Dependencies
- com.fasterxml.jackson.core/jackson-annotations/2.7.0
- com.fasterxml.jackson.core/jackson-core/2.7.9
- com.fasterxml.jackson.core/jackson-databind/2.7.9.2
- io.sgr/s2-geometry-library-java/1.0.0
- java/11
- org.apache.lucene/lucene-core/8.7.0
- org.apache.lucene/lucene-spatial3d/8.7.0
- org.locationtech.jts/jts-core/1.15.0
- org.locationtech.spatial4j/spatial4j/0.7
- org.noggit/noggit/0.8
Declarations
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org
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apache
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lucene
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spatial
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ShapeValues
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ShapeValuesSource
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SpatialStrategy
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ctx: SpatialContext
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fieldName: String
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SpatialStrategy(SpatialContext, String): void
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getSpatialContext(): SpatialContext
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getFieldName(): String
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createIndexableFields(Shape): Field[]
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makeDistanceValueSource(Point): DoubleValuesSource
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makeDistanceValueSource(Point, double): DoubleValuesSource
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makeQuery(SpatialArgs): Query
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makeRecipDistanceValueSource(Shape): DoubleValuesSource
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toString(): String
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bbox
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BBoxOverlapRatioValueSource
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isGeo: boolean
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queryExtent: Rectangle
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queryArea: double
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minSideLength: double
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queryTargetProportion: double
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BBoxOverlapRatioValueSource(ShapeValuesSource, boolean, Rectangle, double, double): void
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BBoxOverlapRatioValueSource(ShapeValuesSource, Rectangle): void
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equals(Object): boolean
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hashCode(): int
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similarityDescription(): String
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score(Rectangle, AtomicReference<Explanation>): double
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calcArea(double, double): double
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BBoxSimilarityValueSource
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bboxValueSource: ShapeValuesSource
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BBoxSimilarityValueSource(ShapeValuesSource): void
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rewrite(IndexSearcher): DoubleValuesSource
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toString(): String
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similarityDescription(): String
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getValues(LeafReaderContext, DoubleValues): DoubleValues
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score(Rectangle, AtomicReference<Explanation>): double
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equals(Object): boolean
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hashCode(): int
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explain(LeafReaderContext, int, Explanation): Explanation
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isCacheable(LeafReaderContext): boolean
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needsScores(): boolean
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BBoxStrategy
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DEFAULT_FIELDTYPE: FieldType
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static class initializer
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SUFFIX_MINX: String
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SUFFIX_MAXX: String
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SUFFIX_MINY: String
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SUFFIX_MAXY: String
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SUFFIX_XDL: String
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field_bbox: String
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field_minX: String
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field_minY: String
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field_maxX: String
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field_maxY: String
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field_xdl: String
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optionsFieldType: FieldType
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fieldsLen: int
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hasStored: boolean
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hasDocVals: boolean
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hasPointVals: boolean
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xdlFieldType: FieldType
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newInstance(SpatialContext, String): BBoxStrategy
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BBoxStrategy(SpatialContext, String, FieldType): void
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getFieldType(): FieldType
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createIndexableFields(Shape): Field[]
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createIndexableFields(Rectangle): Field[]
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makeShapeValueSource(): ShapeValuesSource
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makeDistanceValueSource(Point, double): DoubleValuesSource
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makeOverlapRatioValueSource(Rectangle, double): DoubleValuesSource
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makeQuery(SpatialArgs): Query
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makeContains(Rectangle): Query
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makeDisjoint(Rectangle): Query
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makeEquals(Rectangle): Query
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makeIntersects(Rectangle): Query
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makeQuery(Occur, Query[]): BooleanQuery
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makeWithin(Rectangle): Query
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makeXDL(boolean): Query
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makeXDL(boolean, Query): Query
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makeNumberTermQuery(String, double): Query
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makeNumericRangeQuery(String, Double, Double, boolean, boolean): Query
