@Test public void testEncodeLine() throws OpenLRProtoException { List<LocationReferencePoint> locationReferencePoints = new ArrayList<>(); LocationReferencePointProtoImpl first = new LocationReferencePointProtoImpl( 1, 5.7, 53.5, 15.5, FunctionalRoadClass.FRC_3, FormOfWay.MULTIPLE_CARRIAGEWAY, 200, FunctionalRoadClass.FRC_4); LocationReferencePointProtoImpl second = new LocationReferencePointProtoImpl( 1, 5.8, 53.6, 20, FunctionalRoadClass.FRC_3, FormOfWay.MULTIPLE_CARRIAGEWAY, 100, FunctionalRoadClass.FRC_4); LocationReferencePointProtoImpl last = new LocationReferencePointProtoImpl( 2, 5.6, 53.6, 165, FunctionalRoadClass.FRC_4, FormOfWay.MULTIPLE_CARRIAGEWAY); locationReferencePoints.add(first); locationReferencePoints.add(second); locationReferencePoints.add(last); Offsets offsets = new OffsetsProtoImpl(20, 10); RawLineLocRef rawLocationReference = new RawLineLocRef("1", locationReferencePoints, offsets); LocationReference locationReference = lineEncoder.encode(rawLocationReference); assertNotNull(locationReference); assertEquals(locationReference.getID(), "1"); assertEquals(locationReference.getLocationType(), LocationType.LINE_LOCATION); assertTrue(locationReference.isValid()); assertEquals(locationReference.getDataClass(), LocationReferenceData.class); Object locationReferenceData = locationReference.getLocationReferenceData(); assertNotNull(locationReferenceData); assertTrue(locationReferenceData instanceof LocationReferenceData); LocationReferenceData data = (LocationReferenceData) locationReferenceData; assertTrue(data.hasLineLocationReference()); LineLocationReference lineLocationReference = data.getLineLocationReference(); assertEquals(lineLocationReference.getLocationReferencePointsCount(), 3); openlr.proto.schema.LocationReferencePoint firstLrp = lineLocationReference.getLocationReferencePoints(0); assertTrue(firstLrp.hasCoordinates()); Coordinates firstCoordinates = firstLrp.getCoordinates(); assertEquals(firstCoordinates.getLongitude(),5.7); assertEquals(firstCoordinates.getLatitude(), 53.5); assertTrue(firstLrp.hasLineAttributes()); LineAttributes firstLineAttributes = firstLrp.getLineAttributes(); assertEquals(firstLineAttributes.getBearing(), 15); assertEquals(firstLineAttributes.getFrc(), FRC.FRC_3); assertEquals(firstLineAttributes.getFow(), FOW.FOW_MULTIPLE_CARRIAGEWAY); assertTrue(firstLrp.hasPathAttributes()); PathAttributes firstPathAttributes = firstLrp.getPathAttributes(); assertEquals(firstPathAttributes.getDistanceToNext(), 200); assertEquals(firstPathAttributes.getLowestFrcAlongPath(), FRC.FRC_4); openlr.proto.schema.LocationReferencePoint secondLrp = lineLocationReference.getLocationReferencePoints(1); assertTrue(secondLrp.hasCoordinates()); Coordinates secondCoordinates = secondLrp.getCoordinates(); assertEquals(secondCoordinates.getLongitude(),5.8); assertEquals(secondCoordinates.getLatitude(), 53.6); assertTrue(secondLrp.hasLineAttributes()); LineAttributes secondLineAttributes = secondLrp.getLineAttributes(); assertEquals(secondLineAttributes.getBearing(), 20); assertEquals(secondLineAttributes.getFrc(), FRC.FRC_3); assertEquals(secondLineAttributes.getFow(), FOW.FOW_MULTIPLE_CARRIAGEWAY); assertTrue(secondLrp.hasPathAttributes()); PathAttributes secondPathAttributes = secondLrp.getPathAttributes(); assertEquals(secondPathAttributes.getDistanceToNext(), 100); assertEquals(secondPathAttributes.getLowestFrcAlongPath(), FRC.FRC_4); openlr.proto.schema.LocationReferencePoint lastLrp = lineLocationReference.getLocationReferencePoints(2); assertTrue(lastLrp.hasCoordinates()); Coordinates lastCoordinates = lastLrp.getCoordinates(); assertEquals(lastCoordinates.getLongitude(),5.6); assertEquals(lastCoordinates.getLatitude(), 53.6); assertTrue(lastLrp.hasLineAttributes()); LineAttributes lastLineAttributes = lastLrp.getLineAttributes(); assertEquals(lastLineAttributes.getBearing(), 165); assertEquals(lastLineAttributes.getFrc(), FRC.FRC_4); assertEquals(lastLineAttributes.getFow(), FOW.FOW_MULTIPLE_CARRIAGEWAY); assertFalse(lastLrp.hasPathAttributes()); assertEquals(lineLocationReference.getPositiveOffset(), 20); assertEquals(lineLocationReference.getNegativeOffset(), 10); }
