| birp-package | Testing for Population Trends Using Low-Cost Ecological Count Data |
| assess_NB | Assess whether it is possible to use the Poisson model instead of the Negative Binomial (NB) model |
| birp | Creating a Birp Object |
| birp_data | Creating a Birp Data Object based on counts and efforts for a single method |
| birp_data_from_data_frame | Creating a Birp Data Object based on dataframe(s) |
| birp_data_from_file | Creating a Birp Data Object based on filenames |
| birp_from_command_line | Creating a Birp Object based on output files of command-line tool |
| plot.birp | Plotting a birp object |
| plot.birp_data | Plotting a birp_data Object |
| plot_epoch_pair | Plotting posterior estimates of gamma pairs |
| plot_mcmc | Plotting the MCMC chains |
| plot_trend | Plotting posterior trends |
| print.birp | Printing a birp object |
| print.birp_data | Printing a birp_data Object |
| simulate_birp | This function simulates a birp_data object for tidy data |
| simulate_birp_from_results | This function simulates a birp_data object using all parameter estimates, dimensionality (methods, locations, timepoints) and the total number of counts nu_ij of a birp object |
| summary.birp | Summarizing a birp object |
| summary.birp_data | This function summarizes a birp_data object |