A collection of functions for estimating centrographic statistcs and computational geometries for spatial point patterns

Documentation for package ‘aspace’ version 2.2

aspace-package	A collection of functions for estimating centrographic statistics and computational geometries from spatial point patterns
acos_d	Compute inverse cosine with angle given in degrees
activities	Demo Data: x and y coordinates of 10 specified point locations
asin_d	Compute inverse sine with angle given in degrees
aspace	A collection of functions for estimating centrographic statistics and computational geometries from spatial point patterns
as_radians	Converts degrees to radians
atan_d	Compute inverse tangent with angle given in degrees
calc_box	Calculate the Standard Deviation Box
calc_mcp	Computing the Minimum Convex Polygon (MCP)
calc_sdd	Calculate the Standard Distance Deviation (Standard Distance)
calc_sde	Calculating the Standard Deviation Ellipse
centre	Demo Data: Coordinates of a single source, centre, location
cos_d	Compute cosine with angle given in degrees
distances	Multiple Euclidean distance calculator
ellipse3	Ellipse drawing tool
makeshapes	Builder of ESRI Shapefiles
plot_box	Plot the Standard Distance Box
plot_mcp	Plot the Minimum Convex Polygon
plot_sdd	Plot the Standard Distance Deviation (Standard Distance)
plot_sde	Plot the Standard Deviation Ellipse
r.BOX	Demo Data: Standard Deviation Box Output Object
r.MCP	Demo Data: Minimum Convex Polygon Output Object
r.SDD	Demo Data: Standard Deviation Distance Output Object
r.SDE	Demo Data: Standard Deviation Ellipse Output Object
sin_d	Compute sine with angle given in degrees
tan_d	Compute tangent with angle given in degrees
wts	Weights vector