#' Speciation of emissions in different compounds
#'
#' @description Distribute the total mass of estimated emissions into model species.
#'
#' @param total emissions from totalEmissions
#' @param spec numeric speciation vector of species
#' @param verbose display additional information
#'
#' @return Return a list with the daily total emission by interest area (cityes, states, countries, etc).
#'
#' @export
#'
#' @seealso \code{\link{species}}
#'
#' @examples
#' veic <- vehicles(example = TRUE)
#' EmissionFactors <- emissionFactor(example = TRUE)
#' TOTAL <- totalEmission(veic,EmissionFactors,pol = "PM")
#' pm_iag <- c(E_PM25I = 0.0509200,
#' E_PM25J = 0.1527600,
#' E_ECI = 0.1196620,
#' E_ECJ = 0.0076380,
#' E_ORGI = 0.0534660,
#' E_ORGJ = 0.2279340,
#' E_SO4I = 0.0063784,
#' E_SO4J = 0.0405216,
#' E_NO3J = 0.0024656,
#' E_NO3I = 0.0082544,
#' E_PM10 = 0.3300000)
#' PM <- speciation(TOTAL,pm_iag)
speciation <- function(total,spec=NULL,verbose = TRUE){
if(is.null((spec)))
cat("need to suply a speciation vector") # nocov
if(is.list(total))
total <- total[[1]] # nocov
SPEC <- list()
for(i in 1:length(spec)){
SPEC[[i]] <- total * spec[i]
}
names(SPEC) <- names(spec)
return(SPEC)
}
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