Read, Plot and Analyse Output from the DEPONS Model
Convert ship tracks to DeponsShips object
Convert DeponsDyn object to data frame
Convert DeponsTrack to data frame
Convert a RasterLayer into a DeponsRaster
Convert a DeponsRaster into a RasterLayer
Get bbox from Depons* object
Plot distribution of turning angles, step lengths and speed of tracked...
Calculate calibration metrics of previously filtered tracks (fine-scal...
Check if ships move at unrealistic speeds or are outside the map bound...
Get or set map projection in Depons* objects
Package for analyzing DEPONS simulation output
DeponsBlockdyn-class
DeponsDyn-class
DeponsRaster-class
DeponsShips-class
DeponsTrack-class
Extract population dynamics from objects
Get name of newest file
Get simulation date
Interpolate AIS data
Interpolate missing entries in a series of maps
Get or set the landscape name
Makes new file with blocks
Make clipping polygon from bbox
Generate artificial AIS data representing ship traffic during wind far...
Make DeponsDyn object from data stored in data frame
Identify and parameterize stationary active ships in a DeponsShips obj...
Make wind farm construction scenario
Plotting of simulated fine or large-scale metrics against argos data
Plot a DeponsBlockdyn object
Plot a DeponsDyn object
Plot a DeponsRaster object
Plot a DeponsShips object
Plot a DeponsTrack object
Reading simulated population count for blocks
Reading DEPONS simulation output
Read and merges DEPONS Batchmap and Statistics Files
Read simulation parameters
Reading DEPONS raster files
Read DEPONS ship files
Reading DEPONS track files
Read and Process DEPONS Batchmap and Statistics Files
Get or define routes in DeponsShips objects
Convert AIS vessel type identifiers into the ship types recognized by ...
Get or define ships in DeponsShips objects
Get or set start date for simulation
Summary
Convert tick number to time object
Convert date to tick number
Get or set the title of Depons* objects
Write DEPONS ship files
Methods for analyzing population dynamics and movement tracks simulated using the DEPONS model <https://www.depons.eu> (v.3.0), for manipulating input raster files, shipping routes and for analyzing sound propagated from ships.