#' @title convertRutovitz2015
#' @param x MAgPIE object to be converted
#' @param subtype "oecd_ef" or "regional_mult" or "regional_ef" or "coal_ef" or "gas_ef"
#' @author Aman Malik
convertRutovitz2015 <- function(x,subtype) {
country = NULL
year = NULL
region <- NULL
value <- NULL
tech <- NULL
activity <- NULL
mapping <- toolMappingFile(type = "regional",name = "regionalmappingWEO2014.csv",readcsv = T)
colnames(mapping) <- c("region","country")
mapping$country <- toolCountry2isocode(mapping$country)
if (subtype == "oecd_ef") {
# x <- readSource(type = "Rutovitz2015",subtype = "oecd_ef",convert = F)
# oecd regions in mapping file
oecd <- c("OECD Europe","OECD Americas","OECD Asia Oceania")
# oecd countries from mapping file
oecd_con <- mapping[mapping$region %in% oecd,]$country
# since x cannot directly be changed to accept OECD countries and years,
# make a new magpie object
oecd_ef <- new.magpie(unique(oecd_con),c(2015,2020,2030),names = getNames(x))
# assign all countries and techs, same value as x
oecd_ef[,,] <- x
oecd_ef[is.na(oecd_ef)] <- 0
x <- toolCountryFill(oecd_ef,fill=0)
}
if (subtype=="regional_mult"){
# x <- readSource(type = "Rutovitz2015",subtype = "regional_mult",convert=F)
reg_mult <- as.data.frame(x) %>%
select(2,3,5) %>%
rename(region=1,year=2,value=3)
mapping$region <- gsub("OECD Europe|OECD Asia Oceania|OECD Americas","OECD",x = mapping$region)
mapping$region <- gsub("Central Africa|West Africa|Southern Africa|East Africa|North Africa","Africa",x = mapping$region)
# assign countries to all regions for regional multipliers
reg_mult2 <- left_join(reg_mult,mapping,by="region") %>%
filter(!(region=="Non-OECD Asia" & country=="CHN")) %>% # removing duplicates
filter(!(region=="Non-OECD Asia" & country=="IND")) %>% # removing duplicates
select(country,year,value)
x <- as.magpie(reg_mult2)
x <- toolCountryFill(x,fill=0)
x["CYP",,] <- as.numeric(x["DEU",,]) # cyprus gets oecd values
}
if (subtype == "regional_ef"){
# x <- readSource(type = "Rutovitz2015",subtype = "regional_ef",convert = F)
mapping$region <- gsub("Central Africa|West Africa|Southern Africa|East Africa|North Africa","Africa",x = mapping$region)
# assign countries to all regions in Rutovitz for specific regional EFs
x_df <- as.data.frame(x) %>% select(2,4,5,6) %>%
rename(region=1,tech=2,activity=3,value=4) %>%
na.omit() %>%
left_join(mapping,by="region") %>%
select(country,tech,activity,value)
x <- as.magpie(x_df,spatial=1,temporal=NULL,datacol=4)
x[is.na(x)] <- 0
x <- toolCountryFill(x,fill=0)
getYears(x) <- 2015
}
if(subtype=="coal_ef"){
#x <- readSource(type = "Rutovitz2015",subtype = "coal_ef",convert = F)
getRegions(x) <- gsub("OECD North America","OECD Americas",x = getRegions(x))
getRegions(x) <- gsub("OECD Pacific","OECD Asia Oceania",x = getRegions(x))
getRegions(x) <- gsub("Developing Asia","Non-OECD Asia",x = getRegions(x))
# assign countries to all regions in Rutovitz for coal employment factors
x_df <- as.data.frame(x) %>%
select(2,4,5,6) %>%
rename(region=1,tech=2,activity=3,value=4) %>%
left_join(mapping,by="region") %>%
na.omit() %>%
select(country,tech,activity,value,-region)
x <- as.magpie(x_df,spatial=1,temporal=NULL,datacol=4)
getYears(x) <- 2015
x <- toolCountryFill(x,fill=0)
}
if(subtype=="gas_ef"){
# x <- readSource(type = "Rutovitz2015",subtype = "gas_ef",convert = F)
getRegions(x) <- gsub("OECD North America","OECD Americas",x = getRegions(x))
getRegions(x) <- gsub("OECD Pacific","OECD Asia Oceania",x = getRegions(x))
getRegions(x) <- gsub("Developing Asia","Non-OECD Asia",x = getRegions(x))
mapping$region <- gsub("Central Africa|West Africa|Southern Africa|East Africa|North Africa","Africa",x = mapping$region)
mapping <- mapping %>% filter(!country %in% getRegions(x) )
x_df<- as.data.frame(x) %>%
select(2,4,5,6) %>%
rename(region=1,tech=2,activity=3,value=4) %>%
filter(!region %in% unique(mapping$region)) %>%
filter(region!="Africa")
x_df$region <- toolCountry2isocode(x_df$region)
x_df_2 <- as.data.frame(x) %>%
select(2,4,5,6) %>%
rename(region=1,tech=2,activity=3,value=4) %>%
filter(region %in% unique(mapping$region)) %>%
left_join(mapping,by="region") %>%
filter(!country %in% x_df$region) %>%
na.omit() %>%
select(-region) %>%
rename(region=country) %>%
select(region,tech,activity,value)
x_df <- bind_rows(x_df,x_df_2)
x <- as.magpie(x_df,spatial=1,temporal=NULL,datacol=4)
getYears(x) <- 2015
x <- toolCountryFill(x,fill=0)
}
return (x)
}
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