Koala Plot Core/io.github.koalaplot.core.line/StackedAreaPlotDataAdapter

StackedAreaPlotDataAdapter

class StackedAreaPlotDataAdapter<X>(xData: List<X>, yData: List<List<Float>>) : AbstractList<StackedAreaPlotEntry<X, Float>>

Adapts data for use in a StackedAreaPlot where the input data consists of a List of x-axis coordinates and multiple Lists of Float y-axis coordinates, one per line, where the values are before stacking. This adapter will sum y-axis values to compute each line's height in the StackedAreaPlot. The size of xData and all series in yData must be equal.

Constructors

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constructor(xData: List<X>, yData: List<List<Float>>)

Properties

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open override val size: Int

Functions

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fun List<Double>.autoScaleRange(): ClosedFloatingPointRange<Double>

Calculates an ClosedFloatingPointRange that can be used with a DoubleLinearAxisModel based on the min/max values of the provided list of Doubles. If the list is empty, returns a range of 0..1.

@JvmName(name = "autoScaleFloatRange")
fun List<Float>.autoScaleRange(): ClosedFloatingPointRange<Float>

Calculates an ClosedFloatingPointRange that can be used with a FloatLinearAxisModel based on the min/max values of the provided list of Floats. If the list is empty, returns a range of 0..1.

fun List<Int>.autoScaleRange(): IntRange

Calculates an IntRange that can be used with a IntLinearAxisModel based on the min/max values of the provided list of Ints. If the list is empty, returns a range of 0..1.

fun List<Long>.autoScaleRange(): LongRange

Calculates a LongRange that can be used with a LongLinearAxisModel based on the min/max values of the provided list of Longs. If the list is empty, returns a range of 0..1.

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fun <Y> List<Point<Double, Y>>.autoScaleXRange(): ClosedFloatingPointRange<Double>
fun <Y> List<Point<Float, Y>>.autoScaleXRange(): ClosedFloatingPointRange<Float>
fun <Y> List<Point<Int, Y>>.autoScaleXRange(): IntRange
fun <Y> List<Point<Long, Y>>.autoScaleXRange(): LongRange

Calculates a ClosedFloatingPointRange that can be used with a LinearAxisModel based on the min/max X values of the provided list of Points.

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fun <X> List<Point<X, Double>>.autoScaleYRange(): ClosedFloatingPointRange<Double>
fun <X> List<Point<X, Float>>.autoScaleYRange(): ClosedFloatingPointRange<Float>
fun <X> List<Point<X, Int>>.autoScaleYRange(): IntRange
fun <X> List<Point<X, Long>>.autoScaleYRange(): LongRange

Calculates a ClosedFloatingPointRange that can be used with a LinearAxisModel based on the min/max Y values of the provided list of Points.

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open operator override fun contains(element: StackedAreaPlotEntry<X, Float>): Boolean
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open override fun containsAll(elements: Collection<StackedAreaPlotEntry<X, Float>>): Boolean
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open operator override fun equals(other: Any?): Boolean
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open operator override fun get(index: Int): StackedAreaPlotEntry<X, Float>
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open override fun hashCode(): Int
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open override fun indexOf(element: StackedAreaPlotEntry<X, Float>): Int
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open override fun isEmpty(): Boolean
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open operator override fun iterator(): Iterator<StackedAreaPlotEntry<X, Float>>
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open override fun lastIndexOf(element: StackedAreaPlotEntry<X, Float>): Int
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open override fun subList(fromIndex: Int, toIndex: Int): List<StackedAreaPlotEntry<X, Float>>
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open override fun toString(): String