Modifier and Type	Class and Description
public static enum	VirtualFlow.Gravity Determines how the cells in the viewport should be laid out and where any extra unused space should exist if there are not enough cells to completely fill up the viewport

Modifier and Type	Field and Description
private final Var<Double>	breadthOffset
private final Var<Double>	breadthOffset0
private final CellListManager<T, C>	cellListManager
private final CellPositioner<T, C>	cellPositioner
private final StyleableObjectProperty<VirtualFlow.Gravity>	gravity
private static final CssMetaData<VirtualFlow<T, C extends Cell<T, ?>>, VirtualFlow.Gravity>	GRAVITY
private final ObservableList<T>	items
private final Var<Double>	lengthOffsetEstimate
private final Navigator<T, C>	navigator
private final OrientationHelper	orientation
private final SizeTracker	sizeTracker
private static final List<CssMetaData<? extends Styleable, ?>>	STYLEABLES

Access	Constructor and Description
private	VirtualFlow(ObservableList<T> items, Function<? super T, ? extends C> cellFactory, OrientationHelper orientation, VirtualFlow.Gravity gravity)

Method Summary

Modifier and Type	Method and Description
public Var<Double>	breadthOffsetProperty()
public Bounds	cellToViewport(C cell, Bounds bounds)
public Point2D	cellToViewport(C cell, Point2D point)
public Point2D	cellToViewport(C cell, double x, double y)
private double	computePrefBreadth()
protected final double	computePrefHeight(double width) Overrides javafx.scene.layout.Region.computePrefHeight. Computes the preferred height of this region for the given width; Region subclasses should override this method to return an appropriate value based on their content and layout strategy.
private double	computePrefLength(double breadth)
protected final double	computePrefWidth(double height) Overrides javafx.scene.layout.Region.computePrefWidth. Computes the preferred width of this region for the given height.
public static <T, C extends Cell<T, ?>> VirtualFlow<T, C>	createHorizontal(ObservableList<T> items, Function<? super T, ? extends C> cellFactory) Creates a viewport that lays out content horizontally from left to right
public static <T, C extends Cell<T, ?>> VirtualFlow<T, C>	createHorizontal(ObservableList<T> items, Function<? super T, ? extends C> cellFactory, VirtualFlow.Gravity gravity) Creates a viewport that lays out content horizontally
public static <T, C extends Cell<T, ?>> VirtualFlow<T, C>	createVertical(ObservableList<T> items, Function<? super T, ? extends C> cellFactory) Creates a viewport that lays out content vertically from top to bottom
public static <T, C extends Cell<T, ?>> VirtualFlow<T, C>	createVertical(ObservableList<T> items, Function<? super T, ? extends C> cellFactory, VirtualFlow.Gravity gravity) Creates a viewport that lays out content vertically from top to bottom
public void	dispose()
public Var<Double>	estimatedScrollXProperty() Implements org.fxmisc.flowless.Virtualized.estimatedScrollXProperty.
public Var<Double>	estimatedScrollYProperty() Implements org.fxmisc.flowless.Virtualized.estimatedScrollYProperty.
public C	Returns: Cell for the given item. The cell will be valid only until the next layout pass. It should therefore not be stored. It is intended to be used for measurement purposes only. getCell(int itemIndex) If the item is out of view, instantiates a new cell for the item.
public Optional<C>	getCellIfVisible(int itemIndex) This method calls `layout()` as a side-effect to insure that the VirtualFlow is up-to-date in light of any changes
public static List<CssMetaData<? extends Styleable, ?>>	getClassCssMetaData() Hides javafx.scene.layout.Region.getClassCssMetaData. Gets the `CssMetaData` associated with this class, which may include the `CssMetaData` of its superclasses.
public final Orientation	getContentBias() Overrides javafx.scene.Node.getContentBias. Returns the orientation of a node's resizing bias for layout purposes.
public List<CssMetaData<? extends Styleable, ?>>	getCssMetaData() Overrides javafx.scene.layout.Region.getCssMetaData. Implements javafx.css.Styleable.getCssMetaData. This method should delegate to `Node#getClassCssMetaData()` so that a Node's CssMetaData can be accessed without the need for reflection.
