rbokeh (version 0.4.2)

y_axis: Customize x axis of a Bokeh figure

Description

Customize x axis of a Bokeh figure

Usage

y_axis(fig, label, position = "left", log = FALSE, grid = TRUE, desired_num_ticks = NULL, num_minor_ticks = 5, visible = TRUE, number_formatter = c("basic", "numeral", "printf"), power_limit_high = 5, power_limit_low = -3, precision = NULL, use_scientific = TRUE, format = NULL)

Arguments

fig

figure to modify

label

axis label

position

where to place the axis (either "left" or "right")

log

logical or integer - if TRUE, a log axis with base 10 is used - if an integer, a log axis with base of that integer will be used

grid

logical - should a reference grid be shown for this axis?

desired_num_ticks

desired target number of major tick positions to generate across the plot range

num_minor_ticks

number of minor ticks

visible

should axis be shown?

number_formatter

Bokeh numeric tick label formatter ("basic", "numeral", or "printf"); ignored if log is TRUE

power_limit_high

(int) Limit the use of scientific notation to when log(x) >= value. Only applicable when number_formatter is "basic".

power_limit_low

(int) Limit the use of scientific notation to when log(x) <= value.="" only="" applicable="" when="" number_formatter is "basic".

precision

(int) How many digits of precision to display in tick labels. Automatically determined if not specified. Only applicable when number_formatter is "basic".

use_scientific

(logical) Whether to ever display scientific notation. If True, then when to use scientific notation is controlled by power_limit_low and power_limit_high. Only applicable when number_formatter is "basic".

format

Specification of format options. Specification depends on the value of number_formatter - see "details" below.

See Also

Other axes: x_axis

Examples

## Not run: 
# figure() %>%
#   ly_points(rexp(1000), rexp(1000)) %>%
#   x_axis(label = "x", log = TRUE) %>%
#   y_axis(label = "y", log = TRUE)
# 
# figure() %>%
#   ly_points(2^(1:10)) %>%
#   y_axis(log = 2)
# 
# # disable scientific tick labels
# figure() %>%
#   ly_points(rnorm(10), rnorm(10) / 1000) %>%
#   y_axis(use_scientific = FALSE)
# 
# # specify datetime tick labels
# # the appropriate datetime units are automatically chosen
# big_range <- seq(as.Date("2012-01-01"), as.Date("2012-12-31"), by="days")
# small_range <- seq(as.Date("2012-01-01"),as.Date("2012-02-01"), by="days")
# 
# figure() %>%
#   ly_lines(big_range, rnorm(366)) %>%
#   x_axis(label = "Date", format = list(months="%b-%Y", days="%d"))
# 
# figure() %>%
#   ly_lines(small_range, rnorm(32)) %>%
#   x_axis(label = "Date", format = list(months="%b-%Y", days="%d"))
# 
# # specify numeric tick labels
# figure() %>%
#   ly_points(rnorm(10), rnorm(10) * 10000) %>%
#   y_axis(number_formatter = "numeral", format = "0,000")
# 
# figure() %>%
#   ly_points(rnorm(10), rnorm(10) * 100) %>%
#   y_axis(number_formatter = "printf", format = "%0.1f%%")
# ## End(Not run)