Click3R: Interactive Stereo 3D Reconstruction with Sparse Correspondence Clicks

Hao Gu, Jin Yao, Zezhou Cheng

Click3R: Interactive Stereo 3D Reconstruction with Sparse Correspondence Clicks: 2 upvotes on Hugging Face Daily Papers, #29 of 39 papers on 2026-11-10. Day-by-day upvote history.

Upvotes over time

It had 1 upvotes by its first day, 1 upvotes by the next day, 2 upvotes by day 3, 2 upvotes by day 7, and has 2 now. It ranked #110 of 133 papers in its week and #296 of 340 in its month. Its code repository has 12 GitHub stars.

Despite impressive progress, existing feed-forward large 3D reconstruction models produce a single, irrevocable prediction. When these models fail, there is no mechanism to correct their mistakes. To address this limitation, we introduce Click3R, a framework for interactive geometric correction of feed-forward models using sparse human correspondence clicks. Given an image pair and a small set of cross-view point correspondences provided by a user, Click3R injects geometric constraints into the 3D reconstruction networks through a lightweight point correspondence adapter, enabling the model to resolve ambiguities in challenging scenarios such as repetitive textures, symmetric structures, large viewpoint changes, or textureless regions. To evaluate interactive reconstruction, we curate a challenging benchmark specifically designed to expose failure modes of existing feed-forward 3D reconstruction methods. Experiments show that Click3R reduces reconstruction error with as few as a single correspondence click, improving performance on both standard and our curated benchmarks. Our results highlight that sparse human interaction provides an effective and practical mechanism for correcting geometric reconstruction errors.

Paper page on Hugging Face · arXiv

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