Man pages for rscherrer/speciomx
Adaptive Dynamics Approximation of the Speciome Model
| find_equilibrium | Find the demographic equilibrium |
| find_equilibrium_burnin | Find the burn-in demographic equilibrium |
| find_equilibrium_di | Find the dimorphic demographic equilibrium |
| find_equilibrium_within | Find the within-habitat demographic equilibrium |
| find_roots | Numerically find roots of a function |
| find_singularities | Find evolutionary singularities |
| find_singularities_within | Find within-habitat evolutionary singularities |
| get_default_pars | Default parameter set |
| get_endpoint | Predict evolutionary endpoint |
| get_endpoint_within | Predict within-habitat evolutionary endpoint |
| get_example_pars | Example parameter set |
| get_gradient | Selection gradient |
| get_gradient_burnin | Burn-in selection gradient |
| get_gradient_di | Dimorphic selection gradients |
| get_gradient_within | Within-habitat selection gradient |
| get_lambda | Invasion fitness |
| get_model | Model set-up |
| get_model_di | Dimorphic model set-up |
| get_model_within | Within-habitat model set-up |
| get_sliding_windows | Generate sliding windows |
| is_convergent | Evaluate convergence stability |
| is_convergent_within | Evaluate within-habitat convergence stability |
| is_stable | Evaluate evolutionary stability |
| is_stable_within | Evaluate within-habitat evolutionary stability |
| pipe | Pipe operator |
| plot_pip | Pairwise invasibility plot |
| simulate | Simulate trait evolution |
| simulate_burnin | Simulate burn-in |
| simulate_di | Simulate dimorphic evolution |
| simulate_mono | Simulate monomorphic evolution |
| uniroot_noerr | Root finding without error |