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BBoxValueSource
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composite
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CompositeSpatialStrategy
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indexStrategy: RecursivePrefixTreeStrategy
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geometryStrategy: SerializedDVStrategy
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optimizePredicates: boolean
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CompositeSpatialStrategy(String, RecursivePrefixTreeStrategy, SerializedDVStrategy): void
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getIndexStrategy(): RecursivePrefixTreeStrategy
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getGeometryStrategy(): SerializedDVStrategy
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isOptimizePredicates(): boolean
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setOptimizePredicates(boolean): void
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createIndexableFields(Shape): Field[]
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makeDistanceValueSource(Point, double): DoubleValuesSource
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makeQuery(SpatialArgs): Query
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CompositeVerifyQuery
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indexQuery: Query
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predicateValueSource: ShapeValuesPredicate
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CompositeVerifyQuery(Query, ShapeValuesPredicate): void
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rewrite(IndexReader): Query
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equals(Object): boolean
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equalsTo(CompositeVerifyQuery): boolean
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hashCode(): int
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toString(String): String
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visit(QueryVisitor): void
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createWeight(IndexSearcher, ScoreMode, float): Weight
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IntersectsRPTVerifyQuery
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intersectsDiffQuery: IntersectsDifferentiatingQuery
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predicateValueSource: ShapeValuesPredicate
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IntersectsRPTVerifyQuery(Shape, String, SpatialPrefixTree, int, int, ShapeValuesPredicate): void
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toString(String): String
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equals(Object): boolean
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equalsTo(IntersectsRPTVerifyQuery): boolean
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hashCode(): int
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visit(QueryVisitor): void
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createWeight(IndexSearcher, ScoreMode, float): Weight
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IntersectsDifferentiatingQuery
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-
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prefix
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AbstractPrefixTreeQuery
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queryShape: Shape
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fieldName: String
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grid: SpatialPrefixTree
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detailLevel: int
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AbstractPrefixTreeQuery(Shape, String, SpatialPrefixTree, int): void
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equals(Object): boolean
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equalsTo(AbstractPrefixTreeQuery): boolean
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hashCode(): int
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visit(QueryVisitor): void
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createWeight(IndexSearcher, ScoreMode, float): Weight
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getDocIdSet(LeafReaderContext): DocIdSet
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BaseTermsEnumTraverser
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AbstractVisitingPrefixTreeQuery
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prefixGridScanLevel: int
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AbstractVisitingPrefixTreeQuery(Shape, String, SpatialPrefixTree, int, int): void
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VisitorTemplate
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curVNode: VNode
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curVNodeTerm: BytesRef
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thisTerm: BytesRef
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indexedCell: Cell
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VisitorTemplate(LeafReaderContext): void
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getDocIdSet(): DocIdSet
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addIntersectingChildren(): void
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findSubCellsToVisit(Cell): CellIterator
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scan(int): void
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nextTerm(): boolean
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VNodeCellIterator
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start(): void
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finish(): DocIdSet
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visitPrefix(Cell): boolean
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visitLeaf(Cell): void
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visitScanned(Cell): void
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preSiblings(VNode): void
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postSiblings(VNode): void
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VNode
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BytesRefIteratorTokenStream
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CellToBytesRefIterator
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ContainsPrefixTreeQuery
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multiOverlappingIndexedShapes: boolean
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ContainsPrefixTreeQuery(Shape, String, SpatialPrefixTree, int, boolean): void
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equals(Object): boolean
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hashCode(): int
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toString(String): String
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getDocIdSet(LeafReaderContext): DocIdSet
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ContainsVisitor
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ContainsVisitor(LeafReaderContext): void
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seekTerm: BytesRef
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thisTerm: BytesRef
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indexedCell: Cell
