bayesplot-colors | R Documentation |
Set, get, or view color schemes. Choose from a preset scheme or create a custom scheme. See the Available color schemes section below for a list of available scheme names. The Custom color schemes section describes how to specify a custom scheme.
color_scheme_set(scheme = "blue")
color_scheme_get(scheme = NULL, i = NULL)
color_scheme_view(scheme = NULL)
scheme |
For For For See the Available color schemes section below for a list of available scheme names. The Custom color schemes section describes how to specify a custom scheme. |
i |
For |
color_scheme_set()
has the side effect of setting the color scheme
used for plotting. It also returns (invisibly) a list of
the hexadecimal color values used in scheme
.
color_scheme_get()
returns a list of the hexadecimal color
values (without changing the current scheme). If the scheme
argument
is not specified the returned values correspond to the current color
scheme. If the optional argument i
is specified then the returned
list only contains length(i)
elements.
color_scheme_view()
returns a ggplot object if only a single scheme is
specified and a gtable object if multiple schemes names are specified.
Currently, the available preset color schemes are:
"blue"
, "brightblue"
"gray"
, "darkgray"
"green"
"pink"
"purple"
"red"
"teal"
"yellow"
"viridis"
, "viridisA"
,
"viridisB"
, "viridisC"
, "viridisD"
, "viridisE"
"mix-x-y"
, replacing x
and y
with any two of
the scheme names listed above (e.g. "mix-teal-pink", "mix-blue-red",
etc.). The order of x
and y
matters, i.e., the color schemes
"mix-blue-red"
and "mix-red-blue"
are not identical. There is no
guarantee that every possible mixed scheme will look good with every
possible plot.
"brewer-x"
, replacing x
with the name of a palette available from
RColorBrewer::brewer.pal()
(e.g., brewer-PuBuGn
).
If you have a suggestion for a new color scheme please let us know via the bayesplot issue tracker.
A bayesplot color scheme consists of six colors. To specify a custom color scheme simply pass a character vector containing either the names of six colors or six hexadecimal color values (or a mix of names and hex values). The colors should be in order from lightest to darkest. See the end of the Examples section for a demonstration.
theme_default()
for the default ggplot theme used by
bayesplot and bayesplot_theme_set()
to change it.
color_scheme_set("blue")
color_scheme_view()
color_scheme_get()
color_scheme_get(i = c(3, 5)) # 3rd and 5th colors only
color_scheme_get("brightblue")
color_scheme_view("brightblue")
# compare multiple schemes
color_scheme_view(c("pink", "gray", "teal"))
color_scheme_view(c("viridis", "viridisA", "viridisB", "viridisC"))
color_scheme_set("pink")
x <- example_mcmc_draws()
mcmc_intervals(x)
color_scheme_set("teal")
color_scheme_view()
mcmc_intervals(x)
color_scheme_set("red")
mcmc_areas(x, regex_pars = "beta")
color_scheme_set("purple")
color_scheme_view()
y <- example_y_data()
yrep <- example_yrep_draws()
ppc_stat(y, yrep, stat = "mean") + legend_none()
############################
### Mixing color schemes ###
############################
color_scheme_set("mix-teal-pink")
ppc_stat(y, yrep, stat = "sd") + legend_none()
mcmc_areas(x, regex_pars = "beta")
##########################
### ColorBrewer scheme ###
##########################
color_scheme_set("brewer-Spectral")
color_scheme_view()
mcmc_trace(x, pars = "sigma")
###########################
### Custom color scheme ###
###########################
orange_scheme <- c("#ffebcc", "#ffcc80",
"#ffad33", "#e68a00",
"#995c00", "#663d00")
color_scheme_set(orange_scheme)
color_scheme_view()
mcmc_areas(x, regex_pars = "alpha")
mcmc_dens_overlay(x)
ppc_stat(y, yrep, stat = "var") + legend_none()
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