Reproduce economic indicators from ‘The Economist’

Economic data (% change on year ago)
Gross domestic product
Industrial production
Consumer prices
Unemployment rate, %
latest quarter* 2019 2020 latest latest 2019 latest
United States +2.1 Q3 +2.1 +2.4 +2.1 -1.0 Dec +2.3 Dec +1.8 +3.5 Dec
China +0.1 Q4 +0.4 +6.1 +5.8 +5.4 Nov§ +4.5 Dec +2.3 +3.6 Q4
Japan +1.9 Q3 +1.8 +0.9 +0.5 -6.2 Nov +0.8 Dec +1.0 +2.2 Nov
Britain +1.1 Q3 +1.7 +1.2 +1.4 -1.7 Nov +1.4 Dec +1.8 +3.7 Sep
Canada +1.7 Q3 +1.3 +1.5 +1.8 -2.4 Oct +2.2 Dec +2.0 +5.6 Dec
Euro area +1.2 Q3 +0.9 +1.2 +1.4 -1.5 Nov +1.3 Dec +1.2 +7.5 Nov
Austria +1.5 Q3 +0.5 +1.6 +1.7 -0.3 Sep +1.7 Dec +1.5 +4.2 Nov
Belgium +1.6 Q3 +1.7 +1.2 +1.3 +4.9 Oct +0.8 Dec +1.5 +5.2 Nov
France +1.4 Q3 +1.1 +1.2 +1.3 +1.3 Nov +1.5 Dec +1.2 +8.4 Nov
Germany +0.5 Q3 +0.3 +0.5 +1.2 -3.9 Nov +1.5 Dec +1.5 +3.1 Nov
Greece +2.3 Q3 +2.3 +2.0 +2.2 -7.8 Nov -0.2 Dec +0.6 +16.6 Oct
Italy +0.3 Q3 +0.2 +0.0 +0.5 -0.6 Nov +0.5 Dec +0.7 +9.7 Nov
Netherlands +1.8 Q3 +1.8 +1.8 +1.6 -1.9 Nov +2.7 Dec +2.5 +3.5 Nov
Spain +1.9 Q3 +1.6 +2.2 +1.8 +2.1 Nov +0.8 Dec +0.7 +14.1 Nov
Czech Republic +2.5 Q3 +1.6 +2.5 +2.6 -2.5 Nov +3.2 Dec +2.6 +2.2 Nov
Denmark +2.3 Q3 +1.5 +1.7 +1.9 -4.4 Nov +0.8 Dec +1.3 +5.2 Nov
Norway +0.6 Q3 +0.1 +1.9 +2.4 -0.7 Nov +1.4 Dec +2.3 +3.8 Oct
Poland +4.1 Q3 +5.4 +4.0 +3.1 +5.3 Nov +3.4 Dec +2.4 +3.2 Nov
Russia +1.6 Q3 +3.4 +1.1 +1.9 +1.7 Nov +3.0 Dec +4.7 +4.6 Q3
Sweden +1.7 Q3 +1.1 +0.9 +1.5 +1.2 Nov +1.8 Dec +1.7 +7.3 Nov
Switzerland +1.0 Q3 +1.6 +0.8 +1.3 +5.4 Q4§ +0.2 Dec +0.6 +2.4 May
Turkey +0.5 Q3 +1.7 +0.2 +3.0 +4.9 Nov +11.8 Dec +15.7 +14.0 Sep
Australia +1.7 Q3 +1.8 +1.7 +2.3 +2.7 Q3 +1.7 Q3 +1.6 +5.2 Nov
Hong Kong +0.5 Q2 -1.7 +0.3 +1.5 +0.4 Q2 +2.9 Dec +3.0 +2.8 Q1
India +4.7 Q3 +4.3 +6.1 +7.0 +2.6 Dec§ +8.6 Nov +3.4 +5.4 Year
Indonesia +5.1 Q3 +5.0 +5.0 +5.1 -3.7 Apr +2.7 Dec +3.2 +4.6 Q3§
Malaysia +4.7 Q4§ +14.7 +4.5 +4.4 +3.1 Mar +0.9 Nov +1.0 +3.3 Q1
Pakistan +3.3 Year NA +3.3 +2.4 -7.0 Aug +12.3 Oct +7.3 +4.4 Q2§
Philippines +6.1 Q4§ +6.4 +5.7 +6.2 -3.0 Sep +1.3 Nov +2.5 +2.2 Q4§
Singapore +3.9 Q2§ +7.8 +0.5 +1.0 +0.1 Sep +0.8 Dec +0.7 +3.0 Q1
South Korea +2.2 Q4 +4.7 +2.0 +2.2 -0.2 Nov +0.7 Dec +0.5 +3.8 Dec
Taiwan +3.0 Q4 NA +2.0 +1.9 NA +0.6 Q4 +0.8 +3.7 Q2
Thailand +2.3 Q2 +2.4 +2.9 +3.0 -1.2 Q1 +0.9 Dec +0.9 +0.7 Q4§
Argentina -0.0 Q3 +0.0 -3.1 -1.3 +4.4 Q3 +53.8 Dec +54.4 +9.8 Q1
Brazil +1.2 Q3 +2.5 +0.9 +2.0 -0.7 Nov +4.3 Dec +3.8 +8.0 Nov
Chile +2.8 Q3 +3.0 +2.5 +3.0 -1.8 Nov +3.0 Dec +2.2 +7.1 Oct
Colombia +3.3 Q3 +2.3 +3.4 +3.6 -1.1 Dec§ +3.8 Dec +3.6 +10.7 Nov
Mexico -0.2 Q3 +0.1 +0.4 +1.3 -2.9 Jun +2.8 Dec +3.8 +3.5 Nov
Peru +2.1 Q1 -16.9 +2.6 +3.6 +20.3 Apr§ +2.2 Mar +2.2 +6.2 Q2
Egypt +5.5 Year NA +5.5 +5.9 +6.2 Mar§ +3.6 Nov +13.9 +11.8 Q4
Israel +3.4 Q3 +4.1 +3.1 +3.1 +7.6 Nov +0.6 Dec +1.0 +3.9 Nov
Saudi Arabia +0.5 Q2 -10.4 +0.2 +2.2 +1.6 Q3 -0.1 Nov -1.1 +6.0 Year§
South Africa +0.2 Q3 -0.6 +0.7 +1.1 +1.3 Aug§ +3.6 Nov +4.4 +28.8 Q3
Source: DBnomics (Eurostat, ILO, IMF, OECD and national sources). Click on the figures in the `latest` columns to see the full time series.
* % change on previous quarter, annual rate IMF estimation/forecast 2019 § 2018