public int	Returns: The index of the first visible cell getFirstVisibleIndex() Get the index of the first visible cell (at the time of the last layout).
public VirtualFlow.Gravity	getGravity()
public int	Returns: The index of the last visible cell getLastVisibleIndex() Get the index of the last visible cell (at the time of the last layout).
public ObjectProperty<VirtualFlow.Gravity>	gravityProperty() The gravity of the virtual flow.
public VirtualFlowHit<C>	Returns: hit info containing the cell that was hit and coordinates relative to the cell. If the hit was before the cells (i.e. above a vertical flow content or left of a horizontal flow content), returns a hit before cells containing offset from the top left corner of the content. If the hit was after the cells (i.e. below a vertical flow content or right of a horizontal flow content), returns a hit after cells containing offset from the top right corner of the content of a horizontal flow or bottom left corner of the content of a vertical flow. hit(double x offset from the left edge of the viewport x, double y offset from the top edge of the viewport y) Hits this virtual flow at the given coordinates.
private void	jumpToAbsolutePosition(double pixels)
protected void	layoutChildren() Overrides javafx.scene.Parent.layoutChildren. Invoked during the layout pass to layout the children in this `Parent`.
public Var<Double>	lengthOffsetEstimateProperty()
pack-priv void	scrollBreadth(double deltaBreadth)
pack-priv void	scrollLength(double deltaLength)
public void	scrollXBy(double positive value scrolls right, negative value scrolls left deltaX) Implements org.fxmisc.flowless.Virtualized.scrollXBy. Scroll the content horizontally by the given amount.
public void	scrollXToPixel(double - the pixel position to which to scroll pixel) Implements org.fxmisc.flowless.Virtualized.scrollXToPixel. Scroll the content horizontally to the pixel
public void	scrollYBy(double positive value scrolls down, negative value scrolls up deltaY) Implements org.fxmisc.flowless.Virtualized.scrollYBy. Scroll the content vertically by the given amount.
public void	scrollYToPixel(double - the pixel position to which to scroll pixel) Implements org.fxmisc.flowless.Virtualized.scrollYToPixel. Scroll the content vertically to the pixel
pack-priv void	setBreadthOffset(double pixels)
public void	setGravity(VirtualFlow.Gravity gravity)
pack-priv void	setLengthOffset(double pixels)
public void	show(double See `OrientationHelper` and its implementations for explanation on what the offset means based on which implementation is used. viewportOffset) Forces the viewport to acts as though it scrolled from 0 to `viewportOffset`) Note the viewport makes an educated guess as to which cell is actually at `viewportOffset` if the viewport's entire content was completely rendered.
public void	show(int itemIdx) Forces the viewport to show the given item by "scrolling" to it
public void	show(int itemIndex, Bounds region) Forces the viewport to show the given item by "scrolling" to it and then further "scrolling," so that the `region` is visible, in one layout call (e.g., this method does not "scroll" twice).
public void	showAsFirst(int itemIdx) Forces the viewport to show the given item as the first visible item as determined by its `Gravity`.
public void	showAsLast(int itemIdx) Forces the viewport to show the given item as the last visible item as determined by its `Gravity`.
public void	showAtOffset(int itemIdx, double the offset value as determined by the viewport's `OrientationHelper`. offset) Forces the viewport to show the given item by "scrolling" to it and then further "scrolling" by `offset` in one layout call (e.g., this method does not "scroll" twice)
private void	showBreadthRegion(double fromX, double toX)
public Val<Double>	totalBreadthEstimateProperty()
public Val<Double>	totalHeightEstimateProperty() Implements org.fxmisc.flowless.Virtualized.totalHeightEstimateProperty.
public Val<Double>	totalLengthEstimateProperty()
public Val<Double>	totalWidthEstimateProperty() Implements org.fxmisc.flowless.Virtualized.totalWidthEstimateProperty.
public ObservableList<C>	visibleCells() This method calls `layout()` as a side-effect to insure that the VirtualFlow is up-to-date in light of any changes

