FlyingAttackObject class

Inheritance
Mixed-in types
Available extensions

Constructors

FlyingAttackObject({required Vector2 position, required Vector2 size, required Future<SpriteAnimation> flyAnimation, Direction? direction, double angle = 0, dynamic id, Future<SpriteAnimation>? animationDestroy, Vector2? destroySize, double speed = 150, double damage = 1, AttackFromEnum attackFrom = AttackFromEnum.ENEMY, bool withDecorationCollision = true, VoidCallback? onDestroy, bool enabledDiagonal = true, LightingConfig? lightingConfig, CollisionConfig? collision})
FlyingAttackObject.byAngle({required Vector2 position, required Vector2 size, required Future<SpriteAnimation> flyAnimation, required double angle, dynamic id, Future<SpriteAnimation>? animationDestroy, Vector2? destroySize, double speed = 150, double damage = 1, AttackFromEnum attackFrom = AttackFromEnum.ENEMY, bool withDecorationCollision = true, VoidCallback? onDestroy, bool enabledDiagonal = true, LightingConfig? lightingConfig, CollisionConfig? collision})
FlyingAttackObject.byDirection({required Vector2 position, required Vector2 size, required Future<SpriteAnimation> flyAnimation, required Direction? direction, dynamic id, Future<SpriteAnimation>? animationDestroy, Vector2? destroySize, double speed = 150, double damage = 1, AttackFromEnum attackFrom = AttackFromEnum.ENEMY, bool withDecorationCollision = true, VoidCallback? onDestroy, bool enabledDiagonal = true, LightingConfig? lightingConfig, CollisionConfig? collision})

