.createRelocatedReference(Envelope) method.
RasterGeoReference.createRelocatedReference(Envelope) method.
CurveLinearizer.CRSDefines.geographic_4258
CRSDefines.geographic_4289
CRSDefines.geocentric_dummy and CRSDefines.geographic_4314
DeegreeCRSStoreProviderTest test the loading of the default configuration as well as the loading of a
projected crs from the default configuration.DefaultLockManager.DescribeFeatureTypeKVPAdapter.DescribeFeatureTypeXMLAdapter.CRSDefines.datum_6289 (CRSDefines.projection_28992), and CRSDefines.datum_6314 (
CRSDefines.geographic_4314 )
CRSDefines.geocentric_4964
EqualityBetweenProvidersTest compares every CRS from the XML backend to the CRS from the DB backend that
has the same code.FeatureXPath expressions.GeoAlgorithm with its test data.GeoAlgorithmWithData without test data.
GeoAlgorithmWithData with test data.
CRSDefines.datum_6171 and CRSDefines.axis_geocentric
CRSDefines.datum_6314 and CRSDefines.axis_geocentric
CRSDefines.datum_6258 and CRSDefines.axis_degree
CRSDefines.datum_6258 and CRSDefines.axis_lat_lon
CRSDefines.datum_6289 and CRSDefines.axis_degree
CRSDefines.datum_6289 and CRSDefines.axis_lat_lon
CRSDefines.datum_6314 and CRSDefines.axis_degree
CRSDefines.datum_6314 and CRSDefines.axis_lat_lon (northing/easting)
GeometryGeneratorGeometryValidator.GeoAlgorithm.
VectorExampleData.
VectorExampleData without the VectorExampleData of the array.
VectorExampleData with FeatureCollections.
VectorExampleData with Geometrys.
GetCapabilitiesXMLParser.GeoAlgorithm.
VectorExampleData with the same VectorExampleData.GeometryType.
VectorExampleData with the same VectorExampleData.GeometryType and without some
VectorExampleData.
RasterGeoReference.getEnvelope(int, int, ICRS)
RasterGeoReference.getEnvelope(OriginLocation, int, int, ICRS)
GetFeatureKVPAdapterTest class tests the GetFeature KVP adapter.GetFeatureWithLockKVPAdapterTest class tests the GetFeatureWithLock kvp adapter.GMLVersion of the data.
GetPropertyValueKVPAdapter.GetPropertyValueXMLAdapter.RasterGeoReference.getRasterCoordinate(double, double) for a center reference
RasterGeoReference.getRasterCoordinate(double, double) for an outer reference
RasterGeoReference.getSize(Envelope)
RasterGeoReference.getEnvelope(OriginLocation, RasterRect, ICRS)
RasterGeoReference.getEnvelope(OriginLocation, RasterRect, ICRS)
RasterGeoReference.getRasterCoordinateUnrounded(double, double) for a center reference
RasterGeoReference.getRasterCoordinateUnrounded(double, double) for an outer reference
RasterGeoReference.getWorldCoordinate(double, double) for a center reference
RasterGeoReference.getWorldCoordinate(double, double) for an outer reference
XMLStreamWriter that writes into a buffer.
GML2GeometryWriter and the GML2GeometryReader.gml:_CurveSegment.gml:_Geometry and gml:Envelope).gml:_SurfacePatch.FeatureTypes from various GML application schemas.GMLCRSProviderTest test the loading of a projected crs as well as the loading of the default
configuration.Definition and Dictionary objects from GML documents.Feature / FeatureCollection objects from GML instance
documents.GML3GeometryValidator.GriddedTileContainerTest class TODO add class documentation here.InterpolateTestJava2DRenderingTestStereographicAlternativeTest test the lambert azimuthal equal area projection.StereographicAlternativeTest test the lambert conformal conic projectionLockFeatureKVPAdapterTest class TODO add class documentation here.MathUtilsTest test some basic methodsRasterGeoReference.merger(RasterGeoReference, RasterGeoReference)
OWSExceptionReader.ParserTestGeoAlgorithm on the command line.
