A B C D E F G H I L M N O P R S T U
| amt-package | amt: Animal Movement Tools |
| add_nsd | Net squared displacement (nsd) |
| add_nsd.steps_xy | Net squared displacement (nsd) |
| add_nsd.track_xy | Net squared displacement (nsd) |
| amt | amt: Animal Movement Tools |
| amt_fisher | GPS tracks from four fishers |
| amt_fisher_covar | Environmental data for fishers |
| as_degree | Converts angles to radians |
| as_ltraj | Coerce a track to other formats. |
| as_ltraj.track_xy | Coerce a track to other formats. |
| as_ltraj.track_xyt | Coerce a track to other formats. |
| as_move | Coerce a track to other formats. |
| as_move.track_xyt | Coerce a track to other formats. |
| as_moveHMM | Coerce a track to other formats. |
| as_moveHMM.track_xy | Coerce a track to other formats. |
| as_rad | Converts angles to radians |
| as_sf_lines | Export track to lines |
| as_sf_points | Coerces a track to points |
| as_sf_points.steps_xy | Coerces a track to points |
| as_sp | Coerce a track to other formats. |
| as_sp.steps_xy | Coerce a track to other formats. |
| as_telemetry | Coerce a track to other formats. |
| as_telemetry.track_xyt | Coerce a track to other formats. |
| as_track | Coerce to track |
| as_track.data.frame | Coerce to track |
| as_track.sfc_POINT | Coerce to track |
| as_track.SpatialPoints | Coerce to track |
| as_track.steps_xyt | Coerce to track |
| available_distr | Display available distributions for step lengths and turn angles. |
| bandwidth_pi | 'hr_kde_pi' wraps 'KernSmooth::dpik' to select bandwidth for kernel density estimation the plug-in-the-equation method in two dimensions. |
| bandwidth_ref | Reference bandwidth |
| bbox | Get bounding box of a track. |
| bbox.steps_xy | Get bounding box of a track. |
| bbox.track_xy | Get bounding box of a track. |
| centroid | Calculate the centroid of a track. |
| centroid.track_xy | Calculate the centroid of a track. |
| coercion | Coerce a track to other formats. |
| convert_angles | Converts angles to radians |
| coords | Coordinates of a track. |
| cum_dist | Movement metrics |
| cum_ud | Calculate a cumulative UD |
| deer | Relocations of 1 red deer |
| diff | Difference in x and y |
| diff_x | Difference in x and y |
| diff_y | Difference in x and y |
| direction_abs | Functions to create and work with steps |
| direction_abs.track_xy | Functions to create and work with steps |
| direction_rel | Functions to create and work with steps |
| direction_rel.track_xy | Functions to create and work with steps |
| dispersal_kernel | Create a dispersal kernel |
| distributions | Functions create statistical distributions |
| distr_name | Name of step-length distribution and turn-angle distribution |
| extent | Extent of a track |
| extent_both | Extent of a track |
| extent_max | Extent of a track |
| extent_x | Extent of a track |
| extent_y | Extent of a track |
| extract_covariates | Extract covariate values |
| extract_covariates.random_points | Extract covariate values |
| extract_covariates.steps_xy | Extract covariate values |
| extract_covariates.track_xy | Extract covariate values |
| extract_covariates_along | Extract covariate values |
| extract_covariates_along.steps_xy | Extract covariate values |
| extract_covariates_var_time | Extract covariate values |
| extract_covariates_var_time.steps_xyt | Extract covariate values |
| extract_covariates_var_time.track_xyt | Extract covariate values |
| filter_min_n_burst | Filter bursts by number of relocations |
| filter_min_n_burst.track_xy | Filter bursts by number of relocations |
| fit_clogit | Fit a conditional logistic regression |
| fit_ctmm | Fit a continuous time movement model with 'ctmm' |
| fit_distr | Fit distribution to data |
| fit_issf | Fit a conditional logistic regression |
| fit_logit | Fit logistic regression |
| fit_rsf | Fit logistic regression |
| fit_ssf | Fit a conditional logistic regression |
| from | Duration of tracks |
| from.track_xyt | Duration of tracks |
| from_to | Duration of tracks |
| from_to.track_xyt | Duration of tracks |
| get_crs | Obtains the Coordinate Reference Systems |
| get_distr | Obtain the step length and/or turn angle distributions from random steps or a fitted model. |
| habitat_kernel | Simulate UD from fitted SSF |
