Description Usage Arguments Value
Generate a mesh of K values in log space and fit psi to mesh via numerical optization, then run input EL4P populations to equilibrium. This sets values of psi so that lambda λ=K at given parameter values.
1 2 | meshK_MicroEL4P(K_l, K_u, AquaPops, EL4P_PAR, psi_min = 0, psi_max = 10,
tMax = 500, var_tol = 0.1)
|
K_l |
lower bound of K mesh |
K_u |
upper bound of K mesh |
AquaPops |
list of EL4P objects (see |
EL4P_PAR |
parameters from |
psi_min |
lower bound for fitting psi via one dimensional optimization |
psi_max |
upper bound for fitting psi via one dimensional optimization |
tMax |
maximum time to to run aquatic populations to equilibrium |
var_tol |
target minimum variance in lambda for aquatic populations equilibrium |
named list
eq_pops: EL4P pool populations at equilibrium values
psi_hat: fitted values of psi
meshK: sampled values of K
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