Properties

aboveComponents ↔ bool
When true this component render above all components in game.
getter/setter pairinherited
aboveComponentsLevel ↔ int
getter/setter pairinherited
absoluteAngle → double
The resulting angle after all the ancestors and the components own angle has been applied.
no setterinherited
absoluteCenter → Vector2
The absolute center of the component.
no setterinherited
absolutePosition → Vector2
The anchor's position in absolute (world) coordinates.
no setterinherited
absoluteScale → Vector2
The resulting scale after all the ancestors and the components own scale has been applied.
no setterinherited
absoluteScaledSize → Vector2
The resulting size after all the ancestors and the components own scale has been applied.
no setterinherited
absoluteTopLeftPosition → Vector2
The absolute top left position regardless of whether it is a child or not.
no setterinherited
anchor ↔ Anchor
Anchor point for this component. An anchor point describes a point within the rectangle of size size. This point is considered to be the logical "center" of the component. This can be visualized as the point where Flame "grabs" the component. All transforms occur around this point: the position is where the anchor point will end up after the component is translated; the rotation and scaling also happen around this anchor point.
getter/setter pairinherited
angle ↔ double
Rotation angle (in radians) of the component. The component will be rotated around its anchor point in the clockwise direction if the angle is positive, or counterclockwise if the angle is negative.
getter/setter pairinherited
animation ↔ SpriteAnimation?
Animation that will be drawn on the screen.
getter/setter pairinherited
animationDestroy ↔ Future<SpriteAnimation>?
getter/setter pair
attackFrom → AttackFromEnum
final
center ↔ Vector2
The position of the center of the component's bounding rectangle in the parent's coordinates.
getter/setter pairinherited
children → ComponentSet
The children of the current component.
no setterinherited
collisionConfig → CollisionConfig?
no setterinherited
context → BuildContext
Get BuildContext
no setterinherited
damage → double
final
debugColor ↔ Color
The color that the debug output should be rendered with.
getter/setter pairinherited
debugCoordinatesPrecision → int?
How many decimal digits to print when displaying coordinates in the debug mode. Setting this to null will suppress all coordinates from the output.
no setterinherited
debugMode ↔ bool
Returns whether this Component is in debug mode or not. When a child is added to the Component it gets the same debugMode as its parent has when it is prepared.
getter/setter pairinherited
debugPaint → Paint
The debugColor represented as a Paint object.
no setterinherited
debugTextPaint → TextPaint
Returns a TextPaint object with the debugColor set as color for the text.
no setterinherited
destroySize → Vector2?
final
direction → Direction?
final
dtUpdate ↔ double
getter/setter pairinherited
enabledDiagonal → bool
final
flyAnimation ↔ SpriteAnimation?
getter/setter pair
gameRef ↔ BonfireGameInterface
getter/setter pairinherited
hasChildren → bool
no setterinherited
hasGameRef → bool
no setterinherited
hashCode → int
The hash code for this object.
no setterinherited
hasPendingLifecycleEvents → bool
no setterinherited
height ↔ double
The height of the component in local coordinates. Note that the object may visually appear larger or smaller due to application of scale.
getter/setter pairinherited
id → dynamic
final
isFlipHorizontal ↔ bool
Use to do horizontal flip in de render.
getter/setter pairinherited
isFlipVertical ↔ bool
Use to do vertical flip in de render.
getter/setter pairinherited
isIdle ↔ bool
getter/setter pairinherited
isLoaded → bool
Whether this component has completed its onLoad step.
no setterinherited
isMounted → bool
Whether this component is currently added to a component tree.
no setterinherited
isVisible ↔ bool
Param checks if this component is visible on the screen
getter/setter pairinherited
lastDirection ↔ Direction
getter/setter pairinherited
lastDirectionHorizontal ↔ Direction
getter/setter pairinherited
lifecycle → _LifecycleManager
no setterinherited
lightingAngle ↔ double
Used to define rotation angle
getter/setter pairinherited
lightingConfig → LightingConfig?
no setterinherited
lightingEnabled ↔ bool
Used to enable and disable light
getter/setter pairinherited
loaded → Future<void>
A future that will complete once this component has finished loading.
no setterinherited
loader ↔ AssetsLoader?
Used to load assets in onLoad
getter/setter pairinherited
mounted → Future<void>
A future that will complete once the component is mounted on its parent
no setterinherited
onDestroy → VoidCallback?
final
opacity ↔ double
Use to set opacity in render Range 0.0..1.0
getter/setter pairinherited
parent → Component?
The current parent of the component, or null if there is none.
no setterinherited
position ↔ NotifyingVector2
The position of this component's anchor on the screen.
getter/setter pairinherited
positionType ↔ PositionType
What coordinate system this component should respect (i.e. should it observe camera, viewport, or use the raw canvas).
getter/setter pairinherited
priority ↔ int
Render priority of this component. This allows you to control the order in which your components are rendered.
getter/setter pairinherited
properties ↔ Map<String, dynamic>?
getter/setter pairinherited
rectCollision → Rect
no setterinherited
runtimeType → Type
A representation of the runtime type of the object.
no setterinherited
scale ↔ NotifyingVector2
The scale factor of this component. The scale can be different along the X and Y dimensions. A scale greater than 1 makes the component bigger, and less than 1 smaller. The scale can also be negative, which results in a mirror reflection along the corresponding axis.
getter/setter pairinherited
scaledSize → Vector2
The "physical" size of the component. This is the size of the component as seen from the parent's perspective, and it is equal to size * scale. This is a computed property and cannot be modified by the user.
no setterinherited
shouldRemove ↔ bool
Whether this component should be removed or not.
getter/setter pairinherited
size ↔ NotifyingVector2
The logical size of the component. The game assumes that this is the approximate size of the object that will be drawn on the screen. This size will therefore be used for collision detection and tap handling.
getter/setter pairinherited
speed ↔ double
finalgetter/setter pairinherited-setteroverride-getter
topLeftPosition ↔ Vector2
The top-left corner's position in the parent's coordinates.
getter/setter pairinherited
transform → Transform2D
finalinherited
transformMatrix → Matrix4
The total transformation matrix for the component. This matrix combines translation, rotation and scale transforms into a single entity. The matrix is cached and gets recalculated only as necessary.
no setterinherited
width ↔ double
The width of the component in local coordinates. Note that the object may visually appear larger or smaller due to application of scale.
getter/setter pairinherited
withDecorationCollision → bool
final
x ↔ double
X position of this component's anchor on the screen.
getter/setter pairinherited
y ↔ double
Y position of this component's anchor on the screen.
getter/setter pairinherited

