All functions

aes_lst()

aes_lst

aniMotum-package aniMotum

aniMotum

auto_crs()

Choose a projection from the extent of the data

dummy()

Roxygen commands

ellie

Southern elephant seal Argos satellite data (1 individual, sub-sampled for testing speed)

emf()

emf

fit_mpm()

fit a Move Persistence Model (mpm)

fit_ssm()

Fit Continuous-Time State-Space Models to filter Argos satellite geolocation data

fmap()

fmap

format_data()

Coerce input data into expected aniMotum format

grab()

grab tibble's by name from a aniMotum model object

join()

join an mpm-estimated behavioural index to ssm-predicted locations

map()

map

mpm_control()

Control Values for fit_mpm.

osar()

calculate one-step-ahead (prediction) residuals from a aniMotum ssm fit

plot(<mpm_df>)

plot

plot(<osar>)

plot

plot(<sim>)

plot

plot(<sim_fit>)

plot

plot(<sim_post>)

plot

plot(<ssm_df>)

plot

print(<jcrw_ssm>)

print one individual's part of a joint crw fit

print(<jmp_ssm>)

print one individual's part of a joint ssm fit

print(<ssm>)

print aniMotum fit object summary information

print(<summary.jssm_df>)

print a joint ssm fit summary

route_path()

Re-route a movement path around land using the pathroutr package

sese

Southern elephant seal Argos satellite data (3 individuals)

sese2

Southern elephant seal Argos satellite data (2 highly sub-sampled individuals)

sese2_n

Southern elephant seal Argos satellite data (2 highly sub-sampled individuals)

share_control()

Specify which parameters are shared among individuals

sim()

simulate animal tracks

sim_filter()

Filter sim_fit simulations

sim_fit()

simulate animal tracks from a ssm fit

sim_jcrw()

Simulate tracks from the joint correlated random walk

sim_post()

simulate from the posterior of a ssm fit.

smru_haulout()

Add a haulout indicator to tracking data from an SMRU haulout file

ssm_control()

Control Values for fit_ssm.

summary(<jssm_df>)

summarise a joint (hierarchical) ssm fit

summary(<ssm_df>)

object summaries

wese_sb

Weddell seal Argos satellite data (1 individual)