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This is expected; as you note the ate_ attribute applies a double-robustness correction to the computation of the ATE itself (on the training data); the ate() method allows you to compute the ATE for any population by averaging the computed CATE values for each individual, so will not provide exactly the same result; however, if your use case is to compute the ATE for a data set that was not used in training then only the ate() method can be used for that.
There are two ways to do it:
My target is to get the ate and confidence interval on the training data set.
The question is: which one is more reliable?
Thanks for the great package and awesome documentation.
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