if(savesws){
# names(FullSet) <- tolower(names(FullSet))
# ## Delete
table ='flw_lossperfactors'
changeset <- Changeset(table)
newdat <- ReadDatatable(table, readOnly = FALSE)
AddDeletions(changeset, newdat)
Finalise(changeset)
## Add
AddInsertions(changeset, ConvFactor3)
Finalise(changeset)
}
ConvFactor1 <- ReadDatatable('flw_lossperfactors')
InputData_Out$isocode <- InputData_Out$isocode.x
InputData_Out$cropvariety <- ""
InputData_Out$loss_quantity_ref <- 0
InputData_Out$represents <- ""
InputData_Out$supplymap <- FALSE
InputData_Out$surveyinstrument<- FALSE
InputData_Out$entry_date <- 43344.0
ConvFactor1[ConvFactor1$country == "Democratic Republic Of Congo" ,"country" ] <- "Democratic Republic of the Congo"
ConvFactor1[ConvFactor1$country == "Tanzania" ,"country" ] <- "United Republic of Tanzania"
ConvFactor1[ConvFactor1$country == "Austrailia" ,"country" ] <- "Australia"
ConvFactor1[ConvFactor1$country == "Bolivia" ,"country" ] <- "Bolivia (Plurinational State of)"
ConvFactor1[ConvFactor1$country == "Laos" ,"country" ] <- "Lao People’s Democratic Republic"
ConvFactor1[ConvFactor1$country == "Lao People's Democratic Republic" ,"country" ] <- "Lao People’s Democratic Republic"
ConvFactor1[ConvFactor1$country == "None" ,"country" ] <- " "
ConvFactor1[ConvFactor1$country == "Russia" ,"country" ] <- "Russian Federation"
ConvFactor1[ConvFactor1$country == "South Korea" ,"country" ] <- "Republic Of Korea"
ConvFactor1[ConvFactor1$country == "United Kingdom" ,"country" ] <- "United Kingdom of Great Britain and Northern Ireland"
ConvFactor1[ConvFactor1$country == "Timor Leste" ,"country" ] <- "Timor-Leste"
ConvFactor1[ConvFactor1$country == "United States Of America" ,"country" ] <- "United States of America"
ConvFactor1[ConvFactor1$country == "Trinidad And Tobago" ,"country" ] <- "Trinidad and Tobago"
ConvFactor1[ConvFactor1$country == "The former Yugoslav Republic of Macedonia" ,"country" ] <- "North Macedonia"
ConvFactor1[ConvFactor1$country == "China" ,"country" ] <- "China, Main"
ConvFactor1[ConvFactor1$country == "Cote d'Ivoire" ,"country" ] <- "Cote D'Ivoire"
ConvFactor1[ConvFactor1$country == "Syria" ,"country" ] <- "Syrian Arab Republic"
ConvFactor1[ConvFactor1$country == "Swaziland" ,"country" ] <- "Eswatini"
ConvFactor1[ConvFactor1$country == "Venezuela (Bolivarian Republic Of)" ,"country" ] <- "Venezuela (Bolivarian Republic of)"
ConvFactor1[ConvFactor1$country == "Republic Of Korea" ,"country" ] <- "Republic of Korea"
InputData_Out[tag_datacollection == "Food Balance Sheet/Ag. Production Questionnaire", "tag_datacollection" ] <-"FBS/APQ"
InputData_Out[tag_datacollection == "Secondary Sources cited in Documents", "tag_datacollection" ] <- "LitReview"
InputData_Out[tag_datacollection == "FAO Sources", "tag_datacollection" ] <- "SWS"
InputData_Out[tag_datacollection == "National Statistics Yearbook", "tag_datacollection" ] <- "NationalStatsYearbook"
InputData_Out[tag_datacollection == "FAO Sources", "tag_datacollection" ] <-
InputData_Out[tag_datacollection == "Secondary Sources cited in Documents", "tag_datacollection" ] <- "NonProtected"
InputData_Out[tag_datacollection == "", "tag_datacollection" ] <- "-"
InputData_Out[tag_datacollection == "National Acctounts", "tag_datacollection" ] <-"NationalAcctSys"
InputData_Out[tag_datacollection == "Crop Cutting Field Experiment", "tag_datacollection" ] <- "Crop-Cutting"
ConvFactor2 <- InputData_Out[,names(ConvFactor1), with = F]
ConvFactor3 <- rbind(ConvFactor2, ConvFactor1)
ConvFactor3[duplicated(ConvFactor3)==TRUE | duplicated(ConvFactor3, fromLast = TRUE) , supplymap :=TRUE ]
ConvFactor3 <- unique(ConvFactor3)
ConvFactor3$crop <- tolower(ConvFactor3$crop)
ConvFactor3$fsc_location <- tolower(ConvFactor3$fsc_location)
ConvFactor3 %>% filter(supplymap ==TRUE)
ConvFactor3 <- ConvFactor3[order(geographicaream49, measureditemcpc,timepointyears)]
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