k_function_internal: Internal function used to calculate carrying capacity within...

In Jpomz/IGPtoy: Simulate Intraguild Predation Dynamics in Three Species Community

Description

Internal function used to calculate carrying capacity within igp_sim()

Usage

k_function_internal(
  k_function,
  k_base,
  r_max,
  n_upstream,
  n_patch,
  k_c,
  k_min_exponent,
  k_max_exponent,
  river_network_structure,
  environment_value
)

Arguments

k_function	Character string, one of c("patches upstream", "environment", or NULL).
k_base	Numeric input scaling the carrying capacity. See details for more information.
r_max	Maximum reproductive rate of basal species, B
n_upstream	Vector of length = n_patch describing the number (n+1) of upstream patches. Terminal upstream patches have a value of 1.
n_patch	The number of total patches
k_c	constant (default = 10) used in k_n_upstream() when k_function = "patches upstream"
k_min_exponent	min exponent (default = 1.1) used in k_n_upstream() when k_function = "patches upstream"
k_max_exponent	min exponent (default = 1.35) used in k_n_upstream() when k_function = "patches upstream"
river_network_structure	Logical indicating if this is a branching river network TRUE or not FALSE.
environment_value	Vector of environmental values. Designed to take brnet() function output.

Value

carrying

Examples

k_function_internal(k_function, k_base, r_max, n_upstream, n_patch, k_c, k_min_exponent, k_max_exponent, river_network_structure, environment_value)

Jpomz/IGPtoy documentation built on Aug. 2, 2021, 5:28 a.m.