library(rJava)
options(java.parameters = "-Xmx2048m")
library(tidyverse)
library(rvest)
library(readxl)
library(xlsx)
library(data.table)
library(lubridate, warn.conflicts = FALSE)
library(cowplot)
library(jtools)
library(huxtable)
library(xtable)
library(texreg)
library(pdftools)
library(timetk)
library(seasonal)2 Agricultural Data
This section provides the code to download and format Peruvian agricultural data from the monthly reports “El Agro en Cifras” produced by the Ministry of Agriculture and Irrigation of Peru (MINAGRI). The downloaded reports cover the period from 2001 to 2019. However, starting from 2016, the observations provided are no longer monthly but quarterly. Therefore, they are excluded from the analysis.
Multiple R packages are required.
Tip
If you previously loaded the {raster} package, there will be conflicts between dplyr::select() and raster::select() functions. It is recommended to run the code in this chapter in a clear R session.
2.1 Functions
In this section, we define several functions to download and format various datasets. These functions will be utilized later in Section 2.3 for importing and formatting the agricultural data in R.
2.1.1 Downloading Data
#' Directly download the Excels versions of the monthly reports available on the
#' Peruvian website MINAGRI.
#'
#' @param y
download.data <- function(y){
# HOME PAGE
page <- str_c(
"https://www.midagri.gob.pe/portal/",
"boletin-estadistico-mensual-el-agro-en-cifras?start=",
19-y
)
# EXTRACTION OF THE LINKS
text_rvest <- read_html(page)
results <- text_rvest |> html_nodes(".mainbody")
first_result <- results[1]
# LIST OF THE MONTHS
list_of_months <- first_result |>
html_nodes(".cabecera") |>
html_text(trim = TRUE)
list_of_months <- list_of_months[str_detect(list_of_months, "[aeiou]")]
# LIST OF THE urls (=liens)
liens <-first_result |> html_nodes("a[href]") |> html_attr("href")
liens <- liens[(str_detect(liens, "zip"))]
if (sum(as.numeric(str_detect(liens, "\\.pdf"))) > 0) {
liens <- liens[-which(str_detect(liens, "\\.pdf"))]
}
if (sum(as.numeric(str_detect(liens, "pdf\\.zip"))) > 0) {
liens <- liens[-which(str_detect(liens, "pdf\\.zip"))]
}
if ((y == 13) | (y == 14) | (y ==15)) {
liens <- liens[which(str_detect(liens, "cuadros"))]
}
if (y == 16) {
liens <- liens[which(str_detect(liens, "data"))]
}
if (y == 14) {
if (sum(as.numeric(str_detect(liens, "abril"))) > 1) {
line <- liens[which(str_detect(liens, "abril"))[1]]
liens <- liens[-which(str_detect(liens, "abril"))]
}
}
if (sum(as.numeric(duplicated(liens))) > 0) {
liens <- liens[-which(duplicated(liens) == T)]
}
if (y == 14) {
liens <- c(liens[1:8], line, liens[9:11])
}
annee <- as.numeric(str_c("20", ifelse(y <10 , str_c("0",y), y)))
# CONDITION 1: Checking the number of urls
if (length(liens) == length(list_of_months)) {
if (y == 7) {
list_of_months <- list_of_months[-8]
liens <- liens[-8]
}
dir.create(str_c("../data/", annee))
# LOOP 1 - On months for downloading and extracting the ZIP files
for (m in 1:length(liens)) {
mois_Lettres <- list_of_months[m]
mois <- case_when(
str_detect(mois_Lettres, "iciembre") ~ "12",
str_detect(mois_Lettres, "oviembre") ~ "11",
str_detect(mois_Lettres, "ctubre") ~ "10",
str_detect(mois_Lettres, "tiembre") ~ "09",
str_detect(mois_Lettres, "osto") ~ "08",
str_detect(mois_Lettres, "ulio") ~ "07",
str_detect(mois_Lettres, "unio") ~ "06",
str_detect(mois_Lettres, "ayo") ~ "05",
str_detect(mois_Lettres, "bril") ~ "04",
str_detect(mois_Lettres, "arzo") ~ "03",
str_detect(mois_Lettres, "brero") ~ "02",
str_detect(mois_Lettres, "nero") ~ "01"
)
# DOWNLOADING THE FILE
AdresseFichier <- str_c("../data/raw/minagri/", annee, "/", mois, ".zip")
download.file(
url = str_c("https://www.midagri.gob.pe/", liens[m]),
destfile = AdresseFichier
)
# Names of the files in the archive
files <- unzip(zipfile = AdresseFichier, list = TRUE)
folder_name <- files$Name[str_which(
files$Name, regex("agr.*la", ignore_case = TRUE)
)] |>
str_extract("^(.*)/")
# Unzip on Mac OS when files in the archive contain accents in names
system(str_c("open ", AdresseFichier))
print(str_c("FILE ", mois, "-", annee, " UNZIPED"))
folder_name <- files$Name[str_which(
files$Name, regex("agr.*la", ignore_case = TRUE)
)] |>
str_extract("^(.*)/")
# Special case to handle year 2005
if (annee == 2005) {
AdresseFichier <- str_c("../data/raw/minagri/", annee, "/", mois)
fichierZip <- list.files(AdresseFichier)[str_detect(list.files(AdresseFichier), ".zip")]
for (i in 1:length(fichierZip)) {
unzip(
zipfile = str_c(AdresseFichier, "/", fichierZip[i]),
exdir = AdresseFichier
)
}
}
}# End of LOOP 1
# MANUAL TREATMENT FOR 2007
if (annee == 2007) {
list_of_months <- c(list_of_months[1:7], "Mayo", list_of_months[8:11])
dir.create(str_c("../data/raw/minagri/", annee, "/05"))
file.copy(
from = "./MAYO_2007_NO_DELETE/AGRICOLA.xls" ,
to = str_c("../data/raw/minagri/",annee,"/05/AGRICOLA.xls")
)
}
# LOOP 2 - On months for creating the Excel files
for (m in 1:length(list_of_months)) {
if (y == 15 & m == 7) { next } else {
# Checking the appopriate name of each month
mois_Lettres <- list_of_months[m]
mois <- case_when(
str_detect(mois_Lettres, "iciembre") ~ "12",
str_detect(mois_Lettres, "oviembre") ~ "11",
str_detect(mois_Lettres, "ctubre") ~ "10",
str_detect(mois_Lettres, "tiembre") ~ "09",
str_detect(mois_Lettres, "osto") ~ "08",
str_detect(mois_Lettres, "ulio") ~ "07",
str_detect(mois_Lettres, "unio") ~ "06",
str_detect(mois_Lettres, "ayo") ~ "05",
str_detect(mois_Lettres, "bril") ~ "04",
str_detect(mois_Lettres, "arzo") ~ "03",
str_detect(mois_Lettres, "brero") ~ "02",
str_detect(mois_Lettres, "nero") ~ "01"
)
# Selecting the right Zip file
AdresseFichier <- str_c("../data/raw/minagri", annee, "/", mois, ".zip")
if ((y == 12 & m == 10) | (y == 7 & m == 8)) {
files <- ifelse(
m == 10,
yes = data.table(Name = list.files(
"../data/raw/minagri/2012/cuadros-marzo12"
)),
no = data.table(Name = list.files(
str_c("../data/raw/minagri/", annee, "/05/")
))
)
} else {
files <- unzip(zipfile = AdresseFichier, list = TRUE)
}
if (y == 06 & (m == 10 | m == 12)) {
for (i in 1:dim(files)[1]) {
name <- files[i, 1]
unzip(
zipfile = str_c(
"../data/raw/minagri/", annee, "/", mois, "/", name
),
exdir = str_c(
"../data/raw/minagri/", annee, "/", mois
)
)
}
}
if (y == 16 & m < 12) {
N_1 <- str_c("../data/raw/minagri/", annee, "/", files[1, 1])
N <- str_c(N_1,"x")
file.copy(from = N_1, to = N)
if (m >= 6) {
N <- str_c("../data/raw/minagri/", annee, "/", files[1, 1])
} else {
unlink(N_1, recursive = TRUE)
}
} else {
folder_name <- files$Name[str_which(
files$Name,
regex("agr.*la", ignore_case = TRUE)
)] |>
str_extract("^(.*)/")
if (is.na(folder_name[1])) {folder_name <- mois}
if (y == 12 & m == 10) {folder_name <- "cuadros-marzo12"}
# Adding .xls to the 2008-07 file
if (y == 08 & m == 6) {
N <- list.files(
str_c("../data/raw/minagri/", annee, "/", folder_name),
full.names = TRUE
) |>
{\(x) str_which(x, regex("clima", ignore_case = TRUE))}()
file.rename(from = N, to = str_c(N,".xls"))
}
# CHANGING "HIDRO.." FILES INTO "CLIMA"
if (
any(
str_detect(
list.files(
str_c("../data/raw/minagri/",annee,"/",folder_name),
full.names = TRUE
),
regex("hidro.*",ignore_case = TRUE)
)
) == TRUE) {
N <- list.files(
str_c("../data/raw/minagri/",annee,"/",folder_name),
full.names = TRUE
) |>
{\(x) str_which(w, regex("hidro.*", ignore_case = TRUE))}()
file.rename(
from = N,
to = str_c( substr(N,0,nchar(N)-4),"clima.xls")
)
}
# Final list of files in the unziped file
N <- list.files(
str_c("../data/raw/minagri/", annee, "/", folder_name),
full.names = TRUE,
pattern = "\\.xlsx?",
ignore.case = TRUE
)
print(N)
# SELECTING THE FILE FOR AGRICULTURAL DATA
N1 <- N[str_which(N, regex("agr.*la", ignore_case = TRUE))]
if (sum(as.numeric(duplicated(N1))) > 0) {
N1 <- N1[-which(duplicated(N1) == T)]
}
if (length(N1) > 1) {
N1 <- case_when(
(y == 07 & m == 10) ~ N1[1],
(y == 08 & m == 1) ~ N1[2],
(y == 08 & m == 8) ~ N1[1],
(y == 15 & m == 4) ~ N1[2]
)
}
print(N1)
# SELECTING THE FILE FOR PRICES
if (y < 14 | (y == 14 & m > 1) ) {
N2 <- N[str_which(N, regex("pre.*os", ignore_case = TRUE))]
} else {
N2 <- N[str_which(N, regex("agr.*la", ignore_case = TRUE))]
}
if (y == 16) { N2 <- N }
if (sum(as.numeric(duplicated(N2))) > 0) {
N2 <- N2[-which(duplicated(N2)==T)]
}
if (length(N2) > 1) {
N2 <- case_when(
(y == 07 & m == 10) ~ N2[1],
(y == 08 & m == 1) ~ N2[2],
(y == 08 & m == 8) ~ N2[1],
(y == 15 & m == 4) ~ N2[2]
)
}
print(N2)
if (y == 10 & m == 3) {
file.copy(
from = N2 ,
to = str_c(
"../data/raw/minagri/2010/",
"BEAM SETIEMBRE_DEF_2010/BEAM SETIEMBRE//Precios_oct.xls"
)
)
}
# SELECTING THE FILE FOR CLIMATE DATA
N3 <- N[str_which(N, regex("c.*ima", ignore_case = TRUE))]
if (y == 16) {N3 <- N}
if (sum(as.numeric(duplicated(N3))) > 0){
N3 <- N3[-which(duplicated(N3) == T)]
}
if (sum(as.numeric(str_detect(N3, regex("mp.*t", ignore_case = TRUE)))) > 0) {
N3 <- N3[-which(str_detect(N3, regex("mp.*t", ignore_case = TRUE)))]
}
if (is_empty(N3)) {
N3 <- N[str_which(N, regex("Bem.*", ignore_case = TRUE))]
N3 <- N3[-which(str_detect(N3, regex("mp.*t", ignore_case = TRUE)))]
}
if (length(N3) > 1) {
N3 <- case_when(
(y == 07 & m == 10) ~ N3[1],
(y == 08 & m == 1) ~ N3[1],
(y == 08 & m == 8) ~ N3[7],
(y == 08 & m == 9) ~ N3[2],
(y == 10 & m == 12) ~ N3[1],
(y == 15 & m == 4) ~ N3[2]
)
}
print(N3)
if (is_empty(N3)) {N3 <- ""}
# Special attribution for the 2006_01 files
if (y == 06 & m == 12) {
N1 <- str_c(
"../data/raw/minagri/", annee, "/", mois, "/AGRICOLA/AGRICOLA.xls"
)
N2 <- str_c(
"../data/raw/minagri/", annee, "/", mois, "/PRECIOS/PRECIOS.xls"
)
N3 <- str_c(
"../data/raw/minagri/", annee, "/", mois, "/CLIMA/Bemene2006.xls"
)
}
type_xl <- "xls"
if (y == 15) {
type_xl <- "xlsx"
if (m == 2) {type_xl <- "xls"}
}
if (y == 5) {
folder_name <- files$Name[str_which(
files$Name,
regex("agri.*zip", ignore_case = TRUE)
)]
unzip(
str_c("../data/raw/minagri/", annee, "/", mois, "/", folder_name),
exdir = str_c("../data/raw/minagri/", annee,"/", mois)
)
N1 <- list.files(
str_c("../data/raw/minagri/", annee, "/", mois),
full.names = TRUE,
pattern = "\\.xlsx?",
ignore.case = TRUE
)
}
}
mois <- case_when(
(y == 12 & mois == "04") ~ "05",
(y == 12 & mois == "05") ~ "04",
(y == 14 & mois == "09") ~ "10",
(y == 14 & mois == "10") ~ "09",
TRUE ~ as.character(mois)
)
# FILES FOR 2005 - 2013
if (y <= 13) {
# PRODUCTION
name <- str_c(
"../data/raw/minagri/Production/Production_", annee, ".xlsx"
)
for (i in 1:2) {
if (y < 11) {
table <- ifelse(i == 1, "c-26", "c-27")
} else {
table <- ifelse(i == 1, "c-28", "c-29")
}
if (y == 11 & m == 9 ) {table <- ifelse(i == 1, "c-27", "c-28")}
if (y == 11 & m > 9 ) {table <- ifelse(i == 1, "c-26", "c-27")}
Tableau <- read_excel(path = N1, sheet = table)
write.xlsx(
Tableau,
name,
sheetName = str_c(mois, annee, i),
append = TRUE,
showNA = FALSE
)
print(table)
}
# PLANTED AREAS
name <- str_c(
"../data/raw/minagri/Surface/Superficies_", annee, ".xlsx"
)
for (i in 1:2) {
if (y < 11) {
table <- ifelse(i == 1, "c-19", "c-20")
} else {
table <- ifelse(i == 1, "c-21", "c-22")
}
if( y == 11 & m > 9 ) {table <- ifelse(i == 1, "c-19", "c-20")}
if( y == 11 & m == 9 ) {table <- ifelse(i == 1, "c-20", "c-21")}
Tableau <- read_excel(path = N1, sheet = table, col_types = "text")
write.xlsx(
Tableau,
name,
sheetName = str_c(mois, annee, i),
append = TRUE,
showNA = FALSE
)
}
# HARVESTED SUPERFICIES
name <- str_c(
"../data/raw/minagri/Surface_R/Superficies_R_", annee, ".xlsx"
)
for (i in 1:2) {
if (y < 11) {
table <- ifelse(i == 1, "c-23", "c-24")
} else {
table <- ifelse(i == 1, "c-25", "c-26")
}
if (y == 11 & m > 9 ) {table <- ifelse(i == 1, "c-23" ,"c-24")}
if (y == 11 & m == 9 ) {table <- ifelse(i == 1, "c-24" ,"c-25")}
Tableau <- read_excel(path = N1, sheet = table, col_types = "text")
write.xlsx(
Tableau,
name,
sheetName = str_c(mois, annee, i),
append = TRUE,
showNA = FALSE
)
}
# PRICES
# Name of the file
name <- str_c("../data/raw/minagri/Prices/Prices_", annee, ".xlsx")
# Selecting the names of the sheets
if (y <= 10) {
table <- "C-65"
} else {
table <- case_when(
(annee == 2011 & m < 9 ) ~ "C-69",
(annee == 2011 & m == 9 ) ~ "C-68",
(annee == 2011 & m >= 10 ) ~ "C-65",
(annee > 2011 ) ~ "C-69"
)
}
if (y == 13 & m == 1) {table <- regex("C-76", ignore_case = TRUE)}
if (y == 10 & m == 4) {
N2 <- str_c(
"../data/raw/minagri/2010/BEAM SETIEMBRE_DEF_2010/",
"BEAM SETIEMBRE//Precios_oct.xls"
)
}
if (y == 07 & m == 8) {
N2 <- "../data/raw/minagri/2007/04/PRECIOS.xls"
}
Tableau <- read_excel(path = N2, sheet = table, col_types = "text")
write.xlsx(
Tableau,
name,
sheetName = str_c(mois, annee),
append = TRUE,
showNA = FALSE
)
} else {
# FILES FOR 2014 - 2018
if (y == 16) {
N1 <- N
N2 <- N
N3 <- N
}
if (y == 16 & m == 12) {
N1 <- N[2]
N2 <- N[2]
N3 <- N[2]
}
# PRODUCTION
name <- str_c(
"../data/raw/minagri/Production/Production_", annee, ".xlsx"
)
if(y == 14) {
table <- case_when(
m ==1 ~ "c-12",
m > 1 ~ "c-26"
)
}
if (y == 15) {table <-"c-11"}
if (y == 18) {table <-"c-18"}
