Package index • rescomp

All functions
`apply_event()`	Applies a `rescomp_event` object to modify state variables
`crmatrix()`	Shorthand to create a matrix with `spnum` rows and `resnum` columns
`def_cr_ode()`	Define consumer resource ODE function
`event_batch_transfer()`	Define an event in which the species and resources are diluted by addition of new medium
`event_res_add()`	Define an event in which a constant amount of some resources is added to (or removed from) the system
`event_res_custom()`	Define an event which instantaneously changes resource concentrations using an arbitrary function
`event_res_mult()`	Define an event in which the resource populations are multiplied by some factor
`event_schedule_fixed()`	Define a schedule of an event occurring at a fixed set of times
`event_schedule_periodic()`	Define a schedule of an event occurring repeatedly at a fixed period
`event_set_introseq()`	Define a schedule of one-off species introductions: one for each species.
`event_sp_add()`	Define an event in which a constant amount of some consumers is added to (or removed from) the system
`event_sp_custom()`	Define an event which instantaneously changes species concentrations using an arbitrary function
`event_sp_mult()`	Define an event in which the consumer populations are multiplied by some factor
`frame_and_name()`	Convert object of class deSolve to a data frame and name columns
`funcresp_custom()`	Define a functional response using an arbitrary function
`funcresp_hill()`	Define a Hill functional response
`funcresp_monod()`	Define a Monod functional response
`funcresp_type1()`	Define a linear functional response
`funcresp_type2()`	Define a Holling type 2 functional response
`funcresp_type3()`	Define a Holling type 3 functional response
`get_coefs()` `get_coefs_vector()` `get_coefs_matrix()`	Get coefficients from a vector/matrix or `rescomp_coefs_vector`/`rescomp_coefs_matrix` object
`get_event_times()`	Gets the list of times from a `rescomp_event_schedule` object
`get_funcresp()`	Get growth rates from a `rescomp_funcresp` object
`get_params()`	Get params at an instant in time from a `rescomp_param` object
`get_ressupply()`	Get resource supply rates from a `rescomp_ressupply` object
`plot_funcresp()`	Plot functional responses
`plot_rescomp()`	Plot consumer and resource dynamics from deSolve output
`rescomp_coefs_lerp()`	Create a set of coefficients by linear interpolation
`rescomp_coefs_matrix_custom()`	Create a matrix of coefficients using an arbitrary function
`rescomp_coefs_vector_custom()`	Create a vector of coefficients using an arbitrary function
`rescomp_param_custom()`	Create a rescomp parameter using an arbitrary function
`rescomp_param_list()`	Create a list of named rescomp parameters
`rescomp_param_sine()` `rescomp_param_triangle()` `rescomp_param_square()`	Create a rescomp parameter using a sine/square/triangle wave
`ressupply_chemostat()`	Create a resource supply rate using chemostat dynamics
`ressupply_constant()`	Create a resource supply rate using a constant rate resource supply
`ressupply_custom()`	Create a resource supply rate using an arbitrary function
`ressupply_logistic()`	Create a resource supply rate using logistic resource growth
`sim_rescomp()`	Simulate resource competition (a convenience wrapper for `deSolve::ode()`)
`spec_rescomp()`	Generate list of parameters for a consumer-resource model to be passed to `sim_rescomp()`

Reference

All functions