Methods

absolutePositionOf(Vector2 point) → Vector2
Convert local coordinates of a point point inside the component into the global (world) coordinate space.
inherited
absolutePositionOfAnchor(Anchor anchor) → Vector2
Similar to absolutePositionOf(), but applies to any anchor point within the component.
inherited
absoluteToLocal(Vector2 point) → Vector2
Transform point from the global (world) coordinate space into the local coordinates. This function is the inverse of absolutePositionOf().
inherited
add(Component component) → Future<void>?
Schedules component to be added as a child to this component.
inherited
addAll(Iterable<Component> components) → Future<void>
A convenience method to add multiple children at once.
inherited
addToParent(Component parent) → Future<void>?
Adds this component to the provided parent (see add for details).
inherited
ancestors({bool includeSelf = false}) → Iterable<Component>
An iterator producing this component's parent, then its parent's parent, then the great-grand-parent, and so on, until it reaches a component without a parent.
inherited
changeParent(Component newParent) → void
Changes the current parent for another parent and prepares the tree under the new root.
inherited
changePriorityWithoutResorting(int priority) → void
Usually this is not something that the user would want to call since the component list isn't re-ordered when it is called. See FlameGame.changePriority instead.
inherited
checkCollision(ObjectCollision component, {Vector2? displacement}) → bool
inherited
checkInterval(String key, int intervalInMilli, double dt) → bool
Returns true if for each time the defined millisecond interval passes. Like a Timer.periodic Used in flows involved in the update
inherited
containCollision() → bool
inherited
contains(Component c) → bool
Whether the children list contains the given component.
inherited
containsPoint(Vector2 point) → bool
Test whether the point (given in global coordinates) lies within this component. The top and the left borders of the component are inclusive, while the bottom and the right borders are exclusive.
inherited
createComponentSet() → ComponentSet
This method creates the children container for the current component. Override this method if you need to have a custom ComponentSet within a particular class.
inherited
descendants({bool includeSelf = false, bool reversed = false}) → Iterable<Component>
Recursively enumerates all nested children.
inherited
distance(PositionComponent other) → double
Measure the distance (in parent's coordinate space) between this component's anchor and the other component's anchor.
inherited
enableCollision(bool enable) → void
inherited
eventPosition(PositionInfo info) → Vector2
inherited
findGame() → Game?
inherited
findParent<T extends Component>() → T?
Returns the closest parent further up the hierarchy that satisfies type=T, or null if no such parent can be found.
inherited
firstChild<T extends Component>() → T?
Returns the first child that matches the given type T.
inherited
flipHorizontally() → void
Flip the component horizontally around its anchor point.
inherited
flipHorizontallyAroundCenter() → void
Flip the component horizontally around its center line.
inherited
flipVertically() → void
Flip the component vertically around its anchor point.
inherited
flipVerticallyAroundCenter() → void
Flip the component vertically around its center line.
inherited
getAngleByDirectional(Direction direction) → double
inherited
getDirectionByAngle(double angle) → Direction
inherited
handleResize(Vector2 size) → void
inherited
handlerPointerCancel(PointerCancelEvent event) → void
inherited
handlerPointerDown(PointerDownEvent event) → void
inherited
handlerPointerHover(PointerHoverEvent event) → void
inherited
handlerPointerMove(PointerMoveEvent event) → void
inherited
handlerPointerSignal(PointerSignalEvent event) → void
inherited
handlerPointerUp(PointerUpEvent event) → void
inherited
hasGesture() → bool
inherited
idle() → void
inherited
isCollision({Vector2? displacement, bool stopSearchOnFirstCollision = true}) → List<ObjectCollision>
inherited
isObjectCollision() → bool
Method that checks if this component contain collisions
inherited
lastChild<T extends Component>() → T?
Returns the last child that matches the given type T.
inherited
moveDown(double speed, {bool notifyOnMove = true}) → bool
Move player to Down
inherited
moveDownLeft(double speedX, double speedY) → bool
Move player to Down and Left
inherited
moveDownRight(double speedX, double speedY) → bool
Move player to Down and Right
inherited
moveFromAngle(double speed, double angle) → bool
Move Player to direction by radAngle
inherited
moveFromAngleDodgeObstacles(double speed, double angle) → bool
