Reference

IPM Construction and Reporting Functions for initializing an IPM, constructing sub-kernels, defining numerical integration, defining initial conditions, defining the environmental state, handling eviction, and generating automated reports describing the IPM.
init_ipm()	Initialize an IPM
define_impl() make_impl_args_list() define_domains() define_pop_state() define_env_state() discretize_pop_vector()	Helpers for IPM construction
define_kernel()	Functions to initialize and define IPM kernels
truncated_distributions() discrete_extrema()	Eviction correction
use_vr_model()	Predict methods in ipmr
make_ipm_report() make_ipm_report_body()	Generate an RMarkdown file with IPM metadata
make_ipm()	Methods to implement an IPM
Projection Diagnostics Evaluate the behavior of the population projection.
is_conv_to_asymptotic() conv_plot()	Check for model convergence to asymptotic dynamics
Access parts of a proto_ipm and IPM objects Extract and set various pieces of information from proto_ipm and IPM objects.
domains() vital_rate_exprs() vital_rate_funs() `vital_rate_exprs<-`() new_fun_form() kernel_formulae() `kernel_formulae<-`() parameters() `parameters<-`() int_mesh() pop_state()	Accessor functions for (proto_)ipm objects
collapse_pop_state()	Extract threshold based population size information
Further Analyses Functions to for analysis of asymptotic dynamics, and helpers to extract information needed for analysis of stochastic dynamcis.
lambda()	Compute the per-capita growth rate for an IPM object
right_ev() left_ev()	Compute the standardized left and right eigenvectors via iteration
format_mega_kernel() make_iter_kernel()	Create iteration kernels from an IPM object
mean_kernel()	Mean kernels for stochastic models
`%^%` mat_power()	Raise a matrix to a power
right_mult() left_mult()	Right/left multiplication
as.matrix(<ipmr_matrix>) as.matrix(<ipmr_ipm>)	Convert to bare matrices
Printing and Plotting Functions to print and plot proto_ipm and IPM objects.
ipm_to_df()	Convert ipmr matrix to long data frame
print(<proto_ipm>) print(<simple_di_det_ipm>) print(<simple_dd_det_ipm>) print(<simple_di_stoch_kern_ipm>) print(<simple_dd_stoch_kern_ipm>) print(<simple_di_stoch_param_ipm>) print(<simple_dd_stoch_param_ipm>) print(<general_di_det_ipm>) print(<general_dd_det_ipm>) print(<general_di_stoch_kern_ipm>) print(<general_dd_stoch_kern_ipm>) print(<general_di_stoch_param_ipm>) print(<general_dd_stoch_param_ipm>)	Print proto_ipms or *_ipm objects
plot(<ipmr_matrix>) plot(<simple_di_det_ipm>) plot(<simple_di_stoch_param_ipm>) plot(<simple_di_stoch_kern_ipm>) plot(<general_di_det_ipm>)	Plot a matrix or an *_ipm object
Exported Data Pre-built proto_ipms and a set of raw demographic data for an Israeli Carpobrotus population.
sim_di_det_ex	Simple deterministic IPM example
gen_di_det_ex	A general deterministic IPM example
iceplant_ex	Raw demographic data to construct an example IPM
monocarp_proto	A proto_ipm for a monocarpic perennial