Sensitive couture for interactive garment modeling and editing

Umetani, Nobuyuki; Kaufman, Danny M.; Igarashi, Takeo; Grinspun, Eitan

doi:10.1145/1964921.1964985

Cited by 82 publications

(89 citation statements)

References 47 publications

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“…Roboson et al [6] proposed a context-sensitive hand-drawn garment modeling technique. Umetani et al [7] proposed a contour garment editing and modeling method called Sensitive Contour. Berthouzoz et al [8] studied algorithms for converting a given piece to be stitched into a three-dimensional garment.…”

Section: Virtual Clothing Displaymentioning

confidence: 99%

Virtual Fashion Show with HTC VIVE

Xing¹,

Chen²,

Sufang³

et al. 2018

dtcse

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Abstract. Virtual cloth demonstration has great potential in digital cloth design, and thus has been discussed a lot in academic community. However, limited by the display hardware, existing systems are lack of immersion which affects users' experience a lot. Recently, the emergence of head mounted display system such as Oculus Rift and HTC Vive provides a possible manner to solve the problem. This paper proposes to build a virtual fashion show system to simulate a real show based on HTC Vive. The system use software of unity3D and 3DMax to model the stage scene, lighting, music and character models, clothing to reproduce the real stage maximally, which can give users a high degree of immersion. Simultaneously the system allows users to use the HTC Vive handle to interact with the system, including changing the angle of view and selecting the shape of the stage, lighting, clothing and adjusting the style of model shape. A variety of built-in data (including motion capture data, clothes and human model templates) can intelligently recommend module to meet user needs, which could create a customized fashion show.

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Section: Virtual Clothing Displaymentioning

confidence: 99%

Virtual Fashion Show with HTC VIVE

Xing¹,

Chen²,

Sufang³

et al. 2018

dtcse

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show abstract

“…Since the simulation process can be slow, Luo and Yuen [2005] efficiently rebuilt relaxed 3D meshes from edits to 2D patterns. Other research has looked at designing useable interfaces for rapid and intuitive design of new patterns [Volino and Magnenat-Thalmann 2005;Umetani et al 2011]. Researchers have also looked at sketch-based interfaces for designing garments and other 3D objects composed of 2D pieces [Decaudin et al 2006;Turquin et al 2007;Mori and Igarashi 2007;Igarashi et al 2008b;Volino et al 2009;Robson et al 2011].…”

Section: Prior Workmentioning

confidence: 99%

Stitch meshes for modeling knitted clothing with yarn-level detail

Yuksel¹,

Kaldor²,

James³

et al. 2012

TOG

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Figure 1: Stages of our knitted garment modeling system: (a) We begin our interactive modeling process with a polygonal mesh that specifies the global shape of the cloth model; (b) using this polygonal mesh we produce a high-resolution stitch mesh that serves as a canvas-like abstraction of the yarn model; (c) then, we specify the desired knitting pattern over the stitch mesh's surface. (d) Following the interactive modeling process, the model goes through offline relaxation, beginning with a mesh-based relaxation that moves the stitch mesh to the subdivision surface of the input model and slides its vertices over this surface based on the topology of the knitting pattern; finally, (e) we generate the yarn curves and (f) use a physically based relaxation process at the yarn level to compute the final realistic shape. AbstractRecent yarn-based simulation techniques permit realistic and efficient dynamic simulation of knitted clothing, but producing the required yarn-level models remains a challenge. The lack of practical modeling techniques significantly limits the diversity and complexity of knitted garments that can be simulated. We propose a new modeling technique that builds yarn-level models of complex knitted garments for virtual characters. We start with a polygonal model that represents the large-scale surface of the knitted cloth. Using this mesh as an input, our interactive modeling tool produces a finer mesh representing the layout of stitches in the garment, which we call the stitch mesh. By manipulating this mesh and assigning stitch types to its faces, the user can replicate a variety of complicated knitting patterns. The curve model representing the yarn is generated from the stitch mesh, then the final shape is computed by a yarn-level physical simulation that locally relaxes the yarn into realistic shape while preserving global shape of the garment and avoiding "yarn pull-through," thereby producing valid yarn geometry suitable for dynamic simulation. Using our system, we can efficiently create yarn-level models of knitted clothing with a rich variety of patterns that would be completely impractical to model using traditional techniques. We show a variety of example knitting patterns and full-scale garments produced using our system.

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“…This process requires significant expertise and is very time-consuming. Recent sketch-based garment design systems [Wang et al 2003;Decaudin et al 2006;Turquin et al 2007;Robson et al 2011;Umetani et al 2011] facilitate this process, but usually produce garment models that are simpler than real-world garments. Creating detailed 3D garment models remains a challenging task.…”

Section: Introductionmentioning

confidence: 99%

“…Our system includes an interactive garment simulator to generate a 3D model of the garment and drape it on a mannequin. The simulator extends Sensitive Couture [Umetani et al 2011] with a small set of features that allow it to support a larger variety of input patterns.…”

Section: Introductionmentioning

confidence: 99%

Parsing sewing patterns into 3D garments

et al. 2013

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Figure 1: Our parser automatically converted a diverse set of sewing patterns into 3D garment models for this small crowd of women. AbstractWe present techniques for automatically parsing existing sewing patterns and converting them into 3D garment models. Our parser takes a sewing pattern in PDF format as input and starts by extracting the set of panels and styling elements (e.g. darts, pleats and hemlines) contained in the pattern. It then applies a combination of machine learning and integer programming to infer how the panels must be stitched together to form the garment. Our system includes an interactive garment simulator that takes the parsed result and generates the corresponding 3D model. Our fully automatic approach correctly parses 68% of the sewing patterns in our collection. Most of the remaining patterns contain only a few errors that can be quickly corrected within the garment simulator. Finally we present two applications that take advantage of our collection of parsed sewing patterns. Our garment hybrids application lets users smoothly interpolate multiple garments in the 2D space of patterns. Our sketch-based search application allows users to navigate the pattern collection by drawing the shape of panels.

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Sensitive couture for interactive garment modeling and editing

Cited by 82 publications

References 47 publications

Virtual Fashion Show with HTC VIVE

Virtual Fashion Show with HTC VIVE

Stitch meshes for modeling knitted clothing with yarn-level detail

Parsing sewing patterns into 3D garments

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