| has_crs | Check for Coordinate Reference Systems (CRS) |
| hrest | Home ranges |
| hr_akde | Home ranges |
| hr_akde.track_xyt | Home ranges |
| hr_area | Home-range area |
| hr_area.akde | Home-range area |
| hr_area.hr | Home-range area |
| hr_area.RasterLayer | Home-range area |
| hr_cud | Calculate a cumulative UD |
| hr_cud.RasterLayer | Calculate a cumulative UD |
| hr_isopleths | Home-range isopleths |
| hr_isopleths.akde | Home-range isopleths |
| hr_isopleths.hr_prob | Home-range isopleths |
| hr_isopleths.locoh | Home-range isopleths |
| hr_isopleths.mcp | Home-range isopleths |
| hr_isopleths.RasterLayer | Home-range isopleths |
| hr_kde | Home ranges |
| hr_kde.track_xy | Home ranges |
| hr_kde_lscv | Least square cross validation bandwidth |
| hr_kde_pi | 'hr_kde_pi' wraps 'KernSmooth::dpik' to select bandwidth for kernel density estimation the plug-in-the-equation method in two dimensions. |
| hr_kde_pi.track_xy | 'hr_kde_pi' wraps 'KernSmooth::dpik' to select bandwidth for kernel density estimation the plug-in-the-equation method in two dimensions. |
| hr_kde_ref | Reference bandwidth |
| hr_kde_ref.track_xy | Reference bandwidth |
| hr_kde_ref_scaled | Select a bandwidth for Kernel Density Estimation |
| hr_locoh | Home ranges |
| hr_locoh.track_xy | Home ranges |
| hr_mcp | Home ranges |
| hr_od | Home ranges |
| hr_overlap | Methods to calculate home-range overlaps |
| hr_overlap.hr | Methods to calculate home-range overlaps |
| hr_overlap.list | Methods to calculate home-range overlaps |
| hr_overlaps | Methods to calculate home-range overlaps |
| hr_overlap_feature | Calculate the overlap between a home-range estimate and a polygon |
| hr_to_sf | Convert home ranges to 'sfc' |
| hr_to_sf.tbl_df | Convert home ranges to 'sfc' |
| hr_ud | Obtain the utilization distribution of a probabilistic home range |
| inspect | Inspect a track |
| inspect.track_xy | Inspect a track |
| intensity_use | Movement metrics |
| log_rss | Calculate log-RSS for a fitted model |
| log_rss.fit_clogit | Calculate log-RSS for a fitted model |
| log_rss.glm | Calculate log-RSS for a fitted model |
| make_distribution | Functions create statistical distributions |
| make_exp_distr | Functions create statistical distributions |
| make_gamma_distr | Functions create statistical distributions |
| make_hnorm_distr | Functions create statistical distributions |
| make_lnorm_distr | Functions create statistical distributions |
| make_track | Create a track_* |
| make_trast | Create a template raster layer |
| make_trast.track_xy | Create a template raster layer |
| make_unif_distr | Functions create statistical distributions |
| make_vonmises_distr | Functions create statistical distributions |
| mk_track | Create a track_* |
| movement_kernel | Simulate UD from fitted SSF |
| movement_metrics | Movement metrics |
| msd | Movement metrics |
| nsd | Net squared displacement (nsd) |
| nsd.track_xy | Net squared displacement (nsd) |
| od | Occurrence Distribution |
| od.track_xyt | Occurrence Distribution |
| params | Get parameters from a (fitted) distribution |
| plot.hr | Plot a home-range estimate |
| plot.log_rss | Plot a 'log_rss' object |
| plot_sl | Plot step-length distribution |
| plot_sl.fit_clogit | Plot step-length distribution |
| plot_sl.random_steps | Plot step-length distribution |
| random_numbers | Sample random numbers |
| random_points | Generate random points |
| random_points.hr | Generate random points |
| random_points.sf | Generate random points |
| random_points.SpatialPolygons | Generate random points |
| random_points.track_xy | Generate random points |
| random_steps | Generate Random Steps |
| random_steps.numeric | Generate Random Steps |
| random_steps.steps_xy | Generate Random Steps |
| range | Geographic range |
| range_both | Geographic range |
| range_both.track_xy | Geographic range |
| range_x | Geographic range |
| range_x.track_xy | Geographic range |
| range_y | Geographic range |
| range_y.track_xy | Geographic range |
| remove_capture | Removes Capture Effects |
| remove_capture_effect | Removes Capture Effects |
| remove_capture_effect.track_xyt | Removes Capture Effects |
| remove_incomplete_strata | Remove strata with missing values for observed steps |
