kone.computationalGeometry/dev.lounres.kone.computationalGeometry/EuclideanKategory

EuclideanKategory

interface EuclideanKategory<N>(source)

Types

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Properties

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abstract val Vector<N>.lengthSquared: N
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abstract val pointEquality: Equality<Point<N>>
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abstract val vectorEquality: Equality<Vector<N>>

Functions

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abstract infix fun Vector<N>.dot(other: Vector<N>): N
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open operator fun Point2<N>.minus(other: Point2<N>): Vector2<N>
open operator fun Point2<N>.minus(other: Vector2<N>): Point2<N>
abstract operator fun Point<N>.minus(other: Point<N>): Vector<N>
abstract operator fun Point<N>.minus(other: Vector<N>): Point<N>
open operator fun Vector2<N>.minus(other: Vector2<N>): Vector2<N>
abstract operator fun Vector<N>.minus(other: Vector<N>): Vector<N>
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open operator fun Point2<N>.plus(other: Vector2<N>): Point2<N>
abstract operator fun Point<N>.plus(other: Vector<N>): Point<N>
open operator fun Vector2<N>.plus(other: Point2<N>): Point2<N>
open operator fun Vector2<N>.plus(other: Vector2<N>): Vector2<N>
abstract operator fun Vector<N>.plus(other: Point<N>): Point<N>
abstract operator fun Vector<N>.plus(other: Vector<N>): Vector<N>
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open operator fun N.times(other: Vector2<N>): Vector2<N>
abstract operator fun N.times(other: Vector<N>): Vector<N>
open operator fun Vector2<N>.times(other: N): Vector2<N>
abstract operator fun Vector<N>.times(other: N): Vector<N>
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open operator fun Vector2<N>.unaryMinus(): Vector2<N>
abstract operator fun Vector<N>.unaryMinus(): Vector<N>