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/*
* Copyright (C) 2022 Parisi Alessandro - [email protected]
* This file is part of MaterialFX (https://github.com/palexdev/MaterialFX)
*
* MaterialFX is free software: you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public License
* as published by the Free Software Foundation; either version 3 of the License,
* or (at your option) any later version.
*
* MaterialFX is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
* See the GNU Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with MaterialFX. If not, see onFinished) {
PauseBuilder.build().setDuration(duration).setOnFinished(onFinished).getAnimation().play();
}
/**
* Calls {@link #executeLater(Duration, EventHandler)} by converting the given millis value
* with {@link Duration#millis(double)}.
*/
public static void executeLater(double millis, EventHandler onFinished) {
executeLater(Duration.millis(millis), onFinished);
}
/**
* Sets the text of the given {@link Labeled} with a fade out/fade in transition.
*
* @param labeled the labeled control to change the text to
* @param duration the fade in and fade out speed
* @param nexText the new text to set
* @return an instance of {@link AbstractBuilder}
*/
public static AbstractBuilder transitionText(Labeled labeled, Duration duration, String nexText) {
return SequentialBuilder.build()
.hide(AnimationsData.of(labeled, duration, event -> labeled.setText(nexText)))
.show(AnimationsData.of(labeled, duration));
}
/**
* Calls {@link #transitionText(Labeled, Duration, String)} by converting the given millis value
* with {@link Duration#millis(double)}.
*/
public static AbstractBuilder transitionText(Labeled labeled, double millis, String nexText) {
return transitionText(labeled, Duration.millis(millis), nexText);
}
/**
* Sets the text of the given {@link Text} with a fade out/fade in transition.
*
* @param text the text control to change the text to
* @param duration the fade in and fade out speed
* @param nexText the new text to set
* @return an instance of {@link AbstractBuilder}
*/
public static AbstractBuilder transitionText(Text text, Duration duration, String nexText) {
return SequentialBuilder.build()
.hide(AnimationsData.of(text, duration, event -> text.setText(nexText)))
.show(AnimationsData.of(text, duration));
}
/**
* Calls {@link #transitionText(Text, Duration, String)} by converting the given millis value
* with {@link Duration#millis(double)}.
*/
public static AbstractBuilder transitionText(Text text, double millis, String nexText) {
return transitionText(text, Duration.millis(millis), nexText);
}
/**
* Allows to perform a given action as a {@link Runnable} as soon as the given {@link Animation} reaches the given
* {@link Animation.Status}. This is simply done by attaching an {@link InvalidationListener} to the animation's
* {@link Animation#statusProperty()}.
*
* Trivia
*
* {@link Animation}s have a feature that allows user to specify an action to perform as soon as it ends, I'm talking
* about the {@link Animation#onFinishedProperty()}. There is an issue though. If the animation is stopped,
* {@link Animation#stop()}, the action won't trigger. 'Stop' and 'Finish' are two different states, but JavaFX devs
* didn't make such distinction explicit, in fact when an animation ends, its status property will be set to
* {@link Animation.Status#STOPPED}.
*
* It may be useful in some occasions to perform an action once the animation stops, rather than just on finish.
* And so I created this generic method to fill this gap, working on any state you need.
*
* @param oneShot specifies whether the listener should be removed after the first execution
*/
public static void onStatus(Animation animation, Animation.Status status, Runnable action, boolean oneShot) {
if (animation == null) return;
InvalidationListener l = new InvalidationListener() {
@Override
public void invalidated(Observable observable) {
if (animation.getStatus() == status) {
action.run();
if (oneShot) animation.statusProperty().removeListener(this);
}
}
};
animation.statusProperty().addListener(l);
}
/**
* Convenience method for {@link #onStatus(Animation, Animation.Status, Runnable, boolean)}, performs the given
* action on {@link Animation.Status#PAUSED}.