The aim of this blog post is to reproduce part of the economic indicators table from ‘The Economist’ using only free tools. We take data directly from DBnomics. The DBnomics API can be accessed through R with the rdbnomics package. All the following code is written in R, thanks to the RCoreTeam (2016) and the RStudioTeam (2016). To update the table, just download the code here and re-run it.

if (!"pacman" %in% installed.packages()[,"Package"]) install.packages("pacman", repos='http://cran.r-project.org')
pacman::p_load(tidyverse,rdbnomics,magrittr,zoo,lubridate,knitr,kableExtra,formattable)

opts_chunk$set(fig.align="center", message=FALSE, warning=FALSE)

currentyear <- year(Sys.Date())
lastyear <- currentyear-1
beforelastyear <- currentyear-2
CountryList <- c("United States","China","Japan","Britain","Canada",
                 "Euro area","Austria","Belgium","France","Germany","Greece","Italy","Netherlands","Spain",
                 "Czech Republic","Denmark","Norway","Poland","Russia","Sweden","Switzerland","Turkey",
                 "Australia","Hong Kong","India","Indonesia","Malaysia","Pakistan","Philippines","Singapore","South Korea","Taiwan","Thailand",
                 "Argentina","Brazil","Chile","Colombia","Mexico","Peru",
                 "Egypt","Israel","Saudi Arabia","South Africa")

