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On this line of sample_space(), chirality information of origin_smiles is removed. The output is then unsuitable as input to a chirality-aware ML model, e.g. to distinguish L vs. D amino acids which are important in models of binding affinity. Could the option to skip this sanitization step be provided to the user?
PS: Great code base and beautiful visualizations! We're finding it very useful in explaining our Gaussian Process models. The future of SAR ←→ ML looks exciting.
The text was updated successfully, but these errors were encountered:
On this line of
sample_space()
, chirality information oforigin_smiles
is removed. The output is then unsuitable as input to a chirality-aware ML model, e.g. to distinguish L vs. D amino acids which are important in models of binding affinity. Could the option to skip this sanitization step be provided to the user?PS: Great code base and beautiful visualizations! We're finding it very useful in explaining our Gaussian Process models. The future of SAR ←→ ML looks exciting.
The text was updated successfully, but these errors were encountered: