- Add RIFE v4.25 architecture support in rife_arch.py (Head with 16/4 channels, 5 IFBlocks with c=192/128/96/64/32, scale_list [16,8,4,2,1], no ensemble) - Add rife425.pth to export_onnx.py with HF fallback URL - Update load_rife_config.json: dropdown now only shows rife425 and rife49 (removed rife47/48/417/426/sudo_rife4 that never worked) - Set rife425 as default - Make TORCH_DEVICE fallback to CPU for ONNX export on non-CUDA - Pin polygraphy==0.49.26 for TensorRT 10.15.1 compatibility Generated with [Devin](https://devin.ai) Co-Authored-By: Devin <158243242+devin-ai-integration[bot]@users.noreply.github.com>
25 lines
1.0 KiB
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25 lines
1.0 KiB
Plaintext
# Base dependencies - TensorRT will be auto-installed based on CUDA detection
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# The node will automatically detect CUDA 12/13 and install appropriate TensorRT packages.
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# The NVIDIA CUDA Toolkit must already be installed on the system; it is NOT installed via pip.
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#
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# Installation happens automatically when the node loads for the first time
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# No manual TensorRT installation required!
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# Base dependencies that work with any CUDA version
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einops
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colored
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# Pin to the Polygraphy version bundled with TensorRT 10.15.1.
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# Newer Polygraphy can break trt.OnnxParser init with:
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# pybind11::init(): factory function returned nullptr
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polygraphy==0.49.26
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cuda-python
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requests
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tqdm
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# Note: TensorRT packages are auto-installed on first node load:
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# CUDA 13: tensorrt_cu13==10.15.1.29 (RTX 50 series)
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# CUDA 12: tensorrt-cu12==10.13.3.9 (RTX 30/40 series)
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#
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# Manual installation files are provided for reference only:
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# - requirements_cu12.txt (CUDA 12 specific)
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# - requirements_cu13.txt (CUDA 13 specific) |