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Extension-SCM-In-Place-BA.Rmd
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---
output: pdf_document
latex_engine: xelatex
header-includes:
- "\\usepackage{listings}"
- "\\lstset{breaklines=true}"
---
# Extension: In-Place Placebo for Bahia
`install.packages("dplyr")`\
`install.packages("ggplot2")`\
`install.packages("Synth")`\
`install.packages("xtable")`\
`install.packages("ggpubr")`
```{r setup, include=FALSE}
#-----------------------------------------------------------------------------------------#
# Initial Setup
#-----------------------------------------------------------------------------------------#
# Load Required Libraries
library(dplyr)
library(ggplot2)
library(Synth)
library(xtable)
library(ggpubr)
```
```{r}
# Load Data
load("data/DATA_COMPLETE.RData")
load("data/abbr_code.RData")
# Subsetting data by grade and subject (for all states, including BA):
PRIMARY_M <- as.data.frame(filter(DATA_COMPLETE, grade == "P", subject == "math"))
PRIMARY_P <- as.data.frame(filter(DATA_COMPLETE, grade == "P", subject == "port"))
LOWERS_M <- as.data.frame(filter(DATA_COMPLETE, grade == "LS", subject == "math"))
LOWERS_P <- as.data.frame(filter(DATA_COMPLETE, grade == "LS", subject == "port"))
UPPERS_M <- as.data.frame(filter(DATA_COMPLETE, grade == "US", subject == "math"))
UPPERS_P <- as.data.frame(filter(DATA_COMPLETE, grade == "US", subject == "port"))
#-----------------------------------------------------------------------------------------#
# Function: prepare_p_ls_BA()
# Description: prepares data for the synth function - primary and lower secondary school
#-----------------------------------------------------------------------------------------#
prepare_p_ls_BA <- function(data){
library(Synth)
predictors <- c("homicides", "TWh", "ln_pop", "unemployment", "edu_invest_pc")
DATA_PM <- dataprep(foo = data,
predictors = predictors,
dependent = "score",
unit.variable = "code_state",
time.variable = "year",
unit.names.variable = "abbr_state",
treatment.identifier = 29, # Bahia Code
controls.identifier = c(11:17, 21, 22, 24:28, 31:33, 35, 41:43, 50:53),
# Exclude BA (29) and CE (23) from controls
time.predictors.prior = seq(1995, 2007, 2),
time.optimize.ssr = seq(1995, 2007, 2),
time.plot = seq(1995, 2019, 2))
return(DATA_PM)
};
#-----------------------------------------------------------------------------------------#
# Function: prepare_us_BA()
# Description: prepares data for the synth function - upper secondary school
#-----------------------------------------------------------------------------------------#
prepare_us_BA <- function(data){
library(Synth)
predictors <- c("homicides", "TWh", "unemployment", "ln_pop", "edu_invest_pc")
DATA_PM <- dataprep(foo = data,
predictors = predictors,
dependent = "score",
unit.variable = "code_state",
time.variable = "year",
unit.names.variable = "abbr_state",
treatment.identifier = 29, # Bahia Code
controls.identifier = c(11:17, 21, 22, 24:28, 31:33, 35, 41:43, 50:53),
# Exclude BA (29) and CE (23) from controls
time.predictors.prior = seq(1995, 2009, 2),
time.optimize.ssr = seq(1995, 2009, 2),
time.plot = seq(1995, 2019, 2))
return(DATA_PM)
};
