mplot3_bar: 'mplot3': Barplot
In egenn/rtemis: Machine Learning and Visualization

mplot3_bar

R Documentation

`mplot3`: Barplot

Description

Draw barplots

Usage

mplot3_bar(
  x,
  error = NULL,
  col = NULL,
  error.col = "white",
  error.lwd = 2,
  alpha = 1,
  beside = TRUE,
  border = NA,
  width = 1,
  space = NULL,
  xlim = NULL,
  ylim = NULL,
  xlab = NULL,
  ylab = NULL,
  main = NULL,
  las = 1.5,
  xnames = NULL,
  xnames.srt = 0,
  xnames.adj = ifelse(xnames.srt == 0, 0.5, 1),
  xnames.line = 0.5,
  xnames.font = 1,
  xnames.cex = 1,
  xnames.y.pad = 0.08,
  xnames.at = NULL,
  color.bygroup = FALSE,
  group.legend = NULL,
  legend.x = NULL,
  legend.y = NULL,
  group.names = NULL,
  legend.font = 1,
  bartoplabels = NULL,
  bartoplabels.line = 0,
  bartoplabels.font = 1,
  mar = c(2.5, 3, 2, 1),
  pty = "m",
  barplot.axes = FALSE,
  yaxis = TRUE,
  ylim.pad = 0.04,
  theme = rtTheme,
  palette = rtPalette,
  autolabel = letters,
  par.reset = TRUE,
  pdf.width = 6,
  pdf.height = 6,
  filename = NULL,
  ...
)

Arguments

`x`	Vector or Matrix: If Vector, each value will be drawn as a bar. If Matrix, each column is a vector, so multiple columns signify a different group. e.g. Columns could be months and rows could be N days sunshine, N days rainfall, N days snow, etc.
`error`	Vector or Matrix: If Vector, each value will be drawn as an error bar. If Matrix, each column is a vector, so multiple columns signify a different group.
`col`	Vector of colors to use
`alpha`	Float: Alpha to be applied to `col`
`border`	Color if you wish to draw border around bars, NA for no borders (Default)
`space`	Float: Space left free on either side of the bars, as a fraction of bar width. A single number or a vector, one value per bar. If `x` is a matrix, space can be length 2 vector, signifying space between bars within group and between groups. Default = c(0, 1) if x is matrix and `beside = TRUE`, otherwise Default = .2
`xlim`	Float vector, length 2: x-axis limits
`ylim`	Float vector, length 2: y-axis limits
`xlab`	Character: x-axis label
`ylab`	Character: y-axis label
`main`	Character: Plot title
`color.bygroup`	Logical: If TRUE, and input is a matrix, each group's bars will be given the same color, otherwise bars across groups will be given the same sequence of colors. Default = FALSE
`group.legend`	Logical: If TRUE, place `group.names` in a legend
`group.names`	(Optional) If multiple groups are plotted, use these names if `group.title = TRUE`
`mar`	Float, vector, length 4: Margins; see `par("mar")`
`pty`	Character: "s" gives a square plot; "m" gives a plot that fills graphics device size. Default = "m" (See `par("pty")`)
`theme`	Character: Run `themes()` for available themes
`palette`	Vector of colors, or Character defining a builtin palette - get options with `rtpalette()`
`autolabel`	Character vector to be used to generate autolabels when using rtlayout with `autolabel = TRUE`.
`par.reset`	Logical: If TRUE, reset `par` setting before exiting.
`pdf.width`	Float: Width in inches for pdf output (if `filename` is set).
`pdf.height`	Float: Height in inches for pdf output.
`filename`	Character: Path to file to save plot. Default = NULL
`...`	Additional arguments to `graphics::barplot`
`legend`	Logical: If TRUE, and input is matrix, draw legend for each case. Note: you may need to adjust `mar` and `legend.inset` if you want to place the legend outside the plot (can use e.g.`legend.inset = c(-.5, 0)`)