#V3.30.13.00-trans-beta;_2018_12_26;_Stock_Synthesis_by_Richard_Methot_(NOAA)_using_ADMB_12.0 #Stock Synthesis (SS) is a work of the U.S. Government and is not subject to copyright protection in the United States. #Foreign copyrights may apply. See copyright.txt for more information. #C generic forecast file # for all year entries except rebuilder; enter either: actual year, -999 for styr, 0 for endyr, neg number for rel. endyr 1 # Benchmarks: 0=skip; 1=calc F_spr,F_btgt,F_msy; 2=calc F_spr,F0.1,F_msy 2 # MSY: 1= set to F(SPR); 2=calc F(MSY); 3=set to F(Btgt) or F0.1; 4=set to F(endyr) 0.4 # SPR target (e.g. 0.40) 0.4 # Biomass target (e.g. 0.40) #_Bmark_years: beg_bio, end_bio, beg_selex, end_selex, beg_relF, end_relF, beg_recr_dist, end_recr_dist, beg_SRparm, end_SRparm (enter actual year, or values of 0 or -integer to be rel. endyr) 296 296 289 296 289 296 13 296 13 296 1 #Bmark_relF_Basis: 1 = use year range; 2 = set relF same as forecast below # 4 # Forecast: 0=none; 1=F(SPR); 2=F(MSY) 3=F(Btgt) or F0.1; 4=Ave F (uses first-last relF yrs); 5=input annual F scalar 40 # N forecast years 0 # F scalar (only used for Do_Forecast==5) #_Fcast_years: beg_selex, end_selex, beg_relF, end_relF, beg_mean recruits, end_recruits (enter actual year, or values of 0 or -integer to be rel. endyr) 296 296 296 296 13 296 0 # Forecast selectivity (0=fcast selex is mean from year range; 1=fcast selectivity from annual time-vary parms) 2 # Control rule method (1: ramp does catch=f(SSB), buffer on F; 2: ramp does F=f(SSB), buffer on F; 3: ramp does catch=f(SSB), buffer on catch; 4: ramp does F=f(SSB), buffer on catch) 0.4 # Control rule Biomass level for constant F (as frac of Bzero, e.g. 0.40); (Must be > the no F level below) 0.01 # Control rule Biomass level for no F (as frac of Bzero, e.g. 0.10) 1 # Control rule target as fraction of Flimit (e.g. 0.75), negative value invokes list of [year, scalar] with filling from year to YrMax 3 #_N forecast loops (1=OFL only; 2=ABC; 3=get F from forecast ABC catch with allocations applied) 3 #_First forecast loop with stochastic recruitment 0 #_Forecast recruitment: 0= spawn_recr; 1=value*spawn_recr_fxn; 2=value*VirginRecr; 3=recent mean from yr range above (need to set phase to -1 in control to get constant recruitment in MCMC) 1 # value is ignored 0 #_Forecast loop control #5 (reserved for future bells&whistles) 297 #FirstYear for caps and allocations (should be after years with fixed inputs) 0 # stddev of log(realized catch/target catch) in forecast (set value>0.0 to cause active impl_error) 0 # Do West Coast gfish rebuilder output (0/1) 296 # Rebuilder: first year