Inherited from javafx.scene.layout.Region:: backgroundProperty borderProperty cacheShapeProperty centerShapeProperty computeMaxHeight computeMaxWidth computeMinHeight computeMinWidth getBackground getBorder getHeight getInsets getMaxHeight getMaxWidth getMinHeight getMinWidth getOpaqueInsets getPadding getPrefHeight getPrefWidth getShape getUserAgentStylesheet getWidth heightProperty insetsProperty isCacheShape isCenterShape isResizable isScaleShape isSnapToPixel layoutInArea layoutInArea layoutInArea layoutInArea maxHeight maxHeightProperty maxWidth maxWidthProperty minHeight minHeightProperty minWidth minWidthProperty opaqueInsetsProperty paddingProperty positionInArea positionInArea prefHeight prefHeightProperty prefWidth prefWidthProperty resize scaleShapeProperty setBackground setBorder setCacheShape setCenterShape setHeight setMaxHeight setMaxSize setMaxWidth setMinHeight setMinSize setMinWidth setOpaqueInsets setPadding setPrefHeight setPrefSize setPrefWidth setScaleShape setShape setSnapToPixel setWidth shapeProperty snappedBottomInset snappedLeftInset snappedRightInset snappedTopInset snapPosition snapPositionX snapPositionY snapSize snapSizeX snapSizeY snapSpace snapSpaceX snapSpaceY snapToPixelProperty widthProperty

Field Detail

breadthOffset	back to summary
private final Var<Double> breadthOffset

breadthOffset0	back to summary
private final Var<Double> breadthOffset0

cellListManager	back to summary
private final CellListManager<T, C> cellListManager

cellPositioner	back to summary
private final CellPositioner<T, C> cellPositioner

gravity	back to summary
private final StyleableObjectProperty<VirtualFlow.Gravity> gravity

GRAVITY	back to summary
private static final CssMetaData<VirtualFlow<T, C extends Cell<T, ?>>, VirtualFlow.Gravity> GRAVITY Annotations @SuppressWarnings:unchecked

items	back to summary
private final ObservableList<T> items

lengthOffsetEstimate	back to summary
private final Var<Double> lengthOffsetEstimate

navigator	back to summary
private final Navigator<T, C> navigator

orientation	back to summary
private final OrientationHelper orientation

sizeTracker	back to summary
private final SizeTracker sizeTracker

STYLEABLES	back to summary
private static final List<CssMetaData<? extends Styleable, ?>> STYLEABLES

Constructor Detail

VirtualFlow	back to summary
private VirtualFlow(ObservableList<T> items, Function<? super T, ? extends C> cellFactory, OrientationHelper orientation, VirtualFlow.Gravity gravity)

Method Detail

breadthOffsetProperty	back to summary
public Var<Double> breadthOffsetProperty()

cellToViewport	back to summary
public Bounds cellToViewport(C cell, Bounds bounds)

cellToViewport	back to summary
public Point2D cellToViewport(C cell, Point2D point)

cellToViewport	back to summary
public Point2D cellToViewport(C cell, double x, double y)

computePrefBreadth	back to summary
private double computePrefBreadth()

computePrefHeight	back to summary
protected final double computePrefHeight(double width) Overrides javafx.scene.layout.Region.computePrefHeight. Doc from javafx.scene.layout.Region.computePrefHeight. Computes the preferred height of this region for the given width; Region subclasses should override this method to return an appropriate value based on their content and layout strategy. If the subclass doesn't have a HORIZONTAL content bias, then the width parameter can be ignored. Annotations @Override

computePrefHeight

back to summary

protected final double computePrefHeight(double width)

Overrides javafx.scene.layout.Region.computePrefHeight.

Doc from javafx.scene.layout.Region.computePrefHeight.

Computes the preferred height of this region for the given width; Region subclasses should override this method to return an appropriate value based on their content and layout strategy. If the subclass doesn't have a HORIZONTAL content bias, then the width parameter can be ignored.