if (y == 15 & m == 2) {table <-"C-11"}
if (y == 15 & m == 4) {table <-"C-11"}
if (y == 15 & m == 6) {table <-"C-11"}
if (y == 15 & m == 10) {table <-"C-11"}
if (y == 16 & m < 7) {table <-"C.12"}
if (y == 16 & m == 7) {table <-"C. 12"}
if (y == 16 & m >= 8) {table <-"C.12"}
if (y == 16 & m == 12) {table <-"c-11"}
if (y == 14 & m >7) {
for (i in 1:2) {
table <- ifelse(i == 1, "c-28", "c-29")
if (m == 11) {table <- ifelse(i == 1, "C-28", "C-29")}
if (m == 8) {table <- ifelse(i == 1, "c-26", "c-26-a")}
Tableau <- read_excel(path = N1, sheet = table)
write.xlsx(
Tableau,
name,
sheetName = str_c(mois, annee, i),
append = TRUE,
showNA = FALSE
)
}
} else {
Tableau <- read_excel(
path = N1,
sheet = regex(table, ignore_case = TRUE)
)
write.xlsx(
Tableau,
name,
sheetName = str_c(mois, annee),
append = TRUE,
showNA = FALSE
)
}
# PLANTED SUPERFICIES
name <- str_c(
"../data/raw/minagri/Surface/Superficies_",annee,".xlsx"
)
if(y ==14) {
table <- case_when(
m ==1 ~ "c-7",
m > 1 ~ "c-21"
)
}
if (y ==15) {table <-"c-6"}
if (y ==18) {table <-"c-16"}
if (y == 16) {table <-"C.9"}
if (y == 15 & m == 2) {table <-"C-6"}
if (y == 15 & m == 4) {table <-"C-6"}
if (y == 15 & m == 6) {table <-"C-6"}
if (y == 15 & m == 10) {table <-"C-6"}
if (y == 16 & m == 7) {table <-"C. 7"}
if (y == 16 & m %in% c(8, 9, 10, 11, 12)) {table <-"C.6"}
if (y == 14 & m > 7 ) {
for (i in 1:2) {
table <- ifelse(i == 1, "c-21", "c-22")
if(m == 8 ) {table <- ifelse(i == 1, "c-21", "c-21-a")}
Tableau <- read_excel(path = N1, sheet = table)
write.xlsx(
Tableau,
name,
sheetName = str_c(mois, annee, i),
append = TRUE,
showNA = FALSE
)
}
} else {
Tableau <- read_excel(path = N1, sheet = table, col_types = "text")
write.xlsx(
Tableau,
name,
sheetName = str_c(mois, annee),
append = TRUE,
showNA = FALSE
)
}
# HARVESTED SUPERFICIES
name <- str_c(
"../data/raw/minagri/Surface_R/Superficies_R_", annee, ".xlsx"
)
if (y ==14) {
table <- case_when(
m ==1 ~ "c-10",
m > 1 ~ "c-24"
)
}
if (y ==15) {table <-"c-9"}
if (y ==18) {table <-"c-16"}
if (y == 16) {table <-"C.9"} #FALSE : Table do not exist in the 2016 file
if (y == 15 & m == 2) {table <-"C-9"}
if (y == 15 & m == 4) {table <-"C-9"}
if (y == 15 & m == 6) {table <-"C-9"}
if (y == 15 & m == 10) {table <-"c-9"}
if (y == 16 & m == 7) {table <-"C. 7"} #FALSE : Table do not exist in the 2016 file
if (y == 16 & m %in% c(8, 9, 10, 11, 12)) {table <-"C.9"}
if (y == 14 & m > 7) {
for (i in 1:2) {
table <- ifelse(i == 1,"c-25", "c-26")
if (m == 11) {table <- ifelse(i == 1, "C25", "C26")}
if (m == 8 ) {table <- ifelse(i == 1, "c-24", "c-24-a")}
Tableau <- read_excel(path = N1, sheet = table)
write.xlsx(
Tableau,
name,
sheetName = str_c(mois, annee, i),
append = TRUE,
showNA = FALSE
)
}
} else {
Tableau <- read_excel(path = N1, sheet = table, col_types = "text")
write.xlsx(
Tableau,
name,
sheetName = str_c(mois, annee),
append = TRUE,
showNA = FALSE
)
}
# PRICES
# Name of the file
name <- str_c(
"../data/raw/minagri/Prices/Prices_", annee, ".xlsx"
)
# Selecting the names of the sheets
table <- case_when(
(annee == 2014 & m == 1) ~ as.character(regex("c-17", ignore_case = TRUE)),
(annee == 2014 & m == 2) ~ as.character(regex("C-80", ignore_case = TRUE)),
(annee == 2014 & m == 3) ~ as.character(regex("C-72", ignore_case = TRUE)),
(annee == 2014 & m == 4) ~ as.character(regex("C-80", ignore_case = TRUE)),
(annee == 2014 & m %in% 4:8) ~ as.character(regex("C-72", ignore_case = TRUE)),
(annee == 2014 & m >8) ~ as.character(regex("C-76", ignore_case = TRUE)),
(annee == 2015 & ! m %in% c(2,4,6)) ~ as.character(regex("c-16", ignore_case = TRUE)),
(annee == 2015 & m %in% c(2,4,6)) ~ as.character(regex("C-16", ignore_case = TRUE)),
(annee == 2016 & m <= 6) ~ as.character(regex("C.15", ignore_case = TRUE)),
(annee == 2016 & m > 6) ~ as.character(regex("C.13", ignore_case = TRUE)),
(annee == 2016 & m == 7) ~ as.character(regex("C. 13", ignore_case = TRUE)),
)
if (y == 16 & m == 7) {table <-"C. 13"}
Tableau <- read_excel(path = N2, sheet = table, col_types = "text")
write.xlsx(
Tableau,
name,
sheetName = str_c(mois, annee),
append = TRUE,
showNA = FALSE
)
}
if (y == 16 & m < 12) {
unlink(N, recursive = TRUE)
} else {
unlink(
str_c("../data/raw/minagri/", annee, "/", folder_name),
recursive = TRUE
)
}
}
}# End of LOOP 2
# END OF CONDITION 1
} else {
print("ERROR - NB MOIS =! NB LIENS")
}
}We define a function to extract data from the PDFs:
#' Extract data from the PDF monthly reports from MINAGRI
#'
#' @param annee year of the report
#' @param mois month of the report
#' @param adresse url of the report on www.midagri.gob.pe
#' @param page page number to extract
#' @param Cell1 name of the first cell to import
extract_pdf_data <- function(annee,
mois,
adresse,
page,
Cell1) {
## Defining the number of cultures in the table----
PageDeDonnes <- pdf_data(adresse)[[page]]
if (annee == 2 & mois == 2) {
PageDeDonnes[which((PageDeDonnes[,"text"] == "Año.?")),"x"] <-
as.numeric(PageDeDonnes[which((PageDeDonnes[,"text"] == Cell1)),"x"])
}
# Determining the begining of the table
x_Cell1 <- as.numeric(PageDeDonnes[which((PageDeDonnes[,"text"] == Cell1)), "x"])
y_Cell1 <- as.numeric(PageDeDonnes[which((PageDeDonnes[,"text"] == Cell1)), "y"])
# Looking for the lines with the same position as Cell1 or above
AboveLine1 <- PageDeDonnes[which((PageDeDonnes[,"x"] <= x_Cell1 + 1)), ]
## Special case for 01/2003 ----
if ((annee == 3 & mois == 1) | (annee == 2 & mois < 8)) {
AboveLine1 <- PageDeDonnes[which((PageDeDonnes[, "x"] <= x_Cell1 + 10)), ]
x_Cell1 <- max(AboveLine1$x)}
# end of special case
x <- which(
str_detect(AboveLine1$text, "Año.?") |
str_detect(AboveLine1$text, "paña")
)
AboveLine1[x, "x"] <- x_Cell1
if (any((AboveLine1[,"text"] == "Mensual"))) {
AboveLine1 <- AboveLine1[- which(AboveLine1[, "text"] == "Mensual"), ]
}
if (any((AboveLine1[, "x"] > x_Cell1))) {
AboveLine1[which(AboveLine1[,"x"]>x_Cell1) ,"x"] <- x_Cell1
}
AboveLine1 <- AboveLine1[order(AboveLine1$x, -AboveLine1$y), ]
positions <- which((AboveLine1[, "text"] == Cell1))
x <- as.numeric(AboveLine1[positions, "x"])
# Line with the culture list
Cultures <- AboveLine1[AboveLine1$x == x, ]
if (dim(Cultures)[1] < 3) {
Cultures <- AboveLine1[AboveLine1$x %in% c(x,x-1), ]
}
if ((annee == 3 & mois == 1) | (annee ==2 & mois < 6)) {
colnames(Cultures) <- c(
"width_1", "height_1", "x_1", "y_1", "space_1", "text_1"
)
Cultures_1_0103 <- Cultures
}
# Selection of the previous line to determine the complete name
x_1 <- unique(AboveLine1$x)
x_1 <- x_1[-which((x_1 == x))]
Cultures_1 <- AboveLine1[AboveLine1$x == max(x_1), ]
if ((annee == 3 & mois == 1) | (annee ==2 & mois < 6)) {
Cultures_0103 <- Cultures_1
}
colnames(Cultures_1) <- c("width_1","height_1","x_1","y_1","space_1","text_1")
# Row matching to obtain full crop names
if ((annee == 3 & mois == 1) | (annee ==2 & mois < 6)) {
Cultures <- merge(
Cultures_0103,
Cultures_1_0103,
by.x = "y",
by.y = "y_1",
all.x = TRUE,
all.y=TRUE
)
} else {
Cultures <- merge(
Cultures,
Cultures_1,
by.x = "y",
by.y = "y_1",
all.x = TRUE,
all.y=TRUE
)
}
for (ii in 1:dim(Cultures)[1]) {
Cultures$nomcomplet[ii] <- if (is.na(Cultures$text_1[ii])) Cultures$text[ii] else paste(Cultures$text_1[ii], Cultures$text[ii])
if (annee == 3 & mois == 1 ) {Cultures$nomcomplet[ii] <- if (is.na(Cultures$text[ii])) Cultures$text_1[ii] else paste(Cultures$text_1[ii], Cultures$text[ii])}
Cultures$nomcomplet[ii] <- str_replace_all(Cultures$nomcomplet[ii], "- ", "")
Cultures$nomcomplet[ii] <- if (Cultures$nomcomplet[ii] == "de azúcar") paste("Caña", Cultures$nomcomplet[ii]) else Cultures$nomcomplet[ii]
Cultures$nomcomplet[ii] <- if (Cultures$nomcomplet[ii] == "loctao") paste("Frijol", Cultures$nomcomplet[ii]) else Cultures$nomcomplet[ii]
Cultures$nomcomplet[ii] <- if (Cultures$nomcomplet[ii] == "palo") paste("Frijol de", Cultures$nomcomplet[ii]) else Cultures$nomcomplet[ii]
Cultures$nomcomplet[ii] <- if (Cultures$nomcomplet[ii] == "grano seco**") paste("Frijol", Cultures$nomcomplet[ii]) else Cultures$nomcomplet[ii]
Cultures$nomcomplet[ii] <- if (Cultures$nomcomplet[ii] == "amiláceo") paste("Maíz", Cultures$nomcomplet[ii]) else Cultures$nomcomplet[ii]
Cultures$nomcomplet[ii] <- if (Cultures$nomcomplet[ii] == "hua") paste("Cañi" ,Cultures$nomcomplet[ii], sep="") else Cultures$nomcomplet[ii]
Cultures$nomcomplet[ii] <- if (Cultures$nomcomplet[ii] == "cáscara") paste("Arroz", Cultures$nomcomplet[ii]) else Cultures$nomcomplet[ii]
Cultures$nomcomplet[ii] <- if (Cultures$nomcomplet[ii] == "rama") paste("Algodón", Cultures$nomcomplet[ii]) else Cultures$nomcomplet[ii]
if (! is.na(Cultures$text[ii]) & is.na(Cultures$text_1[ii]) & ii > 1 & ii < dim(Cultures)[1]) {
Cultures$nomcomplet[ii] <- if(Cultures$y[ii] == Cultures$y[ii-1] + 1) paste(Cultures$text_1[ii-1], Cultures$text[ii]) else Cultures$nomcomplet[ii]
Cultures$nomcomplet[ii] <- if(Cultures$y[ii] == Cultures$y[ii+1] - 1) paste(Cultures$text_1[ii+1], Cultures$text[ii]) else Cultures$nomcomplet[ii]
}
}
# Discarding unmatched rows
ii = which(is.na(Cultures$x))
if (is.integer(ii) && length(ii) != 0) {Cultures <- Cultures[-ii, ]}
ii = which(Cultures$text == "a.")
if(is.integer(ii) && length(ii) != 0) {Cultures <- Cultures[-ii, ]}
ii = which(Cultures$text == "de")
if(is.integer(ii) && length(ii) != 0) {Cultures <- Cultures[-ii, ]}
isPlatano <-any(str_detect(PageDeDonnes$text, "Plátano"))
isFrijol <-any(str_detect(PageDeDonnes$text, "Frijol |seco"))
## Special case for 01/2003
if ((annee == 3 & mois == 1) | annee == 2) {
if (page %in% c(30, 31)) {
Cultures <- as.data.table(
c("Departamento","Campaña", "Total","Arroz cáscara", "Maíz amiláceo",
"Frijol grano seco**","Frijol castlla", "Pallar","Zarandaja",
"Frijol de palo", "Garbanzo","Frijol loctao", "Lentaja", "Papa",
"Trigo", "Algodón rama", "Maíz duro", "Soya", "Sorgo grano",
"Marigold")
)
colnames(Cultures) <- "nomcomplet"
}
if (page %in% c(32, 33)) {
Cultures <- as.data.table(
c("Departamento", "Campaña", "Total", "Cebada grano", "Quinua",
"Cañihua", "Kiwicha","Haba grano", "Arveja grano", "Chocho tarhui",
"Olluco", "Oca", "Mashua", "Camote", "Yuca", "Cebolla", "Ajo",
"Tomate")
)
colnames(Cultures) <- "nomcomplet"
}
if (page %in% c(38, 39)) {
Cultures <- as.data.table(
c("Departamento","Años", "Total","Arroz cáscara", "Maíz amiláceo",
"Frijol grano seco**","Frijol castlla", "Pallar","Zarandaja",
"Frijol de palo", "Garbanzo","Frijol loctao", "Lentaja", "Papa",
"Trigo", "Maíz duro","Soya", "Sorgo grano", "Marigold")
)
colnames(Cultures) <- "nomcomplet"
}
if (page %in% c(40,41)) {
Cultures <- as.data.table(
c("Departamento", "Años", "Cebada grano", "Quinua","Cañihua","Kiwicha",
"Haba grano", "Arveja grano", "Chocho tarhui", "Olluco", "Oca",
"Mashua", "Camote", "Yuca", "Cebolla", "Ajo", "Tomate")
)
colnames(Cultures) <- "nomcomplet"
}
if (page %in% c(44, 45)) {
Cultures <- as.data.table(
c("Departamento","Años", "Arroz cáscara", "Maíz amiláceo",
"Frijol grano seco**","Frijol castlla", "Pallar","Zarandaja",
"Frijol de palo", "Garbanzo","Frijol loctao", "Lentaja", "Papa",
"Trigo","Plátano", "Algodón rama", "Maíz duro", "Soya",
"Sorgo grano", "Caña de azúcar", "Café", "Espárrago", "Marigold")
)
colnames(Cultures) <- "nomcomplet"
}
if (page %in% c(46, 47)) {
Cultures <- as.data.table(
c("Departamento", "Años", "Cebada grano", "Quinua","Cañihua",
"Kiwicha","Haba grano", "Arveja grano", "Chocho tarhui", "Olluco",
"Oca", "Mashua", "Camote", "Yuca", "Cebolla", "Ajo", "Tomate")
)
colnames(Cultures) <- "nomcomplet"
}
if (page %in% c(112,113)) {
Cultures <- as.data.table(
c("Departamento", "Año", "Arroz cáscara", "Maíz amiláceo","Trigo",
"Camote", "Papa", "Yuca", "Algodón rama", "Espárrago", "Maíz duro",
"Marigold", "Soya", "Café")
)
colnames(Cultures) <- "nomcomplet"
}
if (page %in% c(114,115)) {
Cultures <- as.data.table(
c("Departamento", "Año", "Ajo", "Cebolla", "Maíz Choclo", "Tomate",
"Arveja grano", "Haba grano","Limón", "Mandarina", "Manzana",
"Naranja", "Papaya", "Palta", "Piña")
)
colnames(Cultures) <- "nomcomplet"
}
} else {
Cultures <- Cultures[order(-Cultures$y), ]
Cultures$nomcomplet[2] <-
if (str_detect(Cultures$nomcomplet[2],"ña")) "Campaña" else Cultures$nomcomplet[2]
# Selection des donnees d'interet
Cultures <-Cultures[, c("x","y","nomcomplet")] |>
mutate(
nomcomplet = case_when(
str_detect(nomcomplet,"Cañi") ~ "Cañihua",
str_detect(nomcomplet,"seco") ~ "Frijol grano seco**",
str_detect(nomcomplet,"paña") ~ "Campaña",
str_detect(nomcomplet,"daja") ~ "Zarandaja",
str_detect(nomcomplet,"duro") ~ "Maíz duro",
str_detect(nomcomplet,"banzo") ~ "Garbanzo",
str_detect(nomcomplet,"de azúcar") ~ "Caña de azúcar",
str_detect(nomcomplet,"Kiwi") ~ "Kiwicha",
TRUE ~ nomcomplet
)
) |>
mutate(n = duplicated(nomcomplet)) |>
filter(! n ==T ) |>
select(-n)
}
if (y == 4 & m > 6 & page %in% c(38, 39) ) {
Cultures <- as.data.table(
c("Departamento", "Años","Total", "Arroz cáscara", "Maíz amiláceo",
"Frijol grano seco**", "Frijol castlla", "Pallar", "Zarandaja",
"Frijol de palo", "Garbanzo", "Frijol loctao", "Lenteja", "Papa",
