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Refactor: decouple ensemble analysis and restore comprehensive visualizations
- Create standalone [analyze_ensembles.py] to decouple IS brute force from OOS validation via JSON metadata.
- Restore visual artifacts: risk-return scatters, cluster dendrogram, and model attribution plots.
- Generate detailed textual assessment reports for IS predictions and OOS verification.
- Add granular subset extraction filters (`--top-n-*`) and model pattern matching (`--training-mode`).
- Optimize OOS backtest performance with memory-efficient model loading and multiprocessing (`--max-workers`).
- Update documentation and walkthrough guides to reflect new analyzer usage and outputs.
Copy file name to clipboardExpand all lines: README.md
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@@ -17,7 +17,7 @@ An advanced, production-ready quantitative trading system built on top of [Micro
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***Multi-Workspace Isolation**: Spin up independent "Pits" for different markets (e.g., CSI300, CSI500) or configurations without duplicating code.
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***Component-Based Pipeline**:
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-**Train & Predict**: Support for both full and incremental training on multiple models (LSTM, GRU, Transformers, LightGBM, GATs).
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-**Brute Force & Ensemble**: High-performance (CuPy accelerated) brute force combination finding and intelligent signal fusion.
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-**Brute Force & Ensemble**: High-performance (CuPy accelerated) brute force combination finding, multidimensional Out-Of-Sample (OOS) pool filtering, and intelligent signal fusion.
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-**Orders & Execution**: Generate actionable buy/sell signals with TopK/DropN logic and analyze micro-friction (slippage, delay costs).
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