input_slider: Create an interactive slider.
In rpruim/ggvis2: Interactive grammar of graphics

Description Usage Arguments See Also Examples

Create an interactive slider.

1
2
3

input_slider(min, max, value = (min + max)/2, step = NULL, round = FALSE,
  format = "#,##0.#####", locale = "us", ticks = TRUE, animate = FALSE,
  label = "", id = rand_id("slider_"), map = identity)

`min`	The minimum value (inclusive) that can be selected.
`max`	The maximum value (inclusive) that can be selected.
`value`	The initial value of the slider. A numeric vector of length one will create a regular slider; a numeric vector of length two will create a double-ended range slider. A warning will be issued if the value doesn't fit between `min` and `max`.
`step`	Specifies the interval between each selectable value on the slider (`NULL` means no restriction).
`round`	`TRUE` to round all values to the nearest integer; `FALSE` if no rounding is desired; or an integer to round to that number of digits (for example, 1 will round to the nearest 10, and -2 will round to the nearest .01). Any rounding will be applied after snapping to the nearest step.
`format`	Customize format values in slider labels. See https://code.google.com/p/jquery-numberformatter/ for syntax details.
`locale`	The locale to be used when applying `format`. See details.
`ticks`	`FALSE` to hide tick marks, `TRUE` to show them according to some simple heuristics.
`animate`	`TRUE` to show simple animation controls with default settings; `FALSE` not to; or a custom settings list, such as those created using `animationOptions`.
`label`	A descriptive label to be displayed with the widget, or `NULL`.
`id`	A unique identifier for this input. Usually generated automatically.
`map`	A function with single argument `x`, the value of the control on the client. Returns a modified value.

Other interactive input: input_checkboxgroup, input_radiobuttons, input_select; input_checkbox; input_numeric, input_text

input_slider(0, 100)
input_slider(0, 100, label = "binwidth")
input_slider(0, 100, value = 50)

# Supply two values to value to make a double-ended sliders
input_slider(0, 100, c(25, 75))

# You can use map to transform the outputs
input_slider(-5, 5, label = "Log scale", map = function(x) 10 ^ x)