"Trigo", "Maíz duro", "Soya", "Sorgo grano", "Caña de azúcar" )
)
colnames(Cultures) <- "nomcomplet"
}
if (page > 100) {
if (page %in% c(108, 109, 110, 112, 113)) {
if (isFrijol == T) {
Cultures <- as.data.table(
c("Departamento", "Año", "Arroz cáscara", "Maíz amiláceo",
"Trigo", "Frijol grano seco", "Camote", "Papa", "Yuca",
"Algodón rama", "Espárrago", "Maíz duro", "Marigold", "Soya",
"Café")
)
colnames(Cultures) <- "nomcomplet"
} else {
Cultures <- as.data.table(
c("Departamento", "Año", "Arroz cáscara", "Maíz amiláceo","Trigo",
"Camote", "Papa", "Yuca", "Algodón rama", "Espárrago", "Maíz duro",
"Marigold", "Soya", "Café")
)
colnames(Cultures) <- "nomcomplet"
}
}
if (page %in% c(111, 114, 115)) {
if (isPlatano == T) {
Cultures <- as.data.table(
c("Departamento", "Año", "Ajo", "Cebolla", "Maíz Choclo", "Tomate",
"Arveja grano", "Haba grano","Limón", "Mandarina", "Manzana",
"Naranja", "Papaya", "Palta", "Piña","Plátano")
)
colnames(Cultures) <- "nomcomplet"
} else {
Cultures <- as.data.table(
c("Departamento", "Año", "Ajo", "Cebolla", "Maíz Choclo", "Tomate",
"Arveja grano", "Haba grano","Limón", "Mandarina", "Manzana",
"Naranja", "Papaya", "Palta", "Piña")
)
colnames(Cultures) <- "nomcomplet"
}
}
if (annee == 2 & mois < 8 & page %in% c(111, 112)) {
if (isPlatano == T) {
Cultures <- as.data.table(
c("Departamento", "Año", "Ajo", "Cebolla", "Maíz Choclo", "Tomate",
"Arveja grano", "Haba grano","Limón", "Mandarina", "Manzana",
"Naranja", "Papaya", "Palta", "Piña","Plátano")
)
colnames(Cultures) <- "nomcomplet"
} else {
Cultures <- as.data.table(
c("Departamento", "Año", "Ajo", "Cebolla", "Maíz Choclo", "Tomate",
"Arveja grano", "Haba grano","Limón","Mandarina", "Manzana",
"Naranja", "Papaya", "Palta", "Piña")
)
colnames(Cultures) <- "nomcomplet"}
}
if (annee == 2 & mois == 7 & page == 110) {
Cultures <- as.data.table(
c("Departamento", "Año", "Ajo", "Cebolla", "Maíz Choclo", "Tomate",
"Arveja grano", "Haba grano","Limón", "Mandarina", "Manzana",
"Naranja", "Papaya", "Palta", "Piña","Plátano")
)
colnames(Cultures) <- "nomcomplet"
}
}
## Downloading the table----
tx <- pdf_text(adresse)[[page]]
tx2 <- unlist(str_split(tx, "[\\r\\n]+"))
tx3 <- as.data.frame(
str_split_fixed(str_trim(tx2), "\\s{2,}", dim(Cultures)[1])
)
# Replacing the name of the row "Cultures"
n <- which(str_detect(tx3$V1, Cell1))
tx3[n, ] <- Cultures$nomcomplet
if(str_detect(tx3[n + 1, 2], "[:digit:]{4}|[:digit:]{2}[:punct:][:digit:]{2}") == F) {
tx3 <- tx3[-(n + 1), ]
}
tx3 <- tx3[-(n - 1), ]
if (any(str_detect(tx3$V1, "Estadística"))) {
tx3 <- tx3[-which(str_detect(tx3$V1, "Estadística")), ]
}
if (any(str_detect(tx3$V1, "cáscara"))) {
n <- which(str_detect(tx3$V1, "cáscara"))
if (sum(str_detect(tx3[n-1,],"Arroz")) > 0) {
tx3[n-1,which(str_detect(tx3[n - 1,],"Arroz"))[1]] <- "Arroz cáscara"
}
if (sum(str_detect(tx3[n-1,],"Maíz")) > 0) {
tx3[n-1,which(str_detect(tx3[n - 1,],"Maíz"))[1]] <- "Maíz amiláceo"
}
if (sum(str_detect(tx3[n-1,],"Maíz")) > 1) {
tx3[n-1,which(str_detect(tx3[n - 1, ],"Maíz"))[2]] <- "Maíz duro"
}
if (sum(str_detect(tx3[n-1,],"Frijol")) > 0) {
tx3[n-1,which(str_detect(tx3[n - 1, ],"Frijol"))[1]] <- "Frijol grano seco"
}
if (sum(str_detect(tx3[n-1,],"Frijol")) > 1) {
tx3[n-1,which(str_detect(tx3[n - 1, ],"Frijol"))[2]] <- "Frijol castlla"
}
if (sum(str_detect(tx3[n-1,],"Frijol")) > 2) {
tx3[n-1,which(str_detect(tx3[n - 1, ],"Frijol"))[3]] <- "Frijol de palo"
}
if (sum(str_detect(tx3[n-1,],"Frijol")) > 3) {
tx3[n-1,which(str_detect(tx3[n - 1, ],"Frijol"))[4]] <- "Frijol loctao"
}
if (sum(str_detect(tx3[n-1,],"Algodón")) > 0) {
tx3[n-1,which(str_detect(tx3[n - 1, ],"Algodón"))[1]] <- "Algodón rama"
}
if (sum(str_detect(tx3[n-1,],"Sorgo")) > 0) {
tx3[n-1,which(str_detect(tx3[n - 1, ],"Sorgo"))[1]] <- "Sorgo grano"
}
if (sum(str_detect(tx3[n-1,],"Caña")) > 0) {
tx3[n-1,which(str_detect(tx3[n - 1, ],"Caña"))[1]] <- "Caña de azúcar"
}
tx3 <- tx3[-n, ]
}
if (annee == 2 & mois == 1 ) {
tx3 <- tx3 |>
mutate(
V1 = replace(V1, V1== 2001, 2002),
V1 = replace(V1, V1== 2000, 2001),
V2 = replace(V2, V2== 2001, 2002),
V2 = replace(V2, V2== 2000, 2001)
)
}
annee <- ifelse(
annee < 10,
yes = paste("200",annee, sep=""),
no = paste("20",annee, sep="")
)
if (any(str_detect(tx3$V1, c("Total nacional 200|Andahuaylas 200")))) {
n <- str_which(
tx3$V1,
"(Total nacional) |(Huancavelica) |(Madre de Dios) |(Andahuaylas) [[:digit:]]{4}"
)
for (ii in n) {
for (j in dim(Cultures)[1]:3) {
tx3[ii, j] <- tx3[ii, j - 1]
}
text <- as.data.frame(str_split(tx3[ii,1], "200"))
tx3[ii,1] <- text[1,]
tx3[ii,2] <- paste("200", text[2,], sep = "")
}
}
n <- which(
tx3$V1 == as.character(as.numeric(annee)-1) | tx3$V1 == as.character(as.numeric(annee)) |
tx3$V1 == paste(str_sub(as.numeric(annee) - 2, 3, 4), "-", str_sub(as.numeric(annee) - 1, 3, 4), sep = "") |
tx3$V1 == paste(str_sub(as.numeric(annee) - 1, 3, 4), "-", str_sub(as.numeric(annee), 3, 4), sep = "") |
tx3$V1 == paste(str_sub(as.numeric(annee), 3, 4), "-", str_sub(as.numeric(annee) + 1, 3, 4), sep = "")
)
for (ii in n) {
for (j in dim(Cultures)[1]:2) {
tx3[ii, j] <- tx3[ii, j - 1]
}
ifelse(tx3[ii - 1, 1] == Cell1, tx3[ii, 1] <-
tx3[ii + 1, 1], tx3[ii, 1] <- tx3[ii - 1, 1])
}
tx3
}#' Importing data where table is missing
#'
#' @param y last digit of the year (20..)
#' @param mm month (numeric)
#' @param type type of variable ("Production" for production, "Superficies_R"
#' for harvested surface, "Superficies" for planted surface)
missing_table <- function(y,
mm,
type = c("Production", "Superficies_R",
"Superficies")) {
data_mm <- NULL
for (ii in 0:1) {
if (mm == 12) {
m_1 <- mm - 1
y1 <- y + 1
year <- 2000 + y
year1 <- 2000 + y + 1
if (type == "Production") {
## Production, m==12----
# File name of the next year
file_name <- str_c(
"../data/raw/minagri/", type, "/", type, "_", year1, ".xlsx"
)
sheet <- str_c(mm, year1, ii + 1)
data_m_y1 <- import_monthly_regional_values_P_year_P(
sheet_name = sheet,
file = file_name,
anneesup = 0
) |>
mutate(year = str_remove(year, "p/?") |> as.numeric()) |>
mutate(value_m_y1 = as.numeric(gsub(" ", "", value))) |>
select(-value)
sheet <- str_c(m_1, year1, ii + 1)
data_m_1_y1 <- import_monthly_regional_values_P_year_P(
sheet_name = sheet,
file = file_name,
anneesup = 0
) |>
mutate(year = str_remove(year, "p/?") |> as.numeric()) |>
mutate(value_m_1_y1 = as.numeric(gsub(" ", "", value))) |>
rename(month_1 = month) |>
select(-value)
# Current year
file_name <- str_c(
"../data/raw/minagri/", type, "/", type, "_", year, ".xlsx"
)
sheet <- str_c(m_1, year, ii + 1)
data_m_1_y <- import_monthly_regional_values_P_year_P(
sheet_name = sheet,
file = file_name,
anneesup = 0
) |>
mutate(year = str_remove(year, "p/?") |> as.numeric()) |>
mutate(value_m_1_y = as.numeric(gsub(" ", "", value))) |>
select(-value)
data_mm_y <- merge(data_m_y1,data_m_1_y1) |>
mutate(diff = value_m_y1 - value_m_1_y1) |>
select(region, product, diff) |>
merge(data_m_1_y) |>
mutate(value_num = value_m_1_y + diff) |>
select(-diff, - value_m_1_y) |>
mutate(month = as.numeric(month + 1)) |>
relocate(product, .after = month)
data_mm <- rbind(data_mm, data_mm_y)
}
if (type == "Superficies_R") {
## Superficies_R, m==12----
# Following year
file_name <- str_c(
"../data/raw/minagri/Surface_R/", type, "_", year1, ".xlsx"
)
sheet <- str_c(mm,year1, ii + 1)
data_m_y1 <- import_monthly_regional_values_year_SR(
sheet_name = sheet,
file = file_name,
anneesup = 0
) |>
mutate(year = str_remove(year, "p/?") |> as.numeric()) |>
mutate(value_m_y1 = as.numeric(gsub(" ", "", value))) |>
select(-value)
sheet <- str_c(m_1, year1, ii + 1)
data_m_1_y1 <- import_monthly_regional_values_year_SR(
sheet_name = sheet,
file = file_name,
anneesup = 0
) |>
mutate(year = str_remove(year, "p/?") |> as.numeric()) |>
mutate(value_m_1_y1 = as.numeric(gsub(" ", "", value))) |>
rename(month_1 = month) |>
select(-value)
# Current year
file_name <- str_c(
"../data/raw/minagri/Surface_R/", type, "_", year, ".xlsx"
)
sheet <- str_c(m_1, year, ii + 1)
data_m_1_y <- import_monthly_regional_values_year_SR(
sheet_name = sheet,
file = file_name,
anneesup = 0) |>
mutate(year = str_remove(year, "p/?") |> as.numeric()) |>
mutate(value_m_1_y = as.numeric(gsub(" ", "", value))) |>
select(-value)
data_mm_y <- merge(data_m_y1, data_m_1_y1) |>
mutate(diff = value_m_y1 - value_m_1_y1) |>
select(region, product, diff) |>
merge(data_m_1_y) |>
mutate(value_num = value_m_1_y + diff) |>
select(-diff, - value_m_1_y) |>
mutate(month = as.numeric(month + 1)) |>
relocate(product, .after = month)
data_mm <- rbind(data_mm, data_mm_y)
}
if (type == "Superficies") {
## Superficies, m==12----
# Following year
file_name <- str_c(
"../data/raw/minagri/Surface/", type, "_", year1, ".xlsx"
)
sheet <- str_c(mm, year1, ii + 1)
data_m_y1 <- import_monthly_regional_values_year_S(
sheet_name = sheet,
file = file_name,
anneesup = 0
) |>
mutate(year = str_remove(year, "p/?") |> as.numeric()) |>
mutate(value_m_y1 = as.numeric(gsub(" ", "", value))) |>
select(-value)
sheet <- str_c(m_1, year1, ii + 1)
data_m_1_y1 <- import_monthly_regional_values_year_S(
sheet_name = sheet,
file = file_name,
anneesup = 0
) |>
mutate(year = str_remove(year, "p/?") |> as.numeric()) |>
mutate(value_m_1_y1 = as.numeric(gsub(" ", "", value))) |>
rename(month_1 = month) |>
select(-value)
# Current year
file_name <- str_c(
"../data/raw/minagri/Surface/", type, "_", year, ".xlsx"
)
sheet <- str_c(m_1, year, ii + 1)
data_m_1_y <- import_monthly_regional_values_year_S(
sheet_name = sheet,
file = file_name,
anneesup = 0
) |>
mutate(year = str_remove(year, "p/?") |> as.numeric()) |>
mutate(value_m_1_y = as.numeric(gsub(" ", "", value))) |>
select(-value)
data_mm_y <- merge(data_m_y1, data_m_1_y1) |>
mutate(diff = value_m_y1 - value_m_1_y1) |>
select(region, product, diff) |>
merge(data_m_1_y) |>
mutate(value_num = value_m_1_y + diff) |>
select(-diff, - value_m_1_y) |>
mutate(month = as.numeric(month + 1)) |>
relocate(product, .after = month)
data_mm <- rbind(data_mm, data_mm_y)
}
} else {
# If m != 12
m_1 <- mm - 1
m1 <- mm + 1
year <- 2000 + y
if (type == "Production") {
## Production, m!=12----
file_name <- str_c(
"../data/raw/minagri/", type, "/", type, "_", year, ".xlsx"
)
# previous month
sheet <- str_c(
str_pad(m_1, width = 2, side = "left", pad = "0"),
year,
ii + 1
)
data_m_1 <- import_monthly_regional_values_P_year_P(
sheet_name = sheet,
file = file_name,
anneesup = 0
) |>
mutate(year = str_remove(year, "p/?") |> as.numeric()) |>
mutate(value_m_1 = as.numeric(gsub(" ", "", value))) |>
rename(month_1 = month) |>
select(-value)
# following month
sheet <- str_c(
str_pad(m1, width = 2, side = "left", pad = "0"),
year,
ii + 1
)
data_m1 <- import_monthly_regional_values_P_year_P(
sheet_name = sheet,
file = file_name,
anneesup = 0
) |>
mutate(year = str_remove(year, "p/?") |> as.numeric()) |>
mutate(value_m1 = as.numeric(gsub(" ", "", value))) |>
rename(month1 = month) |>
select(-value)
}
if (type == "Superficies_R"){
## Superficies_R, m!=12----
file_name <- str_c(
"../data/raw/minagri/Surface_R/", type,"_", year, ".xlsx"
)
# previous month
sheet <- str_c(
str_pad(m_1, width = 2, side = "left", pad = "0"),
year,
ii + 1
)
data_m_1 <- import_monthly_regional_values_year_SR(
sheet_name = sheet,
file = file_name,
anneesup = 0
) |>
mutate(year = str_remove(year, "p/?") |> as.numeric()) |>
mutate(value_m_1 = as.numeric(gsub(" ", "", value))) |>
rename(month_1 = month) |>
select(-value)
# following month
sheet <- str_c(
str_pad(m1, width = 2, side = "left", pad = "0"),
year,
ii + 1
)
data_m1 <- import_monthly_regional_values_year_SR(
sheet_name = sheet,
file = file_name,
anneesup = 0
) |>
mutate(year = str_remove(year, "p/?") |> as.numeric()) |>
mutate(value_m1 = as.numeric(gsub(" ", "", value))) |>
rename(month1 = month) |>
select(-value)
}
if (type == "Superficies") {
## Superficies, m!=12----
file_name <- str_c(
"../data/raw/minagri/Surface/", type, "_", year, ".xlsx"
)
# previous month
sheet <- str_c(
str_pad(m_1, width = 2, side = "left", pad = "0"),
year,
ii + 1
)
data_m_1 <- import_monthly_regional_values_year_S(
sheet_name = sheet,
file = file_name,
anneesup = 0
) |>
mutate(year = str_remove(year, "p/?") |> as.numeric()) |>
mutate(value_m_1 = as.numeric(gsub(" ", "", value))) |>
rename(month_1 = month) |>
select(-value)
# following month
sheet <- str_c(
str_pad(m1, width = 2, side = "left", pad = "0"),
year,
ii + 1
)
data_m1 <- import_monthly_regional_values_year_S(
sheet_name = sheet,
file = file_name,
anneesup = 0
) |>
mutate(year = str_remove(year, "p/?") |> as.numeric()) |>
mutate(value_m1 = as.numeric(gsub(" ", "", value))) |>
rename(month1 = month) |>
select(-value)
}
data_mm_y <- merge(data_m1,data_m_1) |>
mutate(
month = as.numeric(month_1 + 1),
value_num = (value_m1 - value_m_1) / 2 + value_m_1) |>
select(-value_m1, -month1, -value_m_1, -month_1) |>
relocate(product, .after = month)
data_mm <- rbind(data_mm, data_mm_y)
}
}
data_mm
}2.1.2 Load Data
We define a function to format the header of the data.
