This repository provides source codes for paper:
Ningfeng Zhou, Jing Ren, Olga Sorkine-Hornung. Computational Smocking through Fabric-Thread Interaction.
We formalize the Italian smocking pattern and develop a simple method to represent and deform the planar mesh into the smocked ones given the initial stitching lines.
More details can be found at: [project page], [paper], [suppl. video].
The source code contains two stages:
- 2D Simulation: estimate the expected position of critical points after smocking and prepare inputs for the downstream simulator. (detailed description in folder sim2d)
- 3D Deformation: guide the simulator to deform the planar mesh into a plausible smocked one. (detailed description in folder deform3d)
| Pattern | Rect | vwave | square | zcurve |
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| input stitch |  |
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| our result |  |
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| real fabrication |  |
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| Pattern | zigzag | half sharp | sharp (layer2) | curve |
|---|---|---|---|---|
| input stitch (partial) |  |
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| our result |  |
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| real fabrication |  |
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We would like to thank the anonymous reviewers for their insightful feedback. We extend our gratitude to M. Rifad (YouTube channel DIY Stitching), F. Shanas (YouTube channel handiworks), and S. Fyms (YouTube channel FymsEmbroidery) for generously granting us permission to use the images of their remarkable fabrication results. This work was supported in part by the ERC Consolidator Grant No.101003104 (MYCLOTH).