0.0.0-experiment

kone.computationalGeometry/dev.lounres.kone.computationalGeometry.polytopes/ExtendablePolytopicConstruction

ExtendablePolytopicConstruction

interface ExtendablePolytopicConstruction<Number, out Polytope : PolytopicConstructionPolytope<Number, Polytope, Vertex>, out Vertex : PolytopicConstructionVertex<Number, Polytope, Vertex>> : PolytopicConstruction<Number, Polytope, Vertex> (source)

Inheritors

MutablePolytopicConstruction

Properties

abstract val polytopes: KoneList<KoneReifiedSet<Polytope>>

abstract val spaceDimension: UInt

abstract val vertices: KoneReifiedSet<Vertex>

Functions

abstract fun addPolytope(dimension: UInt, vertices: KoneReifiedSet<@UnsafeVariance Vertex>, faces: KoneList<KoneReifiedSet<@UnsafeVariance Polytope>>): Polytope

abstract fun addVertex(position: Point<Number>): Vertex

constructConvexHullByGiftWrapping

fun <Number, Polytope : PolytopicConstructionPolytope<Number, Polytope, Vertex>, Vertex : PolytopicConstructionVertex<Number, Polytope, Vertex>> ExtendablePolytopicConstruction<Number, Polytope, Vertex>.constructConvexHullByGiftWrapping(vertexSuppliedType: SuppliedType<Vertex>, polytopeSuppliedType: SuppliedType<Polytope>, vertexReification: Reification<Vertex>, vertexEquality: Equality<Vertex>, polytopeReification: Reification<Polytope>, polytopeEquality: Equality<Polytope>, vertices: KoneIterable<Vertex>): Polytope

fun <Number, Polytope : PolytopicConstructionPolytope<Number, Polytope, Vertex>, Vertex : PolytopicConstructionVertex<Number, Polytope, Vertex>> ExtendablePolytopicConstruction<Number, Polytope, Vertex>.constructConvexHullByGiftWrapping(vertexReification: Reification<Vertex>, vertexEquality: Equality<Vertex>, vertexHashing: Hashing<Vertex>?, vertexOrder: Order<Vertex>?, polytopeReification: Reification<Polytope>, polytopeEquality: Equality<Polytope>, polytopeHashing: Hashing<Polytope>?, polytopeOrder: Order<Polytope>?, vertices: KoneIterable<Vertex>): Polytope

constructDelaunayTriangulation

fun <Number, Polytope : PolytopicConstructionPolytope<Number, Polytope, Vertex>, Vertex : PolytopicConstructionVertex<Number, Polytope, Vertex>> ExtendablePolytopicConstruction<Number, Polytope, Vertex>.constructDelaunayTriangulation(vertexReification: Reification<Vertex>, vertexEquality: Equality<Vertex>, vertexHashing: Hashing<Vertex>?, vertexOrder: Order<Vertex>?, polytopeReification: Reification<Polytope>, polytopeEquality: Equality<Polytope>, polytopeHashing: Hashing<Polytope>?, polytopeOrder: Order<Polytope>?, vertices: KoneIterable<Vertex>): KoneList<Polytope>

open operator fun get(dim: UInt): KoneReifiedSet<Polytope>

polytopesOfDimension

open fun polytopesOfDimension(dim: UInt): KoneReifiedSet<Polytope>