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# File name: SI_robust_prep.R
# In:
# - replication_data.RData
# Out:
# - /Data/Results/SI-data.RData
require(lme4)
require(lfe)
require(MatchIt)
require(WeightIt)
require(tjbal)
require(optmatch)
require(stargazer)
require(cobalt)
require(gridExtra)
require(ggridges)
require(ggrepel)
require(CBPS)
require(tidyverse)
rm(list = ls())
gc()
####################################################################################################################### Loading data
load('../Data/replication_data.RData')
####################################################################################################################### Loading functions
source('./helper_functions.R')
# ####################################################################################################################### Command line arguments
# args <- commandArgs(trailingOnly = T)
# # args <- c(3,2,2,2)
# # Y: 1-3
# # D: 1-2
# # FE: 1-4
# # GEO: 1-2
# yInd <- as.numeric(args[1])
# dInd <- as.numeric(args[2])
# feInd <- as.numeric(args[3])
# geoInd <- as.numeric(args[4])
####################################################################################################################### Preparing variables
Y <- paste0(c("pct_","VAP_","pcttw_"),"sanders")
D <- unlist(lapply(c("sc_","ln_"),function(x) paste0(x,paste0(c("county_","DMA_","state_"),"cases"))))
FE <- c("0","DMA_CODE","date")
covariates <- c("sc_CTY_LTHS","sc_CTY_CollUp",
"sc_CTY_LT30yo","sc_CTY_60Up",
"sc_CTY_Below_poverty_level_AGE_18_64","sc_CTY_Female_hher_no_husbandhh",
"sc_CTY_Unem_rate_pop_16_over","sc_CTY_Labor_Force_Part_Rate_pop_16_over",
"sc_CTY_Manufactur","sc_CTY_Md_inc_hhs",
"sc_CTY_POPPCT_RURAL","sc_CTY_Speak_only_English","sc_CTY_White","sc_CTY_Black_or_African_American",
"ln_CTY_tot_pop","sc_turnout_pct_20")
set.seed(123)
resSI <- list()
for(y in 'pcttw_sanders') {
for(fe in c('DMA_CODE','0')) {
for(geo in 'DMA_') {
for(d in c('March10Cases','March17Cases')) {
for(pre in c("2020-03-01","2020-03-03","2020-03-10","2020-03-17")) {
for(post in c("2020-03-01","2020-03-03","2020-03-10","2020-03-17")) {
if(pre == post) { next }
if(pre == "2020-03-01") {
finalDat$post <- ifelse(finalDat$date == as.Date(post),1,
ifelse(finalDat$date <= as.Date(pre),0,NA))
} else if(post == "2020-03-01") {
finalDat$post <- ifelse(finalDat$date <= as.Date(post),1,
ifelse(finalDat$date == as.Date(pre),0,NA))
} else {
finalDat$post <- ifelse(finalDat$date == as.Date(post),1,
ifelse(finalDat$date == as.Date(pre),0,NA))
}
finalDat$treatBin <- ifelse(finalDat[[paste0(geo,d)]] > 1,1,0)
finalDat$treat <- ifelse(finalDat$post == 1 & finalDat$treatBin == 1,1,0)
tmpAnal <- finalDat %>% select(Y,treat,treatBin,c(covariates,paste0(y,"16")),pcttw_sanders16,VAP_sanders16,DMA_CODE,date,stab,matches("cases"),post) %>% filter(complete.cases(.))