#' Format header (removing unecessary values)
#'
#' @param x (vector) of string
format_header <- function(x) {
if (all(is.na(x))) {
return("")
}
replace_na(x, "") |>
str_replace_all("\\.{3}", "") |>
str_remove("[[:digit:]]/") |>
str_c(collapse = " ") |>
str_to_lower() |>
str_replace_all("[[:blank:]]{2,}", " ") |>
str_remove("- ") |>
str_trim()
}2.1.2.1 Regional Production
#' Import monthly regional agricultural values from the Excel file,
#' for a given month
#'
#' @param sheet_name name of the Excel sheet
#' @param file path to the Excel File
#' @param anneesup
import_monthly_regional_values_P_year_P <- function(sheet_name,
file,
anneesup) {
# The first two digits of the name: month
# the next four: the four digits of the year
# last digit: index of the sheet for a given month and
# year (we will note use it)
year <- str_sub(sheet_name, 3, 6) |> as.numeric()
month <- str_sub(sheet_name, 1, 2) |> as.numeric()
tmp <- suppressMessages(
read_excel(
path = file,
sheet = sheet_name,
col_types = "text", n_max = 15, col_names = FALSE
)
)
# We can use the first occurrence of "Años" to determine
# the beginning of the table
ind_row_year <- str_which(tmp[[3]], regex("años?", ignore_case = TRUE)) |>
first()
if (year == 2005) {
ind_row_year <- str_which(tmp[[2]], regex("años?", ignore_case = TRUE)) |>
first()
}
# The first row of the header of the table is contained in the previous line
skip_head <- ind_row_year
# The body of the table
prod_region_tmp <-
suppressMessages(
read_excel(
path = file,
sheet = sheet_name,
col_types = "text", skip = skip_head, col_names = F
)
)
header_1 <- suppressMessages(
read_excel(
path = file,
sheet = sheet_name,
skip = skip_head-2, n_max = 3, col_names = F
)
)
if (year < 2005) {
header_1 <- header_1[-nrow(header_1), ]
}
header_2 <- header_1 |>
summarise(
across(
.cols = everything(),
.fns = ~format_header(.x)
)
)
colnames(prod_region_tmp) <- as.character(header_2)
if (colnames(prod_region_tmp)[2] == "") {
colnames(prod_region_tmp)[2] <- "departamento"
}
if (any(str_detect(colnames(prod_region_tmp), "departamento"), na.rm = T)) {
ind_dep_current <- which(str_detect(colnames(prod_region_tmp), "departamento"))
colnames(prod_region_tmp)[ind_dep_current] <- "departamento"
}
# Removing columns with no name
ind <- !is.na(colnames(prod_region_tmp)) & (colnames(prod_region_tmp) != "")
prod_region_tmp <-
prod_region_tmp |>
dplyr::select(!!!colnames(prod_region_tmp)[ind])
# Removing rows with all NAs
prod_region_tmp <-
prod_region_tmp |>
filter_all(any_vars(!is.na(.)))
# Removing rows where "Continúa" is found
prod_region_tmp <-
prod_region_tmp |>
filter_all(
any_vars(
!str_detect(., regex(pattern = "Continúa", ignore_case = TRUE))
)
)
# Removing the first colomn if row index
if (str_detect(colnames(prod_region_tmp)[1], "[aeiou]") == FALSE) {
prod_region_tmp <- prod_region_tmp[-1]
}
# The name of the first column differs accross sheets (departemento or region)
name_first_col <- colnames(prod_region_tmp)[1]
if (year < 2015) {
if (! name_first_col %in% c("departamento", "región")) {
warning(str_c("Issue with sheet: ", sheet_name))
return(NULL)
}
}
prod_region_tmp <-
prod_region_tmp |>
rename(region := !!name_first_col)
if (any(str_detect(colnames(prod_region_tmp), "^año$"))) {
prod_region_tmp <-
prod_region_tmp |> rename(year = año)
} else {
prod_region_tmp <-
prod_region_tmp |> rename(year = años)
}
prod_region_tmp <-
prod_region_tmp |>
filter(!is.na(year), ! year %in% c("Años", "Año"))
# The sheet may contain values for the department Cajamarca
# AND the capital of that department named also Cajamarca
prod_region_tmp <-
prod_region_tmp |>
group_by(region, year) |>
mutate(
region = ifelse(
region == "Cajamarca" & row_number() == 1,
yes = "Cajamarca_R",
no = region
)
) |>
ungroup()
prod_region_tmp <-
prod_region_tmp |>
mutate(
region = ifelse(region == "Lima provincias", yes = "Lima", no = region)
)
# The production of each product is given in two rows, but the product name
# is not repeated
prod_region_tmp <-
prod_region_tmp |>
fill(region, .direction = "down")
if (year == 2005) {
prod_region_tmp$region[1]<- "Total Nacional"
}
# Removing sub-regional data
prod_region_tmp <-
prod_region_tmp |>
filter(! region %in% c("Cajamarca", "Chota", "Jaén",
"Abancay","Andahuaylas")
)
if (year == 2015 & any(colnames(prod_region_tmp) == "región")) {
q <- which(colnames(prod_region_tmp) == "región")
if (q > 0) {
prod_region_tmp <- prod_region_tmp |>
dplyr::select(-all_of(q))
}
}
resul <-
prod_region_tmp |>
pivot_longer(cols = -c(region, year), names_to = "product")
if (anneesup == 1) {
resul <-
resul |>
filter(year == max(year))
} else {
# Keeping only the last year available
resul <-
resul |>
filter(year == min(year))
}
resul <-
resul |>
mutate(
product = ifelse(product == "arveja gr. seco", yes = "arveja grano seco", no = product),
product = ifelse(product == "frijol grano seco**", yes = "frijol grano seco", no = product),
product = ifelse(product == "frijol palo", yes = "frijol de palo", no = product),
product = ifelse(product == "frijol castlla", yes = "frijol castilla", no = product),
product = ifelse(product == "lentaja", yes = "lenteja", no = product),
product = ifelse(product == "frijol gr. seco", yes = "frijol grano seco", no = product),
product = ifelse(product == "haba gr. seco", yes = "haba grano seco", no = product),
product = ifelse(product == "maíz a. duro", yes = "maíz amarillo duro", no = product),
product = ifelse(product == "arveja gr. verde", yes = "arveja grano verde", no = product),
product = ifelse(product == "arveja gr. verde", yes = "arveja grano verde", no = product),
product = ifelse(product == "haba gr. verde", yes = "haba grano verde", no = product),
product = ifelse(product == "espá-rrago", yes = "espárrago", no = product),
product = ifelse(product == "manda-rina", yes = "mandarina", no = product),
product = ifelse(product == "maíz duro", yes = "maíz amarillo duro", no = product),
product = ifelse(product == "maíz am. duro", yes = "maíz amarillo duro", no = product),
product = ifelse(product == "pallar gr. seco", yes = "pallar grano seco", no = product),
product = ifelse(product == "pallar seco", yes = "pallar grano seco", no = product),
product = ifelse(product == "maíz amarillo duro", yes = "maíz amarillo duro", no = product)
)
resul |>
dplyr::mutate(month = month) |>
dplyr::select(region, year, month, product, value)
}# End of import_monthly_regional_values_P_year_P()#' Import monthly regional agricultural values from the Excel file,
#' for all the months of the file.
#'
#' @param file path to the Excel File
#' @param anneesup
#' @param timescale
import_monthly_regional_values_P <- function(file,
anneesup,
timescale) {
sheet_names <- excel_sheets(file)
prod_region_monthly <- map(
sheet_names,
import_monthly_regional_values_P_year_P,
file = file,
anneesup = anneesup
) |>
list_rbind()
# Cleaning years and changing type of values: from str to num
prod_region_monthly <-
prod_region_monthly |>
mutate(
year = str_remove(year, "p/?") |> as.numeric(),
value_num = as.numeric(gsub(" ", "", value)),
month = as.numeric(month)
)
# Values in 2014 to 2016 are expressed in thousands of tonnes
# These need to be expressed in tonnes
prod_region_monthly <-
prod_region_monthly |>
mutate(
value_num = ifelse(year %in% 2014:2015, value_num * 10^3, value_num)
)
# In addition, for the `Production_2014.xlsx` file, months 10 to 12
# report values in thousands of tonnes as well
if (str_detect(file, "Production_2014.xlsx$")) {
prod_region_monthly <-
prod_region_monthly |>
mutate(
value_num = ifelse(
month %in% c(10,11,12),
yes = value_num * 10^3,
no = value_num
)
)
}
# Removing the `value` columns to keep only the column with numerical values
prod_region_monthly <-
prod_region_monthly |>
dplyr::select(-value)
if (str_detect(file, "Production_2002.xlsx$")) {
for (i in c(3,6,9,12)) {
temp <- missing_table(y = 2, mm = i, type = "Production")
prod_region_monthly <- rbind(prod_region_monthly, temp)
}
}
if (str_detect(file, "Production_2003.xlsx$")) {
temp <- missing_table(y = 3, mm = 3, type = "Production")
prod_region_monthly <- rbind(prod_region_monthly, temp)
}
if (str_detect(file, "Production_2008.xlsx$")) {
# Problem with value in June 2007 for Cassava: same value as in May
# Let us put the value for June as NA
# (For some regions)
prod_region_monthly <-
prod_region_monthly |>
mutate(
value_num = ifelse(
month == 6 & product == "yuca" & region %in% c(
"Apurímac", "Arequipa", "Ayacucho", "Cusco", "Huancavelica",
"Junín", "Loreto", "Madre de Dios", "Moquegua", "Moquegua",
"Puno", "San Martín", "Tacna", "Ucayali"),
yes = NA,
no = value_num
)
)
}
# Cleaning region names
# prod_region_monthly$region |> unique() |> sort()
prod_region_monthly <-
prod_region_monthly |>
mutate(region = replace(region, region=="Apurimac", "Apurímac")) |>
mutate(region = replace(region, region=="Cajamarca_R", "Cajamarca")) |>
mutate(region = replace(
x = region,
list = region %in% c("Nacional", "Total nacional", "TOTAL NACIONAL"),
values = "Total Nacional")
) |>
filter(! product == 0)
if (str_detect(file, "Production_201(4|5).xlsx")) {
prod_region_monthly <- prod_region_monthly |>
mutate(
product = case_when(
str_detect(product, "arroz") ~ "arroz cáscara",
str_detect(product, "banano") ~ "plátano",
str_detect(product, "café") ~ "café",
str_detect(product, "banano") ~ "plátano",
str_detect(product, "caña") ~ "caña de azúcar",
str_detect(product, "chocho") ~ "chocho",
str_detect(product, "gar") ~ "garbanzo",
str_detect(product, "caña") ~ "caña de azúcar",
str_detect(product, "algodón") ~ "algodón rama",
str_detect(product, "maíz amilaceo") ~ "maíz amiláceo",
str_detect(product, "maíz amílaceo") ~ "maíz amiláceo",
str_detect(product, "caña de azúcar para azúcar") ~ "caña de azúcar",
str_detect(product, "arveja seca") ~ "arveja grano seco",
str_detect(product, "arveja verde") ~ "arveja grano verde",
str_detect(product, "loctao") ~ "frijol loctao",
str_detect(product, "frijol seco") ~ "frijol grano seco",
str_detect(product, "frijol castill") ~ "frijol castilla",
str_detect(product, "haba seca") ~ "haba grano seco",
str_detect(product, "haba seco") ~ "haba grano seco",
str_detect(product, "haba verde") ~ "haba grano verde",
str_detect(product, "limón sutil") ~ "limón",
str_detect(product, "haba verde") ~ "haba grano verde",
str_detect(product, "algodón rama") ~ "algodón rama",
str_detect(product, "café") ~ "café",
str_detect(product, "cañihua") ~ "cañihua",
str_detect(product, "espárrago") ~ "espárrago",
str_detect(product, "limón") ~ "limón",
str_detect(product, "maíz amiláceo") ~ "maíz amiláceo",
str_detect(product, "maíz choclo") ~ "maíz choclo",
str_detect(product, "piña") ~ "piña",
str_detect(product, "zaran-daja") ~ "zarandaja",
TRUE ~ product
)
)
}
Production <- prod_region_monthly |>
arrange(region, product, desc(month)) |>
mutate(value_num = ifelse(is.na(value_num), yes = 0, no = value_num))
if (str_detect(file, "Production_2008.xlsx$")) {
# Problem with value in June 2007 for Cassava: same value as in May
# Let us put the value for June as NA
# (For some regions)
Production <-
Production |>
mutate(
value_num = ifelse(
month == 6 & product == "yuca" & region %in% c(
"Apurímac", "Arequipa", "Ayacucho", "Cusco", "Huancavelica",
"Junín", "Loreto", "Madre de Dios", "Moquegua", "Moquegua",
"Puno", "San Martín", "Tacna", "Ucayali"),
yes = NA,
no = value_num
)
)
}
Production <- Production |>
pivot_wider(names_from = month, values_from = value_num)
if (timescale == 1) {
# The production data in the file is a cumulative sum over the months
Production <-
cbind(
Production[1:3],
Production[4:14] - Production[5:15],
Production[15]
) |>
pivot_longer(cols = -c(region, year, product), names_to = "month")
Production <-
Production[with(Production, order(region, year, as.numeric(month), product, value)), ]
}
if (timescale == 3) {
Production <-
cbind(
Production[1:3],
Production[4] - Production[7],
Production[7] - Production[10],
Production[10] - Production[13],
Production[13]
) |>
pivot_longer(cols = -c(region, year, product), names_to = "trim")
Production <-
Production[with(Production, order(region, year, as.numeric(trim), product, value)), ]
}
if (timescale == 4) {
Production <-
cbind(
Production[1:3],
Production[4] - Production[8],
Production[8] - Production[12],
Production[12]
) |>
pivot_longer(cols = -c(region, year, product), names_to = "quadrim")
Production <-
Production[with(Production, order(region, year, as.numeric(quadrim), product, value)), ]
}
if (timescale == 6) {
Production <-
cbind(
Production[1:3],
Production[4] - Production[10],
Production[10]
) |>
pivot_longer(cols = -c(region, year, product), names_to = "biannual")
Production <-
Production[with(Production, order(region, year, as.numeric(biannual), product, value)), ]
}
if (timescale == 12) {
Production <-
cbind(Production[1:3], Production[4]) |>
rename(Prod_annual = "12")
}
if (str_detect(file, "Production_2015.xlsx$")) {
if(timescale == 12) {
Production <- Production |>
filter(!is.na(Prod_annual))
} else {
Production <- Production |>
filter(!is.na(value))
}
}
Production
}# End of import_monthly_regional_values_P()2.1.2.2 Regional Planted Surface
#' Import monthly regional agricultural values from the Excel file,
#' for a given month
#'
#' @param sheet_name name of the Excel sheet
#' @param file path to the Excel File
#' @param anneesup
import_monthly_regional_values_year_S <- function(sheet_name,
file,
anneesup) {
# The first two digits of the name: month
# the next four: the four digits of the year
# last digit: index of the sheet for a given month and year (we will note use it)
month <- str_sub(sheet_name, 1, 2) |> as.numeric()
year <- str_sub(sheet_name, 3, 6) |> as.numeric()
tmp <- suppressMessages(
read_excel(
path = file,
sheet = sheet_name,
col_types = "text", n_max = 15, col_names = FALSE)
)
# We can use the first occurrence of "Campaña" to determine the beginning of the table
ind_row_year <- str_which(tmp[[3]], regex("Cam?", ignore_case = TRUE)) |>
first()
if (sheet_name == "062015") {ind_row_year <- 7}
# The first row of the header of the table is contained in the previous line
skip_head <- ind_row_year
# The body of the table
sup_region_tmp <-
suppressMessages(
read_excel(
path = file,
sheet = sheet_name,
col_types = "text", skip = skip_head, col_names = F
)
)
header_1 <-
suppressMessages(
read_excel(
path = file,
sheet = sheet_name,
skip = skip_head-2, n_max = 3, col_names = F
)
)
if (sheet_name == "0420112") {
header_1 <-
suppressMessages(
read_excel(
path = file,
sheet = sheet_name,
skip = skip_head-2, n_max = 2, col_names = F
)
)
}
if (sheet_name == "062015") {
header_1 <-
suppressMessages(
read_excel(
path = file,
sheet = sheet_name,
skip = skip_head, n_max = 1, col_names = F
)
)
}
if (str_detect(file, "Superficies_2016.xlsx$")) {
header_1 <-
suppressMessages(
read_excel(
path = file,
sheet = sheet_name,
skip = skip_head-1, n_max = 1, col_names = F
)
)
}
if (year < 2005) {
header_1 <- header_1[-dim(header_1)[1], ]
}
header_2 <-
header_1 |>
summarise(
across(
.cols = everything(),
.fns = ~format_header(.x)
)
)
colnames(sup_region_tmp) <- as.character(header_2)
if (colnames(sup_region_tmp)[2] == ""){
colnames(sup_region_tmp)[2] <- "departamento"
}
if (any(str_detect(colnames(sup_region_tmp), "departamento"), na.rm = T)) {
ind_dep_current <- which(str_detect(colnames(sup_region_tmp), "departamento"))
colnames(sup_region_tmp)[ind_dep_current] <- "departamento"
}
# Removing columns with no name
ind <- !is.na(colnames(sup_region_tmp)) & (colnames(sup_region_tmp) != "")
sup_region_tmp <-
sup_region_tmp |>
dplyr::select(!!!colnames(sup_region_tmp)[ind])
if (str_detect(file, "Superficies_2016.xlsx$")) {
sup_region_tmp <- sup_region_tmp |>
mutate(
campaña = ifelse(
str_detect(campaña, regex(pattern = "Ago 14", ignore_case = TRUE)),
yes = "14-15",
no = campaña
),
campaña = ifelse(
str_detect(campaña, regex(pattern = "Ago 2014", ignore_case = TRUE)),
yes = "14-15",
no = campaña
),
campaña = ifelse(
str_detect(campaña, regex(pattern = "Ago 15", ignore_case = TRUE)),
yes = "15-16",
no = campaña
),
campaña = ifelse(
str_detect(campaña, regex(pattern = "Ago 2015", ignore_case = TRUE)),
yes = "15-16",
no = campaña
),
campaña = ifelse(
str_detect(campaña, regex(pattern = "Ago 16", ignore_case = TRUE)),
yes = "16-17",
no = campaña
),
campaña = ifelse(
str_detect(campaña, regex(pattern = "Ago 2016", ignore_case = TRUE)),
yes = "16-17",
no = campaña
)
)
}
# Removing rows with all NAs
sup_region_tmp <-
sup_region_tmp |>
filter_all(any_vars(!is.na(.)))