Download

gdp <- rdb("OECD","MEI",ids=".NAEXKP01.GPSA+GYSA.Q")
hongkong_philippines_thailand_gdp <- 
  rdb("IMF","IFS",mask="Q.HK+PH+TH.NGDP_R_PC_CP_A_SA_PT+NGDP_R_PC_PP_SA_PT") %>% 
  rename(Country=`Reference Area`) %>% 
  mutate(Country=case_when(Country=="Hong Kong, China" ~ "Hong Kong",
                           TRUE ~ Country),
         MEASURE=case_when(INDICATOR=="NGDP_R_PC_CP_A_SA_PT" ~ "GYSA",
                           INDICATOR=="NGDP_R_PC_PP_SA_PT" ~ "GPSA"))
malaysia_peru_saudi_singapore_gdp <- 
  rdb("IMF","IFS",mask="Q.MY+PE+SA+SG.NGDP_R_PC_CP_A_PT+NGDP_R_PC_PP_PT") %>% 
  rename(Country=`Reference Area`) %>% 
  mutate(MEASURE=case_when(INDICATOR=="NGDP_R_PC_CP_A_PT" ~ "GYSA",
                           INDICATOR=="NGDP_R_PC_PP_PT" ~ "GPSA"))
taiwan_gdp <- 
  rdb("BI/TABEL9_1/17.Q") %>% 
  mutate(Country="Taiwan",
         MEASURE="GYSA")
egypt_pakistan_gdp <-
  rdb("IMF","WEO",mask="EGY+PAK.NGDP_RPCH") %>% 
  rename(Country=`WEO Country`) %>% 
  mutate(MEASURE="GYSA") %>% 
  filter(year(period)<currentyear)
china_gdp_level <- 
  rdb(ids="OECD/MEI/CHN.NAEXCP01.STSA.Q")
gdp_qoq_china <-
  china_gdp_level %>% 
  arrange(period) %>% 
  mutate(value=value/lag(value)-1,
         MEASURE="GPSA")
gdp_yoy_china <-
  china_gdp_level %>% 
  arrange(period) %>% 
  mutate(quarter=quarter(period)) %>% 
  group_by(quarter) %>% 
  mutate(value=value/lag(value)-1,
         MEASURE="GYSA")
argentina_gdp_level <-
  rdb(ids="Eurostat/naidq_10_gdp/Q.SCA.KP_I10.B1GQ.AR") %>% 
  rename(Country=`Geopolitical entity (reporting)`)
gdp_qoq_argentina <-
  argentina_gdp_level %>% 
  arrange(period) %>% 
  mutate(value=value/lag(value)-1,
         MEASURE="GPSA")
gdp_yoy_argentina <-
  argentina_gdp_level %>% 
  arrange(period) %>% 
  mutate(quarter=quarter(period)) %>% 
  group_by(quarter) %>% 
  mutate(value=value/lag(value)-1,
         MEASURE="GYSA")
gdp <- bind_rows(gdp,hongkong_philippines_thailand_gdp,malaysia_peru_saudi_singapore_gdp,taiwan_gdp,egypt_pakistan_gdp,gdp_yoy_china,gdp_qoq_china,gdp_yoy_argentina,gdp_qoq_argentina)

indprod <- rdb("OECD","MEI",ids=".PRINTO01.GYSA.M")
australia_swiss_indprod <- rdb("OECD","MEI","AUS+CHE.PRINTO01.GYSA.Q")
china_egypt_mexico_malaysia_indprod <-
  rdb("IMF","IFS",mask="M.CN+EG+MX+MY.AIP_PC_CP_A_PT") %>% 
  rename(Country=`Reference Area`)
indonesia_pakistan_peru_philippines_singapore_southafrica_indprod <-
  rdb("IMF","IFS",mask="M.ID+PK+PE+PH+SG+ZA.AIPMA_PC_CP_A_PT") %>% 
  rename(Country=`Reference Area`)
argentina_hongkong_saudiarabia_thailand_indprod <- 
  rdb("IMF","IFS",mask="Q.AR+HK+SA+TH.AIPMA_PC_CP_A_PT") %>% 
  rename(Country=`Reference Area`) %>% 
  mutate(Country=case_when(Country=="Hong Kong, China" ~ "Hong Kong",
                           TRUE ~ Country))
indprod <- bind_rows(indprod,australia_swiss_indprod,china_egypt_mexico_malaysia_indprod,indonesia_pakistan_peru_philippines_singapore_southafrica_indprod,argentina_hongkong_saudiarabia_thailand_indprod)

cpi <- rdb("OECD","MEI",ids=".CPALTT01.GY.M")
australia_cpi <- rdb("OECD","MEI",ids="AUS.CPALTT01.GY.Q")
taiwan_cpi <- 
  rdb("BI/TABEL9_2/17.Q") %>% 
  mutate(Country="Taiwan")
other_cpi <- 
  rdb("IMF","IFS",mask="M.EG+HK+MY+PE+PH+PK+SG+TH.PCPI_PC_CP_A_PT") %>% 
  rename(Country=`Reference Area`) %>% 
  mutate(Country=case_when(Country=="Hong Kong, China" ~ "Hong Kong",
                           TRUE ~ Country))
cpi <- bind_rows(cpi,australia_cpi,taiwan_cpi,other_cpi)

