![]() ![]() "LeafSpacing" can be set to a non-negative integer or Automatic. "LeafSpacing" indicates the number of spaces to display between leaves. This is also the number of digits displayed for each leaf if leaves are displayed as "Digits". The "LeafDigits" option specifies the number of digits beyond the stem to use in computing leaves. Whether data entries should be rounded before determining leaves ![]() Specifies when leaves should be wrapped to a new line The number of spaces between displayed leaves The number of digits to use for each leaf With IncludeStemCounts-> Automatic, counts are only included if the Leaves option is set to None. ![]() ![]() Possible values are True, False, and Automatic. If included, counts are displayed in the rightmost column in a stem ‐and ‐leaf plot of a single vector, and in the leftmost and rightmost columns for a side ‐by ‐side stem ‐and ‐leaf plot. The IncludeStemCounts option specifies whether a column of counts should be included for each vector of real values plotted. The IncludeStemUnits option specifies whether or not a reminder of the stem units should be included in the plot. The possible values for this option are True and False. The IncludeEmptyStems option specifies whether stems within the data range should be included if they have no leaves. With ColumnLabels-> Automatic, the stem column is labeled Stem, leaf columns are labeled Leaves, and count columns are labeled Counts. The ColumnLabels option value can be a list of a length equal to the number of columns in the plot or Automatic. The ColumnLabels option can be used to specify the labels for the columns of the plot. The setting Leaves-> None is most useful for plotting large datasets as stems and counts instead of displaying all the leaves. With Leaves-> None, leaves are not included in the plot. With Leaves->"Tallies", leaves are represented as tally marks. The Leaves option value can be "Digits", "Tallies", or None. With StemExponent-> Automatic, the exponent is chosen based on the magnitudes of the data. If it is an integer, the stem unit is taken to be. The value of StemExponent can be an integer or Automatic. Whether to include a column of counts along with the leaves Whether stem units should be included in the plot Whether stems without leaves should be displayed Stem units given as an integer power of 10 In addition, all of the usual Graphics options are accepted. An interesting effect can be derived by setting this option to -1, where all the subgraphs are overlaid. The DataRanges option accepts a list of range specifications, which can be used to restrict the points to be plotted. The BarOrigin option applies to the entire plot, not just the bars.ĭirection in which scatter plots are generatedĪ variety of options can be used to control the appearance of the plot. Note that unless the ChartLabels option is set to Automatic, it will simply apply the labels cyclically to the bars in the order they appear they only correspond to the categories in the Automatic case. Most of these behave the same as their BarChart counterparts. The various Bar and Chart options are drawn from BarChart. It also accepts the usual Graphics options. ParetoPlot accepts a number of options common to bar charts and line plots, as detailed in the above table. The second technique (unimodal instruction) employed a textual manual. The first learning method (multimodal instruction) involved the use of a visual manual. of Experimental Educ., 2002: 215–239) described an experiment carried out to compare students’ mastery of certain software learned in two different ways. The article “Multimodal Versus Unimodal Instruction in a Complex Learning Environment” (J. ![]()
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