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Recovering Scene Geometry under Wavy Fluid via Distortion and Defocus Analysis. Supplemental Video Paper ID: 525. Synthetic Experimental Results w ith the E stimated R eference I mages. Synthetic Results: Wave 1 (cloth data ). Results. Input. Ground Truth. mm. mm.
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Recovering Scene Geometry under Wavy Fluid via Distortion and Defocus Analysis Supplemental Video Paper ID: 525
Synthetic Experimental Results with the Estimated Reference Images
Synthetic Results: Wave 1 (cloth data) Results Input Ground Truth mm mm Refractive Blur Video Ground Truth Fluid Surface Recovered Fluid Surface Estimated Reference Image Ground Truth Scene Depth Recovered Scene Depth
Synthetic Results: Wave 1 (barn data) Results Input Ground Truth mm mm Refractive Blur Video Ground Truth Fluid Surface Recovered Fluid Surface Estimated Reference Image Ground Truth Scene Depth Recovered Scene Depth
Synthetic Results: Wave 1 (baby data) Results Input Ground Truth mm mm Refractive Blur Video Ground Truth Fluid Surface Recovered Fluid Surface Estimated Reference Image Ground Truth Scene Depth Recovered Scene Depth
Synthetic Results: Wave 2 (cloth data) Results Input Ground Truth mm mm Refractive Blur Video Ground Truth Fluid Surface Recovered Fluid Surface Estimated Reference Image Ground Truth Scene Depth Recovered Scene Depth
Synthetic Results: Wave 2 (barn data) Results Input Ground Truth mm mm Refractive Blur Video Ground Truth Fluid Surface Recovered Fluid Surface Estimated Reference Image Ground Truth Scene Depth Recovered Scene Depth
Synthetic Results: Wave 2 (baby data) Results Input Ground Truth mm mm Refractive Blur Video Ground Truth Fluid Surface Recovered Fluid Surface Estimated Reference Image Ground Truth Scene Depth Recovered Scene Depth