# Removing rows where "Continúa" is found
sup_region_tmp <-
sup_region_tmp |>
filter_all(
any_vars(
!str_detect(., regex(pattern = "Continúa", ignore_case = TRUE))
)
)
# Removing the first colomn if row index
if (str_detect(colnames(sup_region_tmp)[1], "[aeiou]") == FALSE) {
sup_region_tmp <- sup_region_tmp[-1]
}
# The name of the first column differs accross sheets (departemento or region)
name_first_col <- colnames(sup_region_tmp)[1]
if (! name_first_col %in% c("departamento", "región")) {
warning(str_c("Issue with sheet: ", sheet_name))
return(NULL)
}
sup_region_tmp <-
sup_region_tmp |>
rename(region := !!name_first_col)
if (sheet_name == "062015") {
sup_region_tmp <-
sup_region_tmp |>
rename(campaña = colnames(sup_region_tmp)[2])
}
sup_region_tmp$campaña <-
str_c("20",str_sub(sup_region_tmp$campaña, 1, 2)) |>
as.numeric()
sup_region_tmp <-
sup_region_tmp |> rename(year = campaña)
if (sheet_name == "062015") {
p <- str_which(sup_region_tmp$region, "Cajamarca")
sup_region_tmp$region[p] <- "Cajamarca_R"
} else {
p <- str_which(sup_region_tmp$region, "Cajamarca") |>
first()
sup_region_tmp$region[p] <- "Cajamarca_R"
}
sup_region_tmp <-
sup_region_tmp |>
filter(!is.na(year), ! year %in% "campaña")
# The production of each product is given in two rows, but the product name is not repeated
sup_region_tmp <-
sup_region_tmp |>
fill(region, .direction = "down")
# Removing sub-regional data
sup_region_tmp <-
sup_region_tmp |>
filter(
! region %in% c("Cajamarca", "Chota", "Jaén", "Abancay","Andahuaylas")
)
if (any(str_detect(colnames(sup_region_tmp), regex(pattern = "ago", ignore_case = TRUE)) == T)) {
p <- which(str_detect(colnames(sup_region_tmp), regex(pattern = "ago", ignore_case = TRUE))==T)
colnames(sup_region_tmp)[p] <- "TOTAL"
}
resul <-
sup_region_tmp |>
pivot_longer(cols = -c(region, year), names_to = "product")
if (anneesup == 1) {
resul <-
resul |>
filter(year == max(year))
} else {
resul <-
resul |>
filter(year == min(year))
}
resul <-
resul |> rename(campana = year)
resul <- resul |>
mutate(month = month) |>
dplyr::select(region, campana, month, product, value)
resul <-
resul |>
mutate(
product = ifelse(
product == "arveja gr. seco",
yes = "arveja grano seco",
no = product
),
product = ifelse(
product == "frijol grano seco**",
yes = "frijol grano seco",
no = product
),
product = ifelse(
product == "frijol palo",
yes = "frijol de palo",
no = product
),
product = ifelse(
product == "frijol castlla",
yes = "frijol castilla",
no = product
),
product = ifelse(
product == "lentaja",
yes = "lenteja",
no = product
),
product = ifelse(
product == "frijol gr. seco",
yes = "frijol grano seco",
no = product
),
product = ifelse(
product == "haba gr. seco",
yes = "haba grano seco",
no = product
),
product = ifelse(
product == "maíz a. duro",
yes = "maíz amarillo duro",
no = product
),
product = ifelse(
product == "arveja gr. verde",
yes = "arveja grano verde",
no = product
),
product = ifelse(
product == "arveja gr. verde",
yes = "arveja grano verde",
no = product
),
product = ifelse(
product == "haba gr. verde",
yes = "haba grano verde",
no = product
),
product = ifelse(
product == "espá-rrago",
yes = "espárrago",
no = product
),
product = ifelse(
product == "maíz duro",
yes = "maíz amarillo duro",
no = product
),
) |>
filter(! str_detect(product, "contin")) |>
filter(! str_detect(product, "conclusi"))
resul
}# End of import_monthly_regional_values_year_S ()#' Import monthly regional agricultural values from the Excel file,
#' for all the months of the file.
#'
#' @param file path to the Excel File
#' @param anneesup
#' @param timescale
import_monthly_regional_values_S <- function(file,
anneesup,
timescale){
sheet_names <- excel_sheets(file)
surf_region_monthly <- map(
sheet_names,
import_monthly_regional_values_year_S,
file = file,
anneesup = anneesup) |>
list_rbind()
# Cleaning years and changing type of values: from str to num
surf_region_monthly <-
surf_region_monthly |>
mutate(year = str_sub(sheet_names[1], 3, 6) |> as.numeric()) |>
mutate(year = ifelse(anneesup == 0, year - 1, year)) |>
mutate(campana = str_remove(campana, "p/?") |> as.numeric()) |>
mutate(value_num = as.numeric(gsub(" ", "", value)))
# Values in 2014 to 2016 are expressed in thousands of tonnes
# These need to be expressed in tonnes
surf_region_monthly <-
surf_region_monthly |>
mutate(
value_num = ifelse(year %in% 2014:2015, value_num * 10^3, value_num),
value_num = ifelse(
str_detect(!!file, "Superficies_2014.xlsx$") & month %in% c(10,11,12),
yes = value_num * 10^3,
no = value_num
)
)
# Removing the `value` columns to keep only the column with numerical values
surf_region_monthly <-
surf_region_monthly |>
dplyr::select(-value)
if (str_detect(file, "Superficies_2002.xlsx$")) {
for (i in c(3,6,9,12)) {
temp <- missing_table(y = 2, mm = i, type = "Superficies") |>
mutate(year = year - 1)
surf_region_monthly <- rbind(surf_region_monthly, temp)
}
}
if (str_detect(file, "Superficies_2003.xlsx$")) {
temp <- missing_table(y = 3, mm = 3, type = "Superficies") |>
mutate(year = year -1)
surf_region_monthly <- rbind(surf_region_monthly, temp)
}
# Cleaning region names
surf_region_monthly$region |> unique() |> sort()
surf_region_monthly <-
surf_region_monthly |>
mutate(region = replace(region, region=="Apurimac", "Apurímac")) |>
mutate(region = replace(region, region=="Cajamarca_R", "Cajamarca")) |>
mutate(region = replace(
x = region,
list = region %in% c("Nacional", "Total nacional", "TOTAL NACIONAL",
"TOTAL NACIONAL"),
values = "Total Nacional")
)
surf_region_monthly <- surf_region_monthly |>
arrange(region, product, desc(month))
# Cleaning product names
surf_region_monthly <-
surf_region_monthly |>
# Replace extra spacing with only one space
mutate(product = str_replace_all(product, "[[:blank:]]{2,}", " "))
surf_region_monthly <-
surf_region_monthly |>
mutate(
product = ifelse(
product == "arveja gr. seco",
yes = "arveja grano seco",
no = product
),
product = ifelse(
product == "frijol castlla",
yes = "frijol castilla",
no = product
),
product = ifelse(
product == "frijol gr. seco",
yes = "frijol grano seco",
no = product
),
product = ifelse(
product == "haba gr. seco",
yes = "haba grano seco",
no = product
),
product = ifelse(
product == "maíz a. duro",
yes = "maíz amarillo duro",
no = product
),
product = ifelse(
product == "algodón",
yes = "algodón rama",
no = product
),
product = ifelse(
product == "arroz",
yes = "arroz cáscara",
no = product
),
product = ifelse(
product == "arveja grano",
yes = "arveja grano seco",
no = product
),
product = ifelse(
product == "frijol",
yes = "frijol grano seco",
no = product
),
product = ifelse(
product == "haba grano",
yes = "haba grano seco",
no = product
),
product = ifelse(
product == " maíz am duro",
yes = "maíz amarillo duro",
no = product
)
)
if (str_detect(file, "Superficies_201(4|5).xlsx$")) {
surf_region_monthly <- surf_region_monthly |>
mutate(
product = case_when(
str_detect(product, "arroz") ~ "arroz cáscara",
str_detect(product, "banano") ~ "plátano",
str_detect(product, "café") ~ "café",
str_detect(product, "banano") ~ "plátano",
str_detect(product, "caña") ~ "caña de azúcar",
str_detect(product, "chocho") ~ "chocho",
str_detect(product, "gar") ~ "garbanzo",
str_detect(product, "caña") ~ "caña de azúcar",
str_detect(product, "algodón") ~ "algodón rama",
str_detect(product, "maíz a. duro") ~ "maíz amarillo duro",
str_detect(product, "maíz amilaceo") ~ "maíz amiláceo",
str_detect(product, "maíz amílaceo") ~ "maíz amiláceo",
str_detect(product, "maíz amiláceo") ~ "maíz amiláceo",
str_detect(product, "caña de azúcar para azúcar") ~ "caña de azúcar",
str_detect(product, "arveja seca") ~ "arveja grano seco",
str_detect(product, "arveja verde") ~ "arveja grano verde",
str_detect(product, "loctao") ~ "frijol loctao",
str_detect(product, "frijol seco") ~ "frijol grano seco",
str_detect(product, "frijol castill") ~ "frijol castilla",
str_detect(product, "haba seca") ~ "haba grano seco",
str_detect(product, "haba seco") ~ "haba grano seco",
str_detect(product, "haba verde") ~ "haba grano verde",
str_detect(product, "limón sutil") ~ "limón",
str_detect(product, "haba verde") ~ "haba grano verde",
str_detect(product, "algodón rama") ~ "algodón rama",
str_detect(product, "café") ~ "café",
str_detect(product, "cañihua") ~ "cañihua",
str_detect(product, "espárrago") ~ "espárrago",
str_detect(product, "limón") ~ "limón",
str_detect(product, "maíz amiláceo") ~ "maíz amiláceo",
str_detect(product, "maíz choclo") ~ "maíz choclo",
str_detect(product, "piña") ~ "piña",
str_detect(product, "zaran-daja") ~ "zarandaja",
TRUE ~ product
)
)
}
surf_region_monthly <-
surf_region_monthly |>
mutate(value_num = ifelse(is.na(value_num), yes = 0, no = value_num))|>
mutate(date = str_c(year, month, sep = "-")) |>
unique()
if (timescale == 12){
surf_region_monthly <- surf_region_monthly |>
filter(month == 7 ) |>
dplyr::select(region, product, year, value_num) |>
rename(surf_annual = value_num)
}
surf_region_monthly
}# End of import_monthly_regional_values_S()2.1.2.3 Regional Harvested Surface
#' Import monthly regional agricultural values from the Excel file,
#' for a given month
#'
#' @param sheet_name name of the Excel sheet
#' @param file path to the Excel File
import_monthly_regional_values_year_SR <- function(sheet_name,
file,
anneesup) {
# The first two digits of the name: month
# the next four: the four digits of the year
# last digit: index of the sheet for a given month and year (we will note use it)
year <- str_sub(sheet_name, 3, 6) |> as.numeric()
month <- str_sub(sheet_name, 1, 2) |> as.numeric()
tmp <- suppressMessages(
read_excel(
path = file,
sheet = sheet_name,
col_types = "text", n_max = 15, col_names = FALSE
)
)
# We can use the first occurrence of "Años" to determine the beginning of the table
ind_row_year <- str_which(tmp[[3]], regex("años?", ignore_case = TRUE))
if(length(ind_row_year) > 0) ind_row_year <- first(ind_row_year)
name_camp <- 0
if (year == 2005) {
ind_row_year <- str_which(tmp[[2]], regex("años?", ignore_case = TRUE)) |>
first()
}
if (length(ind_row_year) == 0) {
ind_row_year <- str_which(tmp[[3]], regex("Campaña?", ignore_case = TRUE)) |>
first()
name_camp <- 1
}
# The first row of the header of the table is contained in the previous line
skip_head <- ind_row_year
# The body of the table
surfR_region_tmp <-
suppressMessages(
read_excel(
path = file,
sheet = sheet_name,
col_types = "text", skip = skip_head, col_names = F
)
)
header_1 <-
suppressMessages(
read_excel(
path = file,
sheet = sheet_name,
skip = skip_head-2, n_max = 3, col_names = F
)
)
if (year < 2005) {
header_1 <- header_1[-dim(header_1)[1], ]}
header_2 <-
header_1 |>
summarise(across(.cols = everything(), .fns = ~format_header(.x)))
colnames(surfR_region_tmp) <- as.character(header_2)
if (colnames(surfR_region_tmp)[2] == "") {
colnames(surfR_region_tmp)[2] <- "departamento"
}
# Removing columns with no name
ind <- !is.na(colnames(surfR_region_tmp)) & (colnames(surfR_region_tmp) != "")
surfR_region_tmp <-
surfR_region_tmp |> dplyr::select(!!!colnames(surfR_region_tmp)[ind])
# Removing rows with all NAs
surfR_region_tmp <-
surfR_region_tmp |>
filter_all(any_vars(!is.na(.)))
# Removing rows where "Continúa" is found
surfR_region_tmp <-
surfR_region_tmp |>
filter_all(
any_vars(!str_detect(., regex(pattern = "Continúa", ignore_case = TRUE)))
)
# Removing the first colomn if row index
if (str_detect(colnames(surfR_region_tmp)[1], "[aeiou]") == FALSE) {
surfR_region_tmp <- surfR_region_tmp[-1]
}
# The name of the first column differs accross sheets (departemento or region)
name_first_col <- colnames(surfR_region_tmp)[1]
if (name_first_col %in% c("(ha) departamento","mes : enero 2002-2003* departamento")) {
colnames(surfR_region_tmp)[1] <- "departamento"
name_first_col <- colnames(surfR_region_tmp)[1]
}
if (! name_first_col %in% c("departamento", "región")) {
warning(str_c("Issue with sheet: ", sheet_name))
return(NULL)
# stop("First column is not region")
}
surfR_region_tmp <-
surfR_region_tmp |>
rename(region := !!name_first_col)
if (name_camp == 1) {
surfR_region_tmp <-
surfR_region_tmp |> rename(años = campaña)
}
if (any(str_detect(colnames(surfR_region_tmp), "^año$"))) {
surfR_region_tmp <-
surfR_region_tmp |> rename(year = año)
} else {
surfR_region_tmp <-
surfR_region_tmp |> rename(year = años)
}
if (any(str_detect(colnames(surfR_region_tmp), "ene"))) {
p <- which(str_detect(colnames(surfR_region_tmp), "ene"))
surfR_region_tmp <- surfR_region_tmp |>
dplyr::select(-p)
}
surfR_region_tmp <-
surfR_region_tmp |>
filter(!is.na(year), ! year %in% c("Años", "Año"))
p <- str_which(surfR_region_tmp$region,"Cajamarca") |>
first()
surfR_region_tmp$region[p] <- "Cajamarca_R"
# The production of each product is given in two rows, but the product name is not repeated
surfR_region_tmp <-
surfR_region_tmp |>
fill(region, .direction = "down")
if (year == 2005) {
surfR_region_tmp$region[1]<- "Total Nacional"
}
# Removing sub-regional data
surfR_region_tmp <-
surfR_region_tmp |>
filter(
! region %in% c("Cajamarca", "Chota", "Jaén", "Abancay","Andahuaylas")
) |>
filter(! region == "Región")
resul <-
surfR_region_tmp |>
pivot_longer(cols = -c(region, year), names_to = "product")
if (sheet_name == "062015") {
resul <- resul |>
filter(! year %in% c("Continúa", "29"))
}
if (anneesup == 1) {
resul <-
resul |>
filter(year == max(year))
} else {
resul <-
resul |>
filter(year == min(year))
}
resul <-
resul |>
mutate(
product = ifelse(
product == "arveja gr. seco",
yes = "arveja grano seco",
no = product
),
product = ifelse(
product == "frijol grano seco**",
yes = "frijol grano seco",
no = product
),
product = ifelse(
product == "frijol palo",
yes = "frijol de palo",
no = product
),
product = ifelse(
product == "frijol castlla",
yes = "frijol castilla",
no = product
),
product = ifelse(
product == "lentaja",
yes = "lenteja",
no = product
),
product = ifelse(
product == "frijol gr. seco",
yes = "frijol grano seco",
no = product
),
product = ifelse(
product == "haba gr. seco",
yes = "haba grano seco",
no = product
),
product = ifelse(
product == "maíz a. duro",
yes = "maíz amarillo duro",
no = product
),
product = ifelse(
product == "arveja gr. verde",
yes = "arveja grano verde",
no = product
),
product = ifelse(
product == "haba gr. verde",
yes = "haba grano verde",
no = product
),
product = ifelse(
product == "espá-rrago",
yes = "espárrago",
no = product
),
product = ifelse(
product == "maíz duro",
yes = "maíz amarillo duro",
no = product
),
)
resul |>
mutate(month = month) |>
dplyr::select(region, year, month, product, value) |>
filter(! product == "total") |>
filter(! str_detect(product, "contin")) |>
filter(! str_detect(product, "conclusi"))
}# End of import_monthly_regional_values_P_year_P()#' Import monthly regional agricultural values from the Excel file,
#' for all the months of the file.