catch could have been set to zero (Ydecl)(-1 to set to 1999) 296 # Rebuilder: year for current age structure (Yinit) (-1 to set to endyear+1) 1 # fleet relative F: 1=use first-last alloc year; 2=read seas, fleet, alloc list below # Note that fleet allocation is used directly as average F if Do_Forecast=4 2 # basis for fcast catch tuning and for fcast catch caps and allocation (2=deadbio; 3=retainbio; 5=deadnum; 6=retainnum) # Conditional input if relative F choice = 2 # enter list of: season, fleet, relF; if used, terminate with season=-9999 # 1 1 0.0526316 # 1 2 0.0526316 # 1 3 0.0526316 # 1 4 0.0526316 # 1 5 0.0526316 # 1 7 0.0526316 # 1 9 0.0526316 # 1 10 0.0526316 # 1 11 0.0526316 # 1 12 0.0526316 # 1 13 0.0526316 # 1 14 0.0526316 # 1 15 0.0526316 # 1 17 0.0526316 # 1 18 0.0526316 # 1 20 0.0526316 # 1 23 0.0526316 # 1 24 0.0526316 # 1 25 0.0526316 # -9999 0 0 # terminator for list of relF # enter list of: fleet number, max annual catch for fleets with a max; terminate with fleet=-9999 -9999 -1 # enter list of area ID and max annual catch; terminate with area=-9999 -9999 -1 # enter list of fleet number and allocation group assignment, if any; terminate with fleet=-9999 -9999 -1 #_if N allocation groups >0, list year, allocation fraction for each group # list sequentially because read values fill to end of N forecast # terminate with -9999 in year field # no allocation groups 2 # basis for input Fcast catch: -1=read basis with each obs; 2=dead catch; 3=retained catch; 99=input Hrate(F) #enter list of Fcast catches; terminate with line having year=-9999 #_Yr Seas Fleet Catch(or_F) 297 1 1 11547.3 298 1 1 12511.8 299 1 1 3783.15 300 1 1 8720.3 301 1 1 11547.3 302 1 1 12511.8 303 1 1 3783.15 304 1 1 8720.3 305 1 1 11547.3 306 1 1 12511.8 307 1 1 3783.15 308 1 1 8720.3 309 1 1 11547.3 310 1 1 12511.8 311 1 1 3783.15 312 1 1 8720.3 313 1 1 11547.3 314 1 1 12511.8 315 1 1 3783.15 316 1 1 8720.3 317 1 1 11547.3 318 1 1 12511.8 319 1 1 3783.15 320 1 1 8720.3 321 1 1 11547.3 322 1 1 12511.8 323 1 1 3783.15 324 1 1 8720.3 325 1 1 11547.3 326 1 1 12511.8 327 1 1 3783.15 328 1 1 8720.3 329 1 1 11547.3 330 1 1 12511.8 331 1 1 3783.15 332 1 1 8720.3 333 1 1 11547.3 334 1 1 12511.8 335 1 1 3783.15 336 1 1 8720.3 297 1 2 16318.8 298 1 2 13476.6 299 1 2 5945.4 300 1 2 9087.1 301 1 2 16318.8 302 1 2 13476.6 303 1 2 5945.4 304 1 2 9087.1 305 1 2 16318.8 306 1 2 13476.6 307 1 2 5945.4 308 1 2 9087.1 309 1 2 16318.8 310 1 2 13476.6 311 1 2 5945.4 312 1 2 9087.1 313 1 2 16318.8 314 1 2 13476.6 315 1 2 5945.4 316 1 2 9087.1 317 1 2 16318.8 318 1 2 13476.6 319 1 2 5945.4 320 1 2 9087.1 321 1 2 16318.8 322 1 