#'@title predictBootsOutCSV
#'@description Outputs the bootstrap predictions to CSV files. \\cr \\cr
#'Executed By: controlFileTasksModel.R \\cr
#'Executes Routines: \\itemize\{\\item getVarList.R
#' \\item unPackList.R\} \\cr
#'@param file.output.list list of control settings and relative paths used for input and
#' output of external files. Created by `generateInputList.R`
#'@param estimate.list list output from `estimate.R`
#'@param predictBoots.list contains parametric bootstrap predictions for load and yield.
#' For more details see documentation Section 5.3.2.3
#'@param subdata data.frame input data (subdata)
#'@param add_vars additional variables specified by the setting `add_vars` to be included in
#' prediction, yield, and residuals csv and shape files
#'@param data_names data.frame of variable metadata from data_Dictionary.csv file
predictBootsOutCSV <- function(file.output.list,estimate.list,predictBoots.list,
subdata,add_vars,data_names) {
#################################################
# create global variable from list names (JacobResults)
# 'oEstimate' containing the estimated mean parameters for all non-constant and constant parameters
# 'Parmnames' list of variable names
# create global variable from list names (predictBoots.list)
# transfer required variables to global environment from SUBDATA
unPackList(lists = list(JacobResults = estimate.list$JacobResults,
datalstCheck = as.character(getVarList()$varList),
predictBoots.list = predictBoots.list,
file.output.list = file.output.list),
parentObj = list(NA,
subdata = subdata,
NA,
NA))
#test if waterid was renumbered, if so add it to add_vars
origWaterid<-as.character(data_names[which(data_names$sparrowNames=="waterid"),]$data1UserNames)
if (origWaterid!="waterid"){
add_vars<-c(origWaterid,add_vars)
}else{
add_vars<-c("waterid_for_RSPARROW_mapping",add_vars)
}
#get user selected additional variables (add_vars)
add_vars<-add_vars[which(add_vars!="waterid")]
add_vars<-add_vars[!duplicated(add_vars)]
if (length(na.omit(add_vars))!=0){
for (a in na.omit(add_vars)){
if (a!=as.character(data_names[which(data_names$sparrowNames=="waterid"),]$data1UserNames) & a!="waterid_for_RSPARROW_mapping"){
if (a %in% names(subdata)){
if (a==add_vars[1]){#if a is first add_var
addSubdataVars<-subdata[,which(names(subdata) %in% c("waterid",a))]
}else{
addSubdataVarstemp<-data.frame(temp = subdata[,which(names(subdata) %in% a)])
names(addSubdataVarstemp)<-a
addSubdataVars<-cbind(addSubdataVars,addSubdataVarstemp)
}
}#if a in subdata
}else{# a == data1UserNames where sparrowName = waterid |a=="waterid_for_RSPARROW_mapping"
if (a=="waterid_for_RSPARROW_mapping"){
tempName<-"originalWaterid"
tempCol<-"waterid_for_RSPARROW_mapping"
}else{
tempName<-as.character(data_names[which(data_names$sparrowNames=="waterid"),]$data1UserNames)
tempCol<-"waterid"
}
if (a==add_vars[1]){#if a is first add_var
addSubdataVars<-data.frame(waterid = subdata[,which(names(subdata) %in% tempCol)])
addSubdataVars<-cbind(addSubdataVars,data.frame(temp = subdata[,which(names(subdata) %in% tempCol)]))
names(addSubdataVars)[2]<-tempName
}else{
addSubdataVarstemp<-data.frame(temp = subdata[,which(names(subdata) %in% tempCol)])
names(addSubdataVarstemp)[1]<-tempName
addSubdataVars<-cbind(addSubdataVars,addSubdataVarstemp)
}
}# a == data1UserNames where sparrowName = waterid
}#for a in add_vars
}
# Output load predictions
outvars <- as.data.frame(bootmatrix)
colnames(outvars) <- boparmlist
rchname <- subdata$rchname
rchname <- gsub(",", "", rchname)
predatts <- data.frame(waterid,rchname,rchtype,headflag,termflag,demtarea,
demiarea,meanq,fnode,tnode,hydseq,frac,iftran,staid)
outvars2 <- merge(predatts,outvars,by="waterid",all.y=TRUE,all.x=TRUE)
if (length(na.omit(add_vars))!=0){
outvars2 <-merge(outvars2,addSubdataVars,by="waterid",all.x=TRUE,all.y=TRUE)
#test if origWaterid column is in addsubdataVars, if so reorder columns so that origWaterid is in column 2
origWaterid<-names(addSubdataVars)[which(names(addSubdataVars) %in% c("originalWaterid",as.character(data_names[which(data_names$sparrowNames=="waterid"),]$data1UserNames))
& names(addSubdataVars)!="waterid")]
if (length(origWaterid)!=0){
outvars2<-outvars2[,match(c("waterid",origWaterid,names(outvars2)[which(!names(outvars2) %in% c("waterid",origWaterid))]),names(outvars2))]
}
}# if add_vars
outvars2 <- outvars2[with(outvars2,order(outvars2$hydseq,outvars2$waterid)), ]
fileout <- paste(path_results,.Platform$file.sep,"predict",.Platform$file.sep,run_id,"_predicts_load_boots.csv",sep="")
fwrite(outvars2,file=fileout,row.names=F,append=F,quote=F,showProgress = FALSE,
dec = csv_decimalSeparator,sep=csv_columnSeparator,col.names = TRUE,na = "NA")
# Output yield predictions
outvars <- as.data.frame(bootyldmatrix)
colnames(outvars) <- byldoparmlist
rchname <- subdata$rchname
rchname <- gsub(",", "", rchname)
predatts <- data.frame(waterid,rchname,rchtype,headflag,termflag,demtarea,
demiarea,meanq,fnode,tnode,hydseq,frac,iftran,staid)
outvars2 <- merge(predatts,outvars,by="waterid",all.y=TRUE,all.x=TRUE)
if (length(na.omit(add_vars))!=0){
outvars2 <-merge(outvars2,addSubdataVars,by="waterid",all.x=TRUE,all.y=TRUE)
#test if origWaterid column is in addsubdataVars, if so reorder columns so that origWaterid is in column 2
origWaterid<-names(addSubdataVars)[which(names(addSubdataVars) %in% c("originalWaterid",as.character(data_names[which(data_names$sparrowNames=="waterid"),]$data1UserNames))
& names(addSubdataVars)!="waterid")]
if (length(origWaterid)!=0){
outvars2<-outvars2[,match(c("waterid",origWaterid,names(outvars2)[which(!names(outvars2) %in% c("waterid",origWaterid))]),names(outvars2))]
}
}# if add_vars
outvars2 <- outvars2[with(outvars2,order(outvars2$hydseq,outvars2$waterid)), ]
fileout <- paste(path_results,.Platform$file.sep,"predict",.Platform$file.sep,run_id,"_predicts_yield_boots.csv",sep="")
fwrite(outvars2,file=fileout,row.names=F,append=F,quote=F,showProgress = FALSE,
dec = csv_decimalSeparator,sep=csv_columnSeparator,col.names = TRUE,na = "NA")
}#end function
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