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Fantastic Breaks: A Dataset of Paired 3D Scans of Real-World Broken Objects and Their Complete Counterparts

CVPR 2023 · 3D vision › Face and shape · approach: Optimization-based shape matching · 14 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Retrain with Fantastic Breaks after Geometric Breaks pretrainingDeepMend · Fantastic Breaks testCD: 0.059 -> 0.051Helped
Retrain with Fantastic Breaks after Geometric Breaks pretrainingDeepJoin · Fantastic Breaks testCD: 0.030 -> 0.022Helped
Retrain with Fantastic Breaks after Geometric Breaks pretrainingMendNet · Fantastic Breaks testCD: 0.080 -> 0.094Hurt
Retrain with Fantastic Breaks after Breaking Bad pretrainingMendNet · Fantastic Breaks testCD: 0.110 -> 0.116Hurt
Retrain with Fantastic Breaks after Breaking Bad pretrainingDeepMend · Fantastic Breaks testCD: 0.065 -> 0.092Hurt
Retrain with Fantastic Breaks after Breaking Bad pretrainingDeepJoin · Fantastic Breaks testCD: 0.061 -> 0.076Hurt
Use Breaking Bad rather than Geometric Breaks for pretrainingMendNet, DeepMend, and DeepJoin · Fantastic Breaks testCD: 0.080 and 0.110; 0.059 and 0.065; 0.030 and 0.061Hurt
Use real-world fractured meshes rather than synthetic fractured meshesFantastic Breaks dataset · Broken meshes75th percentile convexity: 0.519; 0.828; 0.746Mixed

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