Description Usage Arguments References Examples
State-space catch-only model from Thorson et al. (2013).
1 2 3 4 | sscom(yr, ct, start_r = resilience("unknown"), NburninPrelim = 1000,
NiterPrelim = 2000, NthinPrelim = 1, NchainsPrelim = 100,
NburninJags = 1e+06, NiterJags = 2e+06, NthinJags = 1000, Nchains = 3,
return_jags = FALSE)
|
yr |
Years |
ct |
Catch time series |
start_r |
Lower and upper intrinsic population growth rates |
NburninPrelim |
Number of warmup iterations during the preliminary phase |
NiterPrelim |
Number of preliminary iterations |
NthinPrelim |
Thinning of preliminary iterations |
NchainsPrelim |
Number of chains for preliminary iterations |
NburninJags |
Number of warmup iterations for main sampling phase |
NiterJags |
Number of sampling iterations for main sampling phase |
NthinJags |
Thining for main sampling phase |
Nchains |
Number of chains for the main sampling phase |
return_jags |
Logical: should the JAGS output object be returned at the
end as well. If |
Thorson, J. T., C. Minto, C. V. Minte-Vera, K. M. Kleisner and C. Longo, 2013. A new role for effort dynamics in the theory of harvested populations and data-poor stock assessment. Can. J. Fish. Aquat. Sci. 70(12):1829-1844.
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