object KeyValue
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- def apply[T](target: WritableValue[T], endValue: T, interpolator: Interpolator): KeyValue[T, T]
- def apply[T, J <: AnyRef](target: Property[T, J], endValue: J, interpolator: Interpolator): KeyValue[T, J]
- def apply[T >: Boolean <: Boolean, J >: Boolean <: Boolean](target: Property[T, J], endValue: Boolean, interpolator: Interpolator): KeyValue[T, J]
- def apply[T >: Double <: Double, J >: Number <: Number](target: Property[T, J], endValue: Double, interpolator: Interpolator): KeyValue[T, J]
- def apply[T >: Float <: Float, J >: Number <: Number](target: Property[T, J], endValue: Float, interpolator: Interpolator): KeyValue[T, J]
- def apply[T >: Long <: Long, J >: Number <: Number](target: Property[T, J], endValue: Long, interpolator: Interpolator): KeyValue[T, J]
- def apply[T >: Int <: Int, J >: Number <: Number](target: Property[T, J], endValue: Int, interpolator: Interpolator): KeyValue[T, J]
- def apply[T <: AnyRef](target: WritableObjectValue[T], endValue: T, interpolator: Interpolator): KeyValue[T, T]
- def apply[T >: Boolean <: Boolean, J >: Boolean <: Boolean](target: WritableBooleanValue, endValue: Boolean, interpolator: Interpolator): KeyValue[T, J]
- def apply[T >: Double <: Double, J >: Number <: Number](target: WritableDoubleValue, endValue: Double, interpolator: Interpolator): KeyValue[T, J]
- def apply[T >: Float <: Float, J >: Number <: Number](target: WritableFloatValue, endValue: Float, interpolator: Interpolator): KeyValue[T, J]
- def apply[T >: Long <: Long, J >: Number <: Number](target: WritableLongValue, endValue: Long, interpolator: Interpolator): KeyValue[T, J]
- def apply[T >: Int <: Int, J >: Number <: Number](target: WritableIntegerValue, endValue: Int, interpolator: Interpolator): KeyValue[T, J]
- def apply[T](target: WritableValue[T], endValue: T): KeyValue[T, T]
- def apply[T, J <: AnyRef](target: Property[T, J], endValue: J): KeyValue[T, J]
- def apply[T >: Boolean <: Boolean, J >: Boolean <: Boolean](target: Property[T, J], endValue: Boolean): KeyValue[T, J]
- def apply[T >: Double <: Double, J >: Number <: Number](target: Property[T, J], endValue: Double): KeyValue[T, J]
- def apply[T >: Float <: Float, J >: Number <: Number](target: Property[T, J], endValue: Float): KeyValue[T, J]
- def apply[T >: Long <: Long, J >: Number <: Number](target: Property[T, J], endValue: Long): KeyValue[T, J]
- def apply[T >: Int <: Int, J >: Number <: Number](target: Property[T, J], endValue: Int): KeyValue[T, J]
- def apply[T <: AnyRef](target: WritableObjectValue[T], endValue: T): KeyValue[T, T]
- def apply[T >: Boolean <: Boolean, J >: Boolean <: Boolean](target: WritableBooleanValue, endValue: Boolean): KeyValue[T, J]
- def apply[T >: Double <: Double, J >: Number <: Number](target: WritableDoubleValue, endValue: Double): KeyValue[T, J]
- def apply[T >: Float <: Float, J >: Number <: Number](target: WritableFloatValue, endValue: Float): KeyValue[T, J]
- def apply[T >: Long <: Long, J >: Number <: Number](target: WritableLongValue, endValue: Long): KeyValue[T, J]
- def apply[T >: Int <: Int, J >: Number <: Number](target: WritableIntegerValue, endValue: Int): KeyValue[T, J]
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- implicit def sfxKeyValue2jfx(v: KeyValue[_, _]): javafx.animation.KeyValue
Converts a ScalaFX
KeyValue
to a JavaFXKeyValue
, extracting its delegate.Converts a ScalaFX
KeyValue
to a JavaFXKeyValue
, extracting its delegate.- v
ScalaFX
KeyValue
- returns
JavaFX
KeyValue
extracted fromv
.
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ScalaFX is a UI DSL written within the Scala Language that sits on top of JavaFX 2.x and and JavaFX 8. This means that every ScalaFX application is also a valid Scala application. By extension it supports full interoperability with Java and can run anywhere the Java Virtual Machine (JVM) and JavaFX 2.0 or JavaFX 8 are supported.
Package Structure
ScalaFX package structure corresponds to JavaFX package structure, for instance
scalafx.animation
corresponds tojavafx.animation
.Example Usage
A basic ScalaFX application is created creating an object that is an instance of
JFXApp
. Following Java FX theatre metaphor, it contains astage
that contains ascene
. Astage
roughly corresponds to a window in a typical UI environment. Thescene
holds UI content presented to the user. In the example below, the content is a pane with a singlelabel
component.