Nothing
## ----include = FALSE----------------------------------------------------------
knitr::opts_chunk$set(
collapse = TRUE,
comment = "#>"
)
## ----message=FALSE, warning=FALSE---------------------------------------------
library(PanelMatch)
dem.panel <- PanelData(panel.data = dem,
unit.id = "wbcode2",
time.id = "year",
treatment = "dem",
outcome = "y")
## -----------------------------------------------------------------------------
dem.panel <- PanelData(panel.data = dem,
unit.id = "wbcode2",
time.id = "year",
treatment = "dem",
outcome = "y")
DisplayTreatment(panel.data = dem.panel, legend.position = "none",
xlab = "year", ylab = "Country Code",
hide.x.tick.label = TRUE, hide.y.tick.label = TRUE)
## -----------------------------------------------------------------------------
PM.maha <- PanelMatch(panel.data = dem.panel,
lag = 4,
refinement.method = "mahalanobis",
match.missing = FALSE,
covs.formula = ~ I(lag(tradewb, 0:4)) +
I(lag(y, 1:4)),
size.match = 5,
qoi = "att",
lead = 0:2,
use.diagonal.variance.matrix = TRUE,
forbid.treatment.reversal = FALSE)
PM.ps.weight <- PanelMatch(lag = 4,
refinement.method = "ps.weight",
panel.data = dem.panel,
match.missing = FALSE,
covs.formula = ~ I(lag(tradewb, 0:4)) +
I(lag(y, 1:4)),
qoi = "att",
lead = 0:2,
use.diagonal.variance.matrix = TRUE,
forbid.treatment.reversal = FALSE)
## -----------------------------------------------------------------------------
plot(PM.maha)
## -----------------------------------------------------------------------------
covbal <- get_covariate_balance(PM.maha, PM.ps.weight,
panel.data = dem.panel,
covariates = c("tradewb", "y"),
include.unrefined = TRUE)
## -----------------------------------------------------------------------------
summary(covbal)
plot(covbal, type = "panel",
include.unrefined.panel = FALSE, ylim = c(-.5, .5))
# Since specifications are identical except
# for refinement method, just look at the first result.
plot(get_unrefined_balance(covbal)[1],
include.unrefined.panel = FALSE, ylim = c(-.5, .5))
## -----------------------------------------------------------------------------
PE.results <- PanelEstimate(sets = PM.maha,
panel.data = dem.panel,
se.method = "bootstrap")
plot(PE.results)
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