Annotations

@Override

computePrefLength	back to summary
private double computePrefLength(double breadth)

computePrefWidth	back to summary
protected final double computePrefWidth(double height) Overrides javafx.scene.layout.Region.computePrefWidth. Doc from javafx.scene.layout.Region.computePrefWidth. Computes the preferred width of this region for the given height. Region subclasses should override this method to return an appropriate value based on their content and layout strategy. If the subclass doesn't have a VERTICAL content bias, then the height parameter can be ignored. Annotations @Override

computePrefWidth

back to summary

protected final double computePrefWidth(double height)

Overrides javafx.scene.layout.Region.computePrefWidth.

Doc from javafx.scene.layout.Region.computePrefWidth.

Computes the preferred width of this region for the given height. Region subclasses should override this method to return an appropriate value based on their content and layout strategy. If the subclass doesn't have a VERTICAL content bias, then the height parameter can be ignored.

Annotations

@Override

createHorizontal	back to summary
public static <T, C extends Cell<T, ?>> VirtualFlow<T, C> createHorizontal(ObservableList<T> items, Function<? super T, ? extends C> cellFactory) Creates a viewport that lays out content horizontally from left to right

createHorizontal	back to summary
public static <T, C extends Cell<T, ?>> VirtualFlow<T, C> createHorizontal(ObservableList<T> items, Function<? super T, ? extends C> cellFactory, VirtualFlow.Gravity gravity) Creates a viewport that lays out content horizontally

createVertical	back to summary
public static <T, C extends Cell<T, ?>> VirtualFlow<T, C> createVertical(ObservableList<T> items, Function<? super T, ? extends C> cellFactory) Creates a viewport that lays out content vertically from top to bottom

createVertical	back to summary
public static <T, C extends Cell<T, ?>> VirtualFlow<T, C> createVertical(ObservableList<T> items, Function<? super T, ? extends C> cellFactory, VirtualFlow.Gravity gravity) Creates a viewport that lays out content vertically from top to bottom

dispose	back to summary
public void dispose()

estimatedScrollXProperty	back to summary
public Var<Double> estimatedScrollXProperty() Implements org.fxmisc.flowless.Virtualized.estimatedScrollXProperty. Annotations @Override

estimatedScrollXProperty

back to summary

public Var<Double> estimatedScrollXProperty()

Implements org.fxmisc.flowless.Virtualized.estimatedScrollXProperty.

Annotations

@Override

estimatedScrollYProperty	back to summary
public Var<Double> estimatedScrollYProperty() Implements org.fxmisc.flowless.Virtualized.estimatedScrollYProperty. Annotations @Override

estimatedScrollYProperty

back to summary

public Var<Double> estimatedScrollYProperty()

Implements org.fxmisc.flowless.Virtualized.estimatedScrollYProperty.

Annotations

@Override

getCell	back to summary
public C getCell(int itemIndex) If the item is out of view, instantiates a new cell for the item. The returned cell will be properly sized, but not properly positioned relative to the cells in the viewport, unless it is itself in the viewport. Returns:C Cell for the given item. The cell will be valid only until the next layout pass. It should therefore not be stored. It is intended to be used for measurement purposes only.

getCell

back to summary

public C getCell(int itemIndex)

If the item is out of view, instantiates a new cell for the item. The returned cell will be properly sized, but not properly positioned relative to the cells in the viewport, unless it is itself in the viewport.

Returns:C: Cell for the given item. The cell will be valid only until the next layout pass. It should therefore not be stored. It is intended to be used for measurement purposes only.

getCellIfVisible	back to summary
public Optional<C> getCellIfVisible(int itemIndex) This method calls `layout()` as a side-effect to insure that the VirtualFlow is up-to-date in light of any changes

getClassCssMetaData back to summary

public static List<CssMetaData<? extends Styleable, ?>> getClassCssMetaData()

Hides javafx.scene.layout.Region.getClassCssMetaData.

Doc from javafx.scene.layout.Region.getClassCssMetaData.

