List of Compose modifiers

Actions

Scope: Any	`Modifier.clickable( enabled: Boolean, onClickLabel: String?, role: Role?, onClick: () -> Unit )` Configure component to receive clicks via input or accessibility "click" event.
Scope: Any	`Modifier.clickable( interactionSource: MutableInteractionSource, indication: Indication?, enabled: Boolean, onClickLabel: String?, role: Role?, onClick: () -> Unit )` Configure component to receive clicks via input or accessibility "click" event.
Scope: Any `@ExperimentalFoundationApi`	`Modifier.combinedClickable( enabled: Boolean, onClickLabel: String?, role: Role?, onLongClickLabel: String?, onLongClick: () -> Unit, onDoubleClick: () -> Unit, onClick: () -> Unit )` Configure component to receive clicks, double clicks and long clicks via input or accessibility "click" event.
Scope: Any `@ExperimentalFoundationApi`	`Modifier.combinedClickable( interactionSource: MutableInteractionSource, indication: Indication?, enabled: Boolean, onClickLabel: String?, role: Role?, onLongClickLabel: String?, onLongClick: () -> Unit, onDoubleClick: () -> Unit, onClick: () -> Unit )` Configure component to receive clicks, double clicks and long clicks via input or accessibility "click" event.
Scope: Any	`Modifier.draggable( state: DraggableState, orientation: Orientation, enabled: Boolean, interactionSource: MutableInteractionSource?, startDragImmediately: Boolean, onDragStarted: suspend CoroutineScope.(Offset) -> Unit, onDragStopped: suspend CoroutineScope.(Float) -> Unit, reverseDirection: Boolean )` Configure touch dragging for the UI element in a single `Orientation`.
Scope: Any	`Modifier.selectable( selected: Boolean, enabled: Boolean, role: Role?, onClick: () -> Unit )` Configure component to be selectable, usually as a part of a mutually exclusive group, where only one item can be selected at any point in time.
Scope: Any	`Modifier.selectable( selected: Boolean, interactionSource: MutableInteractionSource, indication: Indication?, enabled: Boolean, role: Role?, onClick: () -> Unit )` Configure component to be selectable, usually as a part of a mutually exclusive group, where only one item can be selected at any point in time.
Scope: Any	`Modifier.selectableGroup()` Use this modifier to group a list of `selectable` items like Tabs or RadioButtons together for accessibility purpose.
Scope: Any `@ExperimentalMaterialApi`	`<T : Any?> Modifier.swipeable( state: SwipeableState<T>, anchors: Map<Float, T>, orientation: Orientation, enabled: Boolean, reverseDirection: Boolean, interactionSource: MutableInteractionSource?, thresholds: (from, to) -> ThresholdConfig, resistance: ResistanceConfig?, velocityThreshold: Dp )` Enable swipe gestures between a set of predefined states.
Scope: Any	`Modifier.toggleable( value: Boolean, enabled: Boolean, role: Role?, onValueChange: (Boolean) -> Unit )` Configure component to make it toggleable via input and accessibility events
Scope: Any	`Modifier.toggleable( value: Boolean, interactionSource: MutableInteractionSource, indication: Indication?, enabled: Boolean, role: Role?, onValueChange: (Boolean) -> Unit )` Configure component to make it toggleable via input and accessibility events.
Scope: Any	`Modifier.triStateToggleable( state: ToggleableState, enabled: Boolean, role: Role?, onClick: () -> Unit )` Configure component to make it toggleable via input and accessibility events with three states: On, Off and Indeterminate.
Scope: Any	`Modifier.triStateToggleable( state: ToggleableState, interactionSource: MutableInteractionSource, indication: Indication?, enabled: Boolean, role: Role?, onClick: () -> Unit )` Configure component to make it toggleable via input and accessibility events with three states: On, Off and Indeterminate.

