# Quantifying Animal Movement and Space-Use Patterns with Statistical Physics

## Documentation for package ‘PhysMove’ version 1.2.5

- DESCRIPTION file.
- User guides, package vignettes and other documentation.
- Package NEWS.

## Help Pages

angleList | Example output from turningAngles()
angleListAll | Example output from turningAngles()
calcDisp | Calculate displacements
checkTracks | Check data format This function checks the format of telemetry data prior to running PhysMove metrics.
communityMap | Map Infomap communities
compDist | Identify the best-fit distribution for data
disp | Example output from calcDisp()
dispAll | Example output from calcDisp()
distResultsAll | Example output from fitDist()
distResultsExp | Example output from fitDist() using the best-fit dmin for an exponential distribution
distResultsTrunc | Example output from fitDist()
entropy | Entropy of trajectories
entropyResults | Example output from entropy()
fitDist | Fit distributions to data
gyrationRad | Gyration Radius
infomapCommunities | Identify Infomap communities and create a transition probability matrix
infomapResult | Example output from infomapCommunities()
occupancy | Occupancy
occupancyResults | Example output from occupancy()
plotAngles | Plot turning angles with a circle plot
plotDispPDF | Create probability density function (PDF) plots of displacements
plotDist | Plot best-fit distributions to complementary cumulative distribution function (ccdf) of data
plotPDF | Plot a probability density function
plotRandomTracks | Plot Randomised Tracks
plotTracks | Plot Tracks
predictability | Predictability of trajectories
randomise | Randomise tracks
randomResults | Example output from randomise()
rms | Root-Mean-Square of Displacements
tracks | Sample location data to demonstrate PhysMove functions
tracksCRW | Sample location data to demonstrate PhysMove functions
turningAngles | Calculate turning angles from trajectories