#'
#' @param file path to the Excel File
#' @param anneesup
#' @param timescale
import_monthly_regional_values_SR<- function(file,
anneesup,
timescale) {
sheet_names <- excel_sheets(file)
surfR_region_monthly <- map(
sheet_names,
import_monthly_regional_values_year_SR,
file = file,
anneesup = anneesup) |>
list_rbind()
# Cleaning years and changing type of values: from str to num
surfR_region_monthly <-
surfR_region_monthly |>
mutate(year = str_remove(year, "p/?") |> as.numeric()) |>
mutate(value_num = as.numeric(gsub(" ", "", value)))
# Values in 2014 to 2016 are expressed in thousands of tonnes
# These need to be expressed in tonnes
surfR_region_monthly <-
surfR_region_monthly |>
mutate(
value_num = ifelse(year %in% 2014:2015, value_num * 10^3, value_num),
value_num = ifelse(
str_detect(file, "Superficies_R_2014.xlsx$") & month %in% c(10,11,12),
yes = value_num * 10^3,
no = value_num
)
)
# Removing the `value` columns to keep only the column with numerical values
surfR_region_monthly <-
surfR_region_monthly |>
dplyr::select(-value)
if (str_detect(file, "Superficies_R_2002.xlsx$")) {
for (i in c(3,6,9,12)) {
temp <- missing_table(y = 2, mm = i, type = "Superficies_R")
surfR_region_monthly <- rbind(surfR_region_monthly, temp)
}
}
if (str_detect(file, "Superficies_R_2003.xlsx$")) {
temp <- missing_table(y = 3, mm = 3, type = "Superficies_R")
surfR_region_monthly <- rbind(surfR_region_monthly, temp)
}
# Cleaning region names
surfR_region_monthly <-
surfR_region_monthly |>
unique() |>
mutate(region = replace(region, region=="Apurimac", "Apurímac")) |>
mutate(region = replace(region, region=="Cajamarca_R", "Cajamarca")) |>
mutate(
region = replace(
x = region,
list = region %in% c("Nacional", "Total nacional", "TOTAL NACIONAL"),
values = "Total Nacional"
)
)
surfR_region_monthly <-
surfR_region_monthly |>
mutate(
product = ifelse(
product == "arveja gr. seco",
yes = "arveja grano seco",
no = product
),
product = ifelse(
product == "frijol castlla",
yes = "frijol castilla",
no = product
),
product = ifelse(
product == "frijol gr. seco",
yes = "frijol grano seco",
no = product
),
product = ifelse(
product == "haba gr. seco",
yes = "haba grano seco",
no = product
),
product = ifelse(
product == "maíz a. duro",
yes = "maíz amarillo duro",
no = product
),
product = ifelse(
product == "algodón",
yes = "algodón rama",
no = product
),
product = ifelse(
product == "arroz",
yes = "arroz cáscara",
no = product
),
product = ifelse(
product == "arveja grano",
yes = "arveja grano seco",
no = product
),
product = ifelse(
product == "frijol",
yes = "frijol grano seco",
no = product
),
product = ifelse(
product == "haba grano",
yes = "haba grano seco",
no = product
),
product = ifelse(
product == " maíz am duro",
yes = "maíz amarillo duro",
no = product
)
)
if (str_detect(file, "Superficies_R_201(4|5).xlsx$")) {
surfR_region_monthly <- surfR_region_monthly |>
mutate(
product = case_when(
str_detect(product, "arroz") ~ "arroz cáscara",
str_detect(product, "banano") ~ "plátano",
str_detect(product, "café") ~ "café",
str_detect(product, "banano") ~ "plátano",
str_detect(product, "caña") ~ "caña de azúcar",
str_detect(product, "chocho") ~ "chocho",
str_detect(product, "gar") ~ "garbanzo",
str_detect(product, "caña") ~ "caña de azúcar",
str_detect(product, "algodón") ~ "algodón rama",
str_detect(product, "maíz amilaceo") ~ "maíz amiláceo",
str_detect(product, "maíz amílaceo") ~ "maíz amiláceo",
str_detect(product, "caña de azúcar para azúcar") ~ "caña de azúcar",
str_detect(product, "arveja seca") ~ "arveja grano seco",
str_detect(product, "arveja verde") ~ "arveja grano verde",
str_detect(product, "loctao") ~ "frijol loctao",
str_detect(product, "frijol seco") ~ "frijol grano seco",
str_detect(product, "frijol castill") ~ "frijol castilla",
str_detect(product, "haba seca") ~ "haba grano seco",
str_detect(product, "haba seco") ~ "haba grano seco",
str_detect(product, "haba verde") ~ "haba grano verde",
str_detect(product, "limón sutil") ~ "limón",
str_detect(product, "haba verde") ~ "haba grano verde",
str_detect(product, "algodón rama") ~ "algodón rama",
str_detect(product, "café") ~ "café",
str_detect(product, "cañihua") ~ "cañihua",
str_detect(product, "espárrago") ~ "espárrago",
str_detect(product, "limón") ~ "limón",
str_detect(product, "maíz amiláceo") ~ "maíz amiláceo",
str_detect(product, "maíz choclo") ~ "maíz choclo",
str_detect(product, "piña") ~ "piña",
str_detect(product, "zaran-daja") ~ "zarandaja",
TRUE ~ product
)
)
}
SurfaceR <- surfR_region_monthly |>
arrange(region, product, desc(month)) |>
mutate(value_num = ifelse(is.na(value_num), yes = 0, no = value_num))|>
pivot_wider(names_from = month, values_from = value_num)
if (timescale == 1) {
SurfaceR <-
cbind(SurfaceR[1:3], SurfaceR[4:14] - SurfaceR[5:15], SurfaceR[15]) |>
pivot_longer(cols = -c(region, year, product), names_to = "month")
SurfaceR <- SurfaceR[with(SurfaceR, order(region, year, as.numeric(month), product, value)), ]
}
if (timescale == 3) {
SurfaceR <-
cbind(
SurfaceR[1:3],
SurfaceR[4] - SurfaceR[7],
SurfaceR[7] - SurfaceR[10],
SurfaceR[10] - SurfaceR[13],
SurfaceR[13]
) |>
pivot_longer(cols = -c(region, year, product), names_to = "trim")
SurfaceR <- SurfaceR[with(SurfaceR, order(region, year, as.numeric(trim), product, value)), ]
}
if (timescale == 4) {
SurfaceR <-
cbind(
SurfaceR[1:3],
SurfaceR[4] - SurfaceR[8],
SurfaceR[8] - SurfaceR[12],
SurfaceR[12]
) |>
pivot_longer(cols = -c(region, year, product), names_to = "quadrim")
SurfaceR <- SurfaceR[with(SurfaceR, order(region, year, as.numeric(quadrim), product, value)), ]
}
if (timescale == 6) {
SurfaceR <-
cbind(
SurfaceR[1:3],
SurfaceR[4] - SurfaceR[10],
SurfaceR[10]
) |>
pivot_longer(cols = -c(region, year, product), names_to = "biannual")
SurfaceR <- SurfaceR[with(SurfaceR, order(region, year, as.numeric(biannual), product, value)), ]
}
if (timescale == 12) {
SurfaceR <-
cbind(SurfaceR[1:3], SurfaceR[4]) |>
rename(surf_R_annual = "12")
}
SurfaceR
}# End of import_monthly_regional_values_SR()2.1.2.4 Regional Prices
#' Import monthly regional agricultural values from the Excel file,
#' for a given month
#'
#' @param sheet_name name of the Excel sheet
#' @param file path to the Excel File
#' @param anneesup
import_monthly_regional_values_year_Px <- function(sheet_name,
file,
anneesup) {
# The first two digits of the name: month
# the next four: the four digits of the year
# last digit: index of the sheet for a given month and year (we will note use it)
year <- str_sub(sheet_name, 3, 6) |> as.numeric()
month <- str_sub(sheet_name, 1, 2) |> as.numeric()
tmp <- suppressMessages(
read_excel(
path = file,
sheet = sheet_name,
col_types = "text",
n_max = 15,
col_names = FALSE
)
)
# We can use the first occurrence of "Año" to determine the beginning of the table
ind_row_year <- str_which(tmp[[4]], regex("año.?", ignore_case = TRUE))
if (length(ind_row_year) == 0) {
ind_row_year <- str_which(tmp[[3]], regex("año.?", ignore_case = TRUE)) |>
first()
} else {
ind_row_year <- first(ind_row_year)
}
if (sheet_name == "062015") {ind_row_year <- 8}
# Replacing column 2 into column 3
if (y > 4) {
tmp[1:ind_row_year+2, 3] <- tmp[1:ind_row_year + 2, 2]
tmp[1:ind_row_year +2, 2] <- NA
}
# The first row of the header of the table is contained in the previous line
skip_head <- ind_row_year
# The body of the table
prx_region_tmp <-
suppressMessages(
read_excel(
path = file,
sheet = sheet_name,
col_types = "text", col_names = F
)
)
positions <-
which(prx_region_tmp[,4] == regex(pattern = "Año", ignore_case = TRUE))
if (str_detect(file, "Prices_2015.xlsx$")) {
positions <-
which(prx_region_tmp[,3] == regex(pattern = "Año", ignore_case = TRUE))
}
if (length(positions) == 0) {
positions <-
which(prx_region_tmp[,3] == regex(pattern = "Año", ignore_case = TRUE))
}
resul <-NULL
for (i in 1:length(positions)) {
prx_region_tmp <-
suppressMessages(
read_excel(
path = file,
sheet = sheet_name,
col_types = "text",
col_names = F,
skip = positions[i] - 1,
n_max = ifelse(
i == length(positions),
yes = 1000,
no = positions[i + 1] - positions[i]
)-1
)
)
header_1 <- prx_region_tmp[1:2, ]
if (y < 6) {header_1 <- prx_region_tmp[1, ]}
header_2 <-
header_1 |>
summarise(
across(
.cols = everything(),
.fns = ~format_header(.x)
)
)
if (str_detect(header_2[1,2], regex("Gobierno Regional", ignore_case = TRUE)) == T){
header_2[2] <- "departamento"
}
header_2[3] <- header_2[2]
header_2[2] <- ""
if (str_detect(file, "Prices_2015.xlsx$")) {
header_2 <-
header_1 |>
summarise(
across(
.cols = everything(),
.fns = ~format_header(.x)
)
)
}
colnames(prx_region_tmp) <- as.character(header_2)
if (y < 6) {
if (colnames(prx_region_tmp)[2] == "") {
colnames(prx_region_tmp)[2] <- "departamento"
colnames(prx_region_tmp)[3] <- "año"
}
prx_region_tmp <- prx_region_tmp[-1, ]
} else {
if (colnames(prx_region_tmp)[3] == "") {
colnames(prx_region_tmp)[2] <- "departamento"
}
prx_region_tmp <- prx_region_tmp[-c(1:2), ]
}
cell <- ifelse(str_detect(file, "Prices_2015.xlsx$"), yes = 2, no = 3)
if (!is.na(prx_region_tmp[1, 2]) &
str_detect(prx_region_tmp[1, 2], regex("Promedio Nacional", ignore_case = TRUE)
) == T){
prx_region_tmp[1, cell] <- "PROMEDIO NACIONAL"
}
if (!is.na(prx_region_tmp[1, 2]) &
str_detect(prx_region_tmp[1, 2], regex("Gobierno Regional", ignore_case = TRUE)) == T) {
prx_region_tmp[1, cell] <- "PROMEDIO NACIONAL"
}
if (sheet_name == "072007") {prx_region_tmp[, 3] <- prx_region_tmp[2]}
# Removing columns with no name
ind <- !is.na(colnames(prx_region_tmp)) & (colnames(prx_region_tmp) != "")
prx_region_tmp <-
prx_region_tmp |> dplyr::select(!!!colnames(prx_region_tmp)[ind]) |>
{\(x) x[, -1]}()
# Removing rows with all NAs
prx_region_tmp <-
prx_region_tmp |>
filter_all(any_vars(!is.na(.)))
# Removing rows where "Continúa" is found
prx_region_tmp <-
prx_region_tmp |>
filter_all(
any_vars(
!str_detect(., regex(pattern = "Continúa", ignore_case = TRUE))
)
)
# Removing the first colomn if row index
if (str_detect(colnames(prx_region_tmp)[1], "[aeiou]") == FALSE) {
prx_region_tmp <- prx_region_tmp[-1]
}
# The name of the first column differs accross sheets (departemento or region)
name_first_col <- colnames(prx_region_tmp)[1]
if (! name_first_col %in% c("departamento", "región")) {
warning(str_c("Issue with sheet: ", sheet_name))
return(NULL)
}
prx_region_tmp <-
prx_region_tmp |>
rename(region := !!name_first_col)
prx_region_tmp <-
prx_region_tmp |> rename(year = año)
if (sheet_name == "062015") {
p <- str_which(prx_region_tmp$region,"Cajamarca")
prx_region_tmp$region[p] <- "Cajamarca_R"
} else {
p <- str_which(prx_region_tmp$region,"Cajamarca") |>
first()
prx_region_tmp$region[p] <- "Cajamarca_R"
}
# The production of each product is given in two rows, but the product name is not repeated
prx_region_tmp <-
prx_region_tmp |>
fill(region, .direction = "down")
# Removing sub-regional data
prx_region_tmp <-
prx_region_tmp |>
filter(
! region %in% c("Cajamarca", "Chota", "Jaén", "Abancay","Andahuaylas")
) |>
filter(! year %in% c(NA))
resul_current <-
prx_region_tmp |>
pivot_longer(cols = -c(region, year), names_to = "product")
resul <- resul |>
bind_rows(resul_current)
if(sheet_name == "062015"){
resul <- resul |>
filter(year %in% c(2014, 2015))
}
}
# Correction for product names
resul <-
resul |>
mutate(
product = ifelse(
product == "arveja gr. seco",
yes = "arveja grano seco",
no = product
),
product = ifelse(
product == "frijol grano seco**",
yes = "frijol grano seco",
no = product
),
product = ifelse(
product == "frijol palo",
yes = "frijol de palo",
no = product
),
product = ifelse(
product == "frijol castlla",
yes = "frijol castilla",
no = product
),
product = ifelse(
product == "lentaja",
yes = "lenteja",
no = product
),
product = ifelse(
product == "frijol gr. seco",
yes = "frijol grano seco",
no = product
),
product = ifelse(
product == "haba gr. seco",
yes = "haba grano seco",
no = product
),
product = ifelse(
product == "maíz a. duro",
yes = "maíz amarillo duro",
no = product
),
product = ifelse(
product == "arveja gr. verde",
yes = "arveja grano verde",
no = product
),
product = ifelse(
product == "haba gr. verde",
yes = "haba grano verde",
no = product
),
product = ifelse(
product == "espá-rrago",
yes = "espárrago",
no = product
),
product = ifelse(
product == "maíz duro",
yes = "maíz amarillo duro",
no = product
),
)
if (anneesup == 1) {
resul <-
resul |>
filter(year == max(year))
} else {
# Keeping only the last year available
resul <-
resul |>
filter(year == min(year))
}
resul |>
mutate(month = month) |>
dplyr::select(region, year, month, product, value)
}# End of import_monthly_regional_values_year_Px ()#' Import monthly regional agricultural values from the Excel file,
#' for all the months of the file.
#'
#' @param file path to the Excel File
#' @param anneesup
#' @param timescale
import_monthly_regional_values_Px <- function(file,
anneesup,
timescale) {
sheet_names <- excel_sheets(file)
prx_region_monthly <- map(
sheet_names,
import_monthly_regional_values_year_Px,
file = file,anneesup= anneesup
) |>
list_rbind()
# Cleaning years and changing type of values: from str to num
prx_region_monthly <-
prx_region_monthly |>
mutate(year = str_remove(year, "p/?") |> as.numeric()) |>
mutate(
value_num = str_remove_all(value, pattern = " ") |>
str_replace_all(pattern = ",", replacement = ".") |>
as.numeric()
)
# Values in 2015 are expressed in thousands of tonnes
# These need to be expressed in tonnes
if (str_detect(file, "Prices_2015.xlsx$")) {
prx_region_monthly <-
prx_region_monthly |>
mutate(
value_num = value_num,
value_num = ifelse(month > 4,
yes = value_num / 10^3,
no = value_num
)
)
}
# Removing the `value` columns to keep only the column with numerical values
prx_region_monthly <-
prx_region_monthly |>
dplyr::select(-value)
# Cleaning region names
prx_region_monthly$region |> unique() |> sort()
prx_region_monthly <-
prx_region_monthly |>
mutate(region = replace(region, region=="Apurimac", "Apurímac")) |>
mutate(region = replace(region, region=="Cajamarca_R", "Cajamarca")) |>
mutate(
region = replace(
x = region,
list = region %in% c("Nacional", "Promedio nacional", "PROMEDIO NACIONAL"),
values = "Total Nacional"
)
)
# Cleaning product names
prx_region_monthly <- prx_region_monthly
prx_region_monthly <- prx_region_monthly |>
# Replace extra spacing with only one space
mutate(product = str_replace_all(product, "[[:blank:]]{2,}", " "))
prx_region_monthly <-
prx_region_monthly |>
mutate(
product = ifelse(
product == "arveja gr. seco", yes = "arveja grano seco", no = product
),
product = ifelse(
product == "frijol castlla", yes = "frijol castilla", no = product
),
product = ifelse(
product == "frijol gr. seco", yes = "frijol grano seco", no = product
),
product = ifelse(
product == "haba gr. seco", yes = "haba grano seco", no = product
),
product = ifelse(
product == "maíz a. duro", yes = "maíz amarillo duro", no = product
)
)
if (str_detect(file, "Prices_201(4|5).xlsx$")) {
prx_region_monthly <- prx_region_monthly |>
mutate(
product = case_when(
str_detect(product, "arroz") ~ "arroz cáscara",
str_detect(product, "banano") ~ "plátano",
str_detect(product, "café") ~ "café",
str_detect(product, "banano") ~ "plátano",
str_detect(product, "caña") ~ "caña de azúcar",
str_detect(product, "chocho") ~ "chocho",
str_detect(product, "gar") ~ "garbanzo",
str_detect(product, "caña") ~ "caña de azúcar",
str_detect(product, "algodón") ~ "algodón rama",
str_detect(product, "maíz amilaceo") ~ "maíz amiláceo",
str_detect(product, "maíz amílaceo") ~ "maíz amiláceo",
str_detect(product, "caña de azúcar para azúcar") ~ "caña de azúcar",
str_detect(product, "arveja seca") ~ "arveja grano seco",
str_detect(product, "arveja verde") ~ "arveja grano verde",
str_detect(product, "loctao") ~ "frijol loctao",
str_detect(product, "frijol seco") ~ "frijol grano seco",
str_detect(product, "frijol castill") ~ "frijol castilla",
str_detect(product, "haba seca") ~ "haba grano seco",
str_detect(product, "haba seco") ~ "haba grano seco",
str_detect(product, "haba verde") ~ "haba grano verde",
str_detect(product, "limón sutil") ~ "limón",
str_detect(product, "haba verde") ~ "haba grano verde",
str_detect(product, "algodón rama") ~ "algodón rama",
str_detect(product, "café") ~ "café",
str_detect(product, "cañihua") ~ "cañihua",
str_detect(product, "espárrago") ~ "espárrago",
str_detect(product, "limón") ~ "limón",
str_detect(product, "maíz amiláceo") ~ "maíz amiláceo",
str_detect(product, "maíz choclo") ~ "maíz choclo",
str_detect(product, "piña") ~ "piña",
str_detect(product, "zaran-daja") ~ "zarandaja",
TRUE ~ product
)
)
}
prx_region_monthly <-
prx_region_monthly |>
mutate(value_num = ifelse(is.na(value_num), yes = 0, no = value_num))|>
mutate(date = str_c(year, month, sep = "-")) |>
unique()
prx_region_monthly
}# End of import_monthly_regional_values_Px ()2.2 Download the Data
Once the functions to downloaded the data are defined, we can use them.
