orx-panel/org.openrndr.panel.elements/XYPad

XYPad

class XYPad : Element(source)

Constructors

XYPad

constructor()

Types

Events

class Events

ValueChangedEvent

class ValueChangedEvent(val source: XYPad, val oldValue: Vector2, val newValue: Vector2)

Properties

children

val children: ObservableCopyOnWriteArrayList<Element>

classes

val classes: ObservableHashSet<ElementClass>

classEvents

val classEvents: Element.ClassObserverables

computedStyle

var computedStyle: StyleSheet

draw

val draw: Element.Draw

drop

val drop: Element.DropObserverables

events

val events: XYPad.Events

handlesDoubleClick

open val handlesDoubleClick: Boolean = false

handlesKeyboardFocus

open val handlesKeyboardFocus: Boolean = false

heightHint

open val heightHint: Double?

var id: String?

invertY

var invertY: Boolean

Should the control invert the Y-axis?, default is true

keyboard

val keyboard: Element.KeyboardObservables

label

var label: String

The label

layout

val layout: Element.Layout

var maxX: Double

var maxY: Double

var minX: Double

var minY: Double

val mouse: Element.MouseObservables

normalizedValue

var normalizedValue: Vector2

parent

var parent: Element?

precision

var precision: Int

The precision of the control, default is 2

pseudoClasses

val pseudoClasses: ObservableHashSet<ElementPseudoClass>

screenArea

val screenArea: Rectangle

screenPosition

val screenPosition: Vector2

scrollTop

var scrollTop: Double

showVector

var showVector: Boolean

Should the control visualize the value as a vector?, default is false

style

var style: StyleSheet?

type

val type: ElementType

value

var value: Vector2

widthHint

open override val widthHint: Double?

Functions

ancestors

fun ancestors(): List<Element>

append

open fun append(element: Element)

bind

fun XYPad.bind(property: KMutableProperty0<Vector2>)

button

fun Element.button(vararg classes: String, label: String = "button", init: Button.() -> Unit): Button

canvas

fun Element.canvas(vararg classes: String, init: Canvas.() -> Unit): Canvas

childIndex

fun childIndex(element: Element): Int?

colorpicker

fun Element.colorpicker(vararg classes: String, init: Colorpicker.() -> Unit): Colorpicker

colorpickerButton

fun Element.colorpickerButton(vararg classes: String, init: ColorpickerButton.() -> Unit): ColorpickerButton

disable

fun Element.disable()

div

fun Element.div(vararg classes: String, init: Div.() -> Unit): Div

draw

open override fun draw(drawer: Drawer)

dropdownButton

fun Element.dropdownButton(vararg classes: String, id: String? = null, label: String = "button", init: DropdownButton.() -> Unit): DropdownButton

elementWithId

inline fun <T> elementWithId(id: String): T?

enable

fun Element.enable()

envelopeButton

fun Element.envelopeButton(vararg classes: String, init: EnvelopeButton.() -> Unit): EnvelopeButton

envelopeEditor

fun Element.envelopeEditor(vararg classes: String, init: EnvelopeEditor.() -> Unit): EnvelopeEditor

filter

fun filter(f: (Element) -> Boolean): List<Element>

findAll

fun Element.findAll(predicate: (Element) -> Boolean): List<Element>

findAllVisible

fun Element.findAllVisible(predicate: (Element) -> Boolean): List<Element>

findFirst

fun findFirst(element: Element, matches: (Element) -> Boolean): Element?

findNext

fun findNext(premise: (Element) -> Boolean): Element?

findPrevious

fun findPrevious(premise: (Element) -> Boolean): Element?

flatten

fun flatten(): List<Element>

fun Element.h1(vararg classes: String, init: H1.() -> String): H1

fun Element.h2(vararg classes: String, init: H2.() -> String): H2

fun Element.h3(vararg classes: String, init: H3.() -> String): H3

initElement

fun <T : Element> Element.initElement(classes: Array<out String>, element: T, init: T.() -> Unit): T

isDisabled

fun Element.isDisabled(): Boolean

isHidden

fun isHidden(): Boolean

Determines whether the current element, or any of its ancestors, has a display style of Display.NONE.

layout

fun Element.layout(init: Element.() -> Unit)

move

fun move(steps: Int)

fun next(): Element?

fun Element.p(vararg classes: String, init: P.() -> String): P

fun previous(): Element?

previousSibling

fun previousSibling(): Element?

remove

fun remove(element: Element)

requestRedraw

fun Element.requestRedraw()

root

fun root(): Element

sequenceEditor

fun Element.sequenceEditor(vararg classes: String, init: SequenceEditor.() -> Unit): SequenceEditor

slider

fun Element.slider(vararg classes: String, init: Slider.() -> Unit): Slider

slidersVector2

fun Element.slidersVector2(vararg classes: String, init: SlidersVector2.() -> Unit): SlidersVector2

slidersVector3

fun Element.slidersVector3(vararg classes: String, init: SlidersVector3.() -> Unit): SlidersVector3

slidersVector4

fun Element.slidersVector4(vararg classes: String, init: SlidersVector4.() -> Unit): SlidersVector4

textElement

inline fun <T : TextElement> Element.textElement(classes: Array<out String>, init: T.() -> String): T

textfield

fun Element.textfield(vararg classes: String, init: Textfield.() -> Unit): Textfield

toggle

fun Element.toggle(vararg classes: String, init: Toggle.() -> Unit): Toggle

visit

fun Element.visit(function: Element.() -> Unit)

visitVisible

fun Element.visitVisible(function: Element.() -> Unit)

watchListDiv

fun <T : Any> Element.watchListDiv(vararg classes: String, watchList: List<T>, builder: WatchListDiv<T>.(T) -> Unit)

watchObjectDiv

fun <T : Any> Element.watchObjectDiv(vararg classes: String, watchObject: T, builder: WatchObjectDiv<T>.(T) -> Unit): WatchObjectDiv<T>

watchPropertyDiv

fun <T : Any> Element.watchPropertyDiv(vararg classes: String, watchProperty: KMutableProperty0<T>, builder: WatchPropertyDiv<T>.(T) -> Unit)

xyPad

fun Element.xyPad(vararg classes: String, init: XYPad.() -> Unit): XYPad