Alignment

Scope: `BoxScope` `@Stable`	`Modifier.align(alignment: Alignment)` Pull the content element to a specific `Alignment` within the `Box`.
Scope: `RowScope` `@Stable`	`Modifier.align(alignment: Alignment.Vertical)` Align the element vertically within the `Row`.
Scope: `RowScope` `@Stable`	`Modifier.alignBy(alignmentLine: HorizontalAlignmentLine)` Position the element vertically such that its `alignmentLine` aligns with sibling elements also configured to `alignBy`.
Scope: `RowScope` `@Stable`	`Modifier.alignBy(alignmentLineBlock: (Measured) -> Int)` Position the element vertically such that the alignment line for the content as determined by `alignmentLineBlock` aligns with sibling elements also configured to `alignBy`.
Scope: `RowScope` `@Stable`	`Modifier.alignByBaseline()` Position the element vertically such that its first baseline aligns with sibling elements also configured to `alignByBaseline` or `alignBy`.
Scope: `ColumnScope` `@Stable`	`Modifier.align(alignment: Alignment.Horizontal)` Align the element horizontally within the `Column`.
Scope: `ColumnScope` `@Stable`	`Modifier.alignBy(alignmentLine: VerticalAlignmentLine)` Position the element horizontally such that its `alignmentLine` aligns with sibling elements also configured to `alignBy`.
Scope: `ColumnScope` `@Stable`	`Modifier.alignBy(alignmentLineBlock: (Measured) -> Int)` Position the element horizontally such that the alignment line for the content as determined by `alignmentLineBlock` aligns with sibling elements also configured to `alignBy`.

Animation

Scope:


   AnimatedVisibilityScope

open

Modifier.animateEnterExit(enter: EnterTransition, exit: ExitTransition)

animateEnterExit modifier can be used for any direct or indirect children of AnimatedVisibility to create a different enter/exit animation than what's specified in AnimatedVisibility.

Border

Scope: Any	`Modifier.border(border: BorderStroke, shape: Shape)` Modify element to add border with appearance specified with a `border` and a `shape` and clip it.
Scope: Any	`Modifier.border(width: Dp, color: Color, shape: Shape)` Modify element to add border with appearance specified with a `width`, a `color` and a `shape` and clip it.
Scope: Any	`Modifier.border(width: Dp, brush: Brush, shape: Shape)` Modify element to add border with appearance specified with a `width`, a `brush` and a `shape` and clip it.

Drawing

Scope: Any `@Stable`	`Modifier.alpha(alpha: Float)` Draw content with modified alpha that may be less than 1.
Scope: Any	`Modifier.background(color: Color, shape: Shape)` Draws `shape` with a solid `color` behind the content.
Scope: Any	`Modifier.background(brush: Brush, shape: Shape, alpha: Float)` Draws `shape` with `brush` behind the content.
Scope: Any `@Stable`	`Modifier.clip(shape: Shape)` Clip the content to `shape`.
Scope: Any `@Stable`	`Modifier.clipToBounds()` Clip the content to the bounds of a layer defined at this modifier.
Scope: Any	`Modifier.drawBehind(onDraw: DrawScope.() -> Unit)` Draw into a `Canvas` behind the modified content.
Scope: Any	`Modifier.drawWithCache( onBuildDrawCache: CacheDrawScope.() -> DrawResult )` Draw into a `DrawScope` with content that is persisted across draw calls as long as the size of the drawing area is the same or any state objects that are read have not changed.
Scope: Any	`Modifier.drawWithContent(onDraw: ContentDrawScope.() -> Unit)` Creates a `DrawModifier` that allows the developer to draw before or after the layout's contents.
Scope: Any	`Modifier.indication( interactionSource: InteractionSource, indication: Indication? )` Draws visual effects for this component when interactions occur.
Scope: Any	`Modifier.paint( painter: Painter, sizeToIntrinsics: Boolean, alignment: Alignment, contentScale: ContentScale, alpha: Float, colorFilter: ColorFilter? )` Paint the content using `painter`.
Scope: Any `@Stable`	`Modifier.shadow(elevation: Dp, shape: Shape, clip: Boolean)` Creates a GraphicsLayerModifier that draws the shadow.
Scope: Any `@Stable`	`Modifier.zIndex(zIndex: Float)` Creates a modifier that controls the drawing order for the children of the same layout parent.

Focus

Scope: Any	`Modifier.focusModifier()` This function is deprecated. Replaced by focusTarget
Scope: Any	`Modifier.focusOrder(focusOrderReceiver: FocusOrder.() -> Unit)` Use this modifier to specify a custom focus traversal order.
Scope: Any	`Modifier.focusOrder(focusRequester: FocusRequester)` A modifier that lets you specify a `FocusRequester` for the current composable so that this `focusRequester` can be used by another composable to specify a custom focus order.
Scope: Any	`Modifier.focusOrder( focusRequester: FocusRequester, focusOrderReceiver: FocusOrder.() -> Unit )` A modifier that lets you specify a `FocusRequester` for the current composable along with `focusOrder`.
Scope: Any	`Modifier.focusRequester(focusRequester: FocusRequester)` Add this modifier to a component to observe changes to focus state.
Scope: Any	`Modifier.focusTarget()` Add this modifier to a component to make it focusable.
Scope: Any	`Modifier.focusable( enabled: Boolean, interactionSource: MutableInteractionSource? )` Configure component to be focusable via focus system or accessibility "focus" event.
Scope: Any	`Modifier.onFocusChanged(onFocusChanged: (FocusState) -> Unit)` Add this modifier to a component to observe focus state events.
Scope: Any	`Modifier.onFocusEvent(onFocusEvent: (FocusState) -> Unit)` Add this modifier to a component to observe focus state events.

