0.0.0-experiment

kone.misc.planimetricsCalculus/dev.lounres.kone.misc.planimetricsCalculus/Line

Line

data class Line<E>(val x: LabeledPolynomial<E>, val y: LabeledPolynomial<E>, val z: LabeledPolynomial<E>)(source)

Constructors

constructor(x: LabeledPolynomial<E>, y: LabeledPolynomial<E>, z: LabeledPolynomial<E>)

Types

object Companion

Properties

val columnVector: ColumnVector<LabeledPolynomial<E>>

val rowVector: RowVector<LabeledPolynomial<E>>

val x: LabeledPolynomial<E>

val y: LabeledPolynomial<E>

val z: LabeledPolynomial<E>

Functions

operator fun getValue(thisRef: Any?, property: KProperty<*>): Line<E>

infix fun <Number> Line<Number>.isLyingThrough(P: Point<Number>): Boolean

isNotLyingThrough

infix fun <Number> Line<Number>.isNotLyingThrough(P: Point<Number>): Boolean

infix fun <Number> Line<Number>.isNotTangentTo(q: Quadric<Number>): Boolean

infix inline fun <E> Line<E>.isParallelTo(other: Line<E>): Boolean

isPerpendicularTo

infix inline fun <E> Line<E>.isPerpendicularTo(other: Line<E>): Boolean

infix fun <Number> Line<Number>.isTangentTo(q: Quadric<Number>): Boolean

parallelLineThrough

infix inline fun <E> Line<E>.parallelLineThrough(A: Point<E>): Line<E>

perpendicularThrough

infix inline fun <E> Line<E>.perpendicularThrough(A: Point<E>): Line<E>

fun <E> Line<E>.poleBy(q: Quadric<E>): Point<E>

projectToQuadricBy

fun <E> Line<E>.projectToQuadricBy(q: Quadric<E>, l: Line<E>): Line<E>

fun <E> Line<E>.projectToQuadricBy(q: Quadric<E>, P: Point<E>): Point<E>