2 13476.6 323 1 2 5945.4 324 1 2 9087.1 325 1 2 16318.8 326 1 2 13476.6 327 1 2 5945.4 328 1 2 9087.1 329 1 2 16318.8 330 1 2 13476.6 331 1 2 5945.4 332 1 2 9087.1 333 1 2 16318.8 334 1 2 13476.6 335 1 2 5945.4 336 1 2 9087.1 297 1 3 20.35 298 1 3 125.95 299 1 3 2.85 300 1 3 0.25 301 1 3 20.35 302 1 3 125.95 303 1 3 2.85 304 1 3 0.25 305 1 3 20.35 306 1 3 125.95 307 1 3 2.85 308 1 3 0.25 309 1 3 20.35 310 1 3 125.95 311 1 3 2.85 312 1 3 0.25 313 1 3 20.35 314 1 3 125.95 315 1 3 2.85 316 1 3 0.25 317 1 3 20.35 318 1 3 125.95 319 1 3 2.85 320 1 3 0.25 321 1 3 20.35 322 1 3 125.95 323 1 3 2.85 324 1 3 0.25 325 1 3 20.35 326 1 3 125.95 327 1 3 2.85 328 1 3 0.25 329 1 3 20.35 330 1 3 125.95 331 1 3 2.85 332 1 3 0.25 333 1 3 20.35 334 1 3 125.95 335 1 3 2.85 336 1 3 0.25 297 1 4 28.1 298 1 4 27.15 299 1 4 26.9 300 1 4 33.7 301 1 4 28.1 302 1 4 27.15 303 1 4 26.9 304 1 4 33.7 305 1 4 28.1 306 1 4 27.15 307 1 4 26.9 308 1 4 33.7 309 1 4 28.1 310 1 4 27.15 311 1 4 26.9 312 1 4 33.7 313 1 4 28.1 314 1 4 27.15 315 1 4 26.9 316 1 4 33.7 317 1 4 28.1 318 1 4 27.15 319 1 4 26.9 320 1 4 33.7 321 1 4 28.1 322 1 4 27.15 323 1 4 26.9 324 1 4 33.7 325 1 4 28.1 326 1 4 27.15 327 1 4 26.9 328 1 4 33.7 329 1 4 28.1 330 1 4 27.15 331 1 4 26.9 332 1 4 33.7 333 1 4 28.1 334 1 4 27.15 335 1 4 26.9 336 1 4 33.7 297 1 5 2714.2 298 1 5 1587.7 299 1 5 2492.1 300 1 5 2481.4 301 1 5 2714.2 302 1 5 1587.7 303 1 5 2492.1 304 1 5 2481.4 305 1 5 2714.2 306 1 5 1587.7 307 1 5 2492.1 308 1 5 2481.4 309 1 5 2714.2 310 1 5 1587.7 311 1 5 2492.1 312 1 5 2481.4 313 1 5 2714.2 314 1 5 1587.7 315 1 5 2492.1 316 1 5 2481.4 317 1 5 2714.2 318 1 5 1587.7 319 1 5 2492.1 320 1 5 2481.4 321 1 5 2714.2 322 1 5 1587.7 323 1 5 2492.1 324 1 5 2481.4 325 1 5 2714.2 326 1 5 1587.7 327 1 5 2492.1 328 1 5 2481.4 329 1 5 2714.2 330 1 5 1587.7 331 1 5 2492.1 332 1 5 2481.4 333 1 5 2714.2 334 1 5 1587.7 335 1 5 2492.1 336 1 5 2481.4 297 1 6 6371.8 298 1 6 7275.75 299 1 6 4462.7 300 1 6 383.6 301 1 6 6371.8 302 1 6 7275.75 303 1 6 4462.7 304 1 6 383.6 305 1 6 6371.8 306 1 6 7275.75 307 1 6 4462.7 308 1 6 383.6 309 1 6 6371.8 310 1 6 7275.75 311 1 6 4462.7 312 1 6 383.6 313 1 6 6371.8 314 1 6 7275.75 315 1 6 4462.7 316 1 6 383.6 317 1 6 6371.8 318 1 6 7275.75 319 1 6 4462.7 320 1 6 383.6 321 1 6 6371.8 322 1 6 7275.75 323 1 6 4462.7 324 1 6 383.6 325 1 6 6371.8 326 1 6 7275.75 327 1 6 4462.7 328 1 6 383.6 329 1 6 6371.8 330 1 6 7275.75 331 1 6 4462.7 332 1 6 383.6 333 1 6 6371.8 334 1 6 7275.75 335 1 6 4462.7 336 1 6 383.6 297 1 7 2150.95 298 1 7 2300.35 299 1 7 190.45 300 1 7 1351.95 301 1 7 2150.95 302 1 7 2300.35 303 1 7 190.45 304 1 7 1351.95 305 