Man pages for ktmurray1219/mmrefpoints
Project Marine Mammal Populations and Calculate Reference Points
| abund_rel | Calculate relative abundance |
| abund_rel_vec | Calculate relative abundance |
| add_trans | Add transparency to a color |
| calc_z | Degree of compensation |
| ce | Calculate normalized sustainable yield |
| dat | Life history parameters for pinnipeds |
| dynamics | Generate one marine mammal population trajectory |
| find_msyr | calculate MSYR |
| get_diff | Calculate the derivative of C in getMNPL() |
| get_dz | Derivative of z (function to minimize) |
| get_f | Get bycatch mortality rate given depletion |
| getfecmax | Calculate maximum theoretical fecundity rate |
| get_mnpl | Calculate Maximum Net Productivity Level (MNPL) |
| get_rf | Get relative recruitment at bycatch mortality rate E |
| ggradar | Radar plot |
| inv_logit | Get inverse logit of a value |
| lh | Life history parameters for marine mammals. |
| logit | Logit transform |
| make_ptable | Make a performance table. Trajectories must be based on... |
| multiplot_proj | multiplot.proj |
| npr | Calculate numbers per recruit |
| plot_bycatch_guesses | Plot distribution of bycatch values |
| plot_pinnipeds | Plot all the pinniped life history parameters |
| plot_proj | Plot projections |
| plot_yield_curve | Yield curve for Shiny |
| pop_vs_yield | Yield or productivity curve |
| prob_rebuilt_goal | Calculate the probability of reaching a rebuilding goal |
| projections | Run simulations of a marine mammal population with bycatch... |
| rebuild_by_x | Calculate the bycatch rate needed to reach a performance goal |
| run_app | Run the Shiny Application |
