Man pages for richelbilderbeek/huisweis
Reproduce Huisman And Weissing 1999
| calc_growth_rates | Calculate the growth rates of all species |
| calc_resource_changes | Calculate the change in resource, equation 2 |
| calc_specific_growth_rate | Calculate the specific growth rates, equation 3 |
| create_hsrs | Create the matrix of half-saturation constants of species... |
| create_hsrs_1_a | Create the matrix of half-saturation constants of 3 species... |
| create_hsrs_1_c | Create the matrix of half-saturation constants of 6 species... |
| create_hsrs_1_d | Create the matrix of half-saturation constants of 6 species... |
| create_init_spec_densities | Create the initial species densities for the species present... |
| create_srcs | Create the matrix of species' (rows) resource (columns)... |
| create_srcs_1_a | Create the species resource contents used in figure 1 A. |
| create_srcs_1_c | Create the species resource contents used in figure 1 C. |
| create_srcs_1_d | Create the species resource contents used in figure 1 D. |
| create_uptake_matrix | Create the uptake matrix, the right-hand part of equation 2 |
| default_params_doc | This function does nothing. It is intended to inherit is... |
| get_max_growth_rates | Get the maximum growth rates of a number of species |
| get_mortality_rates | Get the mortality rates for any number of species |
| get_supply_rates | Get the default supply rates |
| get_turnover_rate | Get the system's turnover rate |
| run_sim | Run the simulation |
