Function to create basic histogram with categorical data

Uso

elsar_plot_distribution(
  type = "ggplot",
  categorical = TRUE,
  raster_df = NULL,
  col_interest = NULL,
  bin_number = 10,
  custom_palette = NULL,
  show_legend = FALSE,
  color_map = "viridis"
)

Argumentos

type: A character denoting whether "ggplot" or "tmap" is being used.
categorical: logical. Whether data is categorical (TRUE) or continuous (FALSE).
raster_df: A df object of the data to include in the histogram.
col_interest: A character of the column of interest. Uses "interval" if nothing is provided.
bin_number: An integer value of how many bins to split the data into (default = 10).
custom_palette: An optional custom palette for plotting. Default uses the viridis package.
show_legend: logical. Whether to include legend in plot or not. Default is FALSE.
color_map: The name of the viridis palette to be used. Default is "viridis".

Valor

A list of a ggplot or tmap object and a SpatRaster with the new background data.

Exemplos

if (FALSE) { # \dontrun{
boundary_proj <- make_boundary(
  boundary_in = boundary_dat,
  iso3 = "NPL",
  iso3_column = "iso3cd",
  custom_projection = TRUE
)

pus <- make_planning_units(boundary_proj = boundary_proj,
                           iso3 = "NPL",
                           pu_size = NULL,
                           pu_threshold = 8.5e5,
                           limit_to_mainland = FALSE)
wad_dat <- get_wad_data()

wadOut <- make_normalised_raster(raster_in = wad_dat,
                                 pus = pus,
                                 iso3 = "NPL")

plot_cat <- elsar_plot_static_raster_d(
raster_in = wadOut, type = "ggplot_raster",
categorical = FALSE,
background = wad_dat,
number_categories = 10,
data_layer = "wad_final_cog",
raster_df_out = TRUE,
legend_title = "WAD"
)

plot_wad_cat <- plot_cat[[1]]
raster_df_cat <- plot_cat[[2]]


plot_dist_cat <- elsar_plot_distribution(
  raster_df = raster_df_cat,
  categorical = TRUE
)

(plot_wad_cat_inset <- patchwork::wrap_plots((plot_wad_cat +
  elsar_plot_optics()) +
  patchwork::inset_element(
    (plot_dist_cat +
      elsar_plot_optics(include_text = FALSE) +
      ggplot2::theme(
        axis.title = ggplot2::element_blank(),
        axis.text.x = ggplot2::element_blank(),
        axis.ticks.x = ggplot2::element_blank()
      )
    ),
    left = 0.1, # needs to be changed depending on plot dimensions
    bottom = 0.08, # needs to be changed depending on plot dimensions
    right = 0.35, # needs to be changed depending on plot dimensions
    top = 0.4, # needs to be changed depending on plot dimensions
    align_to = "plot"
  )))
} # }