Relative Volume Constraints f or 3D Image Editing
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Relative Volume Constraints for 3D Image Editing Computer Vision Group TU Munich Eno Töppe, Claudia Nieuwenhuis, Daniel Cremers May 25th, 2012
description
Relative Volume Constraints f or 3D Image Editing. Eno Töppe , Claudia Nieuwenhuis , Daniel Cremers. May 25th , 2012. Computer Vision Group TU Munich. Single View Reconstruction. Single I mage. 3D Representation. New L ighting and Material. Workflow. final result. - PowerPoint PPT Presentation
Transcript of Relative Volume Constraints f or 3D Image Editing
Relative Volume Constraintsfor 3D Image Editing
Computer Vision Group TU Munich
Eno Töppe, Claudia Nieuwenhuis, Daniel Cremers
May 25th, 2012
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Single View ReconstructionSingle Image 3D Representation
New Lighting and Material
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Workflow
Graphcut-basedsegmentation1
1 Boykov, Jolly: Interactive graph cuts for optimal boundary region segmentation of objects in n-d images. ICCV ‘01
input image segmentation reconstruction final result
user strokes
interactiveadaption ofvolume /
smoothness
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Results
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Results
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Sharp Edges
Minimal Surfacewith Fixed Volume
The Same withLocal Smoothness Relaxation
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Relative Depth Profiles
Reconstruction withRelative Depth
Depth Profile indicatingRelative Depth
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Relative Depth Profiles
Reconstruction with Fixed Volume
Input Image
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Relative Depth Profiles
Reconstruction with Relative Depth Profile
Depth Profile indicatingRelative Depth
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Subvolume Ratios
Reconstruction with Relative Depth Profile
andSubvolume Ratio
User Drawn AreaIndicating Projected Subvolume
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Results
Input Image Reconstruction with Constant Volume
+Local Smoothness
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Results
Reconstructions with New Constraints
Local Smoothness
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Results
Input Image Reconstruction with Constant Volume
+Local Smoothness
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Results
Reconstructions with New Constraints
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Results
Input Image Reconstruction with Constant Volume
+Local Smoothness
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Results
Reconstructions with New Constraints
Local Smoothness
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Results
Input Image
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Results
Reconstructions with New Constraints
Local Smoothness (User Input)
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Results
Input Image
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Results
Reconstructions with New Constraints
Local Smoothness (User Input)
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Results
Input Image Reconstruction with Constant Volume
+Local Smoothness
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Results
Reconstructions with New Constraints