m.out <- matchit(formula = as.formula(paste("treatBin ~ ",paste(c(covariates,paste0(y,"16")),collapse = " + "))),
data = tmpAnal,
method = "nearest",
distance = "mahalanobis")
m.data <- match.data(m.out)
W.out <- weightit(formula(paste0("treatBin ~ ",paste(c(covariates,paste0(y,"16")),collapse = " + "))),
data = tmpAnal, estimand = "ATT", method = "cbps")
resSI[[y]][[geo]][[d]][[fe]][[pre]][[post]]$felm$basic$bin <- summary(felm(as.formula(paste0('scale(',y,") ~ treat + ",paste(c(covariates,paste0(y,"16")),collapse = "+"),"| 0 | 0 | ",fe)),tmpAnal))$coefficients
resSI[[y]][[geo]][[d]][[fe]][[pre]][[post]]$felm$basic$cont <- summary(felm(as.formula(paste0('scale(',y,") ~ ",paste0("scale(",geo,d,")")," + ",paste(c(covariates,paste0(y,"16")),collapse = "+"),"| 0 | 0 | ",fe)),tmpAnal))$coefficients
resSI[[y]][[geo]][[d]][[fe]][[pre]][[post]]$felm$basic$did$coefs <- summary(tmp <- felm(as.formula(paste0('scale(',y,") ~ treatBin*post + ",paste(c(covariates,paste0(y,"16")),collapse = "+"),"| 0 | 0 | ",fe)),tmpAnal))$coefficients
resSI[[y]][[geo]][[d]][[fe]][[pre]][[post]]$felm$basic$did$mfx <- interaction_plot_continuous(tmp,num_points = 2,pointsplot = T)
resSI[[y]][[geo]][[d]][[fe]][[pre]][[post]]$felm$matching$bin <- summary(felm(as.formula(paste0('scale(',y,") ~ treat + ",paste(c(covariates,paste0(y,"16")),collapse = "+"),"| 0 | 0 | ",fe)),m.data,weights = m.data$weights))$coefficients
resSI[[y]][[geo]][[d]][[fe]][[pre]][[post]]$felm$matching$cont <- summary(felm(as.formula(paste0('scale(',y,") ~ ",paste0("scale(",geo,d,")")," + ",paste(c(covariates,paste0(y,"16")),collapse = "+"),"| 0 | 0 | ",fe)),m.data,weights = m.data$weights))$coefficients
resSI[[y]][[geo]][[d]][[fe]][[pre]][[post]]$felm$matching$did$coefs <- summary(tmp <- felm(as.formula(paste0('scale(',y,") ~ treatBin*post + ",paste(c(covariates,paste0(y,"16")),collapse = "+"),"| 0 | 0 | ",fe)),m.data,weights = m.data$weights))$coefficients
resSI[[y]][[geo]][[d]][[fe]][[pre]][[post]]$felm$matching$did$mfx <- interaction_plot_continuous(tmp,num_points = 2,pointsplot = T)
resSI[[y]][[geo]][[d]][[fe]][[pre]][[post]]$felm$weighting$bin <- summary(felm(as.formula(paste0('scale(',y,") ~ treat + ",paste(c(covariates,paste0(y,"16")),collapse = "+"),"| 0 | 0 | ",fe)),tmpAnal,weights = W.out$weights))$coefficients
resSI[[y]][[geo]][[d]][[fe]][[pre]][[post]]$felm$weighting$cont <- summary(felm(as.formula(paste0('scale(',y,") ~ ",paste0("scale(",geo,d,")")," + ",paste(c(covariates,paste0(y,"16")),collapse = "+"),"| 0 | 0 | ",fe)),tmpAnal,weights = W.out$weights))$coefficients
resSI[[y]][[geo]][[d]][[fe]][[pre]][[post]]$felm$weighting$did$coefs <- summary(tmp <- felm(as.formula(paste0('scale(',y,") ~ treatBin*post + ",paste(c(covariates,paste0(y,"16")),collapse = "+"),"| 0 | 0 | ",fe)),tmpAnal,weights = W.out$weights))$coefficients
resSI[[y]][[geo]][[d]][[fe]][[pre]][[post]]$felm$weighting$did$mfx <- interaction_plot_continuous(tmp,num_points = 2,pointsplot = T)
# Permutation SHEEYAHT
basic.bin.plac <- basic.cont.plac <- basic.did.plac <- matching.bin.plac <- matching.cont.plac <- matching.did.plac <- weighting.bin.plac <- weighting.cont.plac <- weighting.did.plac <- NULL
for(bs in 1:100) {
tmpAnal$perm <- sample(tmpAnal[[paste0(geo,d)]],size = nrow(tmpAnal))
tmpAnal$treatBin <- ifelse(tmpAnal$perm > 1,1,0)
tmpAnal$treat <- ifelse(tmpAnal$post == 1 & tmpAnal$treatBin == 1,1,0)
m.out <- matchit(formula = as.formula(paste("treatBin ~ ",paste(c(covariates,paste0(y,"16")),collapse = " + "))),
