Create a static map of ws_monitor object

Plots amap showing ws_monitor locations and values.

#' Available maptypes include:

terrain
toner
watercolor

See staticmap_getStamenmapBrick for details.

If centerLon, centerMap or zoom are not specified, appropriate values will be calcualted using data from the ws_monitor$meta dataframe.

monitor_stamenmap(
  ws_monitor,
  slice = get("max"),
  breaks = AQI$breaks_24,
  colors = AQI$colors,
  width = 640,
  height = 640,
  centerLon = NULL,
  centerLat = NULL,
  zoom = NULL,
  maptype = "terrain",
  grayscale = FALSE,
  rasterBrick = NULL,
  cex = par("cex") * 2,
  pch = 16,
  ...
)

Arguments

ws_monitor	ws_monitor object
slice	either a time index or a function used to collapse the time axis -- defautls to `get('max')`
breaks	set of breaks used to assign colors
colors	a set of colors for different levels of air quality data determined by `breaks`
width	width of image, in pixels
height	height of image, in pixels
centerLon	map center longitude
centerLat	map center latitude
zoom	map zoom level
maptype	map type
grayscale	logical, if TRUE the colored map tile is rendered into a black & white image
rasterBrick	optional RGB rasterBrick object returned from `staticmap_get~Brick`)
cex	character expansion for points
pch	plotting character for points
...	arguments passed on to `staticmap_plotRasterBrick()` (e.g. destfile, cex, pch, etc.)

Value

Plots a map loaded from arcGIS REST with points for each monitor.

Examples

# \donttest{
# Fail gracefully if any resources are not available
try({

library(PWFSLSmoke)

N_M <- Northwest_Megafires
# monitor_leaflet(N_M) # to identify Spokane monitorIDs
Spokane <- monitor_subsetBy(N_M, stringr::str_detect(N_M$meta$monitorID,'^53063'))
Spokane <- monitor_subset(Spokane, tlim=c(20150815, 20150831))
monitor_stamenmap(Spokane)

}, silent = FALSE)
# }

Arguments

Value

See also

Examples