linchr/URI_Replacement
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Style Anpassungen und Pfade geändert

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Linsberger Christian 2021-09-02 11:08:10 +02:00
commit 3e372f3cb6
2 changed files with 45 additions and 44 deletions
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65
find_and_replace_uri.R
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@ -18,83 +18,84 @@ setwd("C:/Users/linchr/ownCloud/GIT/URI_Replacement")
source("sparql.R")
#Datei in der ersetzt werden soll
PFAD_EXCEL = "GC3D_Limits_ref.xlsx"
FILENAME_EXCEL <- "GC3D_Limits_ref.xlsx"
PFAD_EXCEL <- "data/"
#Spaltennummer in denen ersetzt werden soll im Excel
SPALTEN = c(2,3,4,5,6)
SPALTEN <- c(2, 3, 4, 5, 6)
#Spaltennummer mit der verglichen wird aus Datenbank (citations)
INHALTE_DB = 3
INHALTE_DB <- 3
#Spaltennummer der Inhalte die eingesetzt werden soll (uris)
ID = 1
ID <- 1
##############################
### Einlesen ###
inDB = get_current_geoera_lit_db()
inDB <- get_current_geoera_lit_db()
to_replace_original = read_excel(PFAD_EXCEL)
to_replace_done = to_replace_original
to_replace_original <- read_excel(paste(PFAD_EXCEL, FILENAME_EXCEL, sep=""))
to_replace_done <- to_replace_original
###
#Schleife über den Spaltenvektor aus der Excel
for(spalte_excel in SPALTEN[1]:SPALTEN[length(SPALTEN)]){
for (spalte_excel in SPALTEN[1]:SPALTEN[length(SPALTEN)]) {
#Start der Zeitmessung für aktuelle Spalte
tic(paste("starte mit Spalte",spalte_excel))
for (zeile_excel in 1:nrow(to_replace_original[,spalte_excel])) {
for (zeile_excel in 1:nrow(to_replace_original[, spalte_excel])) {
current_excel = tolower(to_replace_original[zeile_excel,spalte_excel])
current_excel <- tolower(to_replace_original[zeile_excel, spalte_excel])
if(is.na(current_excel)){
if (is.na(current_excel)) {
next
}
if((nchar(current_excel) < 20)){
to_replace_done[zeile_excel, spalte_excel] = ""
if ((nchar(current_excel) < 20)) {
to_replace_done[zeile_excel, spalte_excel] <- ""
next
}
excel_search_all = unlist(strsplit(gsub("[^[:alnum:] ]", "", current_excel), " +"))
excel_search_numbers = str_extract_all(current_excel,"\\(?[0-9]+\\)?")
excel_search_all <- unlist(strsplit(gsub("[^[:alnum:] ]", "", current_excel), " +"))
excel_search_numbers <- str_extract_all(current_excel, "\\(?[0-9]+\\)?")
for (zeile_db in 1:nrow(inDB[,INHALTE_DB])) {
for (zeile_db in 1:nrow(inDB[, INHALTE_DB])) {
current_db = tolower(inDB[zeile_db,INHALTE_DB])
current_db <- tolower(inDB[zeile_db,INHALTE_DB])
db_search_all = unlist(strsplit(gsub("[^[:alnum:] ]", "", current_db), " +"))
db_search_numbers = str_extract_all(current_db,"\\(?[0-9]+\\)?")
db_search_all <- unlist(strsplit(gsub("[^[:alnum:] ]", "", current_db), " +"))
db_search_numbers <- str_extract_all(current_db, "\\(?[0-9]+\\)?")
count_all = 0
count_numbers = 0
count_all <- 0
count_numbers <- 0
for(k in 1:length(excel_search_all)){
if(excel_search_all[k] %in% db_search_all){
for (k in 1:length(excel_search_all)) {
if (excel_search_all[k] %in% db_search_all) {
count_all = count_all + 1
count_all <- count_all + 1
}
}
for(l in 1:length(excel_search_numbers)){
if(excel_search_numbers[l] %in% db_search_numbers){
for (l in 1:length(excel_search_numbers)) {
if (excel_search_numbers[l] %in% db_search_numbers) {
count_numbers =+ count_numbers + 1
count_numbers <- count_numbers + 1
}
}
percent_match_all = count_all/ length(excel_search_all)
percent_match_numbers = count_numbers/ length(excel_search_numbers)
percent_match_all <- count_all / length(excel_search_all)
percent_match_numbers <- count_numbers / length(excel_search_numbers)
if((percent_match_all > 0.80) && (percent_match_numbers > 0.99)){
if ((percent_match_all > 0.80) && (percent_match_numbers > 0.99)) {
to_replace_done[zeile_excel, spalte_excel] = str_remove_all(inDB[zeile_db,ID],"[<>]")
to_replace_done[zeile_excel, spalte_excel] <- str_remove_all(inDB[zeile_db,ID], "[<>]")
}
@ -105,7 +106,7 @@ for(spalte_excel in SPALTEN[1]:SPALTEN[length(SPALTEN)]){
toc()
pfad_output = paste("replaced_",PFAD_EXCEL, sep="")
pfad_output <- paste(PFAD_EXCEL, "replaced_" , FILENAME_EXCEL, sep="")
write_xlsx(to_replace_done, pfad_output)