creates a ring from the specified x , y coordinates . the coordinates are stored in a flat array . concode_field_sep String RIVER_FLOW concode_elem_sep FilterFactory ff concode_elem_sep String RIVER_GEOM concode_elem_sep Filter rd12Filter concode_elem_sep Filter rv1Filter concode_elem_sep String namespace concode_elem_sep String ROAD concode_elem_sep Filter rd2Filter concode_elem_sep SimpleFeature newRiver concode_elem_sep String ROAD_ID concode_elem_sep SimpleFeatureType subRiverType concode_elem_sep SimpleFeature newRoad concode_elem_sep SimpleFeatureType riverType concode_elem_sep ReferencedEnvelope rd12Bounds concode_elem_sep GeometryFactory gf concode_elem_sep String ROAD_GEOM concode_elem_sep ReferencedEnvelope roadBounds concode_elem_sep int initialFidValue concode_elem_sep String RIVER_RIVER concode_elem_sep SimpleFeature[] roadFeatures concode_elem_sep String RIVER concode_elem_sep String RIVER_ID concode_elem_sep SimpleFeatureType roadType concode_elem_sep SimpleFeature[] riverFeatures concode_elem_sep ReferencedEnvelope riverBounds concode_elem_sep String ROAD_NAME concode_elem_sep SimpleFeatureType subRoadType concode_elem_sep Filter rd1Filter concode_field_sep Polygon polygon concode_elem_sep Polygon polygon concode_elem_sep void build concode_elem_sep LineString line concode_elem_sep void createRoadData concode_elem_sep void createRiverData concode_elem_sep MultiLineString lines
LinearRing function ( int [ ] arg0 ) { Coordinate [ ] loc0 = new Coordinate [ arg0 . length / 2 ] ; for ( int loc1 = 0 ; loc1 < arg0 . length ; loc1 += 2 ) { loc0 [ loc1 / 2 ] = new Coordinate ( arg0 [ loc1 ] , arg0 [ loc1 + 1 ] ) ; } return gf . createLinearRing ( loc0 ) ; }