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Considering the GaussianMultivariate as an example, does the input of .fit method expect the last column to be the samples' classes?
I'm asking because it is not mentioned in the documentation [1] that only shows the parameter X. But looking at the example [2], we see the concatenation of X and y. If the example is correct, maybe we should update the doc for clarification?
Hi there @helderc 👋 I'd encourage you to give SDV a try, specifically the GaussianCopulaSynthesizer. This synthesizer class is a drop-in replacement for GaussianMultivariate. SDV is a framework that sits one layer above our Copulas library and offers a significantly better user experience.
I'm also curious to know what your use case is for using gaussian copulas?
Closing this issue for now since GaussianCopulaSynthesizer is our recommended path forward! If you have more questions, you're welcome to join our Slack and we can also discuss more there: https://bit.ly/sdv-slack-invite
Hi all. First, thanks for the great library!
Considering the
GaussianMultivariate
as an example, does the input of.fit
method expect the last column to be the samples' classes?I'm asking because it is not mentioned in the documentation [1] that only shows the parameter
X
. But looking at the example [2], we see the concatenation of X and y. If the example is correct, maybe we should update the doc for clarification?[1] https://sdv.dev/Copulas/api/copulas.multivariate.gaussian.html#copulas.multivariate.gaussian.GaussianMultivariate
[2] https://sdv.dev/Copulas/tutorials/04_Syntehtic_Data_for_Machine_Learning.html
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