kmath-geometry/space.kscience.kmath.geometry/Vector3D

Vector3D

interface Vector3D<T> : Buffer<T> , Vector(source)

Functions

asVector3D

fun <T> Buffer<T>.asVector3D(): Vector3D<T>

component1

operator fun <T> Vector3D<T>.component1(): T

component2

operator fun <T> Vector3D<T>.component2(): T

component3

operator fun <T> Vector3D<T>.component3(): T

cross

infix fun DoubleVector3D.cross(other: DoubleVector3D): Vector3D<Double>

Vector product with right basis

distanceTo

open override fun DoubleVector3D.distanceTo(other: DoubleVector3D): Double

L2 distance

div

open operator fun DoubleVector3D.div(k: Number): DoubleVector3D

dot

open infix override fun DoubleVector3D.dot(other: DoubleVector3D): Double

Scalar product

equalsVector

fun Float64Vector3D.equalsVector(other: Float64Vector3D, precision: Double = DEFAULT_PRECISION): Boolean

Vector equality using Euclidian L2 norm and given precision

get

open operator override fun get(index: Int): T

iterator

open operator override fun iterator(): Iterator<T>

minus

open operator fun DoubleVector3D.minus(arg: DoubleVector3D): DoubleVector3D

norm

fun DoubleVector3D.norm(): Double

plus

open operator fun DoubleVector3D.plus(arg: DoubleVector3D): DoubleVector3D

times

open operator fun DoubleVector3D.times(k: Number): DoubleVector3D

toString

abstract override fun toString(): String

unaryMinus

open operator override fun DoubleVector3D.unaryMinus(): DoubleVector3D

unaryPlus

open operator fun DoubleVector3D.unaryPlus(): DoubleVector3D

Properties

val DoubleVector3D.r: Double

size

open override val size: Int

abstract val x: T

abstract val y: T

abstract val z: T