plot_leaflet: Plot a wind warm with leaflet

In windfarmGA: Genetic Algorithm for Wind Farm Layout Optimization

Plot a wind warm with leaflet

Description

Plot a resulting wind farm on a leaflet map. Wakes are downwind cones (Jensen search angle), not circles. Terrain rasters from result$terrainModel are optional overlay layers.

Usage

plot_leaflet(
  result,
  area,
  which = 1,
  orderitems = TRUE,
  grid = NULL,
  wind = NULL,
  terrain = NULL
)

Arguments

result	The output of genetic_algorithm
area	Site polygon (sf, SpatialPolygons, or coordinate matrix). Must be projected in metres.
which	A numeric value, indicating which individual to plot. The default is 1. Combined with orderitems = TRUE this will show the best performing wind farm.
orderitems	A logical value indicating whether the results should be ordered by energy values TRUE or chronologically FALSE
grid	Optional grid polygons. By default they are rebuilt from result and area. You can pass the polygon element of grid_area() or hexa_area().
wind	Optional wind table (ws, wd, probab). Defaults to the table stored in result.
terrain	Optional output of leaflet_prepare_terrain(). Defaults to result$terrainModel when present.

Value

Returns a leaflet map.

Examples

## Not run: 
## Plot the best wind farm on a leaflet map (ordered by energy values)
plot_leaflet(result = resulthex, area = sp_polygon, which = 1)

## Plot the last wind farm (ordered by chronology).
plot_leaflet(
  result = resulthex, area = sp_polygon, orderitems = FALSE,
  which = 1
)

## Plot the best wind farm on a leaflet map with the rectangular Grid
Grid <- grid_area(sp_polygon, size = 150, prop = 0.4)
plot_leaflet(
  result = resultrect, area = sp_polygon, which = 1,
  grid = Grid[[2]]
)

## Plot the last wind farm with hexagonal Grid
Grid <- hexa_area(sp_polygon, size = 75)
plot_leaflet(
  result = resulthex, area = sp_polygon, which = 1,
  grid = Grid[[2]]
)

## End(Not run)

windfarmGA documentation built on Sept. 14, 2026, 9:08 a.m.