R: Calculation of Slope-Dependant Accumulated Cost Surface, Least-Cost Paths, Least-Cost Corridors, Least-Cost Networks Related to Human Movement Across the Landscape

# Calculation of Slope-Dependant Accumulated Cost Surface, Least-Cost Paths, Least-Cost Corridors, Least-Cost Networks Related to Human Movement Across the Landscape

## Documentation for package ‘movecost’ version 2.2

- DESCRIPTION file
- Package NEWS
- Package README

## Help Pages

destin.loc | Dataset: locations on the volcano Maunga Whau (Auckland, New Zealand)
Etna_boundary | Dataset: bounding polygon representing a study area on Mount Etna (Sicily, Italy)
Etna_end_location | Dataset: locations on Mount Etna (Sicily, Italy)
Etna_start_location | Dataset: location on Mount Etna (Sicily, Italy)
malta_dtm_40 | Dataset: Malta DTM (40m cell size)
movealloc | R function for calculating slope-dependant walking-cost allocation to origins
movebound | R function for calculating slope-dependant walking cost boundary(ies) around point location(s)
movecomp | R function for comparing least-cost paths generated using different cost functions
movecorr | R function for calculating least-cost corridor between point locations
movecost | R function for calculating accumulated anisotropic slope-dependant cost of movement across the terrain and least-cost paths from a point origin
movenetw | R function for calculating least-cost path network
moverank | R function for calculating sub-optimal least-cost paths bewteen an origin and a destination location
springs | Dataset: location of springs in Malta
volc | Dataset: raster dataset representing the elevation of the volcano Maunga Whau (Auckland, New Zealand)
volc.loc | Dataset: location on the volcano Maunga Whau (Auckland, New Zealand)