R/drive_Distance.R
In Auburngrads/publicLibs: Records and presents information about Public libraries in the US
library(gmapsdistance)
set.api.key("AIzaSyCleKUDQR1Q0zEmn4jxaLI65dSKGwB79bY")
Base_Locations <- read.table(system.file('extdata','Base_Locations.txt',
package = 'publicLibs'),
header = TRUE,
stringsAsFactors = F)
# count <- 0
#
# for(i in 1:1){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
#
# for(i in 2:4){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
# for(i in 5:8){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
# for(i in 9:9){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# location <- location[-10,]
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
# for(i in 10:15){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
# count
#
# for(i in 16:20){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
# count
# for(i in 21:25){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
# count
# for(i in 26:28){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
# count
# for(i in 29:32){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
# count
# for(i in 33:33){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# location <- location[-c(4,22, 32),]
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
# count
# for(i in 34:45){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
# count
# for(i in 46:50){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
# count
# for(i in 51:52){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
# count
# for(i in 53:53){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# location <- location[-c(7), ]
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
# count
# for(i in 54:56){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
# count
# for(i in 57:57){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# location <- location[-c(7),]
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
# count
# for(i in 58:64){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
# count
# for(i in 65:65){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# location <- location[-c(8), ]
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
# count
# for(i in 66:69){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
# count
test <- read.table("inst/extdata4/Drive Distance/hill_Libs.txt", header = TRUE, stringsAsFactors = FALSE)
View(test)
Auburngrads/publicLibs documentation built on July 24, 2020, 5:41 a.m.
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library(gmapsdistance)
set.api.key("AIzaSyCleKUDQR1Q0zEmn4jxaLI65dSKGwB79bY")
Base_Locations <- read.table(system.file('extdata','Base_Locations.txt',
package = 'publicLibs'),
header = TRUE,
stringsAsFactors = F)
# count <- 0
#
# for(i in 1:1){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
#
# for(i in 2:4){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
# for(i in 5:8){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
# for(i in 9:9){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# location <- location[-10,]
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
# for(i in 10:15){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
# count
#
# for(i in 16:20){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
# count
# for(i in 21:25){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
# count
# for(i in 26:28){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
# count
# for(i in 29:32){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
# count
# for(i in 33:33){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# location <- location[-c(4,22, 32),]
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
# count
# for(i in 34:45){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
# count
# for(i in 46:50){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
# count
# for(i in 51:52){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
# count
# for(i in 53:53){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# location <- location[-c(7), ]
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
# count
# for(i in 54:56){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
# count
# for(i in 57:57){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# location <- location[-c(7),]
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
# count
# for(i in 58:64){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
# count
# for(i in 65:65){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# location <- location[-c(8), ]
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
# count
# for(i in 66:69){
# base <- Base_Locations[i, 3]
# base_cord <- paste(c(Base_Locations[i,5], "+", Base_Locations[i,4]), collapse = "")
# file.name <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# location <- read.table(file.name, header = TRUE, stringsAsFactors = FALSE)
# location$DriveDistance <- 0
# for(j in 1:nrow(location)){
# library <- paste(c(location[j, 9], "+", location[j, 10]), collapse = "")
# distance <- as.data.frame(gmapsdistance(origin = base_cord, destination = library, mode = "driving"), stringsAsFactors = FALSE)
# count <- count + 1
# distance <- distance[2]
# distance <- gsub("NA", 0, distance)
# distance <- as.numeric(distance)
# distance <- distance/1609.34
# location[j, "DriveDistance"] <- distance
# }
# location$DriveWeight <- 1/(location[, "DriveDistance"]^2)
# location$DriveSizeWeight <- location$Size * location$DriveWeight
# file.name1 <- paste(c("inst/extdata4/Drive Distance/", base, "_Libs.txt"), collapse = "")
# write.table(location, file.name1, row.names = FALSE)
# }
#
# count
test <- read.table("inst/extdata4/Drive Distance/hill_Libs.txt", header = TRUE, stringsAsFactors = FALSE)
View(test)
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