Reference

All functions
FLCatch() `catch.sel<-`() discards.ratio() lrevenue() landings.n(<FLCatch>) `landings.n<-`(<FLCatch>,<numeric>) `landings.wt<-`(<FLCatch>,<numeric>) `discards.n<-`(<FLCatch>,<numeric>) `discards.wt<-`(<FLCatch>,<numeric>) `price<-`(<FLCatch>,<numeric>) `catch.q<-`(<FLCatch>,<numeric>) landings(<FLCatch>) discards(<FLCatch>) catch(<FLCatch>) catch.n(<FLCatch>) catch.wt(<FLCatch>) landings.sel(<FLCatch>) discards.sel(<FLCatch>) plot(<FLCatch>,<missing>)	FLCatch constructor
FLCatches()	FLCatches constructor
FLFisheries() landings(<FLFisheries>) discards(<FLFisheries>) catch(<FLFisheries>) catch.n(<FLFisheries>) landings.wt(<FLFisheries>) catch.wt(<FLFisheries>) catch.wt(<FLFisheries>)	FLFisheries constructor
FLFishery() capacity() `capacity<-`() crewshare() `crewshare<-`() hperiod() `hperiod<-`() orevenue() `orevenue<-`() effort(<FLFishery>,<ANY>) `effort<-`(<FLFishery>,<FLQuant>) vcost(<FLFishery>) `vcost<-`(<FLFishery>,<FLQuant>) fcost(<FLFishery>) `fcost<-`(<FLFishery>,<FLQuant>) `fcost<-`(<FLFishery>,<numeric>) landings(<FLFishery>) discards(<FLFishery>) catch(<FLFishery>) catch.n(<FLFishery>) landings.wt(<FLFishery>) catch.wt(<FLFishery>) catch.wt(<FLFishery>) `[`(<FLFishery>,<ANY>,<missing>,<ANY>) `[[<-`(<FLFishery>,<numeric>,<missing>,<FLCatch>) `[[<-`(<FLFishery>,<character>,<missing>,<FLCatch>) summary(<FLFishery>) lrevenue(<FLFishery>) revenue(<FLFishery>) cost(<FLFishery>) profit(<FLFishery>) ccost(<FLFishery>) propagate(<FLFishery>) iter(<FLFishery>) `iter<-`(<FLFishery>,<FLFishery>)	Classes and Methods for Modeling of Fishing Fleets
capacity(<FLFisherycpp>) `capacity<-`(<FLFisherycpp>,<FLQuant>) `capacity<-`(<FLFisherycpp>,<numeric>) hperiod(<FLFisherycpp>) `hperiod<-`(<FLFisherycpp>,<FLQuant>) `hperiod<-`(<FLFisherycpp>,<numeric>) orevenue(<FLFisherycpp>) `orevenue<-`(<FLFisherycpp>,<FLQuant>) `orevenue<-`(<FLFisherycpp>,<numeric>) effort(<FLFisherycpp>,<ANY>) `effort<-`(<FLFisherycpp>,<FLQuant>) `effort<-`(<FLFisherycpp>,<numeric>) vcost(<FLFisherycpp>) `vcost<-`(<FLFisherycpp>,<FLQuant>) `vcost<-`(<FLFisherycpp>,<numeric>) fcost(<FLFisherycpp>) `fcost<-`(<FLFisherycpp>,<FLQuant>) `fcost<-`(<FLFisherycpp>,<numeric>) crewshare(<FLFisherycpp>) `crewshare<-`(<FLFisherycpp>,<FLQuant>) `crewshare<-`(<FLFisherycpp>,<numeric>)	An internal class for homogeneous fishing fleets
harvests() harvest(<FLBiol>,<FLFishery>) harvest(<FLBiol>,<FLFisheries>) harvest(<FLBiol>,<FLCatch>) fbar(<FLBiol>)	Methods to calculate fishing mortalities
nsfleet ple sol	Simulated fisheries data for fisheries exploiting North sea plaice and sole.