jitter_1d_loon: Jittered dot plot in 1d using the interactive loon package

In zenplots: Zigzag Expanded Navigation Plots

Jittered dot plot in 1d using the interactive loon package

Description

Jittered dot plot in 1d using the interactive loon package

Usage

jitter_1d_loon(
  zargs,
  linkingGroup = NULL,
  showLabels = FALSE,
  showScales = FALSE,
  showGuides = FALSE,
  glyph = "ocircle",
  itemLabel = NULL,
  showItemLabels = TRUE,
  parent = NULL,
  ...
)

Arguments

zargs	The argument list as passed from zenplot()
linkingGroup	A string specifying the initial group of plots to be linked to this plot
showLabels	Logical determining whether axis labels are displayed
showScales	Logical determining whether scales are displayed
showGuides	Logical determining whether the background guidelines are displayed
glyph	Glyph to be used for points, default is the open circle: "ocircle"
itemLabel	A vector of strings to serve as the item labels
showItemLabels	Logical determing whether item labels display on mouse hover
parent	The tk parent for this loon plot widget
...	Additional parameters passed to loon::l_plot()

Value

A loon loon::l_plot(...)

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 1d plot functions using the interactive loon package: arrow_1d_loon(), boxplot_1d_loon(), density_1d_loon(), hist_1d_loon(), label_1d_loon(), lines_1d_loon(), points_1d_loon(), rect_1d_loon(), rug_1d_loon()

Other default 1d plot functions: arrow_1d_graphics(), arrow_1d_grid(), arrow_1d_loon(), boxplot_1d_graphics(), boxplot_1d_grid(), boxplot_1d_loon(), density_1d_graphics(), density_1d_grid(), density_1d_loon(), extract_1d(), hist_1d_graphics(), hist_1d_grid(), hist_1d_loon(), jitter_1d_graphics(), jitter_1d_grid(), label_1d_graphics(), label_1d_grid(), label_1d_loon(), lines_1d_graphics(), lines_1d_grid(), lines_1d_loon(), points_1d_graphics(), points_1d_grid(), points_1d_loon(), rect_1d_graphics(), rect_1d_grid(), rect_1d_loon(), rug_1d_graphics(), rug_1d_grid(), rug_1d_loon()

zenplots documentation built on Nov. 8, 2023, 1:10 a.m.