Modelling Pathways and Movement Potential Within a Landscape

Documentation for package ‘leastcostpath’ version 2.0.13

add_dem_error	Incorporate vertical error into a Digital Elevation Model
add_global_stochasticity	Add global stochasticity to a conductanceMatrix
buffer_validation	Calculate the similarity of a least-cost path to a known route
calculate_distance	calculate distance between adjacent cells
check_locations	check supplied locations
create_accum_cost	creates an accumulated cost surface
create_cost_corridor	creates a cost corridor
create_cs	Creates a cost surface from a SpatRaster
create_distance_cs	Creates a distance-based conductance matrix
create_FETE_lcps	Calculate Least-cost Paths from each location to all other locations
create_lcp	Calculate Least-cost Path from Origin to Destinations
create_lcp_density	creates a cumulative least-cost path raster
create_slope_cs	Creates a slope-based cost surface
crop_cs	Crop conductanceMatrix to extent
force_isotropy	Coerce an anisotropic cost surface to an isotropic cost surface
get_coordinates	get coordinates from a variety of different object classes
neighbourhood	neighbourhood matrix to represent adjacent cells
PDI_validation	Calculate the similarity of a least-cost path to a known route
plot.conductanceMatrix	plot conductanceMatrix
rasterise	converts conductanceMatrix to SpatRaster
replace_values	replace values with values from another object
update_values	update values in a conductanceMatrix