Gets the CssMetaData associated with this class, which may include the CssMetaData of its superclasses.

getContentBias	back to summary
public final Orientation getContentBias() Overrides javafx.scene.Node.getContentBias. Doc from javafx.scene.Node.getContentBias. Returns the orientation of a node's resizing bias for layout purposes. If the node type has no bias, returns null. If the node is resizable and it's height depends on its width, returns HORIZONTAL, else if its width depends on its height, returns VERTICAL. Resizable subclasses should override this method to return an appropriate value. Annotations @Override

getContentBias

back to summary

public final Orientation getContentBias()

Overrides javafx.scene.Node.getContentBias.

Doc from javafx.scene.Node.getContentBias.

Returns the orientation of a node's resizing bias for layout purposes. If the node type has no bias, returns null. If the node is resizable and it's height depends on its width, returns HORIZONTAL, else if its width depends on its height, returns VERTICAL.

Resizable subclasses should override this method to return an appropriate value.

Annotations

@Override

getCssMetaData back to summary

public List<CssMetaData<? extends Styleable, ?>> getCssMetaData()

Overrides javafx.scene.layout.Region.getCssMetaData.

Implements javafx.css.Styleable.getCssMetaData.

Doc from javafx.scene.layout.Region.getCssMetaData.

This method should delegate to Node#getClassCssMetaData() so that a Node's CssMetaData can be accessed without the need for reflection.

Annotations

@Override

getFirstVisibleIndex	back to summary
public int getFirstVisibleIndex() Get the index of the first visible cell (at the time of the last layout). Returns:int The index of the first visible cell

getFirstVisibleIndex

back to summary

public int getFirstVisibleIndex()

Get the index of the first visible cell (at the time of the last layout).

Returns:int: The index of the first visible cell

getGravity	back to summary
public VirtualFlow.Gravity getGravity()

getLastVisibleIndex	back to summary
public int getLastVisibleIndex() Get the index of the last visible cell (at the time of the last layout). Returns:int The index of the last visible cell

getLastVisibleIndex

back to summary

public int getLastVisibleIndex()

Get the index of the last visible cell (at the time of the last layout).

Returns:int: The index of the last visible cell

gravityProperty	back to summary
public ObjectProperty<VirtualFlow.Gravity> gravityProperty() The gravity of the virtual flow. When there are not enough cells to fill the full height (vertical virtual flow) or width (horizontal virtual flow), the cells are placed either at the front (vertical: top, horizontal: left), or rear (vertical: bottom, horizontal: right) of the virtual flow, depending on the value of the gravity property. The gravity can also be styled in CSS, using the "-flowless-gravity" property, for example: .virtual-flow { -flowless-gravity: rear; }

gravityProperty

back to summary

public ObjectProperty<VirtualFlow.Gravity> gravityProperty()

The gravity of the virtual flow. When there are not enough cells to fill the full height (vertical virtual flow) or width (horizontal virtual flow), the cells are placed either at the front (vertical: top, horizontal: left), or rear (vertical: bottom, horizontal: right) of the virtual flow, depending on the value of the gravity property. The gravity can also be styled in CSS, using the "-flowless-gravity" property, for example:

.virtual-flow { -flowless-gravity: rear; }

hit	back to summary
public VirtualFlowHit<C> hit(double x, double y) Hits this virtual flow at the given coordinates. Parameters x:double x offset from the left edge of the viewport y:double y offset from the top edge of the viewport Returns:VirtualFlowHit<C> hit info containing the cell that was hit and coordinates relative to the cell. If the hit was before the cells (i.e. above a vertical flow content or left of a horizontal flow content), returns a hit before cells containing offset from the top left corner of the content. If the hit was after the cells (i.e. below a vertical flow content or right of a horizontal flow content), returns a hit after cells containing offset from the top right corner of the content of a horizontal flow or bottom left corner of the content of a vertical flow.

hit

back to summary

public VirtualFlowHit<C> hit(double x, double y)

Hits this virtual flow at the given coordinates.