1 7 2150.95 306 1 7 2300.35 307 1 7 190.45 308 1 7 1351.95 309 1 7 2150.95 310 1 7 2300.35 311 1 7 190.45 312 1 7 1351.95 313 1 7 2150.95 314 1 7 2300.35 315 1 7 190.45 316 1 7 1351.95 317 1 7 2150.95 318 1 7 2300.35 319 1 7 190.45 320 1 7 1351.95 321 1 7 2150.95 322 1 7 2300.35 323 1 7 190.45 324 1 7 1351.95 325 1 7 2150.95 326 1 7 2300.35 327 1 7 190.45 328 1 7 1351.95 329 1 7 2150.95 330 1 7 2300.35 331 1 7 190.45 332 1 7 1351.95 333 1 7 2150.95 334 1 7 2300.35 335 1 7 190.45 336 1 7 1351.95 297 1 8 10449 298 1 8 4383.2 299 1 8 12548.5 300 1 8 12887.2 301 1 8 10449 302 1 8 4383.2 303 1 8 12548.5 304 1 8 12887.2 305 1 8 10449 306 1 8 4383.2 307 1 8 12548.5 308 1 8 12887.2 309 1 8 10449 310 1 8 4383.2 311 1 8 12548.5 312 1 8 12887.2 313 1 8 10449 314 1 8 4383.2 315 1 8 12548.5 316 1 8 12887.2 317 1 8 10449 318 1 8 4383.2 319 1 8 12548.5 320 1 8 12887.2 321 1 8 10449 322 1 8 4383.2 323 1 8 12548.5 324 1 8 12887.2 325 1 8 10449 326 1 8 4383.2 327 1 8 12548.5 328 1 8 12887.2 329 1 8 10449 330 1 8 4383.2 331 1 8 12548.5 332 1 8 12887.2 333 1 8 10449 334 1 8 4383.2 335 1 8 12548.5 336 1 8 12887.2 297 1 9 960.85 298 1 9 861.25 299 1 9 1068.85 300 1 9 947.35 301 1 9 960.85 302 1 9 861.25 303 1 9 1068.85 304 1 9 947.35 305 1 9 960.85 306 1 9 861.25 307 1 9 1068.85 308 1 9 947.35 309 1 9 960.85 310 1 9 861.25 311 1 9 1068.85 312 1 9 947.35 313 1 9 960.85 314 1 9 861.25 315 1 9 1068.85 316 1 9 947.35 317 1 9 960.85 318 1 9 861.25 319 1 9 1068.85 320 1 9 947.35 321 1 9 960.85 322 1 9 861.25 323 1 9 1068.85 324 1 9 947.35 325 1 9 960.85 326 1 9 861.25 327 1 9 1068.85 328 1 9 947.35 329 1 9 960.85 330 1 9 861.25 331 1 9 1068.85 332 1 9 947.35 333 1 9 960.85 334 1 9 861.25 335 1 9 1068.85 336 1 9 947.35 297 1 10 3059.1 298 1 10 892 299 1 10 843.9 300 1 10 2499.1 301 1 10 3059.1 302 1 10 892 303 1 10 843.9 304 1 10 2499.1 305 1 10 3059.1 306 1 10 892 307 1 10 843.9 308 1 10 2499.1 309 1 10 3059.1 310 1 10 892 311 1 10 843.9 312 1 10 2499.1 313 1 10 3059.1 314 1 10 892 315 1 10 843.9 316 1 10 2499.1 317 1 10 3059.1 318 1 10 892 319 1 10 843.9 320 1 10 2499.1 321 1 10 3059.1 322 1 10 892 323 1 10 843.9 324 1 10 2499.1 325 1 10 3059.1 326 1 10 892 327 1 10 843.9 328 1 10 2499.1 329 1 10 3059.1 330 1 10 892 331 1 10 843.9 332 1 10 2499.1 333 1 10 3059.1 334 1 10 892 335 1 10 843.9 336 1 10 2499.1 297 1 11 31.3 298 1 11 176.7 299 1 11 113.2 300 1 11 73 301 1 11 31.3 302 1 11 176.7 303 1 11 113.2 304 1 11 73 305 1 11 31.3 306 1 11 176.7 307 1 11 113.2 308 1 11 73 309 1 11 31.3 310 1 11 176.7 311 1 11 113.2 312 1 11 73 313 1 11 31.3 314 1 11 176.7 315 1 11 113.2 316 1 11 73 317 1 11 31.3 318 1 11 176.7 319 1 11 