Struct RangedCoord 

pub struct RangedCoord<X: Ranged, Y: Ranged> { /* private fields */ }

The coordinate described by two ranged value

Implementations

impl<X: Ranged, Y: Ranged> RangedCoord<X, Y>

pub fn new<IntoX: Into<X>, IntoY: Into<Y>>( logic_x: IntoX, logic_y: IntoY, actual: (Range<i32>, Range<i32>), ) -> Self

Create a new ranged value coordinate system

pub fn draw_mesh<E, DrawMesh: FnMut(MeshLine<'_, X, Y>) -> Result<(), E>>( &self, h_limit: usize, v_limit: usize, draw_mesh: DrawMesh, ) -> Result<(), E>

Draw the mesh for the coordinate system

pub fn get_x_range(&self) -> Range<X::ValueType>

Get the range of X axis

pub fn get_y_range(&self) -> Range<Y::ValueType>

Get the range of Y axis

Trait Implementations

impl<X: Ranged, Y: Ranged> CoordTranslate for RangedCoord<X, Y>

type From = (<X as Ranged>::ValueType, <Y as Ranged>::ValueType)

fn translate(&self, from: &Self::From) -> BackendCoord

Translate the guest coordinate to the guest coordinate

impl<X: ReversableRanged, Y: ReversableRanged> ReverseCoordTranslate for RangedCoord<X, Y>

fn reverse_translate(&self, input: BackendCoord) -> Option<Self::From>

Reverse translate the coordinate from the drawing coordinate to the logic coordinate. Note: the return value is an option, because it’s possible that the drawing coordinate isn’t able to be represented in te guest cooredinate system