A Python library that makes machine learning models interpretable and transparent through user-friendly visualizations and a web application.
Shapash is a Python library that provides user-friendly explainability and interpretability for machine learning models. It helps data scientists and stakeholders understand how models make predictions through clear visualizations, an interactive web application, and comprehensive reporting tools. The library aims to develop reliable and transparent AI by making complex model behaviors accessible and auditable.
Data scientists, machine learning engineers, and AI auditors who need to interpret, explain, and audit machine learning models for regression, binary classification, or multiclass problems. It's also valuable for teams requiring to share model insights with non-technical stakeholders.
Developers choose Shapash for its ability to seamlessly integrate explainability into the ML workflow, offering an intuitive webapp and rich visualizations that simplify model interpretation. Its unique focus on auditability through standalone reports and quality metrics for explainability sets it apart from other interpretability tools.
🔅 Shapash: User-friendly Explainability and Interpretability to Develop Reliable and Transparent Machine Learning Models
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
The webapp provides seamless navigation between global and local explainability, as shown in the live demo and GIFs, making it easy for stakeholders to explore model insights without coding.
Generates standalone HTML reports that serve as a foundation for audit documents, enhancing AI governance, with a demo report linked in the README for compliance needs.
All visualizations use explicit labels for features and values, ensuring outputs are understandable for non-technical audiences, as emphasized in the feature descriptions and grid images.
Includes metrics like stability, consistency, and compacity to evaluate explanation relevance, helping build confidence in interpretability methods, with a dedicated tutorial.
Primarily compatible with tree ensembles and linear models; for other models, manual integration is required, as admitted in the README with issues for enhancement.
Generating reports requires installing additional packages via 'shapash[report]', adding complexity to setup and potential dependency conflicts.
Relies on Shap or Lime backends for contribution computation, which can be slow for large datasets or complex models, impacting performance in production.