113.2 320 1 11 73 321 1 11 31.3 322 1 11 176.7 323 1 11 113.2 324 1 11 73 325 1 11 31.3 326 1 11 176.7 327 1 11 113.2 328 1 11 73 329 1 11 31.3 330 1 11 176.7 331 1 11 113.2 332 1 11 73 333 1 11 31.3 334 1 11 176.7 335 1 11 113.2 336 1 11 73 297 1 12 1842.3 298 1 12 1771.6 299 1 12 1857.1 300 1 12 1671.8 301 1 12 1842.3 302 1 12 1771.6 303 1 12 1857.1 304 1 12 1671.8 305 1 12 1842.3 306 1 12 1771.6 307 1 12 1857.1 308 1 12 1671.8 309 1 12 1842.3 310 1 12 1771.6 311 1 12 1857.1 312 1 12 1671.8 313 1 12 1842.3 314 1 12 1771.6 315 1 12 1857.1 316 1 12 1671.8 317 1 12 1842.3 318 1 12 1771.6 319 1 12 1857.1 320 1 12 1671.8 321 1 12 1842.3 322 1 12 1771.6 323 1 12 1857.1 324 1 12 1671.8 325 1 12 1842.3 326 1 12 1771.6 327 1 12 1857.1 328 1 12 1671.8 329 1 12 1842.3 330 1 12 1771.6 331 1 12 1857.1 332 1 12 1671.8 333 1 12 1842.3 334 1 12 1771.6 335 1 12 1857.1 336 1 12 1671.8 297 1 13 46.6 298 1 13 33.8 299 1 13 132.1 300 1 13 157.3 301 1 13 46.6 302 1 13 33.8 303 1 13 132.1 304 1 13 157.3 305 1 13 46.6 306 1 13 33.8 307 1 13 132.1 308 1 13 157.3 309 1 13 46.6 310 1 13 33.8 311 1 13 132.1 312 1 13 157.3 313 1 13 46.6 314 1 13 33.8 315 1 13 132.1 316 1 13 157.3 317 1 13 46.6 318 1 13 33.8 319 1 13 132.1 320 1 13 157.3 321 1 13 46.6 322 1 13 33.8 323 1 13 132.1 324 1 13 157.3 325 1 13 46.6 326 1 13 33.8 327 1 13 132.1 328 1 13 157.3 329 1 13 46.6 330 1 13 33.8 331 1 13 132.1 332 1 13 157.3 333 1 13 46.6 334 1 13 33.8 335 1 13 132.1 336 1 13 157.3 297 1 14 2513.6 298 1 14 6552.9 299 1 14 2867.1 300 1 14 2662.2 301 1 14 2513.6 302 1 14 6552.9 303 1 14 2867.1 304 1 14 2662.2 305 1 14 2513.6 306 1 14 6552.9 307 1 14 2867.1 308 1 14 2662.2 309 1 14 2513.6 310 1 14 6552.9 311 1 14 2867.1 312 1 14 2662.2 313 1 14 2513.6 314 1 14 6552.9 315 1 14 2867.1 316 1 14 2662.2 317 1 14 2513.6 318 1 14 6552.9 319 1 14 2867.1 320 1 14 2662.2 321 1 14 2513.6 322 1 14 6552.9 323 1 14 2867.1 324 1 14 2662.2 325 1 14 2513.6 326 1 14 6552.9 327 1 14 2867.1 328 1 14 2662.2 329 1 14 2513.6 330 1 14 6552.9 331 1 14 2867.1 332 1 14 2662.2 333 1 14 2513.6 334 1 14 6552.9 335 1 14 2867.1 336 1 14 2662.2 297 1 15 744 298 1 15 658.4 299 1 15 2654.6 300 1 15 650.2 301 1 15 744 302 1 15 658.4 303 1 15 2654.6 304 1 15 650.2 305 1 15 744 306 1 15 658.4 307 1 15 2654.6 308 1 15 650.2 309 1 15 744 310 1 15 658.4 311 1 15 2654.6 312 1 15 650.2 313 1 15 744 314 1 15 658.4 315 1 15 2654.6 316 1 15 650.2 317 1 15 744 318 1 15 658.4 319 1 15 2654.6 320 1 15 650.2 321 1 15 744 322 1 15 658.4 323 1 15 2654.6 324 1 15 650.2 325 1 15 744 326 1 15 658.4 327 1 15 2654.6 328 1 15 650.2 329 1 15 744 330 1 15 658.4 331 1 15 2654.6 332 1 15 650.2 