*/
public static void onPaused(Animation animation, Runnable action, boolean oneShot) {
onStatus(animation, Animation.Status.PAUSED, action, oneShot);
}
/**
* Convenience method for {@link #onStatus(Animation, Animation.Status, Runnable, boolean)}, performs the given
* action on {@link Animation.Status#STOPPED}.
*/
public static void onStopped(Animation animation, Runnable action, boolean oneShot) {
onStatus(animation, Animation.Status.STOPPED, action, oneShot);
}
/**
* @return true if the given animation status is RUNNING, otherwise false
*/
public static boolean isPlaying(Animation animation) {
if (animation == null) return false;
return animation.getStatus() == Animation.Status.RUNNING;
}
/**
* @return true if the given animation status is PAUSED, otherwise false
*/
public static boolean isPaused(Animation animation) {
if (animation == null) return false;
return animation.getStatus() == Animation.Status.PAUSED;
}
public static boolean isStopped(Animation animation) {
if (animation == null) return false;
return animation.getStatus() == Animation.Status.STOPPED;
}
//================================================================================
// Builders
//================================================================================
/**
* Common base class for {@link ParallelBuilder} and {@link SequentialBuilder}.
*
* This builder, designed with fluent api, allows you to create simple and complex animations with just a few lines of code.
*
* The builder keeps the reference of the "main" animation (depending on the subclass can be ParallelTransition or SequentialTransition, in
* the AbstractBuilder the type is a generic {@link Animation}), and defines and abstract method that subclasses must implement
* to properly add animations to the "main".
*/
public static abstract class AbstractBuilder {
//================================================================================
// Properties
//================================================================================
protected Animation animation;
//================================================================================
// Abstract Methods
//================================================================================
/**
* Adds the given animation to the "main" animation.
*/
protected abstract void addAnimation(Animation animation);
/**
* @return the "main" animation instance
*/
public abstract Animation getAnimation();
//================================================================================
// Methods
//================================================================================
protected void init(Animation animation) {
this.animation = animation;
}
/**
* Adds the given animation to the "main" animation by calling {@link #addAnimation(Animation)}.
*/
public AbstractBuilder add(Animation animation) {
addAnimation(animation);
return this;
}
/**
* Sets the given onFinished action to the given animation and then adds it to the
* "main" animation by calling {@link #addAnimation(Animation)}.
*/
public AbstractBuilder add(Animation animation, EventHandler onFinished) {
animation.setOnFinished(onFinished);
addAnimation(animation);
return this;
}
/**
* Gets the animation from the supplier and adds it to the "main" animation by calling {@link #addAnimation(Animation)}.
*/
public AbstractBuilder add(Supplier animationSupplier) {
addAnimation(animationSupplier.get());
return this;
}
/**
* Gets the animation from the supplier, sets the given onFinished action to it and then adds it to the
* "main" animation by calling {@link #addAnimation(Animation)}.
*/
public AbstractBuilder add(Supplier animationSupplier, EventHandler onFinished) {
Animation animation = animationSupplier.get();
animation.setOnFinished(onFinished);
addAnimation(animation);
return this;
}
/**
* Builds a {@link Timeline} with the given keyframes and adds it to the "main" animation by calling {@link #addAnimation(Animation)}.
*/
public AbstractBuilder add(KeyFrame... keyFrames) {
addAnimation(new Timeline(keyFrames));
return this;
}
/**
* If the given condition is true, then a new {@link Timeline} is built with the given keyframe and added to
* the 'main' animation by calling {@link #addAnimation(Animation)}.
*/
public AbstractBuilder addIf(boolean condition, KeyFrame keyFrame) {
if (condition) addAnimation(new Timeline(keyFrame));
return this;
}
/**
* If the given condition is true, then a new {@link Timeline} is built with a KeyFrame build by the given supplier and added to
* the 'main' animation by calling {@link #addAnimation(Animation)}.
