Changelog
Source:NEWS.md
MSEtool 3.7.2
CRAN release: 2024-09-23
New additions
- added
nsim
argument toSimulate
as an override toOM@nsim
. Useful for generatingHist
object with 2 sims when all historical values are identical across simulations - added
BAM2OM
to create OM from Beaufort Assessment Model (BAM) output - add MICE rel for recruitment deviates in
multiMSE
which can be a function of the state dynamics in either the current year or previous year - MICE rel for natural mortality can be age-specific in
multiMSE
- custom stock-recruit functions available for
multiMSE
- allow plusgroup to be turned off in
multiMSE
- add
spawn_time_frac
argument toiSCAM2OM
- hermaphroditism in
multiMSE
can be time-varying if entries in theMOM@SexPars$Herm
list is an array with dimensionsnsim, maxage+1, nyears+proyears
- MICE relationship can be specified by reading in the abundance at age and year from the operating model
- MICE functions can operate as a multiplier on the base value instead of over-writing the base value
-
MOM@cpars$control <- list(HermEq = FALSE)
sidesteps the first-year equilibrium age and sex distribution calculation from the hermaphroditic age schedule - document the various
cpars$control
options inhelp("validcpars")
MSEtool 3.7.1
CRAN release: 2024-02-06
MSEtool 3.7.0
CRAN release: 2023-07-19
Fixes
- fix to
Calc_Residuals
when not estimating beta parameter - improve mapping of data across stocks in multiMSE
- improve calculation of weighted mean of empirical weight-at-age for SS2OM
- change to calculation of F in
popdyn.R
to include discard mortality - fix SPR reporting for multiMSE
- fix
SubCpars
forMOM
objects - fix year indexing for stock allocation for species complexes in multiMSE
MSEtool 3.6.2
CRAN release: 2023-03-28
Fixes
- important fix to a bug for projected indices when real indices are provided with NA values
- minor fix to
SS2OM
when empirical weight-at-age is not available - minor fix to
L95
calculation when all age classes are mature (defaults to 1.5) - minor fix to
OM.Rmd
New additions
- add ability to control timing of spawning with
cpars$spawn_time_frac
(default is beginning of yearspawn_time_frac=0
). Need to check timing on order of operations if this is used together with MICE features! - implemented
Data@Vuln_CAL
in generating CAL samples.Data@Vuln_CAA
is not currently implemented - add ability to map
CAL_nsamp
and other sample size data across stocks inMOM
Minor changes
-
MSE@Hist
now includes slotsAtAge
andTSdata
whenextended=FALSE
- changed
MSE@N
slot to include age and area dimensions. - changed
MMSE@N
slot to include age and area dimensions. - added
extended
argument tomultiMSE
to report N-at-age inMMSE@Misc$extended$N
- added optional
MOM@SexPars$share_par = FALSE
argument that turns off parameter mirroring of stock-recruit, depletion parameters; fleet parameters related to effort trends; and all observation/implementation parameters. This can be used to generalize a 2-sex MOM to a multi-stock model with shared spawning output (SexPars$SSBfrom
) and/or movement-at-age between stocks (SexPars$Herm
).
MSEtool 3.6.1
CRAN release: 2023-01-05
New additions
- added additional indices to
plot.Data
- added option for custom stock-recruitment function (in development/testing)
MSEtool 3.6.0
CRAN release: 2022-10-19
Major changes
- By default, MPs are now no longer run in parallel mode when
parallel=TRUE
inrunMSE
andmultiMSE
. To run MPs in parallel, specify a named list with the name of the MP(s) assigned as TRUE. For example,parallel=list(AvC=TRUE
).
New additions
- added
summary.MMSE
generic function - added
Lag_Data
function to be used internally in custom MPs to lag all time-series data by specified number of time-steps (or optionally only some data slots). See?Lag_Data
for more information. - added stock and fleet names (if provided in
MOM
) to(multiHist)
- added
Real.Data.Map
tocpars
. This allows mapping of simulated data across stocks inMOMs
where the real data is not stock-specific; e.g., cases whereMOM
includes male and female stocks but the real data incpars$Data
is not sex-specific -
runMSE
can use the split-apply-combine technique to run projections in parallel with argumentparallel = "sac"
. Implementation details and notable issues are documented in the help doc?runMSE
. This is the fastest method for running simulations but may not be suitable for all operating models and it may be more difficult to troubleshoot errors.
Minor changes
- minor patch to
ASAP2Data
- minor patch in
Assess2OM
- removed duplicated information in
multiHist
object (now only returns biological information for fleet=1) - patch to
gettaxa
function for species that are found in FishBase database but not in FishLife database - update
joinData
,joinHist
,joinMSE
, andaddMPs
functions -
runMSE
calculates vulnerable biomass from fishery weight at agecpars$Wt_age_C
if provided. - the realized catch from TAC is no longer constrained
0.5 * VBiomass
(a legacy feature which is now removed). The constraint is updated to0.999 * Biomass
. - increase iteration limit to 300 when solving for Baranov F during the MP projections.
