backward_prob | Computes backward probabilities |
cjs.accumulate | Accumulates common capture history values |
cjs_admb | Fitting function for CJS models |
cjs_delta | HMM Initial state distribution functions |
cjs_gamma | HMM Transition matrix functions |
cjs.hessian | Compute variance-covariance matrix for fitted CJS model |
cjs.initial | Computes starting values for CJS p and Phi parameters |
cjs.lnl | Likelihood function for Cormack-Jolly-Seber model |
cjs_tmb | Fitting function for CJS models |
coef.crm | Extract coefficients |
compute_matrices | Compute HMM matrices |
compute_real | Compute estimates of real parameters |
convert.link.to.real | Convert link values to real parameters |
create.dm | Creates a design matrix for a parameter |
create.dmdf | Creates a dataframe with all the design data for a particular... |
create.fixed.matrix | Create parameters with fixed matrix |
create.links | Creates a 0/1 vector for real parameters with sin link |
crm | Capture-recapture model fitting function |
crm.wrapper | Automation of model runs |
deriv_inverse.link | Derivatives of inverse of link function (internal use) |
dipper | Dipper capture-recapture data |
dmat_hsmm2hmm | Create expanded state-dependent observation matrix for HMM... |
fix.parameters | Fixing real parameters in crm models |
function.wrapper | Utility extract functions |
global_decode | Global decoding of HMM |
hmmDemo | HMM computation demo functions |
HMMLikelihood | Hidden Markov Model likelihood functions |
hsmm2hmm | Compute transition matrix for HMM from HSMM |
initiate_pi | Setup fixed values for pi in design data |
inverse.link | Inverse link functions (internal use) |
js | Fitting function for Jolly-Seber model using Schwarz-Arnason... |
js.accumulate | Accumulates common capture history values |
js.hessian | Compute variance-covariance matrix for fitted JS model |
js.lnl | Likelihood function for Jolly-Seber model using... |
local_decode | Local decoding of HMM |
make.design.data | Create design dataframes for crm |
merge_design.covariates | Merge time (occasion) and/or group specific covariates into... |
mixed.model.admb | Mixed effect model contstruction |
mscjs | Fitting function for Multistate CJS models |
mscjs_tmb | Fitting function for Multistate CJS models with TMB |
msld_tmb | Fitting function for Multistate CJS live-dead models with TMB |
mstrata | Multistrata example data |
mvmscjs | Fitting function for Multivariate Multistate CJS with... |
mvmscjs_tmb | TMB version: Fitting function for Multivariate Multistate CJS... |
mvms_design_data | Multivariate Multistate (mvms) Design Data |
mvms_dmat | HMM Observation Probability matrix functions |
omega | Compute 1 to k-step transition proportions |
Paradise_shelduck | Mulstistate Live-Dead Paradise Shelduck Data |
Phi.mean | Various utility parameter summary functions |
predict.crm | Compute estimates of real parameters |
print.crm | Print model results |
print.crmlist | Print model table from model list |
probitCJS | Perform MCMC analysis of a CJS model |
process.ch | Process release-recapture history data |
process.data | Process encounter history dataframe for MARK analysis |
proc.form | Mixed effect model formula parser Parses a mixed effect model... |
resight.matrix | Various utility functions |
R_HMMLikelihood | Hidden Markov Model Functions |
sealions | Multivariate State example data |
set.fixed | Set fixed real parameter values in ddl |
set.initial | Set initial values |
set_mvms | Multivariate Multistate (mvms) Specification |
set_scale | Scaling functions |
setup_admb | ADMB setup |
setup.model | Defines model specific parameters (internal use) |
setup.parameters | Setup parameter structure specific to model (internal use) |
setup_tmb | TMB setup |
simHMM | Simulates data from Hidden Markov Model |
skagit | An example of the Mulstistrata (multi-state) model in which... |
smsld_tmb | Fitting function for Multistate CJS live-dead models with TMB |
splitCH | Split/collapse capture histories |
tagloss | Tag loss example |
valid.parameters | Determine validity of parameters for a model (internal use) |
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