Simulation and Visualisation of Virtual Textiles for <i>Virtual Try-On</i>

Wacker, Markus; Keckeisen, Michael; Kimmerle, Stefan; Straßer, Wolfgang; Luckas, Volker; Groß, Clemens; Fuhrmann, Arnulph; Sattler, Mirko; Sarlette, Ralf; Klein, Reinhard

doi:10.1108/rjta-09-01-2005-b005

Cited by 16 publications

(6 citation statements)

References 14 publications

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“…The real body of the students, and the real construction of a skirt based on clothing skill. This approach has been presented by some authors (7,8). However our goal is the direct relationship between the body and the garment analyzed in the real and virtual world and not only a realistic representation.…”

Section: Discussion Conclusionmentioning

confidence: 99%

Apparel: from Reality to Virtual Reality

Surville¹

2010

Proceedings of the 1st International Conference on 3D Body Scanning Technologies, Lugano, Switzerland, 19-20 October 2010

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In this session we explain how to become confident in the virtual garment simulation. The process is based on a parallel session for creating a real garment on a real person alive, and then to simulate the same garment on her 3D avatar using Modaris 3D Fit, Lectra virtual prototyping solution. A person has been scanned using a body scanner, and then introduced into the virtual world to process a virtual try-on on her own body. The parallel development of the garment on the real body and on her avatar enhances how to judge the fitting of the garment. Results show how defects in garment construction can be detected as part of a virtual prototyping process, compared to the physical samples and relating to the clothing skill. The user then becomes confident into the virtual try on as a professional tool A symmetric process then takes place. The user develops a style, using Modaris, the 2D lectra software, simulates the try-on in the virtual environment of Madaris 3DFit before deciding to cut and assemble the physical garment and finally try it on.Benefits to the development of prototypes can be evaluated.As a result this session claims to belong to an industrial virtual prototyping.

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Section: Discussion Conclusionmentioning

confidence: 99%

Apparel: from Reality to Virtual Reality

Surville¹

2010

Proceedings of the 1st International Conference on 3D Body Scanning Technologies, Lugano, Switzerland, 19-20 October 2010

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“…The first approach for 3D garment positioning is to link directly the 2D patterns of the garment to the 3D avatar. The automatic prepositioning methods presented in previous studies focus on avoiding manual manipulations of 2D patterns as they are time‐consuming and require dedicated knowledge. These methods required a preprocessing step that maps different parts of the body to different