MSEtool 3.5.0
CRAN release: 2022-06-07
New additions
- added check for
OM
completeness and default values for some parameters - historical MPAs now work in
multiMSE
- argument
parallel
inrunMSE
can takes a named list of MPs - two new functions
WHAM2OM
andASAP2OM
to import assessments into operating models -
Assess2MOM
to generate a multi-fleet operating model, either for a 2-sex population where recruitment is predicted from female spawning output, or a single-sex population. -
Assess2OM
supports Ricker stock-recruit relationship.
Minor changes
- fix to fleet-specific vulnerable biomass provided to
MMPs
- updated code for conditioning observation parameters on observed indices
- add message showing range of estimated von Bert. parameters when
OM@cpars$Len_age
is provided. - fix bug in SSBpR for 2-sex
MOM
(introduced in 3.4.0) - pass projected OM abundance and SSB arrays to
Data@Misc$StockPars
(slotN_P
,SSB_P
, etc.) during closed-loop - now use
usethis
for console messages
MSEtool 3.4.0
CRAN release: 2022-01-05
New additions
- new functions
makeRel
andmakeMOM
with methods for developing MICE relationships, e.g., density-dependent M. - depletion optimization in
multiMSE
usesWt_age_C
for catch fraction calculations. - argument
parallel
inrunMSE
can now be MP-specific by specifying a logical vector of length(MPs). This is useful to apply slow-running MPs in parallel, while avoiding the parallel overhead time for fast-running MPs.
Fixes
- fix bug in re-calculation of MSY refs points when selectivity parameters change (introduced in last version)
- fix indexing in
multiMSE
when growth and natural mortality are time-varying. Internal code inHistMICE
,qestMICE
,popdynMICE
andpopdynOneMICE
was updated for better readability, i.e., removing obsolete/redundant code and better references for array dimensions.
MSEtool 3.3.0
CRAN release: 2021-11-16
New additions
- added
Awatea2OM
to import MCMC output from an Awatea assessment model to openMSE - reference points are now calculated assuming constant stock-recruit alpha and beta parameters. Previously, constant R0 and steepness was assumed. See documentation for more details.
Fixes
- fix minor bug in calculating SSB in first year when using OMs imported from SS3
- fix minor bug when passing movement matrix in with cpars
- fix minor bug so that the mean of sampled recruitment deviations in
SS2MOM
andSS2OM
is one. The issue was noticeable when the autocorrelation is high. - add check for missing OM slots such as interval, pstar, nyears, etc
MSEtool 3.2.0
CRAN release: 2021-08-13
MSEtool 3.1.1
CRAN release: 2021-07-08
MSEtool 3.1.0
CRAN release: 2021-07-03
New additions
- Dynamic and equilibrium spawning potential ratio (SPR) are now calculated for the historical and projection years.
- add option to include empirical weight-at-age for the catches with
cpars$Wt_age_C
- F_crash, F_med, and other reference points have been added to
Hist@Ref$ByYear
- can now optimize for depletion in terms of SB/SBMSY with
control$D <- 'SBMSY'
- option to simulate CAL data including removals (retained + discards) with
OM@cpars$control$CAL="removals"
. Default is to simulate only retained catch-at-length. - option to apply TAC to all removals with
OM@cpars$control$TAC="removals"
. Default is to for TAC to refer to retained catch (i.e., removals will be greater than TAC if there are discards)
MSEtool 3.0.2
CRAN release: 2021-03-09
MSEtool 3.0.1
CRAN release: 2021-02-02
Minor Changes
- Add
I_beta
,SpI_beta
, andVI_beta
for the individual indices. Defaults to useOM@beta
for all, unless a real index is supplied, e.g.,OM@cpars$Data@Ind
,OM@cpars$Data@SpInd
, orOM@cpars$Data@VInd
, or if supplied in cpars, e.g.,OM@cpars$I_beta
Fixes
- fix bug where variability in von Bert K with
OM@Ksd
was not implemented correctly (5e6e8c6). - fix error with incorrect beta values when conditioning with real index (ie cpars$Data@Ind)
- fix randomly occurring bug in C++ code that was causing crashes
- fix issue with importing composition data with
new('Data',..)
(issue #33) - fix
cpars$beta
andcpars$Esd
issue (issue #34) - fix issue with importing Data files from csv
MSEtool 3.0.0
CRAN release: 2021-01-09
This is a new major release of the MSEtool
package. It is not backwards compatible with previous versions of MSEtool
or DLMtool
.
Major Changes
- The most significant change in this version is that the
MSEtool
package now contains all code related to generating operating models, simulating fisheries dynamics, conducting management strategy evaluation, and examining the results (previously in theDLMtool
package). This change was primarily done to better align the actual contents of the packages with the respective package names. -
MSEtool
now only has a set of reference management procedures (e.g.,FMSYref
) - The Data-Limited Methods Toolkit package now contains the collection of data-limited methods, and uses
MSEtool
V3+ as a dependency; i.e., installing and loadingDLMtool
will also install and loadMSEtool
and make all functions for generating OMs, conducting MSE, etc available. - The operating model has been updated and an age-0 age-class has been added to the population dynamics model; i.e., recruitment is now to age-0 (previously the OM in
DLMtool
had recruitment to age-1). - The catch-at-age (CAA) in the
Data
object now includes age-0 (i.e., all age data must be lengthmaxage+1
)