AnimatedAlignPositioned class

For more info, see: https://pub.dartlang.org/packages/align_positioned

Inheritance

• Object
• DiagnosticableTree
• Widget
• StatefulWidget
• ImplicitlyAnimatedWidget
• AnimatedAlignPositioned

Constructors

AnimatedAlignPositioned({Key? key, Duration duration = const Duration(milliseconds: 300), Curve curve = Curves.easeInOut, Widget? child, Alignment? alignment, double? dx, double? dy, double? moveByChildWidth, double? moveByChildHeight, double? moveByContainerWidth, double? moveByContainerHeight, double? moveVerticallyByChildWidth, double? moveHorizontallyByChildHeight, double? moveVerticallyByContainerWidth, double? moveHorizontallyByContainerHeight, double? childWidth, double? childHeight, double? minChildWidth, double? minChildHeight, double? maxChildWidth, double? maxChildHeight, double? childWidthRatio, double? childHeightRatio, double? minChildWidthRatio, double? minChildHeightRatio, double? maxChildWidthRatio, double? maxChildHeightRatio, double? rotateDegrees, Matrix4Transform? matrix4Transform, Wins wins = Wins.min, Touch touch = Touch.inside})

const

Properties

alignment → Alignment

final

child → Widget?

final

childHeight → double?

You may define preferred child sizes, in absolute terms, or relative to the container size. If you define both, they will be added.

final

childHeightRatio → double?

You may define preferred child sizes, in absolute terms, or relative to the container size. If you define both, they will be added.

final

childWidth → double?

You may define preferred child sizes, in absolute terms, or relative to the container size. If you define both, they will be added.

final

childWidthRatio → double?

You may define preferred child sizes, in absolute terms, or relative to the container size. If you define both, they will be added.

final

curve → Curve

The curve to apply when animating the parameters of this container.

final, inherited

duration → Duration

The duration over which to animate the parameters of this container.

final, inherited

dx → double

Position.

final

dy → double

Position.

final

hashCode → int

The hash code for this object.

no setter, inherited

key → Key?

Controls how one widget replaces another widget in the tree.

final, inherited

matrix4Transform → Matrix4Transform?

Some transformation to apply to the child. This uses Matrix4Transform instead of Matrix4, since it's easier to use. However, you can still use Matrix4 directly with the constructor Matrix4Transform.from(matrix4).

final

maxChildHeight → double?

You can also define min and max values, both in absolute and relative terms. If you define min sizes in both relative and absolute terms, both are applied. If you define max sizes in both relative and absolute terms, both are applied.

final

maxChildHeightRatio → double?

You can also define min and max values, both in absolute and relative terms. If you define min sizes in both relative and absolute terms, both are applied. If you define max sizes in both relative and absolute terms, both are applied.

final

maxChildWidth → double?

You can also define min and max values, both in absolute and relative terms. If you define min sizes in both relative and absolute terms, both are applied. If you define max sizes in both relative and absolute terms, both are applied.

final

maxChildWidthRatio → double?

You can also define min and max values, both in absolute and relative terms. If you define min sizes in both relative and absolute terms, both are applied. If you define max sizes in both relative and absolute terms, both are applied.

final

minChildHeight → double?

You can also define min and max values, both in absolute and relative terms. If you define min sizes in both relative and absolute terms, both are applied. If you define max sizes in both relative and absolute terms, both are applied.

final

minChildHeightRatio → double?

You can also define min and max values, both in absolute and relative terms. If you define min sizes in both relative and absolute terms, both are applied. If you define max sizes in both relative and absolute terms, both are applied.

final

minChildWidth → double?

You can also define min and max values, both in absolute and relative terms. If you define min sizes in both relative and absolute terms, both are applied. If you define max sizes in both relative and absolute terms, both are applied.

final

minChildWidthRatio → double?

