kray/kray.physics/Hitbox3D

Hitbox3D

class Hitbox3D(val minX: Float, val minY: Float, val minZ: Float, val maxX: Float, val maxY: Float, val maxZ: Float, val inside: (ERROR CLASS: Symbol not found for Triple<kotlin/Float, kotlin/Float, kotlin/Float>) -> Boolean) : Hitbox

A 3D hitbox for collision detection.

Constructors

constructor(minX: Float, minY: Float, minZ: Float, maxX: Float, maxY: Float, maxZ: Float, inside: (ERROR CLASS: Symbol not found for Triple<kotlin/Float, kotlin/Float, kotlin/Float>) -> Boolean)

constructor(minX: Float, minY: Float, minZ: Float, maxX: Float, maxY: Float, maxZ: Float)

Creates a rectangular hitbox defined by its minimum and maximum x, y, and z coordinates.

constructor(min: ERROR CLASS: Symbol not found for Triple<kotlin/Float, kotlin/Float, kotlin/Float>, max: ERROR CLASS: Symbol not found for Triple<kotlin/Float, kotlin/Float, kotlin/Float>)

Creates a rectangular hitbox defined by its minimum and maximum points.

Types

object Companion

Properties

open override val id: Long

The unique ID of this hitbox.

val inside: (ERROR CLASS: Symbol not found for Triple<kotlin/Float, kotlin/Float, kotlin/Float>) -> Boolean

A function that takes a triple of (x, y, z) coordinates and returns true if the point is inside the hitbox.

val maxX: Float

The side of the hitbox facing positive infinity on the X axis

val maxY: Float

The side of the hitbox facing positive infinity on the Y axis

val maxZ: Float

The side of the hitbox facing positive infinity on the Z axis

val minX: Float

The side of the hitbox facing negative infinity on the X axis

val minY: Float

The side of the hitbox facing negative infinity on the Y axis

val minZ: Float

The side of the hitbox facing negative infinity on the Z axis

Functions

fun add(other: Hitbox3D): Hitbox3D

Adds another hitbox to this hitbox. The resulting hitbox contains all points that are inside either the original hitbox or the other hitbox.

fun addCube(x: Float, y: Float, z: Float, size: Float): Hitbox3D

Adds a cubic hitbox to this hitbox. The resulting hitbox contains all points that are inside either the original hitbox or the new cube.

fun addRectangle(minX: Float, minY: Float, minZ: Float, maxX: Float, maxY: Float, maxZ: Float): Hitbox3D

Adds a rectangular hitbox to this hitbox. The resulting hitbox contains all points that are inside either the original hitbox or the new rectangle.

open operator override fun equals(other: Any?): Boolean

open override fun hashCode(): Int

fun inside(point: ERROR CLASS: Symbol not found for Triple<kotlin/Double, kotlin/Double, kotlin/Double>): Boolean

fun inside(point: ERROR CLASS: Symbol not found for Triple<kotlin/Int, kotlin/Int, kotlin/Int>): Boolean

Checks if the point defined by the point triple is inside the hitbox.

fun inside(x: Double, y: Double, z: Double): Boolean

Checks if the point defined by the x, y, and z triple is inside the hitbox.

fun inside(x: Float, y: Float, z: Float): Boolean

fun inside(x: Int, y: Int, z: Int): Boolean

Checks if the point defined by x, y, and z coordinates is inside the hitbox.

fun isAbove(y: Float): Boolean

Returns whether the sprite is above the given Y boundary using minY.

fun isBelow(y: Float): Boolean

Returns whether the sprite is below the given Y boundary using maxY.

fun isLeftX(x: Float): Boolean

Returns whether the sprite is left of the given X boundary using minX.

fun isLeftZ(z: Float): Boolean

Returns whether the sprite is left of the given Z boundary using minZ.

fun isRightX(x: Float): Boolean

Returns whether the sprite is right of the given X boundary using maxX.

fun isRightZ(z: Float): Boolean

Returns whether the sprite is right of the given Z boundary using maxZ.

operator fun plus(other: Hitbox3D): Hitbox3D

open override fun toString(): String