有没有办法在eststo
命令和命令之间保存和重新加载数据esttab
?
我想要的是以下内容:
eststo: quietly reg a b
estsave using foo.est, replace
***
*Some other File
estload using foo.est
esttab foo.tex
任何其他让我通过反复试验来输出回归的方式的替代方案(无需重新运行它们并且必须在交互式提示下)将非常有帮助。
有没有办法在eststo
命令和命令之间保存和重新加载数据esttab
?
我想要的是以下内容:
eststo: quietly reg a b
estsave using foo.est, replace
***
*Some other File
estload using foo.est
esttab foo.tex
任何其他让我通过反复试验来输出回归的方式的替代方案(无需重新运行它们并且必须在交互式提示下)将非常有帮助。
Why do you need to put it to disk?
The (prefix) command eststo
stores the results in memory until you close the file, and unless specified names each estimate consecutively (eststo1
, eststo2
etc.). You can re-program and re-run only part of the do
file.
Alternatively, you could create all estimates in a do
and call it from a secondary do
:
/* .do for make tables */
do makeEstimates.do
esttab ...
Elsewhere you program makeEstimates.do
:
/* .do to make estimates */
quietly regress a b
estout ab
You can run once, then comment out the do makeEstimates.do
line to just work on estout
if you do not change them.
estimates save
您可以使用以下命令将估计值存储在磁盘上:
sysuse auto, clear
quietly regress price mpg
estimates save foo1
quietly regress price trunk
estimates save foo2
quietly regress price weight
estimates save foo3
上面的代码片段3
在您当前的工作目录中创建了包含估计值的文件:
foo1.ster
foo2.ster
foo3.ster
然后,您可以重新加载这些并以esttab
非交互方式使用它们,并以您喜欢的任何方式使用estimates use
命令:
estimates use foo2
esttab .
----------------------------
(1)
price
----------------------------
trunk 216.7**
(2.81)
_cons 3183.5**
(2.87)
----------------------------
N 74
----------------------------
t statistics in parentheses
* p<0.05, ** p<0.01, *** p<0.001
estimates use foo1
esttab .
----------------------------
(1)
price
----------------------------
mpg -238.9***
(-4.50)
_cons 11253.1***
(9.61)
----------------------------
N 74
----------------------------
t statistics in parentheses
* p<0.05, ** p<0.01, *** p<0.001
estimates use foo3
esttab .
----------------------------
(1)
price
----------------------------
weight 2.044***
(5.42)
_cons -6.707
(-0.01)
----------------------------
N 74
----------------------------
t statistics in parentheses
* p<0.05, ** p<0.01, *** p<0.001