plots a coxcomb graph, a special pie chart, for which the frequency is proportional to the area of the corresponding segment and the angles of the segments are all equal. Consequently, the frequency is proportional to the square of the radius of the segment.
Generates a boxplot with mean line and median line. Outliers outside the interval [Q_25-3*IQR, Q_75+3*IQR] will be plotted as crosses, outliers outside the interval [Q_25-1.5*IQR, Q_75+1.5*IQR] will be plotted as circles.
generates a boxplot of classified data with mean line and median line. Outliers outside the interval [Q_25-3*IQR, Q_75+3*IQR] will be plotted as crosses, outliers ouside the interval [Q_25-1.5*IQR, Q_75+1.5*IQR] will be plotted as circles.
Generates a boxplot with the mean line. The box borders are plus/minus one standard deviation of the mean line and the whiskers are plus/minus two standard deviations.
generates a boxplot of classified data with the mean line. The box borders are plus/minus one standard deviation from the mean line and the whiskers plus/minus two standard deviations.
Generates a boxplot with the median line. The box borders are the percentiles which are equivalent to the mean plus/minus one standard deviation in the normal case (16% and 84% percentile) and the whiskers are equivalent to to the mean plus/minus two standard deviations in the normal case (2.5% and
generates a boxplot of classified data with the median line. The box borders are the percentiles which are equivalent to the mean plus/minus one standard deviation in the normal case (16% and 84% percentile) and the whiskers are equivalent to the mean plus/minus two standard deviations in the norma
A coxcomb graph is a special pie chart. Its frequency is proportional to the area of the corresponding segment and the angles of the segments are all equal. Consequently, the frequency is proportional to the square of the radius of the segment.