#-----------------------------------------------------------------------------------------#
# Preparing data for Synth for BA
#-----------------------------------------------------------------------------------------#
# Prepare data for SCM (specifying BA as the treatment unit):
DATA_BA_PM <- prepare_p_ls_BA(PRIMARY_M)
DATA_BA_PP <- prepare_p_ls_BA(PRIMARY_P)
DATA_BA_LSM <- prepare_p_ls_BA(LOWERS_M)
DATA_BA_LSP <- prepare_p_ls_BA(LOWERS_P)
# DATA_BA_USM <- prepare_us_BA(UPPERS_M)
# DATA_BA_USP <- prepare_us_BA(UPPERS_P)
# Primary School Mathematics and Portuguese
DATA_BA_PM <- prepare_p_ls_BA(PRIMARY_M)
DATA_BA_PP <- prepare_p_ls_BA(PRIMARY_P)
# Lower Secondary School Mathematics and Portuguese
DATA_BA_LSM <- prepare_p_ls_BA(LOWERS_M)
DATA_BA_LSP <- prepare_p_ls_BA(LOWERS_P)
# Upper Secondary School Mathematics and Portuguese
# DATA_BA_USM <- prepare_us_BA(UPPERS_M)
# DATA_BA_USP <- prepare_us_BA(UPPERS_P)
#-----------------------------------------------------------------------------------------#
# Function: plot_scm_BA()
# Description: prepares data from the synthetic control output to be plotted with ggplot
#-----------------------------------------------------------------------------------------#
plot_scm_BA <- function(original_data, synth.tables){
library(tidyverse)
W <- as.data.frame(synth.tables[["tab.w"]])
str(W)
W <- W %>%
filter(w.weights > 0.01) %>%
mutate(w.weights = round(w.weights, digits = 3)) %>%
rename(abbr_state = unit.names)
str(original_data)
str(W)
SC <- left_join(original_data, select(W, -unit.numbers), by = "abbr_state") %>%
na.omit() %>%
group_by(year) %>%
summarise(sc = weighted.mean(score, w.weights))
BA <- original_data %>%
filter(abbr_state == "BA") %>%
select(year, score)
GAP <- left_join(BA, SC, by = "year") %>%
mutate(gap = score - sc)
GAP$grade <- unique(original_data$grade)
GAP$subject <- unique(original_data$subject)
GG_DATA <- left_join(BA, SC, by = "year") %>%
pivot_longer(!year, names_to = "unit", values_to = "score")
GG_DATA$unit[GG_DATA$unit == "score"] <- "Bahia"
GG_DATA$unit[GG_DATA$unit == "sc"] <- "Synthetic Control"
GG_DATA$grade <- unique(original_data$grade)
GG_DATA$subject <- unique(original_data$subject)
return(list(GG_DATA, GAP))
}
#-----------------------------------------------------------------------------------------#
# Data Preparation for Plotting
#-----------------------------------------------------------------------------------------#
# Run SCM for Primary School Mathematics (BA)
SCM_BA_PM <- synth(DATA_BA_PM)
TABLES_BA_PM <- synth.tab(dataprep.res = DATA_BA_PM, synth.res = SCM_BA_PM)
# Run SCM for Primary School Portuguese (BA)
SCM_BA_PP <- synth(DATA_BA_PP)
TABLES_BA_PP <- synth.tab(dataprep.res = DATA_BA_PP, synth.res = SCM_BA_PP)
# Run SCM for Lower Secondary School Mathematics (BA)
SCM_BA_LSM <- synth(DATA_BA_LSM)
TABLES_BA_LSM <- synth.tab(dataprep.res = DATA_BA_LSM, synth.res = SCM_BA_LSM)
# Run SCM for Lower Secondary School Portuguese (BA)
SCM_BA_LSP <- synth(DATA_BA_LSP)
TABLES_BA_LSP <- synth.tab(dataprep.res = DATA_BA_LSP, synth.res = SCM_BA_LSP)