Parameters

x:double: x offset from the left edge of the viewport
y:double: y offset from the top edge of the viewport

Returns:VirtualFlowHit<C>

hit info containing the cell that was hit and coordinates relative to the cell. If the hit was before the cells (i.e. above a vertical flow content or left of a horizontal flow content), returns a hit before cells containing offset from the top left corner of the content. If the hit was after the cells (i.e. below a vertical flow content or right of a horizontal flow content), returns a hit after cells containing offset from the top right corner of the content of a horizontal flow or bottom left corner of the content of a vertical flow.

jumpToAbsolutePosition	back to summary
private void jumpToAbsolutePosition(double pixels)

layoutChildren back to summary

layoutChildren	back to summary
protected void layoutChildren() Overrides javafx.scene.Parent.layoutChildren. Doc from javafx.scene.Parent.layoutChildren. Invoked during the layout pass to layout the children in this `Parent`. By default it will only set the size of managed, resizable content to their preferred sizes and does not do any node positioning. Subclasses should override this function to layout content as needed. Annotations @Override

protected void layoutChildren()

Overrides javafx.scene.Parent.layoutChildren.

Doc from javafx.scene.Parent.layoutChildren.

Invoked during the layout pass to layout the children in this Parent. By default it will only set the size of managed, resizable content to their preferred sizes and does not do any node positioning.

Subclasses should override this function to layout content as needed.

Annotations

@Override

lengthOffsetEstimateProperty	back to summary
public Var<Double> lengthOffsetEstimateProperty()

scrollBreadth	back to summary
pack-priv void scrollBreadth(double deltaBreadth)

scrollLength	back to summary
pack-priv void scrollLength(double deltaLength)

scrollXBy	back to summary
public void scrollXBy(double deltaX) Implements org.fxmisc.flowless.Virtualized.scrollXBy. Scroll the content horizontally by the given amount. Parameters deltaX:double positive value scrolls right, negative value scrolls left Annotations @Override

scrollXBy

back to summary

public void scrollXBy(double deltaX)

Implements org.fxmisc.flowless.Virtualized.scrollXBy.

Scroll the content horizontally by the given amount.

Parameters

deltaX:double: positive value scrolls right, negative value scrolls left

Annotations

@Override

scrollXToPixel	back to summary
public void scrollXToPixel(double pixel) Implements org.fxmisc.flowless.Virtualized.scrollXToPixel. Scroll the content horizontally to the pixel Parameters pixel:double - the pixel position to which to scroll Annotations @Override

scrollXToPixel

back to summary

public void scrollXToPixel(double pixel)

Implements org.fxmisc.flowless.Virtualized.scrollXToPixel.

Scroll the content horizontally to the pixel

Parameters

pixel:double: - the pixel position to which to scroll

Annotations

@Override

scrollYBy	back to summary
public void scrollYBy(double deltaY) Implements org.fxmisc.flowless.Virtualized.scrollYBy. Scroll the content vertically by the given amount. Parameters deltaY:double positive value scrolls down, negative value scrolls up Annotations @Override

scrollYBy

back to summary

public void scrollYBy(double deltaY)

Implements org.fxmisc.flowless.Virtualized.scrollYBy.

Scroll the content vertically by the given amount.

Parameters

deltaY:double: positive value scrolls down, negative value scrolls up

Annotations

@Override

scrollYToPixel

back to summary

public void scrollYToPixel(double pixel)

Implements org.fxmisc.flowless.Virtualized.scrollYToPixel.

Scroll the content vertically to the pixel

Parameters

pixel:double: - the pixel position to which to scroll

Annotations

@Override

setBreadthOffset	back to summary
pack-priv void setBreadthOffset(double pixels)

setGravity	back to summary
public void setGravity(VirtualFlow.Gravity gravity)

setLengthOffset	back to summary
pack-priv void setLengthOffset(double pixels)

show back to summary

public void show(double viewportOffset)

Forces the viewport to acts as though it scrolled from 0 to viewportOffset)

Note

the viewport makes an educated guess as to which cell is actually at viewportOffset if the viewport's entire content was completely rendered.

