SimplePlots

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1. final def !=(arg0: Any): Boolean

   

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2. final def ##(): Int

   

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3. final def ==(arg0: Any): Boolean

   

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4. final def asInstanceOf[T0]: T0

   

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5. def binnedboxplot(dim1: Seq[Double], dim2: Seq[Double], main: String = "", xlab: String = "", ylab: String = "", xnames: Seq[String] = Nil, fontSize: RelFontSize = 1 fts, bins: Int = 10, xgrid: Boolean = false, ygrid: Boolean = true, xWidth: RelFontSize = 20 fts, yHeight: RelFontSize = 20 fts, boxColor: Colormap = Color.gray4, frame: Boolean = true, xLabelRotation: Double = 0d, yLabelRotation: Double = 0d): XYPlot

   

6. def boxplot(data: DataSourceWithQuantiles, main: String = "", xlab: String = "", ylab: String = "", xnames: Seq[String] = Nil, fontSize: RelFontSize = 1 fts, xgrid: Boolean = true, ygrid: Boolean = true, xWidth: RelFontSize = 20 fts, yHeight: RelFontSize = 20 fts, boxColor: Colormap = Color.gray4, frame: Boolean = true, xLabelRotation: Double = 0d, yLabelRotation: Double = 0d): BoxPlot

   

7. def boxplotFromLabels[T](data: Seq[(T, Double)], main: String = "", xlab: String = "", ylab: String = "", fontSize: RelFontSize = 1 fts, xgrid: Boolean = true, ygrid: Boolean = true, xWidth: RelFontSize = 20 fts, yHeight: RelFontSize = 20 fts, boxColor: Colormap = Color.gray4, frame: Boolean = true, xLabelRotation: Double = 0d, yLabelRotation: Double = 0d, useLabels: Boolean = true)(implicit arg0: Ordering[T]): BoxPlot

   

8. def boxplotImpl(bxdata: DataSource, main: String = "", xlab: String = "", ylab: String = "", xnames: Seq[String] = Nil, fontSize: RelFontSize = 1 fts, xgrid: Boolean = true, ygrid: Boolean = true, xWidth: RelFontSize = 20 fts, yHeight: RelFontSize = 20 fts, boxColor: Colormap = Color.gray4, frame: Boolean = true, xLabelRotation: Double = 0d, yLabelRotation: Double = 0d): BoxPlot

   

9. def clone(): AnyRef

   

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10. def contourplot(xlim: (Double, Double), ylim: (Double, Double), f: (Double, Double) ⇒ Double, n: Int, levels: Int, main: String = "", xlab: String = "", ylab: String = "", fontSize: RelFontSize = 1 fts, xgrid: Boolean = true, ygrid: Boolean = true, xWidth: RelFontSize = 20 fts, yHeight: RelFontSize = 20 fts, frame: Boolean = true): XYPlot

    

11. final def eq(arg0: AnyRef): Boolean

    

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12. def equals(arg0: Any): Boolean

    

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13. def finalize(): Unit

    

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14. final def getClass(): Class[_]

    

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15. def hashCode(): Int

    

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16. final def isInstanceOf[T0]: Boolean

    

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17. final def ne(arg0: AnyRef): Boolean

    

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18. final def notify(): Unit

    

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19. final def notifyAll(): Unit

    

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20. def rasterplot(data: DataSource, main: String = "", xlab: String = "", ylab: String = "", xFontSize: RelFontSize = 1 fts, yFontSize: RelFontSize = 1 fts, mainFontSize: RelFontSize = 1 fts, colormap: Colormap = HeatMapColors(0, 1), xnames: Seq[(Double, String)] = Seq(), ynames: Seq[(Double, String)] = Seq(), xCol: Int = 0, yCol: Int = 1, zCol: Int = 2, xWidth: RelFontSize = 20 fts, yHeight: RelFontSize = 20 fts, valueText: Boolean = false, valueColor: Color = Color.black, valueFontSize: RelFontSize = 0.4 fts, tickLength: RelFontSize = 0.4 fts, zlim: Option[(Double, Double)] = None, frame: Boolean = true, xLabelRotation: Double = .5 * math.Pi, yLabelRotation: Double = 0d): RasterPlot

    

21. def stackedBarPlot(data: DataSource, legend: Seq[(Int, String, Colormap)], xCol: Int = 0, relative: Boolean = false, main: String = "", xlab: String = "", ylab: String = "", xnames: Seq[(Double, String)] = Seq(), ynames: Seq[(Double, String)] = Seq(), xlim: Option[(Double, Double)] = None, ylim: Option[(Double, Double)] = None, xLabFontSize: RelFontSize = 1 fts, yLabFontSize: RelFontSize = 1 fts, mainFontSize: RelFontSize = 1 fts, xNumTicks: Int = 4, yNumTicks: Int = 4, axisMargin: Double = 0.05, legendFontSize: RelFontSize = 1 fts, legendWidth: RelFontSize = 30 fts, xgrid: Boolean = true, ygrid: Boolean = true, xWidth: RelFontSize = 20 fts, yHeight: RelFontSize = 20 fts, frame: Boolean = true, xLabelRotation: Double = 0d, yLabelRotation: Double = 0d): XYPlot

    

22. final def synchronized[T0](arg0: ⇒ T0): T0

    

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23. def toString(): String

    

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24. final def wait(): Unit

    

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25. final def wait(arg0: Long, arg1: Int): Unit

    

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26. final def wait(arg0: Long): Unit

    

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27. def xyplot(data: (DataSource, List[DataRenderer], LegendConfig)*)(xlog: Boolean = false, ylog: Boolean = false, main: String = "", xlab: String = "", ylab: String = "", xnames: Seq[(Double, String)] = Seq(), ynames: Seq[(Double, String)] = Seq(), xlim: Option[(Double, Double)] = None, ylim: Option[(Double, Double)] = None, draw1Line: Boolean = false, extraLegend: Seq[(String, nspl.LegendElem)] = Nil, xLabFontSize: RelFontSize = 1 fts, yLabFontSize: RelFontSize = 1 fts, mainFontSize: RelFontSize = 1 fts, xNumTicks: Int = 4, yNumTicks: Int = 4, axisMargin: Double = 0.05, legendFontSize: RelFontSize = 1 fts, legendWidth: RelFontSize = 30 fts, xgrid: Boolean = true, ygrid: Boolean = true, xWidth: RelFontSize = 20 fts, yHeight: RelFontSize = 20 fts, frame: Boolean = true, xLabelRotation: Double = 0d, yLabelRotation: Double = 0d): XYPlot