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visit(Cell, Bits): SmallDocSet
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seek(Cell): boolean
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getDocs(Cell, Bits): SmallDocSet
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getLeafDocs(Cell, Bits): SmallDocSet
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nextTerm(): boolean
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union(SmallDocSet, SmallDocSet): SmallDocSet
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collectDocs(Bits): SmallDocSet
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SmallDocSet
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HeatmapFacetCounter
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MAX_ROWS_OR_COLUMNS: int
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static class initializer
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Heatmap
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calcFacets(PrefixTreeStrategy, IndexReaderContext, Bits, Shape, int, int): Heatmap
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intersectInterval(double, double, double, int, double, double, int[]): void
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incrementRange(Heatmap, int, int, int, int, int): void
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calcRowsOrCols(double, double, double, double, double): int
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HeatmapFacetCounter(): void
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IntersectsPrefixTreeQuery
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NumberRangePrefixTreeStrategy
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NumberRangePrefixTreeStrategy(NumberRangePrefixTree, String): void
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getGrid(): NumberRangePrefixTree
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isPointShape(Shape): boolean
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isGridAlignedShape(Shape): boolean
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makeDistanceValueSource(Point, double): DoubleValuesSource
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calcFacets(IndexReaderContext, Bits, UnitNRShape, UnitNRShape): Facets
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calcFacets(IndexReaderContext, Bits, Shape, int): Facets
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Facets
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PointPrefixTreeFieldCacheProvider
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PrefixTreeFacetCounter
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PrefixTreeStrategy
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grid: SpatialPrefixTree
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provider: Map<String, PointPrefixTreeFieldCacheProvider>
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defaultFieldValuesArrayLen: int
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distErrPct: double
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pointsOnly: boolean
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PrefixTreeStrategy(SpatialPrefixTree, String): void
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getGrid(): SpatialPrefixTree
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setDefaultFieldValuesArrayLen(int): void
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getDistErrPct(): double
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setDistErrPct(double): void
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isPointsOnly(): boolean
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setPointsOnly(boolean): void
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createIndexableFields(Shape): Field[]
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createIndexableFields(Shape, double): Field[]
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createIndexableFields(Shape, int): Field[]
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ShapeTokenStream
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tokenStream(): ShapeTokenStream
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newCellToBytesRefIterator(): CellToBytesRefIterator
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createCellIteratorToIndex(Shape, int, Iterator<Cell>): Iterator<Cell>
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FIELD_TYPE: FieldType
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static class initializer
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makeDistanceValueSource(Point, double): DoubleValuesSource
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calcFacets(IndexReaderContext, Bits, Shape, int, int): Heatmap
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isPointShape(Shape): boolean
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RecursivePrefixTreeStrategy
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prefixGridScanLevel: int
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pruneLeafyBranches: boolean
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multiOverlappingIndexedShapes: boolean
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RecursivePrefixTreeStrategy(SpatialPrefixTree, String): void
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getPrefixGridScanLevel(): int
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setPrefixGridScanLevel(int): void
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isMultiOverlappingIndexedShapes(): boolean
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setMultiOverlappingIndexedShapes(boolean): void
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isPruneLeafyBranches(): boolean
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setPruneLeafyBranches(boolean): void
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toString(): String
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createCellIteratorToIndex(Shape, int, Iterator<Cell>): Iterator<Cell>
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recursiveTraverseAndPrune(Cell, Shape, int, List<Cell>): boolean
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makeQuery(SpatialArgs): Query
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isGridAlignedShape(Shape): boolean
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makeGridShapeIntersectsQuery(Shape): Query
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TermQueryPrefixTreeStrategy
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WithinPrefixTreeQuery
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tree
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Cell
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getShapeRel(): SpatialRelation
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setShapeRel(SpatialRelation): void
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isLeaf(): boolean
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setLeaf(): void
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getTokenBytesWithLeaf(BytesRef): BytesRef
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getTokenBytesNoLeaf(BytesRef): BytesRef
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getLevel(): int
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getNextLevelCells(Shape): CellIterator
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getShape(): Shape