| remove_incomplete_strata.random_steps | Remove strata with missing values for observed steps |
| rolling_od | Occurrence Distribution |
| rolling_od.track_xyt | Occurrence Distribution |
| sh | Relocations of one Red Deer |
| sh_forest | Forest cover |
| simulate_tud | Simulate UD from fitted SSF |
| simulate_ud | Simulate UD from fitted SSF |
| simulate_ud_from_dk | Simulate a UD from a dispersal kernel |
| simulate_xy | Simulate a trajectory |
| sim_ud | Simulate UD from fitted SSF |
| sinuosity | Movement metrics |
| site_fidelity | Test for site fidelity of animal movement. |
| site_fidelity.steps_xy | Test for site fidelity of animal movement. |
| sl_distr | Obtain the step length and/or turn angle distributions from random steps or a fitted model. |
| sl_distr.fit_clogit | Obtain the step length and/or turn angle distributions from random steps or a fitted model. |
| sl_distr.random_steps | Obtain the step length and/or turn angle distributions from random steps or a fitted model. |
| sl_distr_name | Name of step-length distribution and turn-angle distribution |
| sl_distr_name.fit_clogit | Name of step-length distribution and turn-angle distribution |
| sl_distr_name.random_steps | Name of step-length distribution and turn-angle distribution |
| sl_distr_params | Get parameters from a (fitted) distribution |
| sl_distr_params.fit_clogit | Get parameters from a (fitted) distribution |
| sl_distr_params.random_steps | Get parameters from a (fitted) distribution |
| speed | Speed |
| speed.track_xyt | Speed |
| steps | Functions to create and work with steps |
| steps.track_xy | Functions to create and work with steps |
| steps.track_xyt | Functions to create and work with steps |
| steps_by_burst | Functions to create and work with steps |
| steps_by_burst.track_xyt | Functions to create and work with steps |
| step_lengths | Functions to create and work with steps |
| step_lengths.track_xy | Functions to create and work with steps |
| straightness | Movement metrics |
| summarize_sampling_rate | Returns a summary of sampling rates |
| summarize_sampling_rate.track_xyt | Returns a summary of sampling rates |
| summarize_sampling_rate_many | Returns a summary of sampling rates |
| summarize_sampling_rate_many.track_xyt | Returns a summary of sampling rates |
| tac | Movement metrics |
| ta_distr | Obtain the step length and/or turn angle distributions from random steps or a fitted model. |
| ta_distr.fit_clogit | Obtain the step length and/or turn angle distributions from random steps or a fitted model. |
| ta_distr.random_steps | Obtain the step length and/or turn angle distributions from random steps or a fitted model. |
| ta_distr_name | Name of step-length distribution and turn-angle distribution |
| ta_distr_name.fit_clogit | Name of step-length distribution and turn-angle distribution |
| ta_distr_name.random_steps | Name of step-length distribution and turn-angle distribution |
| ta_distr_params | Get parameters from a (fitted) distribution |
| ta_distr_params.fit_clogit | Get parameters from a (fitted) distribution |
| ta_distr_params.random_steps | Get parameters from a (fitted) distribution |
| time_of_day | Time of the day when a fix was taken |
| time_of_day.steps_xyt | Time of the day when a fix was taken |
| time_of_day.track_xyt | Time of the day when a fix was taken |
| to | Duration of tracks |
| to.track_xyt | Duration of tracks |
| tot_dist | Movement metrics |
| track | Create a track_* |
| track_align | Selects relocations that fit a new time series |
| track_align.track_xyt | Selects relocations that fit a new time series |
| track_resample | Resample track |
| track_resample.track_xyt | Resample track |
| transform_coords | Transform CRS |
| transform_coords.track_xy | Transform CRS |
| transform_crs | Transform CRS |
| trast | Create a template raster layer |
| update_distr_man | Manually update 'amt_distr' |
| update_exp | Manually update 'amt_distr' |
| update_gamma | Manually update 'amt_distr' |
| update_hnorm | Manually update 'amt_distr' |
| update_lnorm | Manually update 'amt_distr' |
| update_sl_distr | Update movement distributions |
| update_ta_distr | Update movement distributions |
| update_vonmises | Manually update 'amt_distr' |