FloatSize2d

Kotlin |Java

class FloatSize2d

Size of a 2d object represented as a Float, such as the dimensions of a panel in meters.

Summary

Public constructors
`FloatSize2d(width: Float, height: Float)`

Public functions
`operator FloatSize2d`	`div(divisor: Float)` Returns a new `FloatSize2d` that's uniformly divided by the `divisor`.
`operator FloatSize2d`	`div(divisor: Int)` Returns a new `FloatSize2d` that's uniformly divided by the `divisor`.
`open operator Boolean`	`equals(other: Any?)`
`open Int`	`hashCode()`
`operator FloatSize2d`	`times(scalar: Float)` Returns a new `FloatSize2d` that's uniformly multiplied by the `scalar`.
`operator FloatSize2d`	`times(scalar: Int)` Returns a new `FloatSize2d` that's uniformly multiplied by the `scalar`.
`FloatSize3d`	`to3d(depth: Float)` Returns a new `FloatSize3d` with the same `width` and `height` of this `FloatSize2d`, and the given `depth`.
`open String`	`toString()`

Public properties
`Float`	`height` the height of the object
`Float`	`width` the width of the object

FloatSize2d(width: Float = 0.0f, height: Float = 0.0f)

operator fun div(divisor: Float): FloatSize2d

Returns a new FloatSize2d that's uniformly divided by the divisor.

Parameters
`divisor: Float`	the value to divide the `width` and `height` by

Returns
`FloatSize2d`	a new `FloatSize2d` with the divided dimensions

operator fun div(divisor: Int): FloatSize2d

Returns a new FloatSize2d that's uniformly divided by the divisor.

Parameters
`divisor: Int`	the value to divide the `width` and `height` by

Returns
`FloatSize2d`	a new `FloatSize2d` with the divided dimensions

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

open fun hashCode(): Int

operator fun times(scalar: Float): FloatSize2d

Returns a new FloatSize2d that's uniformly multiplied by the scalar.

Parameters
`scalar: Float`	the value to multiply the `width` and `height` by

Returns
`FloatSize2d`	a new `FloatSize2d` with the multiplied dimensions

operator fun times(scalar: Int): FloatSize2d

Returns a new FloatSize2d that's uniformly multiplied by the scalar.

Parameters
`scalar: Int`	the value to multiply the `width` and `height` by

Returns
`FloatSize2d`	a new `FloatSize2d` with the multiplied dimensions

fun to3d(depth: Float = 0.0f): FloatSize3d

Returns a new FloatSize3d with the same width and height of this FloatSize2d, and the given depth.

Parameters
`depth: Float = 0.0f`	the depth of the new 3D size

Returns
`FloatSize3d`	a new `FloatSize3d` with the specified dimensions

open fun toString(): String

val height: Float

the height of the object

val width: Float

the width of the object