Struct fui_controls::ScrollBar

pub struct ScrollBar {
    pub orientation: Orientation,
    pub min_value: Property<f32>,
    pub max_value: Property<f32>,
    pub value: Property<f32>,
    pub viewport_size: Property<f32>,
}

Fields

orientation: Orientation

min_value: Property<f32>

max_value: Property<f32>

value: Property<f32>

viewport_size: Property<f32>

Implementations

impl ScrollBar

pub fn builder() -> ScrollBarBuilder<((), (), (), (), ())>

Create a builder for building ScrollBar. On the builder, call .orientation(...)(optional), .min_value(...)(optional), .max_value(...)(optional), .value(...)(optional), .viewport_size(...)(optional) to set the values of the fields (they accept Into values). Finally, call .build() to create the instance of ScrollBar.

impl ScrollBar

pub fn to_view(
    self,
    style: Option<Box<dyn Style<Self>>>,
    context: ViewContext
) -> Rc<RefCell<StyledControl<Self>>>

Trait Implementations

impl Style<ScrollBar> for DefaultScrollBarStyle

fn setup(&mut self, data: &mut ScrollBar, control_context: &mut ControlContext)

fn handle_event(
    &mut self,
    data: &mut ScrollBar,
    _control_context: &mut ControlContext,
    _drawing_context: &mut dyn DrawingContext,
    _event_context: &mut dyn EventContext,
    event: ControlEvent
)

fn measure(
    &mut self,
    data: &mut ScrollBar,
    _control_context: &mut ControlContext,
    _drawing_context: &mut dyn DrawingContext,
    size: Size
)

fn set_rect(
    &mut self,
    data: &mut ScrollBar,
    _control_context: &mut ControlContext,
    rect: Rect
)

fn get_rect(&self, _control_context: &ControlContext) -> Rect

fn hit_test(
    &self,
    _data: &ScrollBar,
    _control_context: &ControlContext,
    point: Point
) -> HitTestResult

fn to_primitives(
    &self,
    data: &ScrollBar,
    _control_context: &ControlContext,
    _drawing_context: &mut dyn DrawingContext
) -> (Vec<Primitive>, Vec<Primitive>)