Comments (1)
In observational causal inference, the most important step is that of forming a clear understanding of the possible confounding variables for the causal relationship that you are trying to measure. As things stand, this can only be done by qualitatively reasoning about the specific problem that you're trying to solve, ideally with other people who are also knowledgeable of the problem. Causal ML or any other current software packages can't help you with this.
Once you've defined your set of confounding variables, you can use any of the variety of estimation methods out there. The most common one is a simple linear multiple regression with the confounders as covariates. You can use statsmodels, DoWhy, etc. The methods implemented in Causal ML (like X-learner, R-learner) will also work, but they're most likely an overkill.
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Related Issues (20)
- build fails in test_causal_trees.py, no attribute _support_missing_values HOT 2
- SHAP Explainer error
- Expose leaf sizes for `honestApproach` trees (or update `nodeSummary`s)
- maq git repo dependency blocks pypi publish HOT 3
- Installation error on Databrick Cluster HOT 2
- when the example jupyter notebook run, it raises an error HOT 1
- Update requirements HOT 2
- How to analyze the causal effect with real world excel data HOT 1
- Issues with Serializing UpliftTreeClassifier using pickle in Python HOT 1
- create_table_one to have an argument ignoring std in output
- Stratified sampling never works for `honesty=True`
- return_ci=True is not properly passed in get_ate_ci of the Sensitivity class in sensitivity.py
- OneHotEncoder UnboundLocalError HOT 2
- build from source failing: no such file or directory <crpyt.h> HOT 1
- install from conda forge failing HOT 1
- install via environment files failing
- get_tmlegain() ValueError: Bin edges must be unique HOT 1
- IS it Erro in gini()? HOT 1
- question-not-answered HOT 1
- Support multiple treatments in CausalTreeRegressor
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