add.df.covar.line |
Add covariate levels detection function plots |
add_df_covar_line |
Add covariate levels detection function plots |
adj.check.order |
Check order of adjustment terms |
AIC.ddf |
Akaike's An Information Criterion for detection functions |
AIC.ds |
Akaike's An Information Criterion for detection functions |
AIC.io |
Akaike's An Information Criterion for detection functions |
AIC.io.fi |
Akaike's An Information Criterion for detection functions |
AIC.rem |
Akaike's An Information Criterion for detection functions |
AIC.rem.fi |
Akaike's An Information Criterion for detection functions |
AIC.trial |
Akaike's An Information Criterion for detection functions |
AIC.trial.fi |
Akaike's An Information Criterion for detection functions |
apex.gamma |
Get the apex for a gamma detection function |
assign.default.values |
Assign default values to list elements that have not been already assigned |
average.line |
Average detection function line for plotting |
average.line.cond |
Average conditional detection function line for plotting |
ddf |
Distance Detection Function Fitting |
ddf.ds |
CDS/MCDS Distance Detection Function Fitting |
ddf.gof |
Goodness of fit tests for distance sampling models |
ddf.io |
Mark-Recapture Distance Sampling (MRDS) IO - PI |
ddf.io.fi |
Mark-Recapture Distance Sampling (MRDS) IO - FI |
ddf.rem |
Mark-Recapture Distance Sampling (MRDS) Removal - PI |
ddf.rem.fi |
Mark-Recapture Distance Sampling (MRDS) Removal - FI |
ddf.trial |
Mark-Recapture Distance Sampling (MRDS) Trial Configuration - PI |
ddf.trial.fi |
Mark-Recapture Analysis of Trial Configuration - FI |
DeltaMethod |
Numeric Delta Method approximation for the variance-covariance matrix |
det.tables |
Observation detection tables |
detfct.fit |
Fit detection function using key-adjustment functions |
detfct.fit.opt |
Fit detection function using key-adjustment functions |
dht |
Density and abundance estimates and variances |
dht.deriv |
Computes abundance estimates at specified parameter values using Horvitz-Thompson-like estimator |
dht.se |
Variance and confidence intervals for density and abundance estimates |
ds.function |
Distance Sampling Functions |
g0 |
Compute value of p(0) using a logit formulation |
getpar |
Extraction and assignment of parameters to vector |
gof.ds |
Compute chi-square goodness-of-fit test for ds models |
gof.io |
Goodness of fit tests for distance sampling models |
gof.io.fi |
Goodness of fit tests for distance sampling models |
gof.rem |
Goodness of fit tests for distance sampling models |
gof.rem.fi |
Goodness of fit tests for distance sampling models |
gof.trial |
Goodness of fit tests for distance sampling models |
gof.trial.fi |
Goodness of fit tests for distance sampling models |
gstdint |
Integral of pdf of distances |
lfbcvi |
Black-capped vireo mark-recapture distance sampling analysis |
lfgcwa |
Golden-cheeked warbler mark-recapture distance sampling analysis |
logisticbyx |
Logistic as a function of covariates |
logisticbyz |
Logistic as a function of distance |
logisticdetfct |
Logistic detection function |
logisticdupbyx |
Logistic for duplicates as a function of covariates |
logisticdupbyx_fast |
Logistic for duplicates as a function of covariates (fast) |
logit |
Logit function |
logLik.ddf |
log-likelihood value for a fitted detection function |
logLik.ds |
log-likelihood value for a fitted detection function |
logLik.io |
log-likelihood value for a fitted detection function |
logLik.io.fi |
log-likelihood value for a fitted detection function |
logLik.rem |
log-likelihood value for a fitted detection function |
logLik.rem.fi |
log-likelihood value for a fitted detection function |
logLik.trial |
log-likelihood value for a fitted detection function |
logLik.trial.fi |
log-likelihood value for a fitted detection function |
p.det |
Double-platform detection probability |
p.dist.table |
Distribution of probabilities of detection |
parse.optimx |
Parse optimx results and present a nice object |
pdot.dsr.integrate.logistic |
Compute probability that a object was detected by at least one observer |
plot.det.tables |
Observation detection tables |
plot.ds |
