stargazer(model1, model2, title = "Models", header=FALSE,
dep.var.labels.include = FALSE,
column.labels = c("Count", "Percentage"),
style = "ajs",
report = "vcp*",
single.row = TRUE)
This is my code to create regression tables with stargazer. However, the p-value still shows up below the coefficient estimates. How do I get p-values to show up next to the coefficient estimates?
You may replace standard errors with p-values. Put models into a list, which allows you to use lapply.
model1 <- lm(mpg ~ hp, mtcars)
model2 <- lm(mpg ~ hp + cyl, mtcars)
model.lst <- list(model1, model2)
stargazer::stargazer(model.lst, title = "Models", header=FALSE,
dep.var.labels.include = FALSE,
column.labels = c("Count", "Percentage"),
style = "ajs",
report = "vcs*",
single.row = TRUE, type="text",
se=lapply(model.lst, function(x) summary(x)$coef[,4]))
# Models
# =================================================================
# Count Percentage
# 1 2
# -----------------------------------------------------------------
# hp -.068 (0.000)*** -.019 (.213)
# cyl -2.265 (0.000)***
# Constant 30.099 (0.000)*** 36.908 (0.000)***
# Observations 32 32
# R2 .602 .741
# Adjusted R2 .589 .723
# Residual Std. Error 3.863 (df = 30) 3.173 (df = 29)
# F Statistic 45.460*** (df = 1; 30) 41.422*** (df = 2; 29)
# -----------------------------------------------------------------
# Notes: *P < .05
# **P < .01
# ***P < .001
Note, that this is also possible with texreg which might look a little bit cleaner and the package is well maintained.
texreg::screenreg(model.lst, single.row=TRUE,
reorder.coef=c(2:3, 1),
custom.model.names=c("Count", "Percentage"),
override.se=lapply(model.lst, function(x) summary(x)$coef[,4]),
override.pvalues=lapply(model.lst, function(x) summary(x)$coef[,4]),
digits=3
)
# ===================================================
# Count Percentage
# ---------------------------------------------------
# hp -0.068 (0.000) *** -0.019 (0.213)
# cyl -2.265 (0.000) ***
# (Intercept) 30.099 (0.000) *** 36.908 (0.000) ***
# ---------------------------------------------------
# R^2 0.602 0.741
# Adj. R^2 0.589 0.723
# Num. obs. 32 32
# ===================================================
# *** p < 0.001; ** p < 0.01; * p < 0.05