Displays summary information on fixest_multi objects in the R console.
Usage
# S3 method for class 'fixest_multi'
print(x, type = "etable", ...)Arguments
- x
A
fixest_multiobject, obtained from afixestestimation leading to multiple results.- type
A character either equal to
"etable","short","long","compact","se_compact"or"se_long". Ifetable, the functionetableis used to print the result. Ifshort, only the table of coefficients is displayed for each estimation. Iflong, then the full results are displayed for each estimation. Ifcompact, adata.frameis returned with one line per model and the formatted coefficients + standard-errors in the columns. Ifse_compact, adata.frameis returned with one line per model, one numeric column for each coefficient and one numeric column for each standard-error. If"se_long", same as"se_compact"but the data is in a long format instead of wide.- ...
Other arguments to be passed to
summary.fixest_multi.
See also
The main fixest estimation functions: feols, fepois,
fenegbin, feglm, feNmlm. Tools for mutliple fixest
estimations: summary.fixest_multi, print.fixest_multi, as.list.fixest_multi,
sub-sub-.fixest_multi, sub-.fixest_multi.
Examples
base = iris
names(base) = c("y", "x1", "x2", "x3", "species")
# Multiple estimation
res = feols(y ~ csw(x1, x2, x3), base, split = ~species)
# Let's print all that
res
#> x.1 x.2 x.3
#> Sample (species) setosa setosa setosa
#> Dependent Var.: y y y
#>
#> Constant 2.639*** (0.3100) 2.304*** (0.3853) 2.352*** (0.3929)
#> x1 0.6905*** (0.0899) 0.6674*** (0.0904) 0.6548*** (0.0925)
#> x2 0.2834 (0.1972) 0.2376 (0.2080)
#> x3 0.2521 (0.3469)
#> ________________ __________________ __________________ __________________
#> S.E. type IID IID IID
#> Observations 50 50 50
#> R2 0.55138 0.57026 0.57514
#> Adj. R2 0.54203 0.55197 0.54743
#>
#> x.4 x.5 x.6
#> Sample (species) versicolor versicolor versicolor
#> Dependent Var.: y y y
#>
#> Constant 3.540*** (0.5629) 2.116*** (0.4943) 1.896*** (0.5071)
#> x1 0.8651*** (0.2019) 0.2476 (0.1868) 0.3869. (0.2045)
#> x2 0.7356*** (0.1248) 0.9083*** (0.1654)
#> x3 -0.6792 (0.4354)
#> ________________ __________________ __________________ __________________
#> S.E. type IID IID IID
#> Observations 50 50 50
#> R2 0.27658 0.58413 0.60503
#> Adj. R2 0.26151 0.56644 0.57927
#>
#> x.7 x.8 x.9
#> Sample (species) virginica virginica virginica
#> Dependent Var.: y y y
#>
#> Constant 3.907*** (0.7571) 0.6248 (0.5249) 0.6999 (0.5336)
#> x1 0.9015*** (0.2531) 0.2600. (0.1533) 0.3303. (0.1743)
#> x2 0.9348*** (0.0896) 0.9455*** (0.0907)
#> x3 -0.1698 (0.1981)
#> ________________ __________________ __________________ __________________
#> S.E. type IID IID IID
#> Observations 50 50 50
#> R2 0.20906 0.76147 0.76522
#> Adj. R2 0.19258 0.75132 0.74991
#> ---
#> Signif. codes: 0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1