Function reference • FLife

All functions
`ages(<FLQuant>)`	Fills an `FLQuant` with ages
`cas`	cas
`dnormal(<FLQuant>,<FLPar>)`	Double normal ogive
`gascuel(<FLQuant>,<FLPar>)`	Gascuel growth curve
`gislason(<FLQuant>,<numeric>)`	gislason
`gompertz(<FLQuant>,<FLPar>)`	Gompertz growth equation
`grwdd(<FLQuant>,<FLPar>)`	grwdd
`knife(<FLQuant>,<FLPar>)`	knife edge ogive
`r(<FLPar>,<missing>)`	Population growth rate
`len2wt(<FLQuant>,<FLPar>)`	Length to weight conversion
`leslie(<FLBRP>)`	Leslie matrix
`lhEql(<FLPar>)`	Derives an `FLBRP` from life history parameters
`lhPar()` `lhStk()`	Generates life history parameters
`lhRef()`	Reference points based on life histories
`logistic(<FLQuant>,<FLPar>)`	logistic
`lopt(<FLPar>)`	Lopt
`loptAge(<FLPar>)`	Age at maximum biomass
`lorenzen(<FLQuant>,<FLPar>)`	lorenzen
`roff()`	Natural mortality
`matdd(<FLQuant>,<FLPar>)`	matdd
`mdd(<FLQuant>,<FLPar>)`	mdd
`richards(<FLQuant>,<FLPar>)`	Richards growth curve
`rlnoise(<numeric>,<FLQuant>)`	Random noise with different frequencies
`rnoise(<numeric>,<FLQuant>)`	Random noise with different frequencies
`rod(<FLQuant>)`	rod
`sigmoid(<FLQuant>,<FLPar>)`	Sigmoid ogive
`sv(<FLPar>,<character>)`	Calculates steepness and virgin biomass
`teleost`	teleost
`vonB(<FLQuant>,<FLPar>)`	von Bertalanffy growth curve
`wklife`	wklife
`wt2len(<FLQuant>,<FLPar>)`	Mass to length conversion

Reference