Graphics

Scope: Any `@Stable`	`Modifier.graphicsLayer( scaleX: Float, scaleY: Float, alpha: Float, translationX: Float, translationY: Float, shadowElevation: Float, rotationX: Float, rotationY: Float, rotationZ: Float, cameraDistance: Float, transformOrigin: TransformOrigin, shape: Shape, clip: Boolean )` A `Modifier.Element` that makes content draw into a draw layer.
Scope: Any `@Stable`	`Modifier.graphicsLayer(block: GraphicsLayerScope.() -> Unit)` A `Modifier.Element` that makes content draw into a draw layer.
Scope: Any `@Stable`	`Modifier.toolingGraphicsLayer()` A `Modifier.Element` that adds a draw layer such that tooling can identify an element in the drawn image.

Keyboard

Scope: Any	`Modifier.onKeyEvent(onKeyEvent: (KeyEvent) -> Boolean)` Adding this `modifier` to the `modifier` parameter of a component will allow it to intercept hardware key events.
Scope: Any	`Modifier.onPreviewKeyEvent(onPreviewKeyEvent: (KeyEvent) -> Boolean)` Adding this `modifier` to the `modifier` parameter of a component will allow it to intercept hardware key events.

Layout

Scope: Any	`Modifier.layout( measure: MeasureScope.(Measurable, Constraints) -> MeasureResult )` Creates a `LayoutModifier` that allows changing how the wrapped element is measured and laid out.
Scope: Any `@Stable`	`Modifier.layoutId(layoutId: Any)` Tag the element with `layoutId` to identify the element within its parent.
Scope: Any `@Stable`	`Modifier.onGloballyPositioned( onGloballyPositioned: (LayoutCoordinates) -> Unit )` Invoke `onGloballyPositioned` with the `LayoutCoordinates` of the element when the global position of the content may have changed.

Padding

Scope: Any `@Stable`	`Modifier.absolutePadding(left: Dp, top: Dp, right: Dp, bottom: Dp)` Apply additional space along each edge of the content in `Dp`: `left`, `top`, `right` and `bottom`.
Scope: Any `@Stable`	`Modifier.padding(start: Dp, top: Dp, end: Dp, bottom: Dp)` Apply additional space along each edge of the content in `Dp`: `start`, `top`, `end` and `bottom`.
Scope: Any `@Stable`	`Modifier.padding(horizontal: Dp, vertical: Dp)` Apply `horizontal` dp space along the left and right edges of the content, and `vertical` dp space along the top and bottom edges.
Scope: Any `@Stable`	`Modifier.padding(all: Dp)` Apply `all` dp of additional space along each edge of the content, left, top, right and bottom.
Scope: Any `@Stable`	`Modifier.padding(paddingValues: PaddingValues)` Apply `PaddingValues` to the component as additional space along each edge of the content's left, top, right and bottom.
Scope: Any `@Stable`	`Modifier.paddingFrom(alignmentLine: AlignmentLine, before: Dp, after: Dp)` A `Modifier` that can add padding to position the content according to specified distances from its bounds to an `alignment line`.
Scope: Any `@Stable`	`Modifier.paddingFrom( alignmentLine: AlignmentLine, before: TextUnit, after: TextUnit )` A `Modifier` that can add padding to position the content according to specified distances from its bounds to an `alignment line`.
Scope: Any `@Stable`	`Modifier.paddingFromBaseline(top: Dp, bottom: Dp)` A `Modifier` that positions the content in a layout such that the distance from the top of the layout to the `baseline of the first line of text in the content` is `top`, and the distance from the `baseline of the last line of text in the content` to the bottom of the layout is `bottom`.
Scope: Any `@Stable`	`Modifier.paddingFromBaseline(top: TextUnit, bottom: TextUnit)` A `Modifier` that positions the content in a layout such that the distance from the top of the layout to the `baseline of the first line of text in the content` is `top`, and the distance from the `baseline of the last line of text in the content` to the bottom of the layout is `bottom`.