unemp <- rdb("OECD","MEI",ids=".LRHUTTTT.STSA.M")
swiss_unemp <- rdb("OECD","MEI",mask="CHE.LMUNRRTT.STSA.M")
brazil_unemp <- rdb("OECD","MEI",mask="BRA.LRUNTTTT.STSA.M")
southafrica_russia_unemp <- rdb("OECD","MEI",mask="ZAF+RUS.LRUNTTTT.STSA.Q")
china_unemp <- 
  rdb(ids="BUBA/BBXL3/Q.CN.N.UNEH.TOTAL0.NAT.URAR.RAT.I00") %>% 
  mutate(Country="China")
saudiarabia_unemp <-
  rdb(ids="ILO/UNE_DEAP_SEX_AGE_RT/SAU.BA_627.AGE_AGGREGATE_TOTAL.SEX_T.A") %>%
  rename(Country=`Reference area`) %>%
  filter(year(period)<currentyear)
india_unemp <-
  rdb(ids="ILO/UNE_2EAP_NOC_RT/IND.XA_1976.A") %>%
  rename(Country=`Reference area`) %>%
  filter(year(period)<currentyear)
indonesia_pakistan_unemp <-
  rdb("ILO","UNE_DEAP_SEX_AGE_EDU_RT",mask="IDN+PAK..AGE_AGGREGATE_TOTAL.EDU_AGGREGATE_TOTAL.SEX_T.Q") %>% 
  rename(Country=`Reference area`)
other_unemp <-
  rdb("ILO","UNE_DEA1_SEX_AGE_RT",mask="ARG+EGY+HKG+MYS+PER+PHL+SGP+THA+TWN..AGE_YTHADULT_YGE15.SEX_T.Q") %>%
  rename(Country=`Reference area`) %>%
  mutate(Country=case_when(Country=="Hong Kong, China" ~ "Hong Kong",
                           Country=="Taiwan, China" ~ "Taiwan",
                           TRUE ~ Country))
unemp <- bind_rows(unemp,brazil_unemp,southafrica_russia_unemp,swiss_unemp,china_unemp,saudiarabia_unemp,india_unemp,indonesia_pakistan_unemp,other_unemp)

forecast_gdp_cpi_ea <- 
  rdb("IMF","WEOAGG",mask="163.NGDP_RPCH+PCPIPCH") %>% 
  rename(`WEO Country`=`WEO Countries group`)
forecast_gdp_cpi <- 
  rdb("IMF","WEO",mask=".NGDP_RPCH+PCPIPCH") %>% 
  bind_rows(forecast_gdp_cpi_ea) %>% 
  transmute(Country=`WEO Country`,
            var=`WEO Subject`,
            value,
            period) %>% 
  mutate(Country=str_trim(Country),
         var=str_trim(var)) %>% 
  mutate(Country=case_when(Country=="United Kingdom" ~ "Britain",
                           Country=="Hong Kong SAR" ~ "Hong Kong",
                           Country=="Korea" ~ "South Korea",
                           Country=="Taiwan Province of China" ~ "Taiwan",
                           TRUE ~ Country),
         var=case_when(var=="Gross domestic product, constant prices - Percent change" ~ "GDP",
                       var=="Inflation, average consumer prices - Percent change" ~ "CPI",
                       TRUE ~ var))
forecast_gdp_cpi <- left_join(data.frame(Country=CountryList),forecast_gdp_cpi,by="Country")

Transform

gdp_yoy_latest_period <-
  gdp %>% 
  filter(MEASURE=="GYSA") %>% 
  filter(!is.na(value)) %>% 
  group_by(Country) %>% 
  summarise(period=max(period))
gdp_yoy_latest <-
  gdp %>% 
  filter(MEASURE=="GYSA") %>% 
  inner_join(gdp_yoy_latest_period) %>% 
  mutate(var="GDP",measure="latest")

gdp_qoq_latest_period <-
  gdp %>% 
  filter(MEASURE=="GPSA") %>% 
  filter(!is.na(value)) %>% 
  group_by(Country) %>% 
  summarise(period=max(period))
gdp_qoq_latest <-
  gdp %>% 
  filter(MEASURE=="GPSA") %>% 
  inner_join(gdp_qoq_latest_period) %>% 
  mutate(value=((1+value/100)^4-1)*100,
         var="GDP",
         measure="quarter")

gdp_2019_2020 <-
  forecast_gdp_cpi %>% 
  filter(var=="GDP" & (period=="2019-01-01" | period=="2020-01-01")) %>% 
  mutate(measure=as.character(year(period)))

indprod_latest_period <-
  indprod %>% 
  filter(!is.na(value)) %>% 
  group_by(Country) %>% 
  summarise(period=max(period))
indprod_latest <-
  indprod %>% 
  inner_join(indprod_latest_period) %>% 
  mutate(var="indprod",measure="latest")

cpi_latest_period <-
  cpi %>% 
  filter(!is.na(value)) %>% 
  group_by(Country) %>% 
  summarise(period=max(period))
cpi_latest <-
  cpi %>% 
  inner_join(cpi_latest_period) %>% 
  mutate(var="CPI",measure="latest")

cpi_2019 <-
  forecast_gdp_cpi %>% 
  filter(var=="CPI" & period=="2019-01-01") %>% 
  mutate(measure="2019")

unemp_latest_period <-
  unemp %>% 
  filter(!is.na(value)) %>% 
  group_by(Country) %>% 
  summarise(period=max(period))
unemp_latest <- 
  unemp %>% 
  inner_join(unemp_latest_period) %>% 
  mutate(var="unemp",measure="latest")