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isPrefixOf(Cell): boolean
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compareToNoLeaf(Cell): int
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CellCanPrune
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CellIterator
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DateRangePrefixTree
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UTC: TimeZone
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DEFAULT_CAL: Calendar
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static class initializer
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JAVA_UTIL_TIME_COMPAT_CAL: Calendar
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static class initializer
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FIELD_BY_LEVEL: int[]
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YEAR_LEVEL: int
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NUM_MYEARS: int
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INSTANCE: DateRangePrefixTree
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CAL_TMP: Calendar
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MINCAL: Calendar
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MAXCAL: Calendar
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BC_FIRSTYEAR: int
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BC_LASTYEAR: int
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BC_YEARS: int
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AD_FIRSTYEAR: int
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AD_LASTYEAR: int
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AD_YEAR_BASE: int
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minLV: UnitNRShape
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maxLV: UnitNRShape
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gregorianChangeDateLV: UnitNRShape
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DateRangePrefixTree(Calendar): void
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calFieldLen(Calendar, int): int
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getNumSubCells(UnitNRShape): int
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fastSubCells(UnitNRShape): int
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slowSubCells(UnitNRShape): int
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newCal(): Calendar
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getTreeLevelForCalendarField(int): int
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getCalPrecisionField(Calendar): int
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clearFieldsAfter(Calendar, int): void
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toUnitShape(Object): UnitNRShape
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toShape(Calendar): UnitNRShape
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toObject(UnitNRShape): Object
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toCalendar(UnitNRShape): Calendar
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toString(UnitNRShape): String
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toString(Calendar): String
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appendPadded(StringBuilder, int, short): void
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parseUnitShape(String): UnitNRShape
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parseCalendar(String): Calendar
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checkDelimeter(String, int, char): void
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parseAndCheck(String, int, int, int): int
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FilterCellIterator
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GeohashPrefixTree
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LegacyCell
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LEAF_BYTE: byte
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bytes: byte[]
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b_off: int
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b_len: int
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isLeaf: boolean
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shapeRel: SpatialRelation
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shape: Shape
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LegacyCell(byte[], int, int): void
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readCell(BytesRef): void
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readLeafAdjust(): void
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getGrid(): SpatialPrefixTree
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getMaxLevels(): int
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getShapeRel(): SpatialRelation
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setShapeRel(SpatialRelation): void
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isLeaf(): boolean
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setLeaf(): void
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getTokenBytesWithLeaf(BytesRef): BytesRef
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getTokenBytesNoLeaf(BytesRef): BytesRef
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getLevel(): int
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getNextLevelCells(Shape): CellIterator
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getSubCell(Point): LegacyCell
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getSubCells(): Collection<Cell>
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isPrefixOf(Cell): boolean
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sliceEquals(byte[], int, int, byte[], int, int): boolean
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compareToNoLeaf(Cell): int
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compare(byte[], int, int, byte[], int, int): int
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equals(Object): boolean
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hashCode(): int
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toString(): String
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LegacyPrefixTree
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NumberRangePrefixTree
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DUMMY_CTX: SpatialContext
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static class initializer
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NRShape
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toUnitShape(Object): UnitNRShape
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toRangeShape(UnitNRShape, UnitNRShape): NRShape
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truncateStartVals(UnitNRShape, int): int
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truncateEndVals(UnitNRShape, int): int
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toObject(UnitNRShape): Object
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toString(UnitNRShape): String
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toStringUnitRaw(UnitNRShape): String
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parseShape(String): NRShape
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parseUnitShape(String): UnitNRShape
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UnitNRShape
