arrow_1d_loon: Arrow plot in 1d using the interactive loon package

In zenplots: Zigzag Expanded Navigation Plots

Arrow plot in 1d using the interactive loon package

Description

Arrow plot in 1d using the interactive loon package

Usage

arrow_1d_loon(
  zargs,
  loc = c(0.5, 0.5),
  length = 0.6,
  angle = NULL,
  linkingGroup = NULL,
  showLabels = FALSE,
  showScales = FALSE,
  showGuides = FALSE,
  baseplot = NULL,
  parent = NULL,
  ...
)

Arguments

zargs	The argument list as passed from zenplot()
loc	The (x,y) location of the center of the arrow
length	The length of the arrow
angle	The angle from the shaft to the edge of the arrow head
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
baseplot	If non-null the base plot on which the plot should be layered
parent	The tk parent for this loon plot widget
...	Additional parameters passed to loon::l_layer_line(...)

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: boxplot_1d_loon(), density_1d_loon(), hist_1d_loon(), jitter_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(), 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(), jitter_1d_loon(), 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.