ProjectedCRS based on CRSDefines.projection_25832, which is based on CRSDefines.geographic_4258
ProjectedCRS based on CRSDefines.projection_25832, which is based on CRSDefines.geographic_4258
ProjectedCRS based on CRSDefines.projection_25832, which is based on CRSDefines.geographic_4258
ProjectedCRS based on CRSDefines.projection_28992, which is based on CRSDefines.geographic_4289
ProjectedCRS based on CRSDefines.projection_28992, which is based on CRSDefines.geographic_4289
ProjectedCRS based on CRSDefines.projection_28992, which is based on CRSDefines.geographic_4289
ProjectedCRS based on CRSDefines.projection_31467, which is based on CRSDefines.geographic_4314
ProjectedCRS based on CRSDefines.projection_31467, which is based on CRSDefines.geographic_4314 with lat/lon
axis
ProjectedCRS based on CRSDefines.projection_31467 with yx coordinates, which is based on
CRSDefines.geographic_4314
TransverseMercator projection with GeographicCRS CRSDefines.geographic_4258.
TransverseMercator projection with GeographicCRS CRSDefines.geographic_4258_lat_lon.
StereographicAlternative projection with GeographicCRS CRSDefines.geographic_4289.
StereographicAlternative projection with GeographicCRS CRSDefines.geographic_4289_lat_lon.
TransverseMercator projection with GeographicCRS CRSDefines.geographic_4314.
TransverseMercator projection with GeographicCRS CRSDefines.geographic_4314_lat_lon.
ProjectionTest is the base for all accuracy tests, this class doesn't really test anything.TransformationTest a junit test class for testing the accuracy of various transformations.QTreeTest class TODO add class documentation here.RasterFactory class TODO add class documentation here.RasterGeoRefTest class TODO add class documentation here.RasterRect class TODO add class documentation here.RasterGeoReference.relocateEnvelope(OriginLocation,Envelope) method.
SimpleRasterTest class TODO add class documentation here.StereographicAlternativeTest test the accuracy of the stereographic alternative projection by checking
against a reference point created with proj4.StereographicAlternativeTest test the stereographic azimuthal projection as it was defined by snyder.StreamBufferStore.NTv2Transformation.
NTv2Transformation.
NTv2Transformation.
SurfaceLinearizerTest class verifies the corecteness of the surface linearization
TODO add test to verify
polygon with inner rings
surface patches
SymbologyParserTest
proj -f "%.8f" +proj=laea +ellps=GRS80 +lon_0=10 +lat_0=52 +k=1 +x_0=4321000 +y_0=3210000
6.610765 53.235916
4094775.23791324 3352810.22470640
proj -f "%.8f" +proj=sterea +ellps=bessel +lon_0=5.38763888888889 +lat_0=52.15616055555555 +k=0.9999079
+x_0=155000 +y_0=463000.0
6.610765 53.235916
236655.91462443 583827.76880699
proj -f "%.8f" +proj=stere +ellps=bessel +lon_0=5.38763888888889 +lat_0=52.15616055555555 +k=0.9999079 +x_0=155000 +y_0=463000.0
6.610765 53.235916
236660.95112449 583829.78324175
proj -f "%.8f" +proj=lcc +ellps=GRS80 +lon_0=-77 +lat_0=37.66666666665 +k=1 +x_0=400000 +y_0=0 +lat_1=39.45 +lat_2=38.3
6.610765 53.235916
5402441.35292079 4213918.86230420
proj -f "%.5f" +proj=tmerc +ellps=GRS80 +lon_0=9 +lat_0=0 +k=0.9996 +x_0=500000
6.610765 53.235916
340545.99617007 5901178.79904923
#<32661> +proj=stere +lat_0=90 +lat_ts=90 +lon_0=0 +k=0.994 +x_0=2000000 +y_0=2000000 +ellps=WGS84 +datum=WGS84 +units=m +no_defs <>
proj -f "%.8f" +init=epsg:32166
6.610765 53.235916
2486063.23 -2194020.02
#<32761> +proj=stere +lat_0=-90 +lat_ts=-90 +lon_0=0 +k=0.994 +x_0=2000000 +y_0=2000000 +ellps=WGS84 +datum=WGS84 +units=m +no_defs <>
proj -f "%.8f" +init=epsg:32761
6.610765 53.235916
6354589.64 39573786.54
IS_REPAIRING_NAMESPACES property (or a specific StAX implementation).
LambertAzimuthalEqualArea projection.
StereographicAlternative projection.
StereographicAlternative projection.
LambertConformalConic projection.