*/
public AbstractBuilder addIf(boolean condition, Supplier keyFrame) {
if (condition) addAnimation(new Timeline(keyFrame.get()));
return this;
}
/**
* If the given condition returns true, then a new {@link Timeline} is built with the given keyframe and added to
* the 'main' animation by calling {@link #addAnimation(Animation)}.
*/
public AbstractBuilder addIf(Supplier condition, KeyFrame keyFrame) {
if (condition.get()) addAnimation(new Timeline(keyFrame));
return this;
}
/**
* If the given condition returns true, then a new {@link Timeline} is built with a KeyFrame built by the given supplier and added to
* the 'main' animation by calling {@link #addAnimation(Animation)}.
*/
public AbstractBuilder addIf(Supplier condition, Supplier keyFrame) {
if (condition.get()) addAnimation(new Timeline(keyFrame.get()));
return this;
}
/**
* Builds a {@link Timeline} with the given keyframes, sets the given onFinished action to it and then adds it to the
* "main" animation by calling {@link #addAnimation(Animation)}.
*/
public AbstractBuilder add(EventHandler onFinished, KeyFrame... keyFrames) {
addAnimation(TimelineBuilder.build().add(keyFrames).setOnFinished(onFinished).getAnimation());
return this;
}
/**
* For each given node builds and adds an animation that disables the node
* after the given duration of time.
*
* @param duration the time after which the nodes are disabled
*/
public AbstractBuilder disable(Duration duration, Node... nodes) {
for (Node node : nodes) {
addAnimation(
PauseBuilder.build()
.setDuration(duration)
.setOnFinished(end -> node.setDisable(true))
.getAnimation()
);
}
return this;
}
/**
* For each given node builds and adds an animation that enables the node
* after the given duration of time.
*
* @param duration the duration after which the nodes are enabled
*/
public AbstractBuilder enable(Duration duration, Node... nodes) {
for (Node node : nodes) {
addAnimation(
PauseBuilder.build()
.setDuration(duration)
.setOnFinished(end -> node.setDisable(false))
.getAnimation()
);
}
return this;
}
/**
* For each given window builds and adds an animation that hides the window by fading it out.
*
* @param duration the fade animation speed
*/
public AbstractBuilder hide(Duration duration, Window... windows) {
for (Window window : windows) {
addAnimation(TimelineBuilder.build().add(KeyFrames.of(duration, window.opacityProperty(), 0)).getAnimation());
}
return this;
}
/**
* Calls {@link #hide(Duration, Window...)} by converting the given millis value
* with {@link Duration#millis(double)}.
*/
public AbstractBuilder hide(double millis, Window... windows) {
return hide(Duration.millis(millis), windows);
}
/**
* For each given node builds and adds an animation that hides the node by fading it out.
*
* @param duration the fade animation speed
*/
public AbstractBuilder hide(Duration duration, Node... nodes) {
for (Node node : nodes) {
addAnimation(TimelineBuilder.build().hide(duration, node).getAnimation());
}
return this;
}
/**
* Calls {@link #hide(Duration, Node...)} by converting the given millis value
* with {@link Duration#millis(double)}.
*/
public AbstractBuilder hide(double millis, Node... nodes) {
return hide(Duration.millis(millis), nodes);
}
/**
* Creates and adds a fade out animation for each given {@link AnimationsData}.
*/
public final AbstractBuilder hide(AnimationsData... data) {
for (AnimationsData animData : data) {
addAnimation(TimelineBuilder.build().hide(animData).getAnimation());
}
return this;
}
/**
* For each given window builds and adds an animation that shows the window by fading it in.
*
* @param duration the fade animation speed
*/
public AbstractBuilder show(Duration duration, Window... windows) {
for (Window window : windows) {
addAnimation(TimelineBuilder.build().show(duration, window).getAnimation());
}
return this;
}
/**
* Calls {@link #show(Duration, Window...)} by converting the given millis value
* with {@link Duration#millis(double)}.