333 1 15 744 334 1 15 658.4 335 1 15 2654.6 336 1 15 650.2 297 1 16 1476.8 298 1 16 123.9 301 1 16 1476.8 302 1 16 123.9 305 1 16 1476.8 306 1 16 123.9 309 1 16 1476.8 310 1 16 123.9 313 1 16 1476.8 314 1 16 123.9 317 1 16 1476.8 318 1 16 123.9 321 1 16 1476.8 322 1 16 123.9 325 1 16 1476.8 326 1 16 123.9 329 1 16 1476.8 330 1 16 123.9 333 1 16 1476.8 334 1 16 123.9 297 1 17 4075.5 298 1 17 3531.1 300 1 17 23.7 301 1 17 4075.5 302 1 17 3531.1 304 1 17 23.7 305 1 17 4075.5 306 1 17 3531.1 308 1 17 23.7 309 1 17 4075.5 310 1 17 3531.1 312 1 17 23.7 313 1 17 4075.5 314 1 17 3531.1 316 1 17 23.7 317 1 17 4075.5 318 1 17 3531.1 320 1 17 23.7 321 1 17 4075.5 322 1 17 3531.1 324 1 17 23.7 325 1 17 4075.5 326 1 17 3531.1 328 1 17 23.7 329 1 17 4075.5 330 1 17 3531.1 332 1 17 23.7 333 1 17 4075.5 334 1 17 3531.1 336 1 17 23.7 297 1 18 193.2 298 1 18 193.2 299 1 18 193.2 300 1 18 193.2 301 1 18 193.2 302 1 18 193.2 303 1 18 193.2 304 1 18 193.2 305 1 18 193.2 306 1 18 193.2 307 1 18 193.2 308 1 18 193.2 309 1 18 193.2 310 1 18 193.2 311 1 18 193.2 312 1 18 193.2 313 1 18 193.2 314 1 18 193.2 315 1 18 193.2 316 1 18 193.2 317 1 18 193.2 318 1 18 193.2 319 1 18 193.2 320 1 18 193.2 321 1 18 193.2 322 1 18 193.2 323 1 18 193.2 324 1 18 193.2 325 1 18 193.2 326 1 18 193.2 327 1 18 193.2 328 1 18 193.2 329 1 18 193.2 330 1 18 193.2 331 1 18 193.2 332 1 18 193.2 333 1 18 193.2 334 1 18 193.2 335 1 18 193.2 336 1 18 193.2 298 1 19 0.1 302 1 19 0.1 306 1 19 0.1 310 1 19 0.1 314 1 19 0.1 318 1 19 0.1 322 1 19 0.1 326 1 19 0.1 330 1 19 0.1 334 1 19 0.1 297 1 20 86.1 298 1 20 25 300 1 20 24 301 1 20 86.1 302 1 20 25 304 1 20 24 305 1 20 86.1 306 1 20 25 308 1 20 24 309 1 20 86.1 310 1 20 25 312 1 20 24 313 1 20 86.1 314 1 20 25 316 1 20 24 317 1 20 86.1 318 1 20 25 320 1 20 24 321 1 20 86.1 322 1 20 25 324 1 20 24 325 1 20 86.1 326 1 20 25 328 1 20 24 329 1 20 86.1 330 1 20 25 332 1 20 24 333 1 20 86.1 334 1 20 25 336 1 20 24 297 1 21 22003.3 298 1 21 13973.6 299 1 21 15408.9 300 1 21 12161 301 1 21 22003.3 302 1 21 13973.6 303 1 21 15408.9 304 1 21 12161 305 1 21 22003.3 306 1 21 13973.6 307 1 21 15408.9 308 1 21 12161 309 1 21 22003.3 310 1 21 13973.6 311 1 21 15408.9 312 1 21 12161 313 1 21 22003.3 314 1 21 13973.6 315 1 21 15408.9 316 1 21 12161 317 1 21 22003.3 318 1 21 13973.6 319 1 21 15408.9 320 1 21 12161 321 1 21 22003.3 322 1 21 13973.6 323 1 21 15408.9 324 1 21 12161 325 1 21 22003.3 326 1 21 13973.6 327 1 21 15408.9 328 1 21 12161 329 1 21 22003.3 330 1 21 13973.6 331 1 21 15408.9 332 1 21 12161 333 1 21 22003.3 334 1 21 13973.6 335 1 21 15408.9 336 1 21 12161 -9999 1 1 0 # 999 # verify end of input