visualize

Type Members

1. case class BarChart[C, Y, D, H](dataFn: () ⇒ D, drawKey: Boolean = true, width: Int = 700, height: Int = 600, border: Int = 50, barWidthPercent: Double = 0.80, keyLeftPadding: Int = 20, keyTopPadding: Int = 50, keyWidth: Int = 80, title: Option[String] = None, keyTitle: Option[String] = None, normalFontName: String = "Courier New", normalFontSize: Int = 12, titleFontName: String = "Palatino", titleFontSize: Int = 20, xAxis: Option[Y] = None, xAxisLabel: Option[String] = None, yAxisLabel: Option[String] = None, labelAngle: Option[UnittedQuantity[Angle, Double]] = Some(36d *: angleDouble.degree), colorOf: (C) ⇒ Color = (c: C) => Color.blue, hoverOf: (C) ⇒ Option[H] = (c: C) => None, linkOf: (C) ⇒ Option[(URL, Color)] = (c: C) => None)(implicit showC: Show[C], showH: Show[H], zeroY: Zero[Y], orderY: Order[Y], ticsY: Tics[Y], eqY: Eq[Y], plottableY: Plottable[Y], dataView: DataView[C, Y, D], lengthSpaceY: LengthSpace[Y, _, Double]) extends Product with Serializable

   

2. case class BarChartGrouped[G, S, Y, D, H](dataFn: () ⇒ D, drawKey: Boolean = true, width: Int = 700, height: Int = 600, border: Int = 50, barWidthPercent: Double = 0.80, keyLeftPadding: Int = 20, keyTopPadding: Int = 50, keyWidth: Int = 80, title: Option[String] = None, keyTitle: Option[String] = None, normalFontName: String = "Courier New", normalFontSize: Int = 12, titleFontName: String = "Palatino", titleFontSize: Int = 20, xAxis: Option[Y] = None, xAxisLabel: Option[String] = None, yAxisLabel: Option[String] = None, labelAngle: Option[UnittedQuantity[Angle, Double]] = Some(36d *: angleDouble.degree), colorOf: (G, S) ⇒ Color, hoverOf: (G, S) ⇒ Option[H] = (g: G, s: S) => None, linkOf: (G, S) ⇒ Option[(URL, Color)] = (g: G, s: S) => None)(implicit showG: Show[G], showS: Show[S], showH: Show[H], orderY: Order[Y], zeroY: Zero[Y], ticsY: Tics[Y], lengthSpaceY: LengthSpace[Y, _, Double], groupedDataView: GroupedDataView[G, S, Y, D]) extends Product with Serializable

   

3. case class BarChartGroupedView[G, S, Y, D, H](chart: BarChartGrouped[G, S, Y, D, H], data: D) extends Product with Serializable

   

4. case class BarChartView[C, Y, D, H](chart: BarChart[C, Y, D, H], data: D) extends Product with Serializable

   

5. case class Color(r: Int, g: Int, b: Int) extends Product with Serializable

   

6. trait DataView[X, Y, D] extends AnyRef

   

   implicits for Plot and BarChart

   implicits for Plot and BarChart

   Annotations

   @implicitNotFound( ... )

7. trait GroupedDataView[G, S, Y, D] extends AnyRef

   

   implicits for BarChartGrouped

   implicits for BarChartGrouped

   Annotations

   @implicitNotFound( ... )

8. case class KMeansVisualization[D, F, G, M](classifier: KMeans[D, F, G, M], colorOf: (Int) ⇒ Color, width: Int = 600, height: Int = 600, border: Int = 50, pointDiameter: Int = 10, fontName: String = "Courier New", fontSize: Int = 12) extends Product with Serializable

   

9. case class PixelatedColoredArea[X, Y, V](f: (X, X, Y, Y) ⇒ V, c: (V) ⇒ Color, width: Int = 600, height: Int = 600, minX: X, maxX: X, minY: Y, maxY: Y)(implicit evidence$1: Eq[X], evidence$2: Eq[Y], lengthX: LengthSpace[X, X, Double], lengthY: LengthSpace[Y, Y, Double]) extends Product with Serializable