Pointer

Scope: Any	`Modifier.pointerInput(block: suspend PointerInputScope.() -> Unit)` This function is deprecated. Modifier.pointerInput must provide one or more 'key' parameters that define the identity of the modifier and determine when its previous input processing coroutine should be cancelled and a new effect launched for the new key.
Scope: Any	`Modifier.pointerInput( key1: Any?, block: suspend PointerInputScope.() -> Unit )` Create a modifier for processing pointer input within the region of the modified element.
Scope: Any	`Modifier.pointerInput( key1: Any?, key2: Any?, block: suspend PointerInputScope.() -> Unit )` Create a modifier for processing pointer input within the region of the modified element.
Scope: Any	`Modifier.pointerInput( keys: vararg Any?, block: suspend PointerInputScope.() -> Unit )` Create a modifier for processing pointer input within the region of the modified element.
Scope: Any `@ExperimentalComposeUiApi`	`Modifier.pointerInteropFilter( requestDisallowInterceptTouchEvent: RequestDisallowInterceptTouchEvent?, onTouchEvent: (MotionEvent) -> Boolean )` A special PointerInputModifier that provides access to the underlying `MotionEvent`s originally dispatched to Compose.

Position

Scope: Any `@Stable`	`Modifier.absoluteOffset(x: Dp, y: Dp)` Offset the content by (`x` dp, `y` dp).
Scope: Any	`Modifier.absoluteOffset(offset: Density.() -> IntOffset)` Offset the content by `offset` px.
Scope: Any `@Stable`	`Modifier.offset(x: Dp, y: Dp)` Offset the content by (`x` dp, `y` dp).
Scope: Any	`Modifier.offset(offset: Density.() -> IntOffset)` Offset the content by `offset` px.
Scope: `TabRowDefaults`	`Modifier.tabIndicatorOffset(currentTabPosition: TabPosition)` `Modifier` that takes up all the available width inside the `TabRow`, and then animates the offset of the indicator it is applied to, depending on the `currentTabPosition`.

Semantics

Scope: Any	`Modifier.clearAndSetSemantics( properties: SemanticsPropertyReceiver.() -> Unit )` Clears the semantics of all the descendant nodes and sets new semantics.
Scope: Any `@Stable`	`Modifier.progressSemantics( value: Float, valueRange: ClosedFloatingPointRange<Float>, steps: Int )` Contains the `semantics` required for a determinate progress indicator or the progress part of a slider, that represents progress within `valueRange`.
Scope: Any `@Stable`	`Modifier.progressSemantics()` Contains the `semantics` required for an indeterminate progress indicator, that represents the fact of the in-progress operation.
Scope: Any	`Modifier.semantics( mergeDescendants: Boolean, properties: SemanticsPropertyReceiver.() -> Unit )` Add semantics key/value pairs to the layout node, for use in testing, accessibility, etc.

Scroll

Scope: Any	`Modifier.horizontalScroll( state: ScrollState, enabled: Boolean, flingBehavior: FlingBehavior?, reverseScrolling: Boolean )` Modify element to allow to scroll horizontally when width of the content is bigger than max constraints allow.
Scope: Any	`Modifier.nestedScroll( connection: NestedScrollConnection, dispatcher: NestedScrollDispatcher? )` Modify element to make it participate in the nested scrolling hierarchy.
Scope: Any `@ExperimentalComposeUiApi`	`Modifier.relocationRequester(relocationRequester: RelocationRequester)` This is a modifier that can be used to send relocation requests.
Scope: Any	`Modifier.scrollable( state: ScrollableState, orientation: Orientation, enabled: Boolean, reverseDirection: Boolean, flingBehavior: FlingBehavior?, interactionSource: MutableInteractionSource? )` Configure touch scrolling and flinging for the UI element in a single `Orientation`.
Scope: Any	`Modifier.verticalScroll( state: ScrollState, enabled: Boolean, flingBehavior: FlingBehavior?, reverseScrolling: Boolean )` Modify element to allow to scroll vertically when height of the content is bigger than max constraints allow.