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comparePrefix(UnitNRShape, UnitNRShape): int
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SpanUnitsNRShape
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maxSubCellsByLevel: int[]
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termLenByLevel: int[]
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levelByTermLen: int[]
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maxTermLen: int
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NumberRangePrefixTree(int[]): void
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toString(): String
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getLevelForDistance(double): int
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getDistanceForLevel(int): double
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toShape(int[], int): UnitNRShape
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getWorldCell(): Cell
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newCellStack(int): NRCell[]
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readCell(BytesRef, Cell): Cell
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getNumSubCells(UnitNRShape): int
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NRCell
-
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PackedQuadPrefixTree
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MAX_LEVELS_POSSIBLE: int
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QUAD: byte[]
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leafyPrune: boolean
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Factory
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PackedQuadPrefixTree(SpatialContext, int): void
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toString(): String
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getWorldCell(): Cell
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getCell(Point, int): Cell
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buildNotRobustly(double, double, int, List<Cell>, long, Shape, int): void
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checkBattenbergNotRobustly(byte, double, double, int, List<Cell>, long, Shape, int): void
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readCell(BytesRef, Cell): Cell
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getTreeCellIterator(Shape, int): CellIterator
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isPruneLeafyBranches(): boolean
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setPruneLeafyBranches(boolean): void
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PackedQuadCell
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PrefixTreeIterator
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-
QuadPrefixTree
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Factory
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MAX_LEVELS_POSSIBLE: int
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DEFAULT_MAX_LEVELS: int
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xmin: double
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xmax: double
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ymin: double
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ymax: double
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xmid: double
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ymid: double
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gridW: double
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gridH: double
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levelW: double[]
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levelH: double[]
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robust: boolean
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QuadPrefixTree(SpatialContext, Rectangle, int): void
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QuadPrefixTree(SpatialContext): void
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QuadPrefixTree(SpatialContext, int): void
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getWorldCell(): Cell
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printInfo(PrintStream): void
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getLevelForDistance(double): int
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getCell(Point, int): Cell
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buildNotRobustly(double, double, int, List<Cell>, BytesRef, Shape, int): void
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checkBattenbergNotRobustly(char, double, double, int, List<Cell>, BytesRef, Shape, int): void
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battenberg(double, double, double, double): int
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QuadCell
-
-
S2PrefixTree
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Factory
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s2ShapeFactory: S2ShapeFactory
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arity: int
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S2PrefixTree(SpatialContext, int): void
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S2PrefixTree(SpatialContext, int, int): void
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getMaxLevels(int): int
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getLevelForDistance(double): int
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getDistanceForLevel(int): double
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getWorldCell(): Cell
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readCell(BytesRef, Cell): Cell
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getTreeCellIterator(Shape, int): CellIterator
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S2PrefixTreeCell
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FACES: S2CellId[]
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static class initializer
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LEAF: byte
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TOKENS: byte[]
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PIXELS: Map<Byte, Integer>
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static class initializer
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cellId: S2CellId
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level: int
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tree: S2PrefixTree
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shapeRel: SpatialRelation
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isLeaf: boolean
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shape: Shape
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S2PrefixTreeCell(S2PrefixTree, S2CellId): void
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readCell(S2PrefixTree, BytesRef): void
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getShapeRel(): SpatialRelation
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setShapeRel(SpatialRelation): void
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isLeaf(): boolean
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setLeaf(): void
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getTokenBytesWithLeaf(BytesRef): BytesRef
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getTokenBytesNoLeaf(BytesRef): BytesRef
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getLevel(): int