Merge

df_all <- 
  bind_rows(gdp_yoy_latest,gdp_qoq_latest,gdp_2019_2020,indprod_latest,cpi_latest,cpi_2019,unemp_latest) %>% 
  mutate(value=ifelse(value>=0,
                      paste0("+",sprintf("%.1f",round(value,1))),
                      sprintf("%.1f",round(value,1)))) %>% 
  unite(measure,c(var,measure))

df_latest <- 
  df_all %>% 
  filter(measure %in% c("GDP_latest","indprod_latest","CPI_latest","unemp_latest")) %>% 
  mutate(value=case_when(`@frequency`=="quarterly" ~ paste(value," Q",quarter(period),sep=""),
                         `@frequency`=="monthly" ~ paste(value," ",month(period,label = TRUE, abbr = TRUE, locale = "en_US.utf8"),sep=""),
                         `@frequency`=="annual" ~ paste(value," Year",sep=""),
                         TRUE ~ value)) %>% 
  mutate(value=text_spec(ifelse(year(period)==lastyear,paste0(value,footnote_marker_symbol(3)),
                                ifelse(year(period)==beforelastyear,paste0(value,footnote_marker_symbol(4)),value)),
                         link = paste("https://db.nomics.world",provider_code,dataset_code,series_code,sep = "/"), 
                         color = "#333333",escape = F,extra_css="text-decoration:none"))

df_final <- 
  df_all %>% 
  filter(measure %in% c("GDP_quarter","GDP_2019","GDP_2020","CPI_2019")) %>% 
  bind_rows(df_latest) %>% 
  mutate(Country=case_when(Country=="United Kingdom" ~ "Britain",
                           Country=="Euro area (19 countries)" ~ "Euro area",
                           Country=="China (People's Republic of)" ~ "China",
                           Country=="Korea" ~ "South Korea",
                           TRUE ~ Country)) %>% 
  select(Country,value,measure) %>% 
  spread(measure,value) %>% 
  select(Country,GDP_latest,GDP_quarter,GDP_2019,GDP_2020,indprod_latest,CPI_latest,CPI_2019,unemp_latest)

df_final <- left_join(data.frame(Country=CountryList),df_final,by="Country")

Display

names(df_final)[1] <- ""
names(df_final)[2] <- "latest"
names(df_final)[3] <- paste0("quarter",footnote_marker_symbol(1))
names(df_final)[4] <- paste0("2019",footnote_marker_symbol(2))
names(df_final)[5] <- paste0("2020",footnote_marker_symbol(2))
names(df_final)[6] <- "latest"
names(df_final)[7] <- "latest"
names(df_final)[8] <- paste0("2019",footnote_marker_symbol(2))
names(df_final)[9] <- "latest"

df_final %>% 
  kable(row.names = F,escape = F,align = c("l",rep("c",8)),caption = "Economic data (% change on year ago)") %>% 
  kable_styling(bootstrap_options = c("striped", "hover","responsive"), fixed_thead = T, font_size = 13) %>% 
  add_header_above(c(" " = 1, "Gross domestic product" = 4, "Industrial production  " = 1, "Consumer prices"= 2, "Unemployment rate, %"=1)) %>% 
  column_spec(1, bold = T) %>% 
  row_spec(seq(1,nrow(df_final),by=2), background = "#D5E4EB") %>% 
  row_spec(c(5,14,22,33,39),extra_css = "border-bottom: 1.2px solid") %>% 
  footnote(general = "DBnomics (Eurostat, ILO, IMF, OECD and national sources). Click on the figures in the `latest` columns to see the full time series.",
           general_title = "Source: ",
           footnote_as_chunk = T,
           symbol = c("% change on previous quarter, annual rate ", "IMF estimation/forecast", paste0(lastyear),paste0(beforelastyear)))

Bibliography

R Core Team. R: A Language and Environment for Statistical Computing. R Foundation for Statistical Computing, Vienna, Austria, 2016. URL: https://www.R-project.org.

RStudio Team. RStudio: Integrated Development Environment for R. RStudio, Inc., Boston, MA, 2016. URL: http://www.rstudio.com/.

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