Probability of 2D spatial-temporal interaction.
Movement-based kernel density estimate (MKDE) in 2D using Rcpp
Movement-based kernel density estimates (MKDEs) in 2 or 3 spatial dimensions.
Set up a 2D MKDE object.
Estimate move variances for 3D MKDE.
Set up a 3D MKDE object.
Movement-based kernel density estimate (MKDE) in 3D using Rcpp
Calculate raster of density values for MKDE.
Initialize an area raster for a 2.5D MKDE.
Initialize a movement data list
Probability of 3D spatial-temporal interaction.
MKDE to RasterLayer or RasterStack
Initialize maximum z-axis value from a raster
Set minimum z-axis value to a constant.
A RasterLayer containing a digital elevation model (DEM) for the panda data
Giant panda locations
Write a 2D raster to XDMF XML wrapper and binary data file.
Write observed locations to VTK.
Write a 2D raster to XDMF XML wrapper and binary data file.
Write path to VTK.
Write MKDE to a GRASS GIS 3D ASCII raster file.
Set minimum z-axis values from a raster
Write 3D MKDE to XDMF XML wrapper and binary data file.
Write MKDE to an ASCII Visualization Tool Kit (VTK) structured grid file.
Initialize maximum allowable z-axis coordinates to a constant value.
Make an image plot of an MKDE.
A RasterLayer containing bathymetry for the dugong data
Find thresholds for contour intervals
Compute the area or volume of an MKDE.
Calculate cell areas from elevation raster.
deselectLocationsOutsideBounds
Flag 3D locations with out-of-bounds z-coordinates
Flag non-movements so they are excluded from MKDE estimation
A RasterLayer containing a digital elevation model (DEM) for the condor data
A RasterLayer containing a digital elevation model (DEM) for the condor data
Dugong locations
California condor locations