@Override public LocationReference encode(RawLocationReference rawLocationReference) throws OpenLRProtoException { if (rawLocationReference.getLocationType() != LocationType.LINE_LOCATION) { throw new OpenLRProtoException(OpenLRProtoStatusCode.INVALID_LOCATION_REFERENCE); } List<LocationReferencePoint> locationReferencePoints = rawLocationReference.getLocationReferencePoints(); if (locationReferencePoints.size() < 2) { throw new OpenLRProtoException(OpenLRProtoStatusCode.INVALID_LOCATION_REFERENCE); } List<openlr.proto.schema.LocationReferencePoint> lrps = new ArrayList<>(); for (LocationReferencePoint locationReferencePoint : locationReferencePoints) { openlr.proto.schema.LocationReferencePoint lrp = locationReferencePointEncoder.encode(locationReferencePoint); lrps.add(lrp); } Offsets offsets = rawLocationReference.getOffsets(); int positiveLength = locationReferencePoints.get(0).getDistanceToNext(); int positiveOffset = offsets.getPositiveOffset(positiveLength); int negativeLength = locationReferencePoints.get(locationReferencePoints.size() - 2).getDistanceToNext(); int negativeOffset = offsets.getNegativeOffset(negativeLength); LineLocationReference lineLocationReference = LineLocationReference.newBuilder() .addAllLocationReferencePoints(lrps) .setPositiveOffset(positiveOffset) .setNegativeOffset(negativeOffset) .build(); LocationReferenceData locationReferenceData = LocationReferenceData.newBuilder() .setLineLocationReference(lineLocationReference) .build(); return new LocationReferenceProtoImpl(rawLocationReference.getID(), LocationType.LINE_LOCATION, locationReferenceData); }
LineEncoder implements LocationReferenceEncoder { @Override public LocationReference encode(RawLocationReference rawLocationReference) throws OpenLRProtoException { if (rawLocationReference.getLocationType() != LocationType.LINE_LOCATION) { throw new OpenLRProtoException(OpenLRProtoStatusCode.INVALID_LOCATION_REFERENCE); } List<LocationReferencePoint> locationReferencePoints = rawLocationReference.getLocationReferencePoints(); if (locationReferencePoints.size() < 2) { throw new OpenLRProtoException(OpenLRProtoStatusCode.INVALID_LOCATION_REFERENCE); } List<openlr.proto.schema.LocationReferencePoint> lrps = new ArrayList<>(); for (LocationReferencePoint locationReferencePoint : locationReferencePoints) { openlr.proto.schema.LocationReferencePoint lrp = locationReferencePointEncoder.encode(locationReferencePoint); lrps.add(lrp); } Offsets offsets = rawLocationReference.getOffsets(); int positiveLength = locationReferencePoints.get(0).getDistanceToNext(); int positiveOffset = offsets.getPositiveOffset(positiveLength); int negativeLength = locationReferencePoints.get(locationReferencePoints.size() - 2).getDistanceToNext(); int negativeOffset = offsets.getNegativeOffset(negativeLength); LineLocationReference lineLocationReference = LineLocationReference.newBuilder() .addAllLocationReferencePoints(lrps) .setPositiveOffset(positiveOffset) .setNegativeOffset(negativeOffset) .build(); LocationReferenceData locationReferenceData = LocationReferenceData.newBuilder() .setLineLocationReference(lineLocationReference) .build(); return new LocationReferenceProtoImpl(rawLocationReference.getID(), LocationType.LINE_LOCATION, locationReferenceData); } }
LineEncoder implements LocationReferenceEncoder { @Override public LocationReference encode(RawLocationReference rawLocationReference) throws OpenLRProtoException { if (rawLocationReference.getLocationType() != LocationType.LINE_LOCATION) { throw new OpenLRProtoException(OpenLRProtoStatusCode.INVALID_LOCATION_REFERENCE); } List<LocationReferencePoint> locationReferencePoints = rawLocationReference.getLocationReferencePoints(); if (locationReferencePoints.size() < 2) { throw new OpenLRProtoException(OpenLRProtoStatusCode.INVALID_LOCATION_REFERENCE); } List<openlr.proto.schema.LocationReferencePoint> lrps = new ArrayList<>(); for (LocationReferencePoint locationReferencePoint : locationReferencePoints) { openlr.proto.schema.LocationReferencePoint lrp = locationReferencePointEncoder.encode(locationReferencePoint); lrps.add(lrp); } Offsets offsets = rawLocationReference.getOffsets(); int positiveLength = locationReferencePoints.get(0).getDistanceToNext(); int positiveOffset = offsets.getPositiveOffset(positiveLength); int negativeLength = locationReferencePoints.get(locationReferencePoints.size() - 