spatialize_lsm: spatialize_lsm

Description

Spatialize landscape metric values

Usage

spatialize_lsm(landscape, metric, name, type, what, directions, progress,
  ...)
# S3 method for RasterLayer
spatialize_lsm(landscape, metric = NULL,
  name = NULL, type = NULL, what = NULL, directions = 8,
  progress = FALSE, ...)
# S3 method for RasterStack
spatialize_lsm(landscape, metric = NULL,
  name = NULL, type = NULL, what = NULL, directions = 8,
  progress = FALSE, ...)
# S3 method for RasterBrick
spatialize_lsm(landscape, metric = NULL,
  name = NULL, type = NULL, what = NULL, directions = 8,
  progress = FALSE, ...)
# S3 method for stars
spatialize_lsm(landscape, metric = NULL, name = NULL,
  type = NULL, what = NULL, directions = 8, progress = FALSE, ...)
# S3 method for list
spatialize_lsm(landscape, metric = NULL, name = NULL,
  type = NULL, what = NULL, directions = 8, progress = FALSE, ...)

Arguments

landscape

Raster* Layer, Stack, Brick or a list of rasterLayers.

metric

Abbreviation of metrics (e.g. 'area').

name

Full name of metrics (e.g. 'core area')

type

Type according to FRAGSTATS grouping (e.g. 'aggregation metrics').

what

Selected level of metrics: either "patch", "class" or "landscape". It is also possible to specify functions as a vector of strings, e.g. what = c("lsm_c_ca", "lsm_l_ta").

directions

The number of directions in which patches should be connected: 4 (rook's case) or 8 (queen's case).

progress

Print progress report.

...

Arguments passed on to calculate_lsm().

Value

list

Details

The functions returns a nested list with RasterLayers. The first level contains each input layer (only one element if RasterLayer was provided). The second level contains a RasterLayer for each selected metric (see list_lsm for details) where each cell has the landscape metric value of the patch it belongs to. Only patch level metrics are allowed.

Examples

Run this code

# NOT RUN {
spatialize_lsm(landscape, what = "lsm_p_area")

# }