abc: The simple abc hydrological Model
In RHydro: Classes and methods for hydrological modelling and analysis

Description Usage Arguments Details Value Author(s) References Examples

Some description todo

1	abc(pars, init, prec, R.implementation = FALSE)

`pars`	A vector with the three named (!) parameters a,b,c
`init`	A vector with the named (!) initial condition for the storage G
`prec`	The precipitation data as vector. ToDo: change to xts
`R.implementation`	boolean, determining if R or Fortran code is run.

Give some more details about the model here. Todo These are our model equations (Q: stream flow, G: base flow) Q[t] = (1-a-b) * P[t] + c * G[t-1] G[t] = (1-c) * G[t-1] + a * P[t] Rekursionsvorschrift fur Gt: Gt = G0*(1-c)^t + Summe_von_i=1_bis_t_uber(a*Pi*(1-c)^(n-t)) die Zeitreihe fuer G wird um einen Zeitindex nach "rechts" verschoben (also G[1]=G0) auf diese Weise kann dann Q ohne Schleife berechnet werden

`q`	The vector of simulated discharges
`G`	The vector of changes in the store G

Maik Heistermann (?), Dominik Reusser

Vogel and Sankarasubramanian, WRR, 2003

data(huagrahuma)
abc(pars=c(a=0.5,b=0.3,c=0.7), init=c(G=1), prec = huagrahuma$inputs$P, R.implement=TRUE)
#Todo: make more sensible example
abc(pars=c(a=0.5,b=0.3,c=0.7), init=c(G=1), prec = huagrahuma$inputs$P)