LambertConformalConic projection.
StringUtils.count(java.lang.String, java.lang.String).
GeoAlgorithms of the deegree WPS.
StringUtils.extract(String, String, String).
VectorLayerAdapter to convert feature collections to VectorLayerImpl and back.
VectorLayerAdapter to convert features to VectorLayerImpl and back.
CurveLinearizer.calcCircleCenter(Point, Point, Point) finds the correct midpoint.
GeoAlgorithm of the deegree WPS.VectorLayerAdapter to convert geometries to VectorLayerImpl and back.
FileUtils.getBasename(java.io.File).
FileUtils.getFileExtension(java.io.File).
FileUtils.getFileExtension(java.io.File).
org.deegree.services.wps.provider.jrxml.contentprovider.map.MapContentProvider#inspectInputParametersFromJrxml(java.util.List, java.util.List, java.util.List)
.
org.deegree.services.wps.provider.jrxml.contentprovider.TestDataTableContentProviderTest#inspectInputParametersFromJrxml(java.util.List, java.util.List, java.util.List)
.
org.deegree.services.wps.provider.jrxml.contentprovider.PropertiesContentProvider#inspectInputParametersFromJrxml(java.util.List, org.deegree.commons.xml.XMLAdapter, java.util.Map, java.util.List)
.
org.deegree.services.wps.provider.jrxml.contentprovider.SubreportContentProvider#inspectInputParametersFromJrxml(java.util.List, org.deegree.commons.xml.XMLAdapter, java.util.Map, java.util.List)
.
CurveLinearizer.isClockwise(Point, Point, Point) determines the correct point order.
ArrayUtils.join(String delimiter, String... strings ).
ArrayUtils.join(String delimiter, int[] values ).
org.deegree.commons.utils.ArrayUtils#join(String, List).
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CurveLinearizer.linearizeCubicSpline(CubicSpline, LinearizationCriterion) produces positions
that coincide with the real values.
MathUtils.previousPowerOfTwo(double).
MathUtils.nextPowerOfTwoValue(double).
JrxmlWPSProcess.
org.deegree.services.wps.provider.jrxml.contentprovider.map.MapContentProvider#prepareJrxmlAndReadInputParameters(java.io.InputStream, java.util.Map, org.deegree.services.wps.ProcessletInputs, java.util.List)
.
org.deegree.services.wps.provider.jrxml.contentprovider.DataTableContentProvider#prepareJrxmlAndReadInputParameters(java.io.InputStream, java.util.Map, org.deegree.services.wps.ProcessletInputs, java.util.List)
.
PropertiesContentProvider.prepareJrxmlAndReadInputParameters(java.io.InputStream, java.util.Map, org.deegree.services.wps.ProcessletInputs, java.util.List, java.util.Map)
.
org.deegree.services.wps.provider.jrxml.contentprovider.map.MapContentProvider#prepareJrxmlAndReadInputParameters(java.io.InputStream, java.util.Map, org.deegree.services.wps.ProcessletInputs, java.util.List)
.
WorldFileAccess.readWorldFile(File, RasterIOOptions) .
ArrayUtils.removeAll(String[], String).
StringUtils.replaceAll(java.lang.String, java.lang.String, java.lang.String).
StringUtils.replaceAll(java.lang.String, java.lang.String, java.lang.String).
StringUtils.replaceFirst(java.lang.String, java.lang.String, java.lang.String).
GeoAlgorithms of the deegree WPS.
StringUtils.split(String, String, int).
VectorLayerAdapter.
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TiledRasterTest class TODO add class documentation here.SQLFeatureStore test for table-based configurations.TransactionXMLAdapter.StereographicAlternativeTest tests the transverse mercator projection.UnitTest tests the conversion of different units into each other.GeoAlgorithm.VersionFromMime tests the mappig of gml mime types to gml versionsWFSClient against various WFS server instances.CRSDefines.datum_6258 and CRSDefines.datum_6171
CRSDefines.datum_6289 -> wgs48
CRSDefines.datum_6314 -> wgs48
WKTParserTest class provides a detailed check for the WKTParser class.GeoAlgorithm the configuration entry on the command line.
GeoAlgorithm the configuration entry on the command line.
XMLAdapter class.XMLStreamWriter that writes into a temporary buffer and can create a Reader on
that buffer.XMLSchemaInfoSet.
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