# Production
data_P_TOTAL <- NULL
data_P_TOTAL_A <- NULL
# Planted surface
data_S_TOTAL <- NULL
data_S_TOTAL_A <- NULL
# Harvested surface
data_SR_TOTAL <- NULL
data_SR_TOTAL_A <- NULL
# Prices
data_Px_TOTAL <- NULLdownload_again <- FALSE
if (download_again) {
for (y in c(2:14)) {
year <- ifelse( y < 10, paste("200", y, sep=""), paste("20", y, sep=""))
print(year)
# Code for years in PDF files
if (y %in% c(2,3,4)) {
for (m in 12:1) {
print(m)
#Months not available in PDF Files
if ( m == 3 & y == 3) {next}
if ( m == 3 & y == 2) {next}
if ( m == 6 & y == 2) {next}
if ( m == 9 & y == 2) {next}
if ( m == 12 & y == 2) {next}
# URL to download the pdf files
link <- str_c(
"https://www.midagri.gob.pe/portal/download/pdf",
"/herramientas/boletines/boletineselectronicos/",
"estadisticaagrariamensual/", year, "/EAM",
str_sub(year, 3, 4),
ifelse(m < 10, paste("0", m, sep = ""), m),
".pdf"
)
# # Production - Pages 44,45, 46 and 47 of the PDF Files
name <- str_c(
"../data/raw/minagri/Production/Production_", year, ".xlsx"
)
for (i in 0:1) {
page1 <- extract_pdf_data(
annee = y,
mois = m,
adresse = link,
page = 44 + 2 * i,
Cell1 = "Departamento"
)
page2 <- extract_pdf_data(
annee = y,
mois = m,
adresse = link,
page = 45 + 2 * i,
Cell1 = "Departamento"
)
Tableau <- rbind(page1, page2)
write.xlsx(
Tableau,
name,
sheetName = str_c(
ifelse(m < 10, paste("0",m, sep=""), m),
year,
i + 1
),
append = TRUE,
showNA = FALSE
)
print(paste("Production", i, "ok "))
}
# Planted surface - Pages 30, 31, 32, 33 of the PDF Files
name <- str_c(
"../data/raw/minagri/Surface/Superficies_", year, ".xlsx"
)
for (i in 0:1) {
page1 <- extract_pdf_data(
annee = y,
mois = m,
adresse = link,
page = 30 + 2 * i,
Cell1 = "Departamento"
)
page2 <- extract_pdf_data(
annee = y,
mois = m,
adresse = link,
page = 31 + 2 * i,
Cell1 = "Departamento"
)
Tableau <- rbind(page1, page2)
write.xlsx(
Tableau,
name,
sheetName = str_c(
ifelse(m < 10, paste("0", m, sep = ""), m),
year,
i + 1
),
append = TRUE,
showNA = FALSE
)
print(paste("Surface", i, "ok "))
}
# Harvested surface - Pages 38,45, 46 and 47 of the PDF Files
name <- str_c(
"../data/raw/minagri/Surface_R/Superficies_R_", year, ".xlsx"
)
for (i in 0:1) {
page1 <- extract_pdf_data(
annee = y,
mois = m,
adresse = link,
page = 38 + 2 * i,
Cell1 = "Departamento"
)
page2 <- extract_pdf_data(
annee = y,
mois = m,
adresse = link,
page = 39 + 2 * i,
Cell1 = "Departamento"
)
Tableau <- rbind(page1, page2)
write.xlsx(
Tableau,
name,
sheetName = str_c(
ifelse(m < 10, paste("0", m, sep = ""), m),
year,
i + 1
),
append = TRUE,
showNA = FALSE
)
print(paste("Surface R", i, "ok "))
}
# Prices - Pages 109,110, 111, 112, 113, 114 or 115 depending on the PDF Files
name <- str_c(
"../data/raw/minagri/Prices/Prices_", year, ".xlsx"
)
for (i in 0:1) {
if (y < 3 & m < 8) {
page2002 <- case_when(m == 7 ~ 4, TRUE ~ 3)
} else {
page2002 <- 0
}
page1 <- extract_pdf_data(
annee = y,
mois = m,
adresse = link,
page = 112 +2 * i - page2002,
Cell1 = "Departamento"
)
page2 <- extract_pdf_data(
annee = y,
mois = m,
adresse = link,
page = 113 + 2 * i - page2002,
Cell1 = "Departamento"
)
if((ncol(page1) != ncol(page2)) &
any(str_detect(page2[,ncol(page2)], "Plátano"))) {
page2 <- page2[,-ncol(page2)]
}
Tableau <- rbind(page1, page2)
write.xlsx(
Tableau,
name,
sheetName = str_c(
ifelse(m < 10, paste("0", m, sep = ""), m),
year,
i + 1
),
append = TRUE,
showNA = FALSE
)
}
}
} else {
# Code for years in Excel files - 2006 and above
# Remark : 2005 data obtained from the 2006 files
if(y == 5) {
next
} else {
# Downloading and extracting the excel sheets of interest
download.data(y, out_folder = "../data/raw/minagri/")
}
}
}
}2.3 Import Data in R
We loop over the years to import the downloaded data.
for (y in 2:16) {
if (y %in% c(5, 16)) {
# Extracting the data of year y (only for the last year)
# last digits of the year
fn_digits_year <- ifelse(y < 10, str_c("0", y - 1), y - 1)
data_P <- import_monthly_regional_values_P(
file = str_c(
"../data/raw/minagri/Production/Production_20",
fn_digits_year, ".xlsx"
),
anneesup = 1,
timescale = 1
)
data_Px <- import_monthly_regional_values_Px(
file = str_c(
"../data/raw/minagri/Prices/Prices_20",
fn_digits_year, ".xlsx"
),
anneesup = 1,
timescale = 1
)
data_S <- import_monthly_regional_values_S(
file = str_c(
"../data/raw/minagri/Surface/Superficies_20",
fn_digits_year, ".xlsx"
),
anneesup = 1, timescale = 1
)
data_SR <- import_monthly_regional_values_SR(
file = str_c(
"../data/raw/minagri/Surface_R/Superficies_R_20",
fn_digits_year, ".xlsx"
),
anneesup = 1,
timescale = 1
)
data_P_annual <- import_monthly_regional_values_P(
file = str_c(
"../data/raw/minagri/Production/Production_20",
fn_digits_year, ".xlsx"
),
anneesup = 1,
timescale = 12
)
data_S_annual <- import_monthly_regional_values_S(
file = str_c(
"../data/raw/minagri/Surface/Superficies_20",
fn_digits_year, ".xlsx"
),
anneesup = 1,
timescale = 12
)
data_SR_annual <- import_monthly_regional_values_SR(
file = str_c(
"../data/raw/minagri/Surface_R/Superficies_R_20",
fn_digits_year, ".xlsx"
),
anneesup = 1,
timescale = 12
)
} else {
# Extracting the data of year y-1
fn_digits_year <- str_pad(y, width = 2, side = "left", pad = 0)
data_P <- import_monthly_regional_values_P(
file = str_c(
"../data/raw/minagri/Production/Production_20",
fn_digits_year, ".xlsx"
),
anneesup = 0,
timescale = 1
)
data_S <- import_monthly_regional_values_S(
file = str_c(
"../data/raw/minagri/Surface/Superficies_20",
fn_digits_year, ".xlsx"
),
anneesup = 0,
timescale = 1
)
data_SR <- import_monthly_regional_values_SR(
file = str_c(
"../data/raw/minagri/Surface_R/Superficies_R_20",
fn_digits_year, ".xlsx"
),
anneesup = 0,
timescale = 1
)
data_Px <- import_monthly_regional_values_Px(
file = str_c(
"../data/raw/minagri/Prices/Prices_20",
fn_digits_year, ".xlsx"
),
anneesup = 0,
timescale = 1
)
data_P_TRIM <- import_monthly_regional_values_P(
file = str_c(
"../data/raw/minagri/Production/Production_20",
fn_digits_year, ".xlsx"
),
anneesup = 0,
timescale = 4
)
data_P_annual <- import_monthly_regional_values_P(
file = str_c(
"../data/raw/minagri/Production/Production_20",
fn_digits_year, ".xlsx"
),
anneesup = 0,
timescale = 12
)
data_S_annual <- import_monthly_regional_values_S(
file = str_c(
"../data/raw/minagri/Surface/Superficies_20",
fn_digits_year, ".xlsx"
),
anneesup = 0,
timescale = 12
)
data_SR_annual <- import_monthly_regional_values_SR(
file = str_c(
"../data/raw/minagri/Surface_R/Superficies_R_20",
fn_digits_year, ".xlsx"
),
anneesup = 0,
timescale = 12
)
}
print(str_c(y," ok"))
data_P <-
data_P |>
mutate(date = lubridate::ymd(str_c(year, month, "01", sep = "-")))
colnames(data_P) <- c(
"region", "year", "product", "month", "Value_prod", "date"
)
data_S <-
data_S |>
mutate(date = lubridate::ymd(str_c(year, month, "01", sep = "-")))
colnames(data_S) <- c(
"region", "campaign", "month", "product", "year","Value_surf", "date"
)
data_SR <-
data_SR |>
mutate(date = lubridate::ymd(str_c(year, month, "01", sep = "-")))
colnames(data_SR) <- c(
"region", "year", "product", "month", "Value_surfR", "date"
)
data_Px <-
data_Px |>
mutate(date = lubridate::ymd(str_c(year, month, "01", sep = "-")))
colnames(data_Px) <- c(
"region", "year", "month", "product", "Value_prices", "date"
)
# # Adding the new year to the global mensual files
data_P_TOTAL[[y_ix]] <- data_P
data_S_TOTAL[[y_ix]] <- data_S
data_SR_TOTAL[[y_ix]] <- data_SR
data_Px_TOTAL[[y_ix]] <- data_Px
rm(data_P, data_S, data_SR, data_Px)
} # End of Loop 1All the year-elements in a single tibble:
data_P_TOTAL <- list_rbind(data_P_TOTAL)
data_S_TOTAL <- list_rbind(data_S_TOTAL)
data_SR_TOTAL <- list_rbind(data_SR_TOTAL)
data_Px_TOTAL <- list_rbind(data_Px_TOTAL)2.3.1 Campaign Data
We add the agricultural campaign data to the Planted surfaces data.
data_S_TOTAL <- data_S_TOTAL |>
mutate(
campaign = as.numeric(str_sub(campaign, 3, 4)),
campaign_plain = str_c(campaign,"/",campaign + 1)) |>
unique() |>
# Retrieving the campaign month (starting in August)
mutate(
month_campaign = case_when(
month == 1 ~ 6,
month == 2 ~ 7,
month == 3 ~ 8,
month == 4 ~ 9,
month == 5 ~ 10,
month == 6 ~ 11,
month == 7 ~ 12,
month == 8 ~ 1,
month == 9 ~ 2,
month == 10 ~ 3,
month == 11 ~ 4,
month == 12 ~ 5
)
) |>
mutate(
product = ifelse(
product == "maíz duro",
yes = "maíz amarillo duro",
no = product
)
) |>
group_by(region, product) |>
# Harmonizing the cumulative values of surface (if the lead and the lag are equals)
mutate(
Value_surf = ifelse(
lead(Value_surf) == lag(Value_surf, default = 0) &
Value_surf < lag(Value_surf, default = 0),
yes = lag(Value_surf),
no = Value_surf
)
)Then, we check whether there are some errors:
# Checking for errors
dup_surf <- data_S_TOTAL |>
filter(! product == "total") |>
filter(! product == "TOTAL") |>
group_by(region, date, product) |>
mutate(n = n()) |>
filter(n > 1) |>
select(date) |>
unique()2.3.2 Growth Duration
Let us determine the growth duration and the corresponding lags from the agricultural calendars.[REFERENCE NEEDED HERE]
2.3.2.1 Calendar
The Excel files with the agricultural calendar for specific crops are in the data folder, within the Calendario agricola sub-folder. Note: soya seems to be missing.
N <- list.files(
path = "../data/raw/Calendario agricola/",
pattern = "xls$",
full.names = TRUE
)Let us define a small function that imports a specific calendar.
#' Import calendar from the Excel files
#'
#' @param x full path to a Calendar (Excel file)
import_calendar <- function(x) {
region <- str_extract(x, "//cal_(.*)\\.xls") |>
str_remove("//cal_") |>
str_remove("\\.xls")
df_cal_1 <- read_excel(x)
row_prod_mes <- str_which(
df_cal_1$`CALENDARIO AGRICOLA NACIONAL`, "Producto/Mes"
)
ind_first <- first(row_prod_mes)
ind_last <- last(row_prod_mes)
df_cal_planting <- read_excel(
x,
skip = ind_first,
n_max = ind_last-ind_first - 3
)
df_cal_planting <-
df_cal_planting |>
pivot_longer(
cols = -`Producto/Mes`,
names_to = "month_spanish",
values_to = "pct"
) |>
mutate(region = region, period = "planting")
df_cal_harvest <- read_excel(x, skip = ind_last)
df_cal_harvest <-
df_cal_harvest |>
filter(!is.na(`Producto/Mes`)) |>
mutate(across(-`Producto/Mes`, ~as.numeric(.))) |>
pivot_longer(
cols = -`Producto/Mes`,
names_to = "month_spanish",
values_to = "pct"
) |>
mutate(region = region, period = "harvest")
df_cal_planting |>
bind_rows(df_cal_harvest)
}All the calendars can then be imported:
calendar <- map(N, import_calendar) |>
list_rbind()The dates are written using Spanish month names. Let us create a table with the corresponding month numbers.
calendar <-
calendar |>
filter(month_spanish != "...14")
spanish_months <-
tibble(
month_spanish = c(
"Ene", "Feb", "Mar", "Abr", "May", "Jun",
"Jul", "Ago", "Set", "Oct", "Nov", "Dic"
),
month = 1:12
)The corresponding month numbers can then be associated with the data in the calendars.
calendar <-
calendar |>
left_join(spanish_months) |>
select(-month_spanish)Some renaming for the regions:
calendar <- calendar |>
mutate(
region = ifelse(region == "lalibertad", "la libertad", region),
region = ifelse(region == "madrededios", "madre de dios", region),
region = ifelse(region == "sanmartin", "san martin", region)
) |>
mutate(region = str_to_upper(region))When no data is filled in the Excel file, we assume it corresponds to no production.
