A multi-language library providing implementations of common supervised machine learning evaluation metrics.
Metrics is a multi-language library that provides implementations of common supervised machine learning evaluation metrics. It solves the problem of inconsistent or error-prone metric calculations by offering standardized, reliable functions across Python, R, Haskell, and MATLAB/Octave. This ensures researchers and practitioners can accurately evaluate and compare models regardless of their programming environment.
Machine learning practitioners, data scientists, and researchers who need to evaluate supervised learning models across multiple programming languages or ensure metric calculation consistency.
Developers choose Metrics because it provides consistent, well-tested implementations of evaluation metrics across multiple languages, reducing calculation errors and enabling fair model comparisons in multi-language environments.
Machine learning evaluation metrics, implemented in Python, R, Haskell, and MATLAB / Octave
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Provides identical implementations across Python, R, Haskell, and MATLAB/Octave, as shown in the standardized metric table, ensuring reproducible results in cross-language research.
Includes essential supervised learning metrics like MAE, RMSE, AUC, and Log Loss, covering regression, binary, and multiclass classification tasks comprehensively.
Aims to reduce errors with reliable, well-tested functions, crucial for fair model comparisons and reproducible machine learning experiments.
Marked as a beta release with missing metrics like F1 score in some languages and a 'TO IMPLEMENT' list including multiclass log loss and precision/recall, indicating it's not fully featured.
Not all metrics are available in every language; for example, F1 score is only in R, and Gini is only in MATLAB, limiting cross-language parity and usability.
Exclusively handles supervised learning metrics, so it's unsuitable for evaluating unsupervised models like clustering or dimensionality reduction, restricting its scope.