*/
public AbstractBuilder show(double millis, Window... windows) {
return show(Duration.millis(millis), windows);
}
/**
* For each given node builds and adds an animation that shows the node by fading it in.
*
* @param duration the fade animation speed
*/
public AbstractBuilder show(Duration duration, Node... nodes) {
for (Node node : nodes) {
addAnimation(TimelineBuilder.build().show(duration, node).getAnimation());
}
return this;
}
/**
* Calls {@link #show(Duration, Node...)} by converting the given millis value
* with {@link Duration#millis(double)}.
*/
public AbstractBuilder show(double millis, Node... nodes) {
return show(Duration.millis(millis), nodes);
}
/**
* Creates and adds a fade in animation for each given {@link AnimationsData}.
*/
public final AbstractBuilder show(AnimationsData... data) {
for (AnimationsData animData : data) {
addAnimation(TimelineBuilder.build().show(animData).getAnimation());
}
return this;
}
/**
* Sets the action to perform when the "main" animation ends.
*/
public AbstractBuilder setOnFinished(EventHandler onFinished) {
animation.setOnFinished(onFinished);
return this;
}
/**
* Sets the "main" animation cycle count.
*/
public AbstractBuilder setCycleCount(int cycleCount) {
animation.setCycleCount(cycleCount);
return this;
}
/**
* Sets the "main" animation delay.
*/
public AbstractBuilder setDelay(Duration delay) {
animation.setDelay(delay);
return this;
}
/**
* Sets the "main" animation delay.
*/
public AbstractBuilder setDelay(double millis) {
animation.setDelay(Duration.millis(millis));
return this;
}
/**
* Sets the "main" animation rate/speed.
*/
public AbstractBuilder setRate(double rate) {
animation.setRate(rate);
return this;
}
}
/**
* Implementation of {@link AbstractBuilder} that uses a {@link SequentialTransition} as "main" animation.
*/
public static class SequentialBuilder extends AbstractBuilder {
//================================================================================
// Properties
//================================================================================
private final SequentialTransition sequentialTransition = new SequentialTransition();
//================================================================================
// Constructors
//================================================================================
public SequentialBuilder() {
init(sequentialTransition);
}
//================================================================================
// Static Methods
//================================================================================
/**
* @return a new SequentialBuilder instance. Equivalent to calling the constructor,
* it's just a way to omit the new keyword
*/
public static SequentialBuilder build() {
return new SequentialBuilder();
}
//================================================================================
// Override Methods
//================================================================================
@Override
protected void addAnimation(Animation animation) {
sequentialTransition.getChildren().add(animation);
}
@Override
public SequentialTransition getAnimation() {
return sequentialTransition;
}
}
/**
* Implementation of {@link AbstractBuilder} that uses a {@link ParallelTransition} as "main" animation.
*/
public static class ParallelBuilder extends AbstractBuilder {
//================================================================================
// Properties
//================================================================================
private final ParallelTransition parallelTransition = new ParallelTransition();
//================================================================================
// Constructors
//================================================================================
public ParallelBuilder() {
init(parallelTransition);
}
//================================================================================
// Static Methods
//================================================================================
/**
* @return a new ParallelBuilder instance. Equivalent to calling the constructor,
* it's just a way to omit the new keyword
*/
public static ParallelBuilder build() {
return new ParallelBuilder();
}
//================================================================================
// Override Methods
//================================================================================
@Override
protected void addAnimation(Animation animation) {
parallelTransition.getChildren().add(animation);
}
@Override
public ParallelTransition getAnimation() {
return parallelTransition;
}
}
/**
* Builder class to easily create a {@link Timeline} with fluent api.
*/
public static class TimelineBuilder {
//================================================================================
// Properties
//================================================================================
private final Timeline timeline = new Timeline();
/**
* @return a new TimelineBuilder instance. Equivalent to calling the constructor,
* it's just a way to omit the new keyword
*/
public static TimelineBuilder build() {
return new TimelineBuilder();
}
//================================================================================
// Methods
//================================================================================
/**
* Adds the specified KeyFrames to the timeline.