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setLevel(): void
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getNextLevelCells(Shape): CellIterator
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getShape(): Shape
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isPrefixOf(Cell): boolean
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compareToNoLeaf(Cell): int
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isLeaf(BytesRef): boolean
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getS2CellIdFromBytesRef(BytesRef): S2CellId
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getBytesRefFromS2CellId(S2CellId, BytesRef): void
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getSubCellsSize(): int
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hashCode(): int
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equals(Object): boolean
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toString(): String
-
-
S2ShapeFactory
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SingletonCellIterator
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SpatialPrefixTree
-
maxLevels: int
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ctx: SpatialContext
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SpatialPrefixTree(SpatialContext, int): void
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getSpatialContext(): SpatialContext
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getMaxLevels(): int
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toString(): String
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getLevelForDistance(double): int
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getDistanceForLevel(int): double
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getWorldCell(): Cell
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readCell(BytesRef, Cell): Cell
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getTreeCellIterator(Shape, int): CellIterator
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SpatialPrefixTreeFactory
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DEFAULT_GEO_MAX_DETAIL_KM: double
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PREFIX_TREE: String
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MAX_LEVELS: String
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MAX_DIST_ERR: String
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VERSION: String
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args: Map<String, String>
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ctx: SpatialContext
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maxLevels: Integer
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version: Version
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makeSPT(Map<String, String>, ClassLoader, SpatialContext): SpatialPrefixTree
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init(Map<String, String>, SpatialContext): void
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initVersion(): void
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initMaxLevels(): void
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setVersion(Version): void
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getVersion(): Version
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getLevelForDistance(double): int
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newSPT(): SpatialPrefixTree
-
-
TreeCellIterator
-
-
-
query
-
SpatialArgs
-
DEFAULT_DISTERRPCT: double
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operation: SpatialOperation
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shape: Shape
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distErrPct: Double
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distErr: Double
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SpatialArgs(SpatialOperation, Shape): void
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calcDistanceFromErrPct(Shape, double, SpatialContext): double
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resolveDistErr(SpatialContext, double): double
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validate(): void
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toString(): String
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getOperation(): SpatialOperation
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setOperation(SpatialOperation): void
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getShape(): Shape
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setShape(Shape): void
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getDistErrPct(): Double
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setDistErrPct(Double): void
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getDistErr(): Double
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setDistErr(Double): void
-
-
SpatialArgsParser
-
DIST_ERR_PCT: String
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DIST_ERR: String
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writeSpatialArgs(SpatialArgs): String
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parse(String, SpatialContext): SpatialArgs
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newSpatialArgs(SpatialOperation, Shape): SpatialArgs
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readNameValuePairs(SpatialArgs, Map<String, String>): void
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parseShape(String, SpatialContext): Shape
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readDouble(String): Double
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readBool(String, boolean): boolean
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parseMap(String): Map<String, String>
-
-
SpatialOperation
-
registry: Map<String, SpatialOperation>
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list: List<SpatialOperation>
-
BBoxIntersects: SpatialOperation
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BBoxWithin: SpatialOperation
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Contains: SpatialOperation
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Intersects: SpatialOperation
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IsEqualTo: SpatialOperation
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IsDisjointTo: SpatialOperation
-
IsWithin: SpatialOperation
-
Overlaps: SpatialOperation
-
name: String
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SpatialOperation(String): void
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register(String): void
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get(String): SpatialOperation
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values(): List<SpatialOperation>
-
is(SpatialOperation, SpatialOperation[]): boolean
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evaluate(Shape, Shape): boolean
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getName(): String
-
toString(): String
-
-
UnsupportedSpatialOperation
-
-
serialized
-
SerializedDVStrategy
-
-
spatial4j
-
Geo3dBinaryCodec
-
planetModel: PlanetModel
-
Geo3dBinaryCodec(SpatialContext, SpatialContextFactory): void
-
readShape(DataInput): Shape
-
writeShape(DataOutput, Shape): void
-
readPoint(DataInput): Point
-
writePoint(DataOutput, Point): void
-
readRect(DataInput): Rectangle
-
writeRect(DataOutput, Rectangle): void
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readCircle(DataInput): Circle
