Here is the script: # Packages pkgs <- c("sf", "sp", "terra", "raster", "elevatr", "rayshader") to_install <- setdiff(pkgs, rownames(installed.packages())) if (length(to_install)) install.packages(to_install, quiet = TRUE) invisible(lapply(pkgs, library, character.only = TRUE)) # --- Mount Fuji AOI (25 km buffer) --- # Summit coords (lon, lat) fuji_ll <- sf::st_sfc(sf::st_point(c(138.7274, 35.3606)), crs = 4326) crs_fuji <- "EPSG:32654" fuji_utm <- sf::st_transform(fuji_ll, crs_fuji) # UTM Zone 54N (meters) aoi_utm <- sf::st_buffer(fuji_utm, dist = 25000) # 25 km radius aoi_ll <- sf::st_transform(aoi_utm, 4326) |> sf::st_as_sf() # --- Fetch DEM with elevatr, already projected to UTM (meters) --- dem_raster <- elevatr::get_elev_raster( locations = aoi_ll, # pass polygon in UTM z = 12, # zoom; raise to 13 for more detail (larger download) clip = "bbox") # Convert to terra and clip/mask to AOI for a clean edge dem <- terra::rast(dem_raster) dem <- terra::project(dem, crs_fuji) terra::plot(dem) # Height matrix for rayshader elmat <- rayshader::raster_to_matrix(raster::raster(dem)) # Set zscale to horizontal resolution in meters (good physical default) zscale <- mean(terra::res(dem)) # meters per pixel zscale ray <- rayshader::ray_shade( elmat, sunaltitude = 40, # elevation angle of the sun sunangle = 315, # azimuth (NW light) zscale = zscale, multicore = TRUE ) amb <- rayshader::ambient_shade( elmat, zscale = zscale, multicore = TRUE ) lamb <- rayshader::lamb_shade( elmat, sunaltitude = 45, sunangle = 315,  # WNW zscale = zscale ) png("fuji_desert_base.png", width = 3425, height = 3400, res = 300) par(mar = rep(0, 4)) elmat |> rayshader::sphere_shade(texture = "desert") |> # rayshader::add_shadow(ray, 0.6) |> rayshader::plot_map() dev.off() png("fuji_desert_ray.png", width = 3425, height = 3400, res = 300) par(mar = rep(0, 4)) elmat |> rayshader::sphere_shade(texture = "desert") |> rayshader::add_shadow(ray, 0.6) |> rayshader::plot_map() dev.off() png("fuji_desert_lamb.png", width = 3425, height = 3400, res = 300) par(mar = rep(0, 4)) elmat |> rayshader::sphere_shade(texture = "desert") |> rayshader::add_shadow(lamb, 0.6) |> rayshader::plot_map() dev.off() png("fuji_desert_amb.png", width = 3425, height = 3400, res = 300) par(mar = rep(0, 4)) elmat |> rayshader::sphere_shade(texture = "desert") |> rayshader::add_shadow(amb, 0.6) |> rayshader::plot_map() dev.off()

Background removal" and "shadow" are terms often used in image editing and graphic design. Background Removal: fiverr.com/.../do-background…… #Background_remover #Magic_eraser_tool #Cut_out_image_tool #Background_remover_onlineAdding Shadows: fiverr.com/.../do-all-your-s…… #Add_shadow

2/5 Too flat? Let's add some depth by including a layer of shadows with the `add_shadow()`/`lamb_shade()` functions. This adds basic Lambertian shading to the hillshade.

#cut_out_images #background_remove #photo_retouching #Image_retouching #change_background #White_background #photo_edit #Photoshop_editing #Add_Shadow #Object_remove #cut_out_background Get this for own follow the link in Bio

Our service: #cut_out_images #background_remove #photo_retouching #Image_retouching #change_background #White_background #photo_edit #photoshop_editing #Add_Shadow #Object_remove #cut_out_background Get this service follow the link in bio.

Our title is #one_image $1 #Edit by only milliongraphic.com 1. #Cutout 2. #Remove_background 3. #Add_shadow

Here's how I'd create the 3D map with rayshader: shadowlayer = nyc_dem %>% lamb_shade() %>% add_shadow(ambient_shade(nyc_dem)) backgroundcolorarray %>% add_water(waterlayer) %>% add_overlay(highlighted_buildings) %>% add_shadow(shadowlayer) %>% plot_3d(nyc_dem)

👌 Dead-simple 3D surface plotting in the next version of rayshader! Apply your hillshade (or any image) to a 3D surface map. Video preview with rayshader's built-in palettes. #rstats Code: elmat %>% sphere_shade() %>% add_shadow(ray_shade(elmat)) %>% plot_3d(elmat)

And the updated Github repo: github.com/tylermorganwall/r… To install: devtools::install_github("tylermorganwall/rayshader") And to get started: volcano %>% sphere_shade() %>% add_shadow(ray_shade(volcano)) %>% add_shadow(ambient_shade(volcano)) %>% plot_map()

🌊Testing rayshader's new water detection algorithm w/ shadows & texturing. Code: #rstats el_map %>% sphere_shade(texture="desert") %>% add_water(detect_water(el_map),color="desert") %>% add_shadow(ray_shade(el_map)) %>% add_shadow(ambient_shade(el_map)) %>% plot_map()