data = tmpAnal,
method = "full",
distance = "mahalanobis")
m.data <- match.data(m.out)
W.out <- weightit(formula(paste0("treatBin ~ ",paste(c(covariates,paste0(y,"16")),collapse = " + "))),
data = tmpAnal, estimand = "ATT", method = "cbps")
test <- tryCatch(felm(as.formula(paste0('scale(',y,") ~ ",paste0("scale(",geo,d,")")," + ",paste(c(covariates,paste0(y,"16")),collapse = "+"),"| 0 | 0 | ",fe)),m.data,weights = m.data$weights),error = function(e) e)
if(inherits(test,"error")) { next }
basic.bin.plac <- c(basic.bin.plac,summary(felm(as.formula(paste0('scale(',y,") ~ treat + ",paste(c(covariates,paste0(y,"16")),collapse = "+"),"| 0 | 0 | ",fe)),tmpAnal))$coefficients['treat',1])
basic.cont.plac <- c(basic.cont.plac,summary(felm(as.formula(paste0('scale(',y,") ~ scale(perm) + ",paste(c(covariates,paste0(y,"16")),collapse = "+"),"| 0 | 0 | ",fe)),tmpAnal))$coefficients["scale(perm)",1])
basic.did.plac <- c(basic.did.plac,summary(felm(as.formula(paste0('scale(',y,") ~ treatBin*post + ",paste(c(covariates,paste0(y,"16")),collapse = "+"),"| 0 | 0 | ",fe)),tmpAnal))$coefficients["treatBin:post",1])
matching.bin.plac <- c(matching.bin.plac,summary(felm(as.formula(paste0('scale(',y,") ~ treat + ",paste(c(covariates,paste0(y,"16")),collapse = "+"),"| 0 | 0 | ",fe)),m.data,weights = m.data$weights))$coefficients['treat',1])
matching.cont.plac <- c(matching.cont.plac,summary(felm(as.formula(paste0('scale(',y,") ~ scale(perm) + ",paste(c(covariates,paste0(y,"16")),collapse = "+"),"| 0 | 0 | ",fe)),m.data,weights = m.data$weights))$coefficients["scale(perm)",1])
matching.did.plac <- c(matching.did.plac,
summary(felm(as.formula(paste0('scale(',y,") ~ treatBin*post + ",paste(c(covariates,paste0(y,"16")),collapse = "+"),"| 0 | 0 | ",fe)),m.data,weights = m.data$weights))$coefficients["treatBin:post",1])
weighting.bin.plac <- c(weighting.bin.plac,summary(felm(as.formula(paste0('scale(',y,") ~ treat + ",paste(c(covariates,paste0(y,"16")),collapse = "+"),"| 0 | 0 | ",fe)),tmpAnal,weights = W.out$weights))$coefficients['treat',1])
weighting.cont.plac <- c(weighting.cont.plac,summary(felm(as.formula(paste0('scale(',y,") ~ scale(perm) + ",paste(c(covariates,paste0(y,"16")),collapse = "+"),"| 0 | 0 | ",fe)),tmpAnal,weights = W.out$weights))$coefficients["scale(perm)",1])
weighting.did.plac <- c(weighting.did.plac,summary(felm(as.formula(paste0('scale(',y,") ~ treatBin*post + ",paste(c(covariates,paste0(y,"16")),collapse = "+"),"| 0 | 0 | ",fe)),tmpAnal,weights = W.out$weights))$coefficients["treatBin:post",1])
cat(".")
}
cat('\n')
resSI[[y]][[geo]][[d]][[fe]][[pre]][[post]]$felm$basic$plac$bin <- basic.bin.plac
resSI[[y]][[geo]][[d]][[fe]][[pre]][[post]]$felm$basic$plac$cont <- basic.cont.plac
resSI[[y]][[geo]][[d]][[fe]][[pre]][[post]]$felm$basic$plac$did <- basic.did.plac
resSI[[y]][[geo]][[d]][[fe]][[pre]][[post]]$felm$matching$plac$bin <- matching.bin.plac
resSI[[y]][[geo]][[d]][[fe]][[pre]][[post]]$felm$matching$plac$cont <- matching.cont.plac
resSI[[y]][[geo]][[d]][[fe]][[pre]][[post]]$felm$matching$plac$did <- matching.did.plac
resSI[[y]][[geo]][[d]][[fe]][[pre]][[post]]$felm$weighting$plac$bin <- weighting.bin.plac
resSI[[y]][[geo]][[d]][[fe]][[pre]][[post]]$felm$weighting$plac$cont <- weighting.cont.plac
resSI[[y]][[geo]][[d]][[fe]][[pre]][[post]]$felm$weighting$plac$did <- weighting.did.plac
}
}
}
}
}
cat(y," done\n")
}
save(resSI,file = paste0("../Data/Results/SI-data.RData"))
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