-
writeCircle(DataOutput, Circle): void
-
readCollection(DataInput): ShapeCollection
-
writeCollection(DataOutput, ShapeCollection): void
-
-
Geo3dCircleShape
-
Geo3dDistanceCalculator
-
planetModel: PlanetModel
-
Geo3dDistanceCalculator(PlanetModel): void
-
distance(Point, Point): double
-
distance(Point, double, double): double
-
within(Point, double, double, double): boolean
-
pointOnBearing(Point, double, double, SpatialContext, Point): Point
-
calcBoxByDistFromPt(Point, double, SpatialContext, Rectangle): Rectangle
-
calcBoxByDistFromPt_yHorizAxisDEG(Point, double, SpatialContext): double
-
area(Rectangle): double
-
area(Circle): double
-
-
Geo3dPointShape
-
Geo3dRectangleShape
-
minX: double
-
maxX: double
-
minY: double
-
maxY: double
-
Geo3dRectangleShape(GeoBBox, SpatialContext, double, double, double, double): void
-
Geo3dRectangleShape(GeoBBox, SpatialContext): void
-
setBoundsFromshape(): void
-
getCenter(): Point
-
reset(double, double, double, double): void
-
getBoundingBox(): Rectangle
-
getWidth(): double
-
getHeight(): double
-
getMinX(): double
-
getMinY(): double
-
getMaxX(): double
-
getMaxY(): double
-
getCrossesDateLine(): boolean
-
relateYRange(double, double): SpatialRelation
-
relateXRange(double, double): SpatialRelation
-
getBuffered(double, SpatialContext): Shape
-
-
Geo3dShape
-
spatialcontext: SpatialContext
-
shape: GeoAreaShape
-
boundingBox: Rectangle
-
center: Point
-
Geo3dShape(GeoAreaShape, SpatialContext): void
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relate(Shape): SpatialRelation
-
relate(Geo3dShape<GeoAreaShape>): int
-
relate(Rectangle): int
-
relate(Point): int
-
getBoundingBox(): Rectangle
-
hasArea(): boolean
-
getArea(SpatialContext): double
-
getCenter(): Point
-
getBuffered(double, SpatialContext): Shape
-
isEmpty(): boolean
-
getContext(): SpatialContext
-
toString(): String
-
equals(Object): boolean
-
hashCode(): int
-
-
Geo3dShapeFactory
-
normWrapLongitude: boolean
-
context: SpatialContext
-
planetModel: PlanetModel
-
DEFAULT_CIRCLE_ACCURACY: double
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circleAccuracy: double
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Geo3dShapeFactory(SpatialContext, SpatialContextFactory): void
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getSpatialContext(): SpatialContext
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setCircleAccuracy(double): void
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isNormWrapLongitude(): boolean
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normX(double): double
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normY(double): double
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normZ(double): double
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normDist(double): double
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verifyX(double): void
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verifyY(double): void
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verifyZ(double): void
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pointXY(double, double): Point
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pointXYZ(double, double, double): Point
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rect(Point, Point): Rectangle
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rect(double, double, double, double): Rectangle
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circle(double, double, double): Circle
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circle(Point, double): Circle
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lineString(List<Point>, double): Shape
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multiShape(List<Shape>): ShapeCollection<Shape>
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lineString(): LineStringBuilder
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polygon(): PolygonBuilder
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multiShape(Class<Shape>): MultiShapeBuilder<Shape>
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multiPoint(): MultiPointBuilder
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multiLineString(): MultiLineStringBuilder
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multiPolygon(): MultiPolygonBuilder
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getS2CellShape(S2CellId): Shape
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getGeoPoint(S2Point): GeoPoint
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Geo3dPointBuilder
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Geo3dLineStringBuilder
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Geo3dPolygonBuilder
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Geo3dMultiPointBuilder
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Geo3dMultiLineBuilder
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Geo3dMultiPolygonBuilder
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Geo3dMultiShapeBuilder
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Geo3dSpatialContextFactory
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util
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CachingDoubleValueSource
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source: DoubleValuesSource
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cache: Map<Integer, Double>
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CachingDoubleValueSource(DoubleValuesSource): void
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toString(): String
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getValues(LeafReaderContext, DoubleValues): DoubleValues
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needsScores(): boolean
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isCacheable(LeafReaderContext): boolean
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explain(LeafReaderContext, int, Explanation): Explanation
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rewrite(IndexSearcher): DoubleValuesSource
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equals(Object): boolean
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hashCode(): int
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DistanceToShapeValueSource
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shapeValueSource: ShapeValuesSource
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queryPoint: Point
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multiplier: double
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distCalc: DistanceCalculator
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nullValue: double
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DistanceToShapeValueSource(ShapeValuesSource, Point, double, SpatialContext): void
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toString(): String
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getValues(LeafReaderContext, DoubleValues): DoubleValues
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needsScores(): boolean
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isCacheable(LeafReaderContext): boolean
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rewrite(IndexSearcher): DoubleValuesSource
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equals(Object): boolean
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hashCode(): int
