Description Usage Arguments Value
Forward simulate given the optimal havesting policy, D
1 2 | active_adaptive_simulate(f, pars, x_grid, h_grid, p_grid, x0, p0, D, z_g,
update_belief)
|
f |
the true growth function of the escapement population (x-h) should be a function of f(y, p), with parameters p |
pars |
the parameters of the growth function |
x_grid |
the discrete values allowed for the population size, x |
h_grid |
the discrete values of harvest levels to optimize over |
p_grid |
the discrete values of belief allowed |
x0 |
initial stock size |
p0 |
initial belief |
D |
the optimal solution indices on h_grid, given for each possible state at each timestep |
z_g |
a function which returns a random multiple for population growth for the implementation uncertainty in quotas |
update_belief |
a function of x[t], p[t], x[t+1] |
a data frame with the time, fishstock, harvested amount, and what the escapement ("unharvested").
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