Fit mixture of 3 Poisson Processes to Log Frequency data
Methods to Show and Extract Basic Information from "TDRcalibrate"
Objects
Calibrate and build a "TDRcalibrate" object
Fit a Broken Stick Model on Log Frequency Data for identification
of bouts of behaviour
Per-dive statistics
Read comma-delimited file with location data
Methods for visually assessing results of ZOC procedure
Methods for plotting objects of class "TDR" and "TDRcalibrate"
Fit mixture of 2 Poisson Processes to Log Frequency data
Methods for Plotting and Extracting the Bout Ending Criterion
Class "TDRcalibrate" for dive analysis
Read comma-delimited file with "TDR" data
Describe the Time Budget of Major Activities from "TDRcalibrate"
object.
Extract Dives from "TDR" or "TDRcalibrate" Objects
Dive Analysis and Calibration
Detect phases of activity from depth readings
Ringed and Gray Seal ARGOS Satellite Location Data
Sample of TDR data from a fur seal
Maximum Likelihood Model of mixture of 2 Poisson Processes
Calculate distance and speed between locations
Plot of quantile regression for speed calibrations
Filter satellite locations
Calibrate Depth and Generate a "TDRcalibrate" object
Class "diveModel" for representing a model for identifying dive
phases
Classes "TDR" and "TDRspeed" for representing TDR information
Methods for plotting models of dive phases
Coerce, Extractor, and Replacement methods for class "TDR"
objects
Detect dives from depth readings
Internal Functions used for Detection of Dives
Internal diveMove Functions