Simulate population dynamics for historical years
simYears(x, nareas, maxage, N, pyears, M_ageArray, Asize, Mat_age, Wt_age, V,
retA, Perr, mov, SRrel, Find, Spat_targ, hs, R0a, SSBpR, aR, bR, qs, MPA,
maxF, useCPP = TRUE, SSB0)Integer, the simulation number
The number of spatial areas
The maximum age
Array of the numbers-at-age in population. Dimensions are nsim, maxage, nyears, nareas.
Only values from the first year (i.e N[,,1,]) are used, which is the current N-at-age.
The number of years to project forward. Equal to 'nyears' for optimizing for q.
An array (dimensions nsim, maxage, nyears+proyears) with the natural mortality-at-age and year
A matrix (dimensions nsim, nareas) of size of areas
A matrix (dimensions nsim, maxage) with the proportion mature for each age-class
An array (dimensions nsim, maxage, nyears+proyears) with the weight-at-age and year
An array (dimensions nsim, maxage, nyears+proyears) with the vulnerability-at-age and year
An array (dimensions nsim, maxage, nyears+proyears) with the probability retained-at-age and year
A matrix (dimensions nsim, nyears+proyears) with the recruitment deviations
An array (dimensions nsim, nareas, nareas) with the movement matrix
A numeric vector nsim long specifying the recruitment curve to use
A matrix (dimensions nsim, nyears) with the historical fishing effort
A numeric vector nsim long with the spatial targeting
A numeric vector nsim long with the steepness values for each simulation
A matrix (dimensions nsim, nareas) with the unfished recruitment by area
A matrix (dimensions nsim, nareas) with the unfished spawning-per-recruit by area
A numeric vector nsim long with the Ricker SRR a values
A numeric vector nsim long with the Ricker SRR b values
A numeric vector nsim long with catchability coefficients
A matrix of spatial closures by year
A numeric value specifying the maximum fishing mortality for any single age class
logical - use the CPP code? For testing purposes only
SSB0