calendar <-
calendar |>
rename(product = `Producto/Mes`) |>
mutate(pct = ifelse(is.na(pct), 0, pct))The calendar for planting dates:
calendar1 <- calendar |>
filter(period == "planting") |>
group_by(region, product) |>
mutate(val_max = max(pct)) |>
ungroup() |>
slice(which(pct == val_max)) |>
select(-val_max) For the harvest season:
calendar2 <- calendar |>
filter(period == "harvest") |>
group_by(region, product) |>
mutate(val_max = max(pct)) |>
ungroup() |>
slice(which(pct == val_max)) |>
slice(-2) |>
slice(-163) |>
select(-val_max) |>
full_join(calendar1, by = c("region","product")) |>
mutate(
growth_duration = month.x - month.y,
growth_duration = ifelse(
growth_duration < 0,
yes = month.x + 13 - month.y,
no = growth_duration
),
growth_duration = ifelse(growth_duration == 0,12, growth_duration)
) |>
slice(-which(is.na(growth_duration))) |>
mutate(
region = toupper(iconv(region, to = "ASCII//TRANSLIT")),
product = toupper(product)
)calendar3 <- calendar |>
filter(period == "harvest") |>
mutate(month = str_c("month", month)) |>
pivot_wider(names_from = month, values_from = pct) |>
mutate(
cum_sum1 = month1,
cum_sum2 = month2 + cum_sum1,
cum_sum3 = month3 + cum_sum2,
cum_sum4 = month4 + cum_sum3,
cum_sum5 = month5 + cum_sum4,
cum_sum6 = month6 + cum_sum5,
cum_sum7 = month7 + cum_sum6,
cum_sum8 = month8 + cum_sum7,
cum_sum9 = month9 + cum_sum8,
cum_sum10 = month10 + cum_sum9,
cum_sum11 = month11 + cum_sum10,
cum_sum12 = month12 + cum_sum11) |>
select(
product, region,
cum_sum1, cum_sum2, cum_sum3, cum_sum4,cum_sum5, cum_sum6,
cum_sum7, cum_sum8, cum_sum9, cum_sum10, cum_sum11, cum_sum12
) |>
pivot_longer(
cols = c(
cum_sum1, cum_sum2, cum_sum3, cum_sum4,cum_sum5, cum_sum6,
cum_sum7, cum_sum8, cum_sum9, cum_sum10, cum_sum11, cum_sum12
),
names_to = "month"
) |>
rename(perc_cum_harv = value) |>
mutate(
month = case_when(
month == "cum_sum1" ~ 1,
month == "cum_sum2" ~ 2,
month == "cum_sum3" ~ 3,
month == "cum_sum4" ~ 4,
month == "cum_sum5" ~ 5,
month == "cum_sum6" ~ 6,
month == "cum_sum7" ~ 7,
month == "cum_sum8" ~ 8,
month == "cum_sum9" ~ 9,
month == "cum_sum10" ~ 10,
month == "cum_sum11" ~ 11,
month == "cum_sum12" ~ 12,
)
)The planting season:
calendar4 <- calendar |>
filter(period == "planting") |>
mutate(month = str_c("month", month)) |>
pivot_wider(names_from = month, values_from = pct) |>
mutate(
cum_sum1 = month8,
cum_sum2 = month9 + cum_sum1,
cum_sum3 = month10 + cum_sum2,
cum_sum4 = month11 + cum_sum3,
cum_sum5 = month12 + cum_sum4,
cum_sum6 = month1 + cum_sum5,
cum_sum7 = month2 + cum_sum6,
cum_sum8 = month3 + cum_sum7,
cum_sum9 = month4 + cum_sum8,
cum_sum10 = month5 + cum_sum9,
cum_sum11 = month6 + cum_sum10,
cum_sum12 = month7 + cum_sum11
) |>
select(
product, region,
cum_sum1, cum_sum2, cum_sum3, cum_sum4,cum_sum5, cum_sum6,
cum_sum7, cum_sum8, cum_sum9, cum_sum10, cum_sum11, cum_sum12
) |>
pivot_longer(
cols = c(
cum_sum1, cum_sum2, cum_sum3, cum_sum4,cum_sum5, cum_sum6,
cum_sum7, cum_sum8, cum_sum9, cum_sum10, cum_sum11, cum_sum12
), names_to = "month") |>
rename(perc_cum_plan = value) |>
mutate(
month = case_when(
month == "cum_sum1" ~ 8,
month == "cum_sum2" ~ 9,
month == "cum_sum3" ~ 10,
month == "cum_sum4" ~ 11,
month == "cum_sum5" ~ 12,
month == "cum_sum6" ~ 1,
month == "cum_sum7" ~ 2,
month == "cum_sum8" ~ 3,
month == "cum_sum9" ~ 4,
month == "cum_sum10" ~ 5,
month == "cum_sum11" ~ 6,
month == "cum_sum12" ~ 7,
)
)We save those calendars
save(calendar, file = "../data/output/Calendario agricola/calendar.rda")
save(calendar2, file = "../data/output/Calendario agricola/calendar2.rda")
save(calendar3, file = "../data/output/Calendario agricola/calendar3.rda")
save(calendar4, file = "../data/output/Calendario agricola/calendar4.rda")calendar2 <- calendar2 |>
mutate(
region = str_replace_all(region, "á", "a"),
region = str_replace_all(region, "í", "i"),
region = str_replace_all(region, "é", "e"),
region = str_replace_all(region, "ó", "o"),
region = str_replace_all(region, "ú", "u"),
region = str_replace_all(region, "ñ", "n")
) |>
mutate(
region = toupper(region),
product = toupper(product),
product = ifelse(str_detect(product, "ARROZ"), "ARROZ CÁSCARA", product)
)
calendar2# A tibble: 142 × 9
product pct.x region period.x month.x pct.y period.y month.y growth_duration
<chr> <dbl> <chr> <chr> <int> <dbl> <chr> <int> <dbl>
1 ARROZ C… 15.5 AMAZO… harvest 8 17.3 planting 3 5
2 FRIJOL … 24.6 AMAZO… harvest 7 31.5 planting 11 9
3 MAÍZ AM… 15.4 AMAZO… harvest 6 15.7 planting 2 4
4 MAÍZ AM… 20.9 AMAZO… harvest 8 27.1 planting 11 10
5 PAPA 11.8 AMAZO… harvest 4 12.8 planting 11 6
6 TRIGO 27.5 AMAZO… harvest 8 22.2 planting 3 5
7 YUCA 13.3 AMAZO… harvest 11 14.4 planting 11 12
8 ALGODÓN 19.2 ANCASH harvest 3 25.5 planting 8 8
9 ARROZ C… 25.4 ANCASH harvest 3 32.5 planting 11 5
10 CEBADA … 62.2 ANCASH harvest 7 44.6 planting 1 6
# ℹ 132 more rowsdata_S_TOTAL <- data_S_TOTAL |>
group_by(region, product, campaign) |>
arrange(region, product, campaign, month_campaign) |>
mutate(
surf_m = case_when(
month == "8" ~ Value_surf,
month != "8" ~ Value_surf - lag(Value_surf))
) |>
ungroup() |>
group_by(region, product) |>
mutate(id = row_number()) |>
ungroup() |>
mutate(
region = str_replace_all(region, "á", "a"),
region = str_replace_all(region, "í", "i"),
region = str_replace_all(region, "é", "e"),
region = str_replace_all(region, "ó", "o"),
region = str_replace_all(region, "ú", "u"),
region = str_replace_all(region, "ñ", "n")
) |>
mutate(
region = toupper(iconv(region, to = "ASCII//TRANSLIT")),
product = toupper(product)
) |>
left_join(calendar2, by = c("region","product"))Let us add a variable with the lagged surface:
data_S_TOTAL <-
data_S_TOTAL |>
arrange(region, product, id) |>
group_by(region, product) |>
mutate(
surf_lag_calend = case_when(
growth_duration == 1 & !is.na(lag(surf_m, 1)) ~ lag(surf_m, 1),
growth_duration == 2 & !is.na(lag(surf_m, 2)) ~ lag(surf_m, 2),
growth_duration == 3 & !is.na(lag(surf_m, 3)) ~ lag(surf_m, 3),
growth_duration == 4 & !is.na(lag(surf_m, 4)) ~ lag(surf_m, 4),
growth_duration == 5 & !is.na(lag(surf_m, 5)) ~ lag(surf_m, 5),
growth_duration == 6 & !is.na(lag(surf_m, 6)) ~ lag(surf_m, 6),
growth_duration == 7 & !is.na(lag(surf_m, 7)) ~ lag(surf_m, 7),
growth_duration == 8 & !is.na(lag(surf_m, 8)) ~ lag(surf_m, 8),
growth_duration == 9 & !is.na(lag(surf_m, 9)) ~ lag(surf_m, 9),
growth_duration == 10 & !is.na(lag(surf_m, 10)) ~ lag(surf_m, 10),
growth_duration == 11 & !is.na(lag(surf_m, 11)) ~ lag(surf_m, 11),
growth_duration == 12 & !is.na(lag(surf_m, 12)) ~ lag(surf_m, 12),
TRUE ~ NA
)
)Harmonizing the data:
data_S_TOTAL <- data_S_TOTAL |>
mutate(
surf_lag_calend = ifelse(id <= growth_duration, NA, surf_lag_calend)
) |>
filter(! product %in% c("TOTAL", "total")) |>
rename(
"gr_duration_calend" = "growth_duration",
"month_plan_calend" = "month.y",
"month_harv_calend" = "month.x"
) |>
select(- period.x, - pct.x, -pct.y, -period.y)
rm(calendar2)2.3.3 Saving the raw data
We can save the raw data:
save(data_P_TOTAL, file = "../data/output/minagri/data_P_TOTAL.rda")
save(data_S_TOTAL, file = "../data/output/minagri/data_S_TOTAL.rda")
save(data_SR_TOTAL, file = "../data/output/minagri/data_SR_TOTAL.rda")
save(data_Px_TOTAL, file = "../data/output/minagri/data_Px_TOTAL.rda")2.4 Aggregation of Agricultural Datasets
We can load the datasets obtained previously:
load("../data/output/minagri/data_P_TOTAL.rda")
load("../data/output/minagri/data_S_TOTAL.rda")
load("../data/output/minagri/data_SR_TOTAL.rda")
load("../data/output/minagri/data_Px_TOTAL.rda")2.4.1 Harmonization
Harmonizing the production, surfaces and prices datasets.
Production prices:
data_Px_TOTAL <- data_Px_TOTAL |>
mutate(
region = str_replace_all(region, "á", "a"),
region = str_replace_all(region, "í", "i"),
region = str_replace_all(region, "é", "e"),
region = str_replace_all(region, "ó", "o"),
region = str_replace_all(region, "ú", "u"),
region = str_replace_all(region, "ñ", "n")
) |>
mutate(region = toupper(iconv(region, to = "ASCII//TRANSLIT"))) |>
mutate(
region = toupper(region),
product = toupper(product),
product = ifelse(
product == "FRIJOL GRANO SECO**",
yes = "FRIJOL GRANO SECO",
no = product
)
)Harvested surface:
data_SR_TOTAL <- data_SR_TOTAL |>
mutate(
region = str_replace_all(region, "á", "a"),
region = str_replace_all(region, "í", "i"),
region = str_replace_all(region, "é", "e"),
region = str_replace_all(region, "ó", "o"),
region = str_replace_all(region, "ú", "u"),
region = str_replace_all(region, "ñ", "n")
) |>
mutate(region = toupper(iconv(region, to = "ASCII//TRANSLIT"))) |>
mutate(region = toupper(region),
product = toupper(product),
product = ifelse(
product == "FRIJOL GRANO SECO**",
yes = "FRIJOL GRANO SECO",
no = product)
)2.4.2 Aggregation in a single tibble
data <- data_P_TOTAL |>
mutate(
region = str_replace_all(region, "á", "a"),
region = str_replace_all(region, "í", "i"),
region = str_replace_all(region, "é", "e"),
region = str_replace_all(region, "ó", "o"),
region = str_replace_all(region, "ú", "u"),
region = str_replace_all(region, "ñ", "n")) |>
mutate(region = toupper(iconv(region, to = "ASCII//TRANSLIT"))
) |>
mutate(
region = toupper(region),
product = toupper(product),
month = as.numeric(month)
) |>
full_join(
data_S_TOTAL |>
select(-c(year,month)),
by = c("region","product","date")
) |>
filter(! is.na(year)) |>
# No consequences on the aggregation because the missing data are not in the
# product sample used hereafter. (except for Lima but without production value)
full_join(
data_Px_TOTAL |>
select(-c(year,month)),
by = c("region","product","date")
) |>
filter(product %in% c(
"PAPA", "CEBADA GRANO", "MAÍZ AMARILLO DURO", "MAÍZ AMILÁCEO",
"ARROZ CÁSCARA", "SORGO GRANO", "YUCA", "TRIGO")
) |>
select(
region, product, year, month, date,
Value_prod, surf_m, surf_lag_calend, Value_prices,
campaign, month_campaign, campaign_plain, id
) |>
full_join(
data_SR_TOTAL |>
select(- month, - year),
by = c("region","product","date")
) |>
filter(product %in% c(
"PAPA", "CEBADA GRANO", "MAÍZ AMARILLO DURO", "MAÍZ AMILÁCEO",
"ARROZ CÁSCARA", "SORGO GRANO", "YUCA", "TRIGO")
) |>
filter(! region %in% c(
"Lima Metropolitana", "Callao", "LIMA METROPOLITANA",
"CALLAO", "PROMEDIO NACIONAL")
) |>
filter(! is.na(region)) |>
filter(! product %in% c("SORGO GRANO", "CEBADA GRANO"))Some values are missing. Let us deal with those.
missing_values <- readxl::read_excel(
path = "../data/raw/Macro/Datos_INEI1.xlsx",
sheet = "SELECTED2",
col_types = "text"
) |>
mutate(
region = str_replace_all(region, "á", "a"),
region = str_replace_all(region, "í", "i"),
region = str_replace_all(region, "é", "e"),
region = str_replace_all(region, "ó", "o"),
region = str_replace_all(region, "ú", "u"),
region = str_replace_all(region, "ñ", "n")
) |>
mutate(
region = toupper(iconv(region, to = "ASCII//TRANSLIT")),
region = toupper(region),
product = toupper(product)
) |>
select(-Indicador) |>
pivot_longer(cols = c(NOV,DEC), names_to = "name_month") |>
mutate(
year = 2008,
month = ifelse(name_month == "NOV", 11, 12)
) |>
select(-name_month)data_agri <- data |>
left_join(
missing_values,
by = c("region" ,"product" ,"month","year")
) |>
mutate(
Value_prod = ifelse(
# The price data in Nov. 2008 are the same as that of Oct...
year == 2008 & month %in% c(11,12),
yes = as.numeric(value),
no = Value_prod
)
) |>
select(-value) |>
select(-id) |>
relocate(
region, product, year, month, date,
Value_prod, surf_m,
Value_surfR, Value_prices,
campaign, campaign_plain, month_campaign
) |>
filter(
! is.na(year),
! region %in% c(
"TOTAL NACIONAL", "CALLAO", "LIMA METROPOLITANA",
"PROMEDIO NACIONAL", "LIMA PROVINCIAS"
)
)
rm(data)Let us save that table:
save(data_agri, file = "../data/output/minagri/data_agri.rda")2.5 Final Aggregation
load("../data/output/minagri/data_agri.rda")length(unique(data_agri$region)) *
length(unique(data_agri$product)) *
length(unique(data_agri$date))[1] 25920Let us fill the table if some rows are missing for the triplet region x product x date:
data_agri <-
data_agri |>
complete(region, product, date)Are there any duplicated triplet?
data_agri |>
group_by(region, product, date) |>
count() |>
filter(n>1)# A tibble: 0 × 4
# Groups: region, product, date [0]
# ℹ 4 variables: region <chr>, product <chr>, date <date>, n <int>data_total <-
data_agri |>
unique() |>
filter(! region == "TOTAL NACIONAL") |>
# Adding the english names of the selected crops
mutate(
product_eng = case_when(
product == "ARROZ CÁSCARA" ~ "Rice",
product == "MAÍZ AMARILLO DURO" ~ "Dent corn",
product == "MAÍZ AMILÁCEO" ~ "Amylaceous corn",
product == "PAPA" ~ "Potato",
product == "TRIGO" ~ "Wheat",
product == "YUCA" ~ "Cassava",
TRUE ~ product)
) |>
group_by(region, product, year) |>
# Computing the share of the annual production harvested at month m
mutate(
perc_product = ifelse(Value_prod == 0, NA, Value_prod) /
sum( ifelse(Value_prod == 0, NA, Value_prod), na.rm = T)
) |>
ungroup() |>
group_by(region, product, month) |>
# Computing the average share of the annual production harvested at month m
mutate(perc_product_mean = mean(perc_product, na.rm = T)) |>
ungroup()data_total <- data_total |>
arrange(region, product, date) |>
group_by(region) |>
mutate(region_id = cur_group_id()) |>
ungroup() |>
# Computing the log of the quantities and prices
mutate(
ln_prices = log(Value_prices + 1),
ln_produc = log(Value_prod + 1)
) |>
relocate(region_id, region, product, date, ln_prices, ln_produc)Warning: There was 1 warning in `mutate()`.
ℹ In argument: `ln_produc = log(Value_prod + 1)`.
Caused by warning in `log()`:
! NaNs producedLet us determine the start of the harvest season:
data_total <-
data_total |>
arrange(region, product_eng, date) |>
# Computing the difference between planted and harvested surfaces at time t
mutate(diff_plant_harv = surf_m - Value_surfR) |>
group_by(region, product_eng) |>
# Computing the cumulative difference and normalizing the detrended component
mutate(exposition = cumsum(replace_na(diff_plant_harv, 0))) |>
mutate(exposition_trend = as.vector(
mFilter::hpfilter(
exposition, freq = 14400, type = "lambda", drift = FALSE
)$trend)
) |>
mutate(exposition_detrended = exposition - exposition_trend) |>
mutate(
exposition_norm = (exposition_detrended - min(exposition_detrended)) /
(max(exposition_detrended) - min(exposition_detrended))
) |>
ungroup() We add labels to each column:
data_total <-
data_total |>
labelled::set_variable_labels(
region_id = "Region numerical ID",
region = "Name of the region",
product = "Name of the crop (in Spanish)",
date = "Date (YYYY-MM-DD)",
ln_prices = "Product price (log)",
ln_produc = "Production (log of tons)",
year = "Year (YYYY)",
month = "Month (MM)",
Value_prod = "Production (tons)",
surf_m = "Planted Surface during the current month (hectares)",
surf_lag_calend = "Planted Surface laggued by the growth duration computed from the caledars (hectares)",
Value_surfR = "Harvested Surface (hectares)",
Value_prices = "Unit Price (Pesos)",
campaign = "ID of the planting campaing (starting in August)",
campaign_plain = "Years of the planting campaing (starting in August)",
month_campaign = "Month of the planting campaing (August = 1)",
product_eng = "Name of the Product (in English)",
perc_product = "Share of the annual production harvested at month m",
perc_product_mean = "Average share of the annual production harvested at month m",
diff_plant_harv = "Difference between planted and harvested surfaces during month m",
exposition = "Cumulative difference between planted and harvested surfaces",
exposition_trend = "Trend of the exposition using HP filter",
exposition_detrended = "Difference between the exposition and its trend",
exposition_norm = "Normalisation of the detrended exposition"
)And lastly, let us save the resulting data
save(data_total, file = "../data/output/minagri/dataset_agri_2001_2015.rda")
write.csv(data_total, "../data/output/minagri/dataset_agri_2001_2015.rda")2.6 Content of the dataset
| Variable name | Type | Description |
|---|---|---|
region_id |
integer | Region numerical ID |
region |
character | Name of the region |
product |
character | Name of the crop (in Spanish) |
date |
Date | Date (YYYY-MM-DD) |
ln_prices |
numeric | Product price (log) |
ln_produc |
numeric | Production (log of tons) |
year |
numeric | Year (YYYY) |
month |
numeric | Month (MM) |
Value_prod |
numeric | Production (tons) |
surf_m |
numeric | Planted Surface during the current month (hectares) |
Value_surfR |
numeric | Harvested Surface (hectares) |
Value_prices |
numeric | Unit Price (Pesos) |
campaign |
numeric | ID of the planting campaing (starting in August) |
campaign_plain |
character | Years of the planting campaing (starting in August) |
month_campaign |
numeric | Month of the planting campaing (August = 1) |
surf_lag_calend |
numeric | Planted Surface laggued by the growth duration computed from the caledars (hectares) |
product_eng |
character | Name of the Product (in English) |
perc_product |
numeric | Share of the annual production harvested at month m |
perc_product_mean |
numeric | Average share of the annual production harvested at month m |
diff_plant_harv |
numeric | Difference between planted and harvested surfaces during month m |
exposition |
numeric | Cumulative difference between planted and harvested surfaces |
exposition_trend |
numeric | Trend of the exposition using HP filter |
exposition_detrended |
numeric | Difference between the exposition and its trend |
exposition_norm |
numeric | Normalisation of the detrended exposition |