Update integration handoff and CONUS retraining notes
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models/wildfire_fm/README.md
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@@ -15,6 +15,9 @@ Use `modeling_unet.py` to instantiate the compact U-Net architecture before load
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For tiled serving, use `tiled_inference.py` or an equivalent overlap/halo
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stitching procedure. Avoid independent non-overlapping 32-by-32 tiles because
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they can introduce tile-center and edge artifacts.
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## Training scope
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EPSG:5070 California grid. They should not be described as nationwide-trained
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weights. A machine-readable scope file is stored in `training_scope.json`, and a
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CONUS retraining recipe is provided in `../../training/NATIONWIDE_RETRAINING.md`.
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## Input channels
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For tiled serving, use `tiled_inference.py` or an equivalent overlap/halo
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stitching procedure. Avoid independent non-overlapping 32-by-32 tiles because
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they can introduce tile-center and edge artifacts.
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For the integration question checklist covering channel order, normalization,
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CAPE selection, validity masks, static resampling, spatial aggregation, and
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CONUS retraining status, see `../../docs/hugh_handoff_status.md`.
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## Training scope
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EPSG:5070 California grid. They should not be described as nationwide-trained
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weights. A machine-readable scope file is stored in `training_scope.json`, and a
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CONUS retraining recipe is provided in `../../training/NATIONWIDE_RETRAINING.md`.
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The CONUS template includes random-containing positive tile placement and
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optional train-split z-score normalization for continuous channels; no CONUS
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checkpoint is released yet.
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## Input channels
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