   

10. case class Plot[S, X, Y, D](dataFn: () ⇒ Seq[(S, D)], connect: Boolean = true, drawKey: Boolean = true, width: Int = 700, height: Int = 600, border: Int = 50, pointDiameter: Int = 4, keyLeftPadding: Int = 20, keyTopPadding: Int = 50, keyWidth: Int = 80, fontName: String = "Courier New", fontSize: Int = 12, bold: Boolean = false, titleFontName: String = "Palatino", titleFontSize: Int = 20, colorOf: (S) ⇒ Color, title: Option[String] = None, keyTitle: Option[String] = None, xAxis: Option[Y] = None, xAxisLabel: Option[String] = None, yAxis: Option[X] = None, yAxisLabel: Option[String] = None)(implicit sShow: Show[S], xZero: Zero[X], xts: Tics[X], xEq: Eq[X], xLength: LengthSpace[X, _, Double], yZero: Zero[Y], yts: Tics[Y], yEq: Eq[Y], yLength: LengthSpace[Y, _, Double], plotDataView: PlotDataView[S, X, Y, D]) extends Product with Serializable

    

11. trait PlotDataView[S, X, Y, D] extends AnyRef

    

    Annotations

    @implicitNotFound( ... )

12. case class PlotView[S, X, Y, D](plot: Plot[S, X, Y, D], data: Seq[(S, D)]) extends Product with Serializable

    

13. case class Point2D[X, Y](x: X, y: Y) extends Product with Serializable

    

14. case class ScaledArea2D[X, Y](left: Double, right: Double, top: Double, bottom: Double, minX: X, maxX: X, minY: Y, maxY: Y)(implicit eqX: Eq[X], eqY: Eq[Y], lengthX: LengthSpace[X, _, Double], lengthY: LengthSpace[Y, _, Double]) extends Product with Serializable

    

15. trait ScatterDataView[X, Y, D] extends AnyRef

    

    TODO this typeclass is abstract enough that it now belongs in axle.algebra and should be renamed.

    TODO this typeclass is abstract enough that it now belongs in axle.algebra and should be renamed.

    Annotations

    @implicitNotFound( ... )

16. case class ScatterPlot[S, X, Y, D](dataFn: () ⇒ D, width: Double = 600d, height: Double = 600d, border: Double = 50d, diameterOf: (X, Y) ⇒ Double = (x: X, y: Y) => 10d, colorOf: (X, Y) ⇒ Color = (x: X, y: Y) => Color.red, labelOf: (X, Y) ⇒ Option[(S, Boolean)] = (x: X, y: Y) => None, fontName: String = "Courier New", fontSize: Double = 12d, bold: Boolean = false, titleFontName: String = "Palatino", titleFontSize: Double = 20d, title: Option[String] = None, drawXTics: Boolean = true, drawXTicLines: Boolean = true, drawYTics: Boolean = true, drawYTicLines: Boolean = true, drawBorder: Boolean = true, xRange: Option[(X, X)] = None, yAxis: Option[X] = None, yRange: Option[(Y, Y)] = None, xAxis: Option[Y] = None, xAxisLabel: Option[String] = None, yAxisLabel: Option[String] = None)(implicit evidence$1: Eq[X], evidence$2: Tics[X], evidence$3: Order[X], evidence$4: Eq[Y], evidence$5: Tics[Y], evidence$6: Order[Y], lengthX: LengthSpace[X, X, Double], lengthY: LengthSpace[Y, Y, Double], dataView: ScatterDataView[X, Y, D], showS: Show[S]) extends Product with Serializable

    

    labelOf optionally returns a double:

    labelOf optionally returns a double:

    1. The label of the given data point

    2. A Boolean representing whether that label should be permanently displayed vs. just shown as a tooltip/mouseover