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IPM Constructors

Functions to build IPM components

stand()
Create an ipm_stand object representing a forest plot
species_model()
Create an ipm_spModel object defining which species to model
env_condition()
Create an ipm_env object specifying climate drivers
parameters()
Resolve a single parameter realization from Bayesian posteriors
control()
Configure IPM projection settings

IPM Engines

Functions to run IPM calculations

lambda()
Compute the asymptotic population growth rate (lambda) per species
project()
Project population dynamics over time

Utilities

Helper functions

supported_species()
Return the tibble of species supported by forestIPM
scale_env()
Scale environmental values to [0, 1]
unscale_env()
Unscale environmental values from [0, 1] to natural units
set_random_effects()
Set plot-level random effects for one or more species

Visualization

Plotting and diagnostic functions

plot(<ipm_projection>)
Plot an ipm_projection object