View source: R/girafe_options.R
opts_hover | R Documentation |
Allows customization of the rendering
of graphic elements when the user hovers over them with the cursor (mouse pointer).
Use opts_hover
for interactive geometries in panels,
opts_hover_key
for interactive scales/guides and
opts_hover_theme
for interactive theme elements.
Use opts_hover_inv
for the effect on the rest of the geometries,
while one is hovered (inverted operation).
opts_hover(css = NULL, reactive = FALSE, nearest_distance = NULL)
opts_hover_inv(css = NULL)
opts_hover_key(css = NULL, reactive = FALSE)
opts_hover_theme(css = NULL, reactive = FALSE)
css |
css to associate with elements when they are hovered.
It must be a scalar character. It can also be constructed with
|
reactive |
if TRUE, in Shiny context, hovering will set Shiny input values. |
nearest_distance |
a scalar positive number defining the maximum distance to use
when using the |
IMPORTANT: When applying a fill
style with the css
argument,
be aware that the browser's CSS engine will apply it also to line elements,
if there are any that use the hovering feature. This will cause an undesired effect.
To overcome this, supply the argument css
using girafe_css()
,
in order to set the fill
style only for the desired elements.
girafe_css()
, girafe_css_bicolor()
Other girafe animation options:
girafe_defaults()
,
girafe_options()
,
init_girafe_defaults()
,
opts_selection()
,
opts_sizing()
,
opts_toolbar()
,
opts_tooltip()
,
opts_zoom()
,
set_girafe_defaults()
library(ggplot2)
dataset <- mtcars
dataset$carname = row.names(mtcars)
gg <- ggplot(
data = dataset,
mapping = aes(x = wt, y = qsec, color = disp,
tooltip = carname, data_id = carname) ) +
geom_point_interactive() + theme_minimal()
x <- girafe(ggobj = gg)
x <- girafe_options(x,
opts_hover(css = "fill:wheat;stroke:orange;r:5pt;") )
if( interactive() ) print(x)
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