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Update README.md
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@@ -45,15 +45,21 @@ The images below show the rgb, raw, centered, and normalized output views for th
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<div align='center'>
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<img src="readme_images/lily_rgb.jpg" width="50px">
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<img src="readme_images/lily_raw.jpg" width="50px">
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<img src="readme_images/lily_centered.jpg" width="50px">
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<img src="readme_images/lily_normalized.jpg" width="50px">
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<img src="readme_images/lily_rgb.jpg" width="150px">
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<img src="readme_images/lily_raw.jpg" width="150px">
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<img src="readme_images/lily_centered.jpg" width="150px">
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<img src="readme_images/lily_normalized.jpg" width="150px">
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</div>
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## Resolution
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The Nerfstudio viewer dynamically changes resolution to achieve a desired training throughput.
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**To increase resolution, pause training**. Rendering at high resolution (512 or above) can take a second or two, so we recommend rendering at 256px
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## `lerf-big` and `lerf-lite`
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If your GPU is struggling on memory, we provide a `lerf-lite` implementation that reduces the LERF network capacity and number of samples along rays. If you find you still need to reduce memory footprint, the most impactful parameters for memory are `num_lerf_samples` and
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`lerf-big` provides a larger model that uses ViT-L/14 instead of ViT-B/16 for those with large memory GPUs.
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# Extending LERF
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TODO
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