core/com.patrykandpatrick.vico.core.cartesian/CartesianChart

CartesianChart

@Stable
open class CartesianChart(layers: CartesianLayer<*>, startAxis: Axis<Axis.Position.Vertical.Start>? = null, topAxis: Axis<Axis.Position.Horizontal.Top>? = null, endAxis: Axis<Axis.Position.Vertical.End>? = null, bottomAxis: Axis<Axis.Position.Horizontal.Bottom>? = null, val marker: CartesianMarker? = null, markerVisibilityListener: CartesianMarkerVisibilityListener? = null, val layerPadding: (ExtraStore) -> CartesianLayerPadding = { CartesianLayerPadding() }, legend: Legend<CartesianMeasuringContext, CartesianDrawingContext>? = null, fadingEdges: FadingEdges? = null, decorations: List<Decoration> = emptyList(), persistentMarkers: CartesianChart.PersistentMarkerScope.(ExtraStore) -> Unit? = null, getXStep: (CartesianChartModel) -> Double = { it.getXDeltaGcd() }) : CartesianLayerMarginUpdater<CartesianChartModel>

A chart based on a Cartesian coordinate plane, composed of CartesianLayers.

Parameters

startAxis

the start Axis.

topAxis

the top Axis.

endAxis

the end Axis.

bottomAxis

the bottom Axis.

Constructors

Link copied to clipboard
constructor(vararg layers: CartesianLayer<*>, startAxis: Axis<Axis.Position.Vertical.Start>? = null, topAxis: Axis<Axis.Position.Horizontal.Top>? = null, endAxis: Axis<Axis.Position.Vertical.End>? = null, bottomAxis: Axis<Axis.Position.Horizontal.Bottom>? = null, marker: CartesianMarker? = null, markerVisibilityListener: CartesianMarkerVisibilityListener? = null, layerPadding: (ExtraStore) -> CartesianLayerPadding = { CartesianLayerPadding() }, legend: Legend<CartesianMeasuringContext, CartesianDrawingContext>? = null, fadingEdges: FadingEdges? = null, decorations: List<Decoration> = emptyList(), persistentMarkers: CartesianChart.PersistentMarkerScope.(ExtraStore) -> Unit? = null, getXStep: (CartesianChartModel) -> Double = { it.getXDeltaGcd() })

Types

Link copied to clipboard
fun interface PersistentMarkerScope

Facilitates adding persistent CartesianMarkers to CartesianCharts.

Properties

Link copied to clipboard
Link copied to clipboard
Link copied to clipboard
Link copied to clipboard
val layers: List<CartesianLayer<*>>

The CartesianLayers of which this CartesianChart is composed.

Link copied to clipboard
@get:RestrictTo(value = [RestrictTo.Scope.LIBRARY_GROUP])
val marker: CartesianMarker? = null

appears when the CartesianChart is tapped.

Link copied to clipboard
Link copied to clipboard

Functions

Link copied to clipboard
fun copy(vararg layers: CartesianLayer<*> = this.layers.toTypedArray(), startAxis: Axis<Axis.Position.Vertical.Start>? = this.startAxis, topAxis: Axis<Axis.Position.Horizontal.Top>? = this.topAxis, endAxis: Axis<Axis.Position.Vertical.End>? = this.endAxis, bottomAxis: Axis<Axis.Position.Horizontal.Bottom>? = this.bottomAxis, marker: CartesianMarker? = this.marker, markerVisibilityListener: CartesianMarkerVisibilityListener? = this.markerVisibilityListener, layerPadding: (ExtraStore) -> CartesianLayerPadding = this.layerPadding, legend: Legend<CartesianMeasuringContext, CartesianDrawingContext>? = this.legend, fadingEdges: FadingEdges? = this.fadingEdges, decorations: List<Decoration> = this.decorations, persistentMarkers: CartesianChart.PersistentMarkerScope.(ExtraStore) -> Unit? = this.persistentMarkers, getXStep: (CartesianChartModel) -> Double = this.getXStep): CartesianChart

Creates a new CartesianChart based on this one.

Link copied to clipboard
open operator override fun equals(other: Any?): Boolean
Link copied to clipboard
open override fun hashCode(): Int
Link copied to clipboard
open override fun updateHorizontalLayerMargins(context: CartesianMeasuringContext, horizontalLayerMargins: HorizontalCartesianLayerMargins, layerHeight: Float, model: CartesianChartModel)

Ensures that there are sufficient horizontal CartesianLayer-area margins.

Link copied to clipboard
open override fun updateLayerMargins(context: CartesianMeasuringContext, layerMargins: CartesianLayerMargins, layerDimensions: CartesianLayerDimensions, model: CartesianChartModel)

Ensures that there are sufficient CartesianLayer-area margins.