Parameters

viewportOffset:double: See OrientationHelper and its implementations for explanation on what the offset means based on which implementation is used.

show	back to summary
public void show(int itemIdx) Forces the viewport to show the given item by "scrolling" to it

show	back to summary
public void show(int itemIndex, Bounds region) Forces the viewport to show the given item by "scrolling" to it and then further "scrolling," so that the `region` is visible, in one layout call (e.g., this method does not "scroll" twice).

showAsFirst	back to summary
public void showAsFirst(int itemIdx) Forces the viewport to show the given item as the first visible item as determined by its `Gravity`.

showAsLast	back to summary
public void showAsLast(int itemIdx) Forces the viewport to show the given item as the last visible item as determined by its `Gravity`.

showAtOffset back to summary

public void showAtOffset(int itemIdx, double offset)

Forces the viewport to show the given item by "scrolling" to it and then further "scrolling" by offset in one layout call (e.g., this method does not "scroll" twice)

Parameters

offset:double: the offset value as determined by the viewport's OrientationHelper.

showBreadthRegion	back to summary
private void showBreadthRegion(double fromX, double toX)

totalBreadthEstimateProperty	back to summary
public Val<Double> totalBreadthEstimateProperty()

totalHeightEstimateProperty

back to summary

public Val<Double> totalHeightEstimateProperty()

Implements org.fxmisc.flowless.Virtualized.totalHeightEstimateProperty.

Annotations

@Override

totalLengthEstimateProperty	back to summary
public Val<Double> totalLengthEstimateProperty()

totalWidthEstimateProperty

back to summary

public Val<Double> totalWidthEstimateProperty()

Implements org.fxmisc.flowless.Virtualized.totalWidthEstimateProperty.

Annotations

@Override

visibleCells	back to summary
public ObservableList<C> visibleCells() This method calls `layout()` as a side-effect to insure that the VirtualFlow is up-to-date in light of any changes

org.fxmisc.flowless back to summary

public final Enum VirtualFlow.Gravity

Class Inheritance

extends Enum<VirtualFlow.Gravity>

java.lang.Object
java.lang.Enum
org.fxmisc.flowless.VirtualFlow.Gravity

Determines how the cells in the viewport should be laid out and where any extra unused space should exist if there are not enough cells to completely fill up the viewport

Field Summary

Modifier and Type	Field and Description
public static final VirtualFlow.Gravity	FRONT If using a `vertical viewport`, lays out the content from top-to-bottom.
public static final VirtualFlow.Gravity	REAR If using a `vertical viewport`, lays out the content from bottom-to-top.

Constructor Summary

Access	Constructor and Description
private	Gravity()

Method Summary

Modifier and Type	Method and Description
public static VirtualFlow.Gravity	valueOf(String name)
public static VirtualFlow.Gravity[]	values()

Inherited from java.lang.Enum:: clone compareTo describeConstable equals finalize getDeclaringClass hashCode name ordinal toString valueOf

Field Detail

FRONT back to summary

public static final VirtualFlow.Gravity FRONT

If using a vertical viewport, lays out the content from top-to-bottom. The first visible item will appear at the top and the last visible item (or unused space) towards the bottom.

If using a horizontal viewport, lays out the content from left-to-right. The first visible item will appear at the left and the last visible item (or unused space) towards the right.

REAR back to summary

public static final VirtualFlow.Gravity REAR

If using a vertical viewport, lays out the content from bottom-to-top. The first visible item will appear at the bottom and the last visible item (or unused space) towards the top.

If using a horizontal viewport, lays out the content from right-to-left. The first visible item will appear at the right and the last visible item (or unused space) towards the left.

Constructor Detail

Gravity	back to summary
private Gravity()

Method Detail

valueOf	back to summary
public static VirtualFlow.Gravity valueOf(String name)

values	back to summary
public static VirtualFlow.Gravity[] values()

public Class VirtualFlow<T, C extends Cell<T, ?>>

Nested and Inner Type Summary

Field Summary

Constructor Summary

Method Summary

Field Detail

Constructor Detail

Method Detail

public final Enum VirtualFlow.Gravity

Field Summary

Constructor Summary

Method Summary

Field Detail

Constructor Detail

Method Detail