*/
public TimelineBuilder add(KeyFrame... keyFrames) {
timeline.getKeyFrames().addAll(Arrays.asList(keyFrames));
return this;
}
/**
* Adds the specified KeyFrame to the timeline only if the given condition is true.
*/
public TimelineBuilder addIf(boolean condition, KeyFrame keyFrame) {
if (condition) timeline.getKeyFrames().add(keyFrame);
return this;
}
/**
* Adds a KeyFrame build by the given supplier only if the given condition is true.
*/
public TimelineBuilder addIf(boolean condition, Supplier keyFrameSupplier) {
if (condition) timeline.getKeyFrames().add(keyFrameSupplier.get());
return this;
}
/**
* Adds the specified KeyFrame to the timeline only if the given condition is true.
*/
public TimelineBuilder addIf(Supplier condition, KeyFrame keyFrame) {
if (condition.get()) timeline.getKeyFrames().add(keyFrame);
return this;
}
/**
* Adds a KeyFrame built by the given supplier only if the given condition is true.
*/
public TimelineBuilder addIf(Supplier condition, Supplier keyFrame) {
if (condition.get()) timeline.getKeyFrames().add(keyFrame.get());
return this;
}
/**
* Builds a KeyFrame to hide the given Window by fading it out.
*
* @param duration the fade animation speed
*/
public TimelineBuilder hide(Duration duration, Window window) {
add(KeyFrames.of(duration, window.opacityProperty(), 0));
return this;
}
/**
* Calls {@link #hide(Duration, Window)} by converting the given millis value
* with {@link Duration#millis(double)}.
*/
public TimelineBuilder hide(double millis, Window window) {
return hide(Duration.millis(millis), window);
}
/**
* Builds the KeyFrames to hide the given node by fading it out.
*
* @param duration the fade animation speed
*/
public TimelineBuilder hide(Duration duration, Node node) {
add(
KeyFrames.of(Duration.ZERO, node.opacityProperty(), 1.0, AnimationFactory.INTERPOLATOR_V1),
KeyFrames.of(duration, node.opacityProperty(), 0, AnimationFactory.INTERPOLATOR_V1)
);
return this;
}
/**
* Calls {@link #hide(Duration, Node)} by converting the given millis value
* with {@link Duration#millis(double)}.
*/
public TimelineBuilder hide(double millis, Node node) {
return hide(Duration.millis(millis), node);
}
/**
* Builds the KeyFrames to hide the specified node in the AnimationsData bean, by fading it out.
*/
public final TimelineBuilder hide(AnimationsData data) {
add(
KeyFrames.of(Duration.ZERO, data.getNode().opacityProperty(), 1.0),
KeyFrames.of(data.getDuration(), data.getNode().opacityProperty(), 0.0)
);
setOnFinished(data.getOnFinished());
return this;
}
/**
* Builds a KeyFrame to show the given Window by fading it in.
*
* @param duration the fade animation speed
*/
public TimelineBuilder show(Duration duration, Window window) {
add(KeyFrames.of(duration, window.opacityProperty(), 1.0));
return this;
}
/**
* Calls {@link #show(Duration, Window)} by converting the given millis value
* with {@link Duration#millis(double)}.
*/
public TimelineBuilder show(double millis, Window window) {
return show(Duration.millis(millis), window);
}
/**
* Builds the KeyFrames to show the given node by fading it in.
*
* @param duration the fade animation speed
*/
public TimelineBuilder show(Duration duration, Node node) {
add(
KeyFrames.of(Duration.ZERO, node.opacityProperty(), 0.0),
KeyFrames.of(duration, node.opacityProperty(), 1.0)
);
return this;
}
/**
* Calls {@link #show(Duration, Node)} by converting the given millis value
* with {@link Duration#millis(double)}.
