Suppose I use this dataset:
sysuse nlsw88, clear
I want to run a regression and save it to a .tex file using esttab. The regression is this:
reg wage grade i.industry i.occupation, robust
Importantly, I want to indicate that I am using industry and occupation dummies, but I do not want any of the coefficients to appear in the table.
One way to do this is to hardcode industry and occupation indicators:
eststo clear
eststo: reg wage grade, robust
estadd local industry "No"
estadd local occupation "No"
eststo: reg wage grade i.industry i.occupation, robust
estadd local industry "Yes"
estadd local occupation "Yes"
esttab est* using "${path}/regress_wage.tex", r2 ar2 b(3) se label booktabs ///
replace nodepvars nomtitles drop(*industry *occupation) ///
scalars("industry Industry" "occupation Occupation")
But I would really like to not have to manually put these in. I found out about the indicate option
, but I can't get it to work with i.
variables. I have tried:
eststo clear
eststo: reg wage grade, robust
eststo: reg wage grade i.industry i.occupation, robust
esttab est* using "${path}/regress_wage.tex", r2 ar2 b(3) se label booktabs ///
replace nodepvars nomtitles drop(*industry *occupation) ///
indicate(Industry = *industry*)
I have also tried swapping the last line out for:
indicate(Industry = _Iindustry*)
indicate(Industry = industry*)
indicate(Industry = *industry)
But nothing works. What to do?
Also, is there a way to get the Industry
and Occupation
indicators to appear right below the constant as opposed to below the adjusted R-squared?
You can use the coefl
option to see how coefficients are named, which will be useful for referring to them in the indicate()
:
sysuse nlsw88, clear
reg wage grade i.industry i.occupation, robust coefl
esttab, indicate("Industry = *.industry" "Occupation = *.occupation")
esttab, indicate("Industry = *.industry" "Occupation = *.occupation", labels("In"))
The last command will produce the following table:
----------------------------
(1)
wage
----------------------------
grade 0.561***
(9.69)
_cons 2.128
(1.94)
Industry In
Occupation In
----------------------------
N 2226
----------------------------
t statistics in parentheses
* p<0.05, ** p<0.01, *** p<0.001