Move to direction by radAngle with dodge obstacles
inherited
moveFromDirection(Direction direction, {bool enabledDiagonal = true}) → bool
inherited
moveLeft(double speed, {bool notifyOnMove = true}) → bool
Move player to Left
inherited
moveRight(double speed, {bool notifyOnMove = true}) → bool
Move player to Right
inherited
moveUp(double speed, {bool notifyOnMove = true}) → bool
Move player to Up
inherited
moveUpLeft(double speedX, double speedY) → bool
Move player to Up and Left
inherited
moveUpRight(double speedX, double speedY) → bool
Move player to Up and Right
inherited
noSuchMethod(Invocation invocation) → dynamic
Invoked when a nonexistent method or property is accessed.
inherited
onCollision(GameComponent component, bool active) → bool
if return false so the object will not collide with anything or block the passage.
override
onGameResize(Vector2 size) → void
Called whenever the size of the top-level Canvas changes.
inherited
onLoad() → Future<void>
Late initialization method for Component.
override
onMount() → void
Called when the component is added to its parent.
inherited
onMove(double speed, Direction direction, double angle) → void
You can override this method to listen the movement of this component
inherited
onRemove() → void
Called right before the component is removed from the game.
inherited
positionOf(Vector2 point) → Vector2
Convert local coordinates of a point point inside the component into the parent's coordinate space.
inherited
positionOfAnchor(Anchor anchor) → Vector2
Similar to positionOf(), but applies to any anchor point within the component.
inherited
processPendingLifecycleEvents() → void
Attempt to resolve any pending lifecycle events on this component.
inherited
propagateToChildren<T extends Component>(bool handler(T), {bool includeSelf = false}) → bool
This method first calls the passed handler on the leaves in the tree, the children without any children of their own. Then it continues through all other children. The propagation continues until the handler returns false, which means "do not continue", or when the handler has been called with all children.
inherited
remove(Component component) → void
Removes a component from the component tree, calling onRemove for it and its children.
inherited
removeAll(Iterable<Component> components) → void
Removes all the children in the list and calls onRemove for all of them and their children.
inherited
removeFromParent() → void
Remove the component from its parent in the next tick.
inherited
render(Canvas canvas) → void
inherited
renderDebugMode(Canvas canvas) → void
inherited
renderTree(Canvas canvas) → void
inherited
reorderChildren() → void
Call this if any of this component's children priorities have changed at runtime.
inherited
screenPosition() → Vector2
Return screen position of this component.
inherited
setByRect(Rect rect) → void
Mutates position and size using the provided rect as basis. This is a relative rect, same definition that toRect use (therefore both methods are compatible, i.e. setByRect ∘ toRect = identity).
inherited
setCollisionOnlyVisibleScreen(bool onlyVisible) → void
inherited
setMounted() → void
inherited
setupCollision(CollisionConfig collisionConfig) → void
inherited
setupLighting(LightingConfig? config) → void
Used to set configuration
inherited
tilePropertiesBelow() → Map<String, dynamic>?
Method that checks what properties map tile is currently
inherited
tilePropertiesListBelow() → List<Map<String, dynamic>>?
Method that checks what properties list map tile is currently
inherited
tileTypeBelow() → String?
Method that checks what type map tile is currently
inherited
tileTypeListBelow() → List<String>
Method that checks what types map tile is currently
inherited
toAbsoluteRect() → Rect
The bounding rectangle of the component in global coordinate space.
inherited
toLocal(Vector2 point) → Vector2
Transform point from the parent's coordinate space into the local coordinates. This function is the inverse of positionOf().
inherited
toRect() → Rect
Returns the bounding rectangle for this component.
inherited
toString() → String
A string representation of this object.
inherited
translate(double translateX, double translateY) → void
Method used to translate component
inherited
update(double dt) → void
This method is called periodically by the game engine to request that your component updates itself.
override
updatePosition(Vector2 position) → void
inherited
updateTree(double dt) → void
This method traverses the component tree and calls update on all its children according to their priority order, relative to the priority of the direct siblings, not the children or the ancestors.
inherited

Operators

operator ==(Object other) → bool
The equality operator.
inherited