*/
public TimelineBuilder show(double millis, Node node) {
return show(Duration.millis(millis), node);
}
/**
* Creates and adds a fade in animation for each given {@link AnimationsData}.
*/
public final TimelineBuilder show(AnimationsData data) {
add(
KeyFrames.of(Duration.ZERO, data.getNode().opacityProperty(), 0.0),
KeyFrames.of(data.getDuration(), data.getNode().opacityProperty(), 1.0)
);
setOnFinished(data.getOnFinished());
return this;
}
/**
* Sets the {@link Timeline#autoReverseProperty()}.
*/
public TimelineBuilder setAutoReverse(boolean autoReverse) {
timeline.setAutoReverse(autoReverse);
return this;
}
/**
* Sets the timeline cycle count.
*/
public TimelineBuilder setCycleCount(int cycleCount) {
timeline.setCycleCount(cycleCount);
return this;
}
/**
* Sets the timeline delay.
*/
public TimelineBuilder setDelay(Duration delay) {
timeline.setDelay(delay);
return this;
}
/**
* Sets the timeline delay.
*/
public TimelineBuilder setDelay(double millis) {
timeline.setDelay(Duration.millis(millis));
return this;
}
/**
* Sets the timeline rate/speed.
*/
public TimelineBuilder setRate(double rate) {
timeline.setRate(rate);
return this;
}
/**
* Sets the action to perform when the timeline ends.
*/
public TimelineBuilder setOnFinished(EventHandler onFinished) {
timeline.setOnFinished(onFinished);
return this;
}
/**
* @return the instance of the Timeline
*/
public Timeline getAnimation() {
return timeline;
}
}
/**
* Builder class to easily create a {@link PauseTransition} with fluent api.
*/
public static class PauseBuilder {
//================================================================================
// Properties
//================================================================================
private final PauseTransition pauseTransition = new PauseTransition();
//================================================================================
// Static Methods
//================================================================================
/**
* @return a new PauseBuilder instance. Equivalent to calling the constructor,
* it's just a way to omit the new keyword
*/
public static PauseBuilder build() {
return new PauseBuilder();
}
//================================================================================
// Methods
//================================================================================
public PauseBuilder setDelay(Duration duration) {
pauseTransition.setDelay(duration);
return this;
}
public PauseBuilder setDelay(double millis) {
pauseTransition.setDelay(Duration.millis(millis));
return this;
}
/**
* Sets the pause transition duration.
*/
public PauseBuilder setDuration(Duration duration) {
pauseTransition.setDuration(duration);
return this;
}
/**
* Calls {@link #setDuration(Duration)} by converting the given millis value
* with {@link Duration#millis(double)}.
*/
public PauseBuilder setDuration(double millis) {
pauseTransition.setDuration(Duration.millis(millis));
return this;
}
/**
* Sets the action to perform when the pause transition ends.
*/
public PauseBuilder setOnFinished(EventHandler onFinished) {
pauseTransition.setOnFinished(onFinished);
return this;
}
/**
* @return the instance of the PauseTransition
*/
public PauseTransition getAnimation() {
return pauseTransition;
}
/**
* This method can be considered an utility.
*
* A {@link PauseTransition} with the previously set duration runs while the given boolean boolean expression
* is false. When the expression is evaluated and it is false the given retryAction is run and the transition
* is restarted. When it ends the expression is re-evaluated. When the expression becomes true the onSuccessAction is run.
*
* So you have a {@link PauseTransition} that runs every tot unit of time and stops only when the given expression is true.
