openrndr-kartifex/org.openrndr.kartifex

Package-level declarations

Types

abstract class Box<T : Vec<T>, U : Box<T, U>>

Represents a two-dimensional rectangular box defined by two points: a lower-left point and an upper-right point. This class extends the generic Box class specialized for two-dimensional vectors (Vec2).

Box3

class Box3 : Box<Vec3, Box3>

Represents a three-dimensional axis-aligned box defined by two points in 3D space.

Box4

class Box4 : Box<Vec4, Box4>

Represents a four-dimensional bounding box defined by two Vec4 points. This class extends the abstract class Box, which provides common functionality for multi-dimensional bounding boxes. The box is defined by its lower and upper bounds in 4D space.

Curve2

interface Curve2

Represents a 2D parametric curve with various geometric methods.

DoubleBinaryOperator

typealias DoubleBinaryOperator = (Double, Double) -> Double

DoublePredicate

typealias DoublePredicate = (Double) -> Boolean

DoubleUnaryOperator

typealias DoubleUnaryOperator = (Double) -> Double

Interval

class Interval(a: Double, b: Double)

Line2

@JvmRecord

data class Line2(ax: Double, ay: Double, bx: Double, by: Double) : Curve2

Matrix3

class Matrix3

Path2

@JvmRecord

data class Path2(curves: Array<Curve2>, bounds: Box2, val isRing: Boolean)

Polar2

@JvmRecord

data class Polar2(val theta: Double, val r: Double)

Region2

class Region2(val rings: Array<Ring2>)

Ring2

class Ring2

Vec

interface Vec<T : Vec<T>> : Comparable<T>

Vec1

@JvmRecord

data class Vec1(val x: Double) : Vec<Vec1>

Vec2

@JvmRecord

data class Vec2(val x: Double, val y: Double) : Vec<Vec2>

Vec3

@JvmRecord

data class Vec3(val x: Double, val y: Double, val z: Double) : Vec<Vec3>

Vec4

@JvmRecord

data class Vec4(val x: Double, val y: Double, val z: Double, val w: Double) : Vec<Vec4>

Functions

Path2

fun Path2(cs: Iterable<Curve2>): Path2

signum

fun signum(d: Double): Double

Determines the sign of the given double value. Returns -1.0 if the value is negative, 1.0 if the value is positive, and the value itself if it is either 0.0 or NaN.