Size

Scope: Any	`Modifier.animateContentSize( animationSpec: FiniteAnimationSpec<IntSize>, finishedListener: (IntSize, IntSize) -> Unit )` This modifier animates its own size when its child modifier (or the child composable if it is already at the tail of the chain) changes size.
Scope: Any `@Stable`	`Modifier.aspectRatio(ratio: Float, matchHeightConstraintsFirst: Boolean)` Attempts to size the content to match a specified aspect ratio by trying to match one of the incoming constraints in the following order: `Constraints.maxWidth`, `Constraints.maxHeight`, `Constraints.minWidth`, `Constraints.minHeight` if `matchHeightConstraintsFirst` is `false` (which is the default), or `Constraints.maxHeight`, `Constraints.maxWidth`, `Constraints.minHeight`, `Constraints.minWidth` if `matchHeightConstraintsFirst` is `true`.
Scope: Any `@Stable`	`Modifier.defaultMinSize(minWidth: Dp, minHeight: Dp)` Constrain the size of the wrapped layout only when it would be otherwise unconstrained: the `minWidth` and `minHeight` constraints are only applied when the incoming corresponding constraint is `0`.
Scope: Any `@Stable`	`Modifier.fillMaxHeight(fraction: Float)` Have the content fill (possibly only partially) the `Constraints.maxHeight` of the incoming measurement constraints, by setting the `minimum height` and the `maximum height` to be equal to the `maximum height` multiplied by `fraction`.
Scope: Any `@Stable`	`Modifier.fillMaxSize(fraction: Float)` Have the content fill (possibly only partially) the `Constraints.maxWidth` and `Constraints.maxHeight` of the incoming measurement constraints, by setting the `minimum width` and the `maximum width` to be equal to the `maximum width` multiplied by `fraction`, as well as the `minimum height` and the `maximum height` to be equal to the `maximum height` multiplied by `fraction`.
Scope: Any `@Stable`	`Modifier.fillMaxWidth(fraction: Float)` Have the content fill (possibly only partially) the `Constraints.maxWidth` of the incoming measurement constraints, by setting the `minimum width` and the `maximum width` to be equal to the `maximum width` multiplied by `fraction`.
Scope: Any `@Stable`	`Modifier.height(intrinsicSize: IntrinsicSize)` Declare the preferred height of the content to be the same as the min or max intrinsic height of the content.
Scope: Any `@Stable`	`Modifier.height(height: Dp)` Declare the preferred height of the content to be exactly `height`dp.
Scope: Any `@Stable`	`Modifier.heightIn(min: Dp, max: Dp)` Constrain the height of the content to be between `min`dp and `max`dp as permitted by the incoming measurement `Constraints`.
Scope: Any `@Stable`	`Modifier.onSizeChanged(onSizeChanged: (IntSize) -> Unit)` Invoke `onSizeChanged` when the size of the modifier immediately after it has changed.
Scope: Any `@Stable`	`Modifier.requiredHeight(intrinsicSize: IntrinsicSize)` Declare the height of the content to be exactly the same as the min or max intrinsic height of the content.
Scope: Any `@Stable`	`Modifier.requiredHeight(height: Dp)` Declare the height of the content to be exactly `height`dp.
Scope: Any `@Stable`	`Modifier.requiredHeightIn(min: Dp, max: Dp)` Constrain the height of the content to be between `min`dp and `max`dp.
Scope: Any `@Stable`	`Modifier.requiredSize(size: Dp)` Declare the size of the content to be exactly `size`dp width and height.
Scope: Any `@Stable`	`Modifier.requiredSize(width: Dp, height: Dp)` Declare the size of the content to be exactly `width`dp and `height`dp.
Scope: Any `@Stable`	`Modifier.requiredSizeIn( minWidth: Dp, minHeight: Dp, maxWidth: Dp, maxHeight: Dp )` Constrain the width of the content to be between `minWidth`dp and `maxWidth`dp, and the height of the content to be between `minHeight`dp and `maxHeight`dp.
Scope: Any `@Stable`	`Modifier.requiredWidth(intrinsicSize: IntrinsicSize)` Declare the width of the content to be exactly the same as the min or max intrinsic width of the content.
Scope: Any `@Stable`	`Modifier.requiredWidth(width: Dp)` Declare the width of the content to be exactly `width`dp.
Scope: Any `@Stable`	`Modifier.requiredWidthIn(min: Dp, max: Dp)` Constrain the width of the content to be between `min`dp and `max`dp.
Scope: Any `@Stable`	`Modifier.size(size: Dp)` Declare the preferred size of the content to be exactly `size`dp square.
