AnimateGradient class - animate_gradient library

Constructors

AnimateGradient({Key? key, required List<Color> primaryColors, required List<Color> secondaryColors, Widget? child, Alignment primaryBegin = Alignment.topLeft, Alignment primaryEnd = Alignment.topRight, Alignment secondaryBegin = Alignment.bottomLeft, Alignment secondaryEnd = Alignment.bottomRight, AlignmentGeometry? primaryBeginGeometry, AlignmentGeometry? primaryEndGeometry, AlignmentGeometry? secondaryBeginGeometry, AlignmentGeometry? secondaryEndGeometry, TextDirection textDirectionForGeometry = TextDirection.ltr, AnimationController? controller, Duration duration = const Duration(seconds: 4), bool animateAlignments = true, bool reverse = true}): const

Properties

animateAlignments → bool: animateAlignments: set to false if you don't want to animate the alignments. This can provide you way cooler animations
final
child → Widget?: final
controller → AnimationController?: controller: pass this to have a fine control over the Animation
final
duration → Duration: duration: Time to switch between Gradient. By default its value is Duration(seconds:4)
final
hashCode → int: The hash code for this object.
no setterinherited
key → Key?: Controls how one widget replaces another widget in the tree.
finalinherited
primaryBegin → Alignment: primaryBegin: This is begin Alignment for primaryColors. By default its value is Alignment.topLeft
final
primaryBeginGeometry → AlignmentGeometry?: Alternatively you can use primaryBeginGeometry over primaryBegin for better control over alignments These are really useful for when you are builing an rtl app. primaryBeginGeometry will have higher priority than primaryBegin
final
primaryColors → List<Color>: primaryColors: These will be the starting colors of the Animation.
final
primaryEnd → Alignment: primaryBegin: This is end Alignment for primaryColors. By default its value is Alignment.topRight
final
primaryEndGeometry → AlignmentGeometry?: Alternatively you can use primaryEndGeometry over primaryEnd for better control over alignments These are really useful for when you are builing an rtl app. primaryEndGeometry will have higher priority than primaryEnd
final
reverse → bool: reverse: set it to false if you don't want to reverse the animation. using that it will go into one direction only
final
runtimeType → Type: A representation of the runtime type of the object.
no setterinherited
secondaryBegin → Alignment: secondaryBegin: This is begin Alignment for secondaryColors. By default its value is Alignment.bottomLeft
final
secondaryBeginGeometry → AlignmentGeometry?: Alternatively you can use secondaryBeginGeometry over secondaryBegin for better control over alignments These are really useful for when you are builing an rtl app. secondaryBeginGeometry will have higher priority than secondaryBegin
final
secondaryColors → List<Color>: secondaryColors: These Colors are those in which the primaryColors will transition into.
final
secondaryEnd → Alignment: secondaryEnd: This is end Alignment for secondaryColors. By default its value is Alignment.bottomRight
final
secondaryEndGeometry → AlignmentGeometry?: Alternatively you can use secondaryEndGeometry over secondaryEnd for better control over alignments These are really useful for when you are builing an rtl app. secondaryEndGeometry will have higher priority than secondaryEnd
final
textDirectionForGeometry → TextDirection: This is the TextDirection which is gonna be used to resolve AlignmentGeometry passed through primaryBeginGeometry, primaryEndGeometry, secondaryBeginGeometry, secondaryEndGeometry
final

Methods

createElement() → StatefulElement: Creates a StatefulElement to manage this widget's location in the tree.
inherited
createState() → State<AnimateGradient>: 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.
inherited
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