Package index • collision

All functions

check_input_class(): check input class
check_num_bounds(): check input within bounds
collision-package collision: Per-turbine Collision Risk Model for predicting avian collision with on-shore and off-shore wind turbines
w_from_distmodel() edr_from_distmodel(): extract data from distance model
define_bird(): make a list of bird parameters for input into CRM
define_turbine(): define_turbine
df_obs: Example observations
df_survey: Example survey
ds_example: An object of class dsmodel fit using Distance::ds The example model is fit to the data book.tee.data from mrds
ds_raptor: Distance model example - raptor
encounter_rate(): Calculate uncorrected observed flights / minute of survey from point transects
flights_per_year(): Convert flights per minute to flights per year
n_collision(): Calculate collision rate with static and dynamic avoidance
obs_flux(): Calculate observed flights / time / area from point transects
p_collision_band(): Probability of collision given interaction from Band
parameterise_lnorm(): Given a mean and standard deviation, solves for log normal distribution parameters meanlog and sdlog.
prob_collision_dynamic(): Probability of collision with leading edge of blade
prob_collision_static(): Probability of collision with static turbine
rotate_areas(): Rotate areas
rpm_to_radpersec(): rpm to rad_per_sec
sample_input(): Sample value from chosen distribution
set_random() is.randInput(): Define how to sample a random input
turbine_flights(): Convert observed flight flux to number of flights through turbine plane (i.e. interactions).
turbine_flights_year(): Estimate flights through turbine plane from observations
v90_single: Single turbine example data
vertical_flux_plane_area(): Vertical flux plane area
wte: Wedge-tailed Eagle data