Scope: Any `@Stable`	`Modifier.size(width: Dp, height: Dp)` Declare the preferred size of the content to be exactly `width`dp by `height`dp.
Scope: Any `@Stable`	`Modifier.sizeIn(minWidth: Dp, minHeight: Dp, maxWidth: Dp, maxHeight: Dp)` Constrain the width of the content to be between `minWidth`dp and `maxWidth`dp and the height of the content to be between `minHeight`dp and `maxHeight`dp as permitted by the incoming measurement `Constraints`.
Scope: Any `@Stable`	`Modifier.width(intrinsicSize: IntrinsicSize)` Declare the preferred width of the content to be the same as the min or max intrinsic width of the content.
Scope: Any `@Stable`	`Modifier.width(width: Dp)` Declare the preferred width of the content to be exactly `width`dp.
Scope: Any `@Stable`	`Modifier.widthIn(min: Dp, max: Dp)` Constrain the width of the content to be between `min`dp and `max`dp as permitted by the incoming measurement `Constraints`.
Scope: Any `@Stable`	`Modifier.wrapContentHeight( align: Alignment.Vertical, unbounded: Boolean )` Allow the content to measure at its desired height without regard for the incoming measurement `minimum height constraint`, and, if `unbounded` is true, also without regard for the incoming measurement `maximum height constraint`.
Scope: Any `@Stable`	`Modifier.wrapContentSize(align: Alignment, unbounded: Boolean)` Allow the content to measure at its desired size without regard for the incoming measurement `minimum width` or `minimum height` constraints, and, if `unbounded` is true, also without regard for the incoming maximum constraints.
Scope: Any `@Stable`	`Modifier.wrapContentWidth( align: Alignment.Horizontal, unbounded: Boolean )` Allow the content to measure at its desired width without regard for the incoming measurement `minimum width constraint`, and, if `unbounded` is true, also without regard for the incoming measurement `maximum width constraint`.
Scope: `LazyItemScope`	`Modifier.fillParentMaxHeight(fraction: Float)` Have the content fill the `Constraints.maxHeight` of the incoming measurement constraints by setting the `minimum height` to be equal to the `maximum height` multiplied by `fraction`.
Scope: `LazyItemScope`	`Modifier.fillParentMaxSize(fraction: Float)` Have the content fill the `Constraints.maxWidth` and `Constraints.maxHeight` of the parent measurement constraints by setting the `minimum width` to be equal to the `maximum width` multiplied by `fraction` and the `minimum height` to be equal to the `maximum height` multiplied by `fraction`.
Scope: `LazyItemScope`	`Modifier.fillParentMaxWidth(fraction: Float)` Have the content fill the `Constraints.maxWidth` of the parent measurement constraints by setting the `minimum width` to be equal to the `maximum width` multiplied by `fraction`.
Scope: `BoxScope` `@Stable`	`Modifier.matchParentSize()` Size the element to match the size of the `Box` after all other content elements have been measured.
Scope: `RowScope` `@Stable`	`Modifier.weight(weight: Float, fill: Boolean)` Size the element's width proportional to its `weight` relative to other weighted sibling elements in the `Row`.
Scope: `ColumnScope` `@Stable`	`Modifier.weight(weight: Float, fill: Boolean)` Size the element's height proportional to its `weight` relative to other weighted sibling elements in the `Column`.

Testing

Scope: Any

@Stable

Modifier.testTag(tag: String)

Applies a tag to allow modified element to be found in tests.

Transformations

Scope: Any `@Stable`	`Modifier.rotate(degrees: Float)` Sets the degrees the view is rotated around the center of the composable.
Scope: Any `@Stable`	`Modifier.scale(scaleX: Float, scaleY: Float)` Scale the contents of the composable by the following scale factors along the horizontal and vertical axis respectively.
Scope: Any `@Stable`	`Modifier.scale(scale: Float)` Scale the contents of both the horizontal and vertical axis uniformly by the same scale factor.
Scope: Any	`Modifier.transformable( state: TransformableState, lockRotationOnZoomPan: Boolean, enabled: Boolean )` Enable transformation gestures of the modified UI element.

Other

Scope: Any	`Modifier.composed( inspectorInfo: InspectorInfo.() -> Unit, factory: Modifier.() -> Modifier )` Declare a just-in-time composition of a `Modifier` that will be composed for each element it modifies.
Scope: Any	`Composer.materialize(modifier: Modifier)` Materialize any instance-specific `composed modifiers` for applying to a raw tree node.