1d:T7fe,# Estimates all daily values of Concentration, Flux, Flow-Normalized Concentration, and Flow Normalized Flux Uses the surfaces matrix estimated in estSurfaces to estimate 6 daily time series and appends them to the Daily data frame. The time series are (in order): yHat, the estimated natural log of concentration, dimensionless SE, the standard error of the natural log of concentration ConcDay, the estimated concentration in mg/L FluxDay, the estimated flux in kg/day FNConc, the flow-normalized concentration in mg/L FNFlux, the flow-normalized flux in kg/day Bin the LogQ values by day-of-year. ```r estDailyFromSurfaces(eList, localsurfaces = NA, localDaily = NA) getConcFluxFromSurface(eList, allLogQsByDayOfYear, localDaily, localsurfaces = NA) getSurfaceEstimates(eList, localsurfaces = NA, localDaily = NA) bin_Qs(localDaily) ``` ## Arguments - `eList`: named list with at least the Daily and INFO dataframes, and the surface matrix - `localsurfaces`: surface over-riding the one stored in eList. Default is NA. - `localDaily`: data frame to override eList$Daily. Default is NA. - `allLogQsByDayOfYear`: list ## Returns egret object with altered Daily dataframe Daily dataframe with yHat, SE, ConcDay and FluxDay calulated ## Details The results are stored in an augmented version of the Daily data frame, which is returned as part of an EGRET object. ## Examples ```r eList <- Choptank_eList ################################################# # This is usually done in modelEstimation: Daily <- getDaily(eList) surfaceIndexParameters<-surfaceIndex(Daily) INFO <- eList$INFO INFO$bottomLogQ<-surfaceIndexParameters[['bottomLogQ']] INFO$stepLogQ<-surfaceIndexParameters[['stepLogQ']] INFO$nVectorLogQ<-surfaceIndexParameters[['nVectorLogQ']] INFO$bottomYear<-surfaceIndexParameters[['bottomYear']] INFO$stepYear<-surfaceIndexParameters[['stepYear']] INFO$nVectorYear<-surfaceIndexParameters[['nVectorYear']] eList$INFO <- INFO ################################################# Daily <- estDailyFromSurfaces(eLis

estDailyFromSurfaces function