| MoveBurst {move} | R Documentation |
MoveBurst class
Description
The class MoveBurst is used to store the track of one individual with a categorical assignment to each segment. Every segment between two locations has a class of for example a behavioral category. A MoveBurst object is created with the functions burst and corridor.
Slots
- bbox
See
Move-class- burstId
Id of the behavioral categorization assigned to each segment, one shorter then the number of locations.
- citation
See
Move-class- coords
See
Move-class- coords.nrs
See
Move-class- data
See
Move-class- dataUnUsedRecords
See
Move-class- dateCreation
See
Move-class- idData
See
Move-class- license
See
Move-class- proj4string
See
Move-class- sensor
See
Move-class- sensorUnUsedRecords
See
Move-class- study
See
Move-class- timestamps
See
Move-class- timestampsUnUsedRecords
See
Move-class
Methods
anglesignature(object = "MoveBurst"): calculates angles between consecutive locationsas.data.framesignature(object = "MoveBurst"): extracts the spatial data framebrownian.bridge.dynsignature(object = "MoveBurst"): calculates the utilization distribution (UD) of the given track using the dynamic Brownian Bridge Movement Modelbrownian.motion.variance.dynsignature(object = "MoveBurst"): calculates the motion variance of the dynamic Brownian Bridge Movement ModelburstIdsignature(object = "MoveBurst"): returns the Id of the behavioral categorization assigned to each segmentcitationssignature(object = "MoveBurst"): extracts or sets the citationcoordinatessignature(object = "MoveBurst"): extracts the coordinates from the trackcorridorsignature(object = "MoveBurst"): identifies track segments whose attributes suggest corridor use behaviordistancesignature(object = "MoveBurst"): calculates distances between consecutive locationsdynBGBsignature(object = "MoveBurst"): calculates the utilization distribution (UD) of the given track using the dynamic Bivariate Gaussian Bridge modeldynBGBvariancesignature(object = "MoveBurst"): calculates the orthogonal and parallel motion variance of the dynamic Brownian Bridge Movement ModelequalProjsignature(object = "MoveBurst"): checks whether all objects of a list are in the same projectionhrBootstrapsignature(object = "MoveBurst"): calculates and plots the area of the Minimum Convex Polygon of a trackidDatasignature(object = "MoveBurst"): returns or replaces the idData slotinterpolateTimesignature(object = "MoveBurst"): interpolates trajectories based on timelinessignature(object = "MoveBurst"): add lines of the track of the animal to a plotmove2adesignature(object = "MoveBurst"): converts to a adehabitat compatible objectn.locssignature(object = "MoveBurst"): calculates number of locationsplotsignature(object = "MoveBurst"): plots the track of the animalplotBurstssignature(object = "MoveBurst"): plots the centroids of a bursted trackpointssignature(object = "MoveBurst"): add points of the track of the animal to a plotseglengthsignature(object = "MoveBurst"): calculates the length of each segment of a tracksensorsignature(object = "MoveBurst"): extracts the sensor(s) used to record the coordinatesshowsignature(object = "MoveBurst"): displays summary the MoveBurst objectspeedsignature(object = "MoveBurst"): calculates speed between consecutive locationssplitsignature(object = "MoveBurst"): splits a MoveBurst into a list of Move objectsspTransformsignature(object = "MoveBurst"): transforms coordinates to a different projection methodsummarysignature(object = "MoveBurst"): summarizes the information of MoveBurst objectsubsetsignature(object = "MoveBurst"): subsets the MoveBurst objecttimeLagsignature(object = "MoveBurst"): calculates time lag between consecutive locationstimestampssignature(object = "MoveBurst"): gets the timestamps associated to the coordinatesturnAngleGcsignature(object = "MoveBurst"): calculates angles between consecutive locationsunUsedRecordssignature(object = "MoveBurst"): returns the unUsedRecords object containing the data of the unused records
Note
The MoveBurst object contains a .MoveGeneral, .MoveTrackSingleBurst and .unUsedRecords object which can be used to program against.
Author(s)
Marco Smolla & Anne Scharf