QQPlot

Plots the quantiles of a set of data on the Y axis against the theoretical qualtiles or the quantiles of another set of data on the X axis.

class QQPlot : ScatterPlot {

}

Members

lineColor Color lineColor(): The color of the y = x line that indicates identical distributions. The default is red.
lineColor This lineColor(Color newColor): Setter
lineWidth double lineWidth(): The width of the line that indicates identical distributions. The default is 2.
lineWidth This lineWidth(double newWidth): Setter.
toLabeledFigure Figure toLabeledFigure(): Default x label is "Theoretical Quantiles". Default y label is "Empirical Quantiles".

opCall QQPlot opCall(R dataRange, C quantileFunction): Create a QQPlot. dataRange must be an input range with elements implicitly convertible to doubles. quantileFunction must be a callable (function pointer, delegate, functor, etc.) mapping any number between 0 and 1 to its quantile.

pointColor Color pointColor(): The color of each point on the plot.
pointColor This pointColor(Color newColor): Setter.
pointSymbol char pointSymbol(): The symbol that should be used on the plot. x and o work pretty well. The default is x.
pointSymbol This pointSymbol(char newSymbol): Setter
pointSize int pointSize(): The size of a point. (Default 10).
pointSize This pointSize(int newSize): Setter
opCall ScatterPlot opCall(R1 x, R2 y): Factory method for creating a ScatterPlot. x and y must both be input ranges of the same length, with elements implicitly convertible to doubles. Note that they are copied inside the factory, so changes to the original ranges after calling this factory will not affect the plot.
opCall ScatterPlot opCall(R y): Convenience factory that produces a ScatterPlot with a default X axis numbered 1, 2, ..., N where N is the number of points. Mostly useful for quick and dirty plots.