korlibs-math/korlibs.math.geom.ds

Package-level declarations

Types

BVH1D

open class BVH1D<T>(val allowUpdateObjects: Boolean = true)

A Bounding Volume Hierarchy implementation for 1D. It uses Segment1D to describe volumes and Ray for raycasting.

BVH2D

open class BVH2D<T>(val allowUpdateObjects: Boolean = true)

A Bounding Volume Hierarchy implementation for 2D. It uses Rectangle to describe volumes and Ray for raycasting.

BVH3D

open class BVH3D<T>(val allowUpdateObjects: Boolean = true)

A Bounding Volume Hierarchy implementation for 3D. It uses AABB3D to describe volumes and MRay3D for raycasting.

Ray1D

data class Ray1D(val start: Double, val dir: Double)

Segment1D

data class Segment1D(val start: Double, val end: Double)

Functions

get

inline operator fun <T> Array2<T>.get(p: Point): T

inline operator fun <T> Array2<T>.get(p: PointInt): T

set

inline operator fun <T> Array2<T>.set(p: Point, value: T)

inline operator fun <T> Array2<T>.set(p: PointInt, value: T)

toAABB3D

fun BVHIntervals.toAABB3D(): AABB3D

fun BVHRect.toAABB3D(): AABB3D

toBVH

fun Ray1D.toBVH(): BVHRay

fun Segment1D.toBVH(): BVHRect

fun AABB3D.toBVH(out: BVHIntervals = BVHIntervals(3)): BVHRect

fun Ray.toBVH(out: BVHIntervals = BVHIntervals(2)): BVHRay

fun Ray3F.toBVH(out: BVHIntervals = BVHIntervals(3)): BVHRay

fun Rectangle.toBVH(out: BVHIntervals = BVHIntervals(2)): BVHRect

toRay

fun BVHRay.toRay(): Ray

toRay1D

fun BVHRay.toRay1D(): Ray1D

toRay3D

fun BVHRay.toRay3D(): Ray3F

toRectangle

fun BVHIntervals.~~toRectangle~~(): Rectangle

fun BVHRect.toRectangle(): Rectangle

toSegment1D

fun BVHRect.toSegment1D(): Segment1D

toVector2

fun BVHVector.toVector2(): Vector2D

toVector3

fun BVHVector.toVector3(): Vector3F

tryGet

inline fun <T> Array2<T>.tryGet(p: Point): T?

inline fun <T> Array2<T>.tryGet(p: PointInt): T?

trySet

inline fun <T> Array2<T>.trySet(p: Point, value: T)

inline fun <T> Array2<T>.trySet(p: PointInt, value: T)