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ReciprocalDoubleValuesSource
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distToEdge: double
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input: DoubleValuesSource
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ReciprocalDoubleValuesSource(double, DoubleValuesSource): void
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getValues(LeafReaderContext, DoubleValues): DoubleValues
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recip(double): double
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needsScores(): boolean
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isCacheable(LeafReaderContext): boolean
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explain(LeafReaderContext, int, Explanation): Explanation
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rewrite(IndexSearcher): DoubleValuesSource
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equals(Object): boolean
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hashCode(): int
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toString(): String
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ShapeAreaValueSource
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shapeValueSource: ShapeValuesSource
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ctx: SpatialContext
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geoArea: boolean
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multiplier: double
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ShapeAreaValueSource(ShapeValuesSource, SpatialContext, boolean, double): void
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toString(): String
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getValues(LeafReaderContext, DoubleValues): DoubleValues
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needsScores(): boolean
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isCacheable(LeafReaderContext): boolean
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rewrite(IndexSearcher): DoubleValuesSource
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equals(Object): boolean
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hashCode(): int
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ShapeFieldCache
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ShapeFieldCacheDistanceValueSource
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ctx: SpatialContext
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from: Point
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provider: ShapeFieldCacheProvider<Point>
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multiplier: double
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ShapeFieldCacheDistanceValueSource(SpatialContext, ShapeFieldCacheProvider<Point>, Point, double): void
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toString(): String
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getValues(LeafReaderContext, DoubleValues): DoubleValues
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needsScores(): boolean
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isCacheable(LeafReaderContext): boolean
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rewrite(IndexSearcher): DoubleValuesSource
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equals(Object): boolean
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hashCode(): int
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ShapeFieldCacheProvider
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ShapeValuesPredicate
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shapeValuesource: ShapeValuesSource
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op: SpatialOperation
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queryShape: Shape
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ShapeValuesPredicate(ShapeValuesSource, SpatialOperation, Shape): void
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toString(): String
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iterator(LeafReaderContext, DocIdSetIterator): TwoPhaseIterator
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equals(Object): boolean
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hashCode(): int
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isCacheable(LeafReaderContext): boolean
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vector
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DistanceValueSource
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hashCode(): int
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strategy: PointVectorStrategy
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from: Point
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multiplier: double
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nullValue: double
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DistanceValueSource(PointVectorStrategy, Point, double): void
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toString(): String
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getValues(LeafReaderContext, DoubleValues): DoubleValues
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needsScores(): boolean
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isCacheable(LeafReaderContext): boolean
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rewrite(IndexSearcher): DoubleValuesSource
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equals(Object): boolean
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PointVectorStrategy
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DEFAULT_FIELDTYPE: FieldType
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static class initializer
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SUFFIX_X: String
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SUFFIX_Y: String
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fieldNameX: String
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fieldNameY: String
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fieldsLen: int
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hasStored: boolean
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hasDocVals: boolean
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hasPointVals: boolean
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newInstance(SpatialContext, String): PointVectorStrategy
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PointVectorStrategy(SpatialContext, String, FieldType): void
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getFieldNameX(): String
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getFieldNameY(): String
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createIndexableFields(Shape): Field[]
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createIndexableFields(Point): Field[]
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makeDistanceValueSource(Point, double): DoubleValuesSource
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makeQuery(SpatialArgs): Query
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makeWithin(Rectangle): Query
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rangeQuery(String, Double, Double): Query
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DistanceRangeQuery
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Java files
org/apache/lucene/spatial/
Class files