2).getDistanceToNext(); int negativeOffset = offsets.getNegativeOffset(negativeLength); LineLocationReference lineLocationReference = LineLocationReference.newBuilder() .addAllLocationReferencePoints(lrps) .setPositiveOffset(positiveOffset) .setNegativeOffset(negativeOffset) .build(); LocationReferenceData locationReferenceData = LocationReferenceData.newBuilder() .setLineLocationReference(lineLocationReference) .build(); return new LocationReferenceProtoImpl(rawLocationReference.getID(), LocationType.LINE_LOCATION, locationReferenceData); } LineEncoder(LocationReferencePointEncoder locationReferencePointEncoder); }
LineEncoder implements LocationReferenceEncoder { @Override public LocationReference encode(RawLocationReference rawLocationReference) throws OpenLRProtoException { if (rawLocationReference.getLocationType() != LocationType.LINE_LOCATION) { throw new OpenLRProtoException(OpenLRProtoStatusCode.INVALID_LOCATION_REFERENCE); } List<LocationReferencePoint> locationReferencePoints = rawLocationReference.getLocationReferencePoints(); if (locationReferencePoints.size() < 2) { throw new OpenLRProtoException(OpenLRProtoStatusCode.INVALID_LOCATION_REFERENCE); } List<openlr.proto.schema.LocationReferencePoint> lrps = new ArrayList<>(); for (LocationReferencePoint locationReferencePoint : locationReferencePoints) { openlr.proto.schema.LocationReferencePoint lrp = locationReferencePointEncoder.encode(locationReferencePoint); lrps.add(lrp); } Offsets offsets = rawLocationReference.getOffsets(); int positiveLength = locationReferencePoints.get(0).getDistanceToNext(); int positiveOffset = offsets.getPositiveOffset(positiveLength); int negativeLength = locationReferencePoints.get(locationReferencePoints.size() - 2).getDistanceToNext(); int negativeOffset = offsets.getNegativeOffset(negativeLength); LineLocationReference lineLocationReference = LineLocationReference.newBuilder() .addAllLocationReferencePoints(lrps) .setPositiveOffset(positiveOffset) .setNegativeOffset(negativeOffset) .build(); LocationReferenceData locationReferenceData = LocationReferenceData.newBuilder() .setLineLocationReference(lineLocationReference) .build(); return new LocationReferenceProtoImpl(rawLocationReference.getID(), LocationType.LINE_LOCATION, locationReferenceData); } LineEncoder(LocationReferencePointEncoder locationReferencePointEncoder); @Override LocationReference encode(RawLocationReference rawLocationReference); }
LineEncoder implements LocationReferenceEncoder { @Override public LocationReference encode(RawLocationReference rawLocationReference) throws OpenLRProtoException { if (rawLocationReference.getLocationType() != LocationType.LINE_LOCATION) { throw new OpenLRProtoException(OpenLRProtoStatusCode.INVALID_LOCATION_REFERENCE); } List<LocationReferencePoint> locationReferencePoints = rawLocationReference.getLocationReferencePoints(); if (locationReferencePoints.size() < 2) { throw new OpenLRProtoException(OpenLRProtoStatusCode.INVALID_LOCATION_REFERENCE); } List<openlr.proto.schema.LocationReferencePoint> lrps = new ArrayList<>(); for (LocationReferencePoint locationReferencePoint : locationReferencePoints) { openlr.proto.schema.LocationReferencePoint lrp = locationReferencePointEncoder.encode(locationReferencePoint); lrps.add(lrp); } Offsets offsets = rawLocationReference.getOffsets(); int positiveLength = locationReferencePoints.get(0).getDistanceToNext(); int positiveOffset = offsets.getPositiveOffset(positiveLength); int negativeLength = locationReferencePoints.get(locationReferencePoints.size() - 2).getDistanceToNext(); int negativeOffset = offsets.getNegativeOffset(negativeLength); LineLocationReference lineLocationReference = LineLocationReference.newBuilder() .addAllLocationReferencePoints(lrps) .setPositiveOffset(positiveOffset) .setNegativeOffset(negativeOffset) .build(); LocationReferenceData locationReferenceData = LocationReferenceData.newBuilder() .setLineLocationReference(lineLocationReference) .build(); return new LocationReferenceProtoImpl(rawLocationReference.getID(), LocationType.LINE_LOCATION, locationReferenceData); } LineEncoder(LocationReferencePointEncoder locationReferencePointEncoder); @Override LocationReference encode(RawLocationReference rawLocationReference);  }