All Classes and Interfaces

Class
Description
Computes the union of circular disks by preserving circular arcs in the boundary representation instead of linearizing circles upfront.
A boundary arc of the union, oriented so the union interior is on the left.
Result: boundary as arc cycles (outer shells + holes).
One closed boundary component: a cyclic list of arcs.
Immutable disk definition used by this algorithm.
Endpoint-only snapper with optional polygon-vertex anchoring.
Computes the convex hull of a set of points using a fast monotone chain algorithm.
Fast, pragmatic line segment intersection implementation optimized for speed.
Identical to JTS' VariableBuffer but uses HilbertParallelPolygonUnion under the hood for faster unioning of buffer components.
High-performance polygon union built on Hilbert-ordered batching and parallel reduction.
Improves the original JTS HPRtree implementation with eXtended features: Generics support so the tree can store arbitrary user objects of type T. Support for an early-exit item visitor to terminate spatial queries as soon as a condition is satisfied. Efficient nearest-neighbor search using a best-first traversal with bounding-box pruning. Efficient range query search.
Functional interface used to compute the distance between a query coordinate and an item stored in the tree.
Visitor interface used by HPRtreeX.query(Envelope, ItemVisitor) to process items that intersect a query envelope.
IndexedLengthIndexedLine provides length-based linear-referencing using a prebuilt cumulative-length index so that length→location queries are answered in O(log n) time.
Computes distances from query points (Coordinates) to the nearest indexed distance target extracted from one or two input geometries, using a spatial index for fast repeated queries.
ProHD: Projection-based Hausdorff Distance approximation for JTS Geometry.
Approximate nearest-line-segment spatial index built from sample points taken along each segment and using the resulting Voronoi partition.
A record containing the Voronoi cell polygon and its associated segment.
Point-in-area locator for areal Geometries that uses per-polygon Y-stripe locators to test points efficiently.