asymmetricalScatterMatrix: asymmetricalScatterMatrix
In userfriendlyscience: Quantitative Analysis Made Accessible

Description Usage Arguments Value Author(s) Examples

View source: R/asymmetricalScatterMatrix.R

This function generates an asymmetrical scatterMatrix with histograms showing the distribution of each variable.

asymmetricalScatterMatrix(dat, cols, rows, theme = dlvTheme(),
                          autoSize = TRUE,
                          txtHeight = 1, histHeight = 3,
                          scatterWidth = 6, scatterHeight = 6, unit = "cm",
                          dpi = 200, showCorrelations=c('top-left',
                          'top-right', 'bottom-left', 'bottom-right'),
                          correlationSize = 15,
                          correlationColor = "#cadded",
                          pointSize = 1.5)

`dat`	The dataframe containing the items to show in the `scatterMatrix`.
`cols`	The variable names of the variables to place on the columns.
`rows`	The variable names of the variables to place on the rows.
`theme`	Which ggplot theme to use.
`autoSize`	Whether to resize the plot depending on the viewport (i.e. device that is being drawn to) or whether to use the four measurements specified below (`txtHeight`, `histHeight`, `scatterWidth`, and `scatterHeight`) to size the plot.
`txtHeight, histHeight, scatterWidth, scatterHeight`	These numbers are used to determine the space used for displaying the scatterplots, histograms, and labels in the final scatterMatrix.
`unit`	The unit in which txtHeight, histHeight, scatterWidth, and scatterheight are provided.
`dpi`	The DPI of the final plot.
`showCorrelations`	Where to display correlation coefficients; set to NULL to display no correlation coefficients.
`correlationSize`	The size(s) of the correlation coefficient(s).
`correlationColor`	The color of the correlation coefficient(s).
`pointSize`	The size of the points in the scatterplots.

A scatterMatrix, just not symmetrical.

Gjalt-Jorn Peters

Maintainer: Gjalt-Jorn Peters <gjalt-jorn@userfriendlyscience.com>

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asymmetricalScatterMatrix(infert, cols=c("parity", "age"),
                          rows=c("induced", "case", "spontaneous"),
                          showCorrelations="top-right");