*
* @param booleanExpression the expression to check at a fixed time rate
* @param retryAction the action to perform when the expression is false
* @param onSuccessAction the action to perform when the expression is true
*/
public void runWhile(BooleanExpression booleanExpression, Runnable retryAction, Runnable onSuccessAction) {
setOnFinished(event -> {
if (!booleanExpression.get()) {
retryAction.run();
getAnimation().playFromStart();
} else {
onSuccessAction.run();
}
});
getAnimation().play();
}
/**
* Same method as {@link #runWhile(BooleanExpression, Runnable, Runnable)} but instead of running
* until the given expression is true, it is limited to a maximum number of retries.
*
* @param maxRetryCount the max number of times the transition can be restarted
*/
public void runWhile(BooleanExpression booleanExpression, Runnable retryAction, Runnable onSuccessAction, int maxRetryCount) {
AtomicInteger retryCount = new AtomicInteger(0);
setOnFinished(event -> {
if (!booleanExpression.get() && retryCount.get() < maxRetryCount) {
retryCount.getAndIncrement();
retryAction.run();
getAnimation().playFromStart();
} else {
onSuccessAction.run();
}
});
getAnimation().play();
}
}
/**
* Builder class for keyframes and keyvalues.
*/
public static class KeyFrames {
//================================================================================
// Constructors
//================================================================================
private KeyFrames() {
}
//================================================================================
// Static Methods
//================================================================================
/**
* Returns a new KeyFrame with the given duration and action.
*/
public static KeyFrame of(Duration duration, EventHandler action) {
return new KeyFrame(duration, action);
}
/**
* Calls {@link #of(Duration, EventHandler)} by converting the given millis value
* with {@link Duration#millis(double)}.
*/
public static KeyFrame of(double millis, EventHandler action) {
return of(Duration.millis(millis), action);
}
/**
* Returns a new KeyFrame with the given duration and keyvalues.
*/
public static KeyFrame of(Duration duration, KeyValue... keyValues) {
return new KeyFrame(duration, keyValues);
}
/**
* Calls {@link #of(Duration, KeyValue[])} by converting the given millis value
* with {@link Duration#millis(double)}.
*/
public static KeyFrame of(double millis, KeyValue... keyValues) {
return of(Duration.millis(millis), keyValues);
}
/**
* Returns a new KeyFrame with the given duration and builds a new KeyValue for it
* with the given writable property and endValue.
*/
public static KeyFrame of(Duration duration, WritableValue writableValue, T endValue) {
return of(duration, new KeyValue(writableValue, endValue));
}
/**
* Calls {@link #of(Duration, WritableValue, Object)} by converting the given millis value
* with {@link Duration#millis(double)}.
*/
public static KeyFrame of(double millis, WritableValue writableValue, T endValue) {
return of(Duration.millis(millis), writableValue, endValue);
}
/**
* Returns a new KeyFrame with the given duration and builds a new KeyValue for it
* with the given writable property, endValue and interpolator.
*/
public static KeyFrame of(Duration duration, WritableValue writableValue, T endValue, Interpolator interpolator) {
return of(duration, new KeyValue(writableValue, endValue, interpolator));
}
/**
* Calls {@link #of(Duration, WritableValue, Object, Interpolator)} by converting the given millis value
* with {@link Duration#millis(double)}.
*/
public static KeyFrame of(double millis, WritableValue writableValue, T endValue, Interpolator interpolator) {
return of(Duration.millis(millis), writableValue, endValue, interpolator);
}
/**
* Returns a new KeyFrame with the given duration and builds a new KeyValue for it
* with the given writable property, endValue and interpolator.
*/
public static KeyFrame of(Duration duration, WritableValue writableValue, T endValue, Interpolators interpolator) {
return of(duration, new KeyValue(writableValue, endValue, interpolator.toInterpolator()));
}
/**
* Calls {@link #of(Duration, WritableValue, Object, Interpolators)} by converting the given millis value
* with {@link Duration#millis(double)}.
*/
public static KeyFrame of(double millis, WritableValue writableValue, T endValue, Interpolators interpolator) {
return of(Duration.millis(millis), writableValue, endValue, interpolator.toInterpolator());
}
}
}
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