Plot fit of detection functions and histograms of data from distance sampling model |
plot.io |
Plot fit of detection functions and histograms of data from distance sampling independent observer ('io') model |
plot.io.fi |
Plot fit of detection functions and histograms of data from distance sampling independent observer model with full independence ('io.fi') |
plot.rem |
Plot fit of detection functions and histograms of data from removal distance sampling model |
plot.rem.fi |
Plot fit of detection functions and histograms of data from removal distance sampling model |
plot.trial |
Plot fit of detection functions and histograms of data from distance sampling trial observer model |
plot.trial.fi |
Plot fit of detection functions and histograms of data from distance sampling trial observer model |
plot_cond |
Plot conditional detection function from distance sampling model |
plot_layout |
Layout for plot methods in mrds |
plot_uncond |
Plot unconditional detection function from distance sampling model |
predict |
Predictions from 'mrds' models |
predict.ddf |
Predictions from 'mrds' models |
predict.ds |
Predictions from 'mrds' models |
predict.io |
Predictions from 'mrds' models |
predict.io.fi |
Predictions from 'mrds' models |
predict.rem |
Predictions from 'mrds' models |
predict.rem.fi |
Predictions from 'mrds' models |
predict.trial |
Predictions from 'mrds' models |
predict.trial.fi |
Predictions from 'mrds' models |
print.ddf |
Simple pretty printer for distance sampling analyses |
print.ddf.gof |
Prints results of goodness of fit tests for detection functions |
print.det.tables |
Print results of observer detection tables |
print.dht |
Prints density and abundance estimates |
print.p_dist_table |
Print distribution of probabilities of detection |
print.summary.ds |
Print summary of distance detection function model object |
print.summary.io |
Print summary of distance detection function model object |
print.summary.io.fi |
Print summary of distance detection function model object |
print.summary.rem |
Print summary of distance detection function model object |
print.summary.rem.fi |
Print summary of distance detection function model object |
print.summary.trial |
Print summary of distance detection function model object |
print.summary.trial.fi |
Print summary of distance detection function model object |
prob.deriv |
Derivatives for variance of average p and average p(0) variance |
prob.se |
Average p and average p(0) variance |
process.data |
Process data for fitting distance sampling detection function |
pronghorn |
Pronghorn aerial survey data from Wyoming |
ptdata.distance |
Single observer point count data example from Distance |
ptdata.dual |
Simulated dual observer point count data |
ptdata.removal |
Simulated removal observer point count data |
ptdata.single |
Simulated single observer point count data |
p_dist_table |
Distribution of probabilities of detection |
sample_ddf |
Generate data from a fitted detection function and refit the model |
setbounds |
Set parameter bounds |
setcov |
Creates design matrix for covariates in detection function |
sethazard |
Set initial values for detection function based on distance sampling |
setinitial.ds |
Set initial values for detection function based on distance sampling |
sim.mix |
Simulation of distance sampling data via mixture models Allows one to simulate line transect distance sampling data using a mixture of half-normal detection functions. |
solvecov |
Invert of covariance matrices |
stake77 |
Wooden stake data from 1977 survey |
stake78 |
Wooden stake data from 1978 survey |
summary.ds |
Summary of distance detection function model object |
summary.io |
Summary of distance detection function model object |
summary.io.fi |
Summary of distance detection function model object |
summary.rem |
Summary of distance detection function model object |
summary.rem.fi |
Summary of distance detection function model object |
summary.trial |
Summary of distance detection function model object |
summary.trial.fi |
Summary of distance detection function model object |
survey.region.dht |
Extrapolate Horvitz-Thompson abundance estimates to entire surveyed region |