Compute Deviation and Correspondence Between Spatial Paths

Documentation for package ‘pathmapping’ version 1.0.2

pathmapping-package	Compute Deviation and Correspondence Between Spatial Paths
ClosestPoint	Find Closest Point
connected	Determine whether two nodes are connected.
Cost	Compute area-based cost
Cost.area	Compute area-based cost
Cost.areasquared	Compute area-based cost
Cost.quadratic	Compute area-based cost
Cost.rectangular	Compute area-based cost
Cost.weightedbydist	Compute area-based cost
CreateMap	Create a mapping between paths
DistancePointSegment	Compute distance between a point and a segment
even	Is a number even?
GetMinMap	Gets least-distance mapping among the minimum-area mappings.
InsertIntersections	Inserts points on paths where two paths intersect
IntersectPoint	Find where point opposite segment intersects segment.
ldist	Compute line length
LineMagnitude	Compute line length
linesIntersect	Checks whether two line segments intersect.
LinkCost	Computes the distance of a particular link between paths
livenodes	Which nodes are legal mappings?
LLbeta	Compute Latecki/Lakaemper beta
LLKscore	Compute Latecki/Lakaemper K score
odd	Is a number odd?
PathDist	Compute Length of a path
pathmapping	Compute Deviation and Correspondence Between Spatial Paths
PathOverlap	Compute the proportion overlap of two paths.
PlotGrid	Plot the grid associated with a particular mapping problem.
PlotMap	Plot the paths and their mapping.
shoelace	The Surveyor's Formula
SimplifyPath	Simplify a path
SummarizeMapping	Summarize the mapping obtained by GetMinMap
surveyors	The Surveyor's Formula
surveyors.3	The Surveyor's Formula
surveyors.4	The Surveyor's Formula