Add a fill layer to a map

Usage

add_fill_layer(
  map,
  id,
  source,
  source_layer = NULL,
  fill_antialias = TRUE,
  fill_color = NULL,
  fill_emissive_strength = NULL,
  fill_opacity = NULL,
  fill_outline_color = NULL,
  fill_pattern = NULL,
  fill_sort_key = NULL,
  fill_translate = NULL,
  fill_translate_anchor = "map",
  visibility = "visible",
  slot = NULL,
  min_zoom = NULL,
  max_zoom = NULL,
  popup = NULL,
  tooltip = NULL,
  hover_options = NULL
)

Arguments

map: A map object created by the mapboxgl or maplibre functions.
id: A unique ID for the layer.
source: The ID of the source, alternatively an sf object (which will be converted to a GeoJSON source) or a named list that specifies type and url for a remote source.
source_layer: The source layer (for vector sources).
fill_antialias: Whether or not the fill should be antialiased.
fill_color: The color of the filled part of this layer.
fill_emissive_strength: Controls the intensity of light emitted on the source features.
fill_opacity: The opacity of the entire fill layer.
fill_outline_color: The outline color of the fill.
fill_pattern: Name of image in sprite to use for drawing image fills.
fill_sort_key: Sorts features in ascending order based on this value.
fill_translate: The geometry's offset. Values are c(x, y) where negatives indicate left and up.
fill_translate_anchor: Controls the frame of reference for fill-translate.
visibility: Whether this layer is displayed.
slot: An optional slot for layer order.
min_zoom: The minimum zoom level for the layer.
max_zoom: The maximum zoom level for the layer.
popup: A column name containing information to display in a popup on click. Columns containing HTML will be parsed.
tooltip: A column name containing information to display in a tooltip on hover. Columns containing HTML will be parsed.
hover_options: A named list of options for highlighting features in the layer on hover.

Value

The modified map object with the new fill layer added.

Examples

if (FALSE) { # \dontrun{
library(tidycensus)

fl_age <- get_acs(
  geography = "tract",
  variables = "B01002_001",
  state = "FL",
  year = 2022,
  geometry = TRUE
)

mapboxgl() |>
  fit_bounds(fl_age, animate = FALSE) |>
  add_fill_layer(
    id = "fl_tracts",
    source = fl_age,
    fill_color = interpolate(
      column = "estimate",
      values = c(20, 80),
      stops = c("lightblue", "darkblue"),
      na_color = "lightgrey"
    ),
    fill_opacity = 0.5
  )
} # }