# Run SCM for Upper Secondary School Mathematics (BA)
# SCM_BA_USM <- synth(DATA_BA_USM)
# TABLES_BA_USM <- synth.tab(dataprep.res = DATA_BA_USM, synth.res = SCM_BA_USM)
# Run SCM for Upper Secondary School Portuguese (BA)
# SCM_BA_USP <- synth(DATA_BA_USP)
# TABLES_BA_USP <- synth.tab(dataprep.res = DATA_BA_USP, synth.res = SCM_BA_USP)
#-----------------------------------------------------------------------------------------#
# Graphs in ggplot for Bahia
PM_BA <- plot_scm_BA(PRIMARY_M, TABLES_BA_PM)
PM_BA_SC <- PM_BA[[1]]
PM_BA_GAP <- PM_BA[[2]]
PP_BA <- plot_scm_BA(PRIMARY_P, TABLES_BA_PP)
PP_BA_SC <- PP_BA[[1]]
PP_BA_GAP <- PP_BA[[2]]
LSM_BA <- plot_scm_BA(LOWERS_M, TABLES_BA_LSM)
LSM_BA_SC <- LSM_BA[[1]]
LSM_BA_GAP <- LSM_BA[[2]]
LSP_BA <- plot_scm_BA(LOWERS_P, TABLES_BA_LSP)
LSP_BA_SC <- LSP_BA[[1]]
LSP_BA_GAP <- LSP_BA[[2]]
# Combining Graph Data for Bahia
DATA_GRAPH_BA <- rbind(PM_BA_SC, PP_BA_SC, LSM_BA_SC, LSP_BA_SC)
# Adjusting Labels for Bahia data
DATA_GRAPH_BA$grade[DATA_GRAPH_BA$grade=="P"] <-"Primary Education"
DATA_GRAPH_BA$grade[DATA_GRAPH_BA$grade=="LS"] <- "Lower Secondary Education"
DATA_GRAPH_BA$grade <- factor(DATA_GRAPH_BA$grade, levels = c("Primary Education", "Lower Secondary Education"))
DATA_GRAPH_BA$subject[DATA_GRAPH_BA$subject=="math"] <- "Mathematics"
DATA_GRAPH_BA$subject[DATA_GRAPH_BA$subject=="port"] <- "Portuguese"
#-----------------------------------------------------------------------------------------#
# Plotting
#-----------------------------------------------------------------------------------------#
# Figure for Primary Education in BA
a_06_BA <- ggplot(data = filter(DATA_GRAPH_BA, grade == "Primary Education"), aes(x = year, y = score, color = unit)) +
geom_vline(xintercept = 2008, color = "#636363", linetype = "dashed", size = 0.9) +
geom_vline(xintercept = 2011, color = "#636363", linetype = "dashed", size = 0.9) +
geom_line(size = 0.9) +
scale_color_manual(values = c("#42B1BD", "#D26B5F"), labels = c("Bahia", "Synthetic Bahia"), name = "") +
ylab("Score") +
xlab("") +
annotate("text", x = 2007, y = 220, label = "TI", color = "#636363", size = 4) +
annotate("text", x = 2013, y = 152, label = "TI + TA", color = "#636363", size = 4) +
theme_bw() +
theme(panel.grid.major = element_blank(), panel.grid.minor = element_blank(), legend.position = "bottom") +
facet_grid(vars(grade), vars(subject))
# Figure for Lower Secondary Education in BA
b_06_BA <- ggplot(data = filter(DATA_GRAPH_BA, grade == "Lower Secondary Education"), aes(x = year, y = score, color = unit)) +
geom_vline(xintercept = 2008, color = "#636363", linetype = "dashed", size = 0.9) +
geom_vline(xintercept = 2015, color = "#636363", linetype = "dashed", size = 0.9) +
geom_line(size = 0.9) +
scale_color_manual(values = c("#42B1BD", "#D26B5F"), labels = c("Bahia", "Synthetic Bahia"), name = "") +
ylab("Score") +
xlab("Year") +
annotate("text", x = 2007, y = 250, label = "TI", color = "#636363", size = 4) +
annotate("text", x = 2017, y = 190, label = "TI + TA", color = "#636363", size = 4) +
theme_bw() +
theme(panel.grid.major = element_blank(), panel.grid.minor = element_blank(), legend.position = "bottom") +
facet_grid(vars(grade), vars(subject))
# Arrange and Save the Plots
ggarrange(a_06_BA, b_06_BA, ncol = 1, nrow = 2, common.legend = TRUE, legend = "bottom")
ggsave(filename = "figure_BA.png", path = "plots", width = 21, height = 15, units = "cm")
```