You can also define min and max values, both in absolute and relative terms. If you define min sizes in both relative and absolute terms, both are applied. If you define max sizes in both relative and absolute terms, both are applied.

final

moveByChildHeight → double

Position.

final

moveByChildWidth → double

Position.

final

moveByContainerHeight → double

Position.

final

moveByContainerWidth → double

Position.

final

moveHorizontallyByChildHeight → double

Position moving orthogonally.

final

moveHorizontallyByContainerHeight → double

Position moving orthogonally.

final

moveVerticallyByChildWidth → double

Position moving orthogonally.

final

moveVerticallyByContainerWidth → double

Position moving orthogonally.

final

onEnd → VoidCallback?

Called every time an animation completes.

final, inherited

rotateDegrees → double?

The rotation, in degrees (1 turn is 360 degrees). The position of the axis of the rotation (the "origin") depends on the alignment parameter and the parent. So, for example, Alignment.center means the axis of rotation is at the center of the parent.

final

runtimeType → Type

A representation of the runtime type of the object.

no setter, inherited

touch → Touch

If touch is Touch.inside, then alignment works just like the alignment for the Align widget, aligning the child inside of the container. However, if touch is Touch.outside, then the alignment happens outside of the container.

final

wins → Wins

If min/max sizes are incompatible, you may define which wins.

final

Methods

createElement() → StatefulElement

Creates a StatefulElement to manage this widget's location in the tree.

inherited

createState() → _AnimatedAlignPositionedState

Creates the mutable state for this widget at a given location in the tree.

override

debugDescribeChildren() → List<DiagnosticsNode>

Returns a list of DiagnosticsNode objects describing this node's children.

inherited

debugFillProperties(DiagnosticPropertiesBuilder properties) → void

Add additional properties associated with the node.

override

noSuchMethod(Invocation invocation) → dynamic

Invoked when a nonexistent method or property is accessed.

inherited

toDiagnosticsNode({String? name, DiagnosticsTreeStyle? style}) → DiagnosticsNode

Returns a debug representation of the object that is used by debugging tools and by DiagnosticsNode.toStringDeep.

inherited

toString({DiagnosticLevel minLevel = DiagnosticLevel.info}) → String

A string representation of this object.

inherited

toStringDeep({String prefixLineOne = '', String? prefixOtherLines, DiagnosticLevel minLevel = DiagnosticLevel.debug}) → String

Returns a string representation of this node and its descendants.

inherited

toStringShallow({String joiner = ', ', DiagnosticLevel minLevel = DiagnosticLevel.debug}) → String

Returns a one-line detailed description of the object.

inherited

toStringShort() → String

A short, textual description of this widget.

inherited

Operators

operator ==(Object other) → bool

The equality operator.

inherited

Static Methods

expand({Key? key, Duration duration = const Duration(milliseconds: 300), Curve curve = Curves.easeInOut, Widget? child, Alignment? alignment, double? dx, double? dy, double? moveByChildWidth, double? moveByChildHeight, double? moveByContainerWidth, double? moveByContainerHeight, double? moveVerticallyByChildWidth, double? moveHorizontallyByChildHeight, double? moveVerticallyByContainerWidth, double? moveHorizontallyByContainerHeight, double? childWidth, double? childHeight, double? minChildWidth, double? minChildHeight, double? maxChildWidth, double? maxChildHeight, double? childWidthRatio, double? childHeightRatio, double? minChildWidthRatio, double? minChildHeightRatio, double? maxChildWidthRatio, double? maxChildHeightRatio, double? rotateDegrees, Matrix4Transform? matrix4Transform, Wins wins = Wins.min, Touch touch = Touch.inside}) → Positioned

Use this if you put an AnimatedAlignPositioned inside of a Stack. The AnimatedAlignPositioned will then expand and fix itself to the corners of the Stack. The Stack will size itself to their other non-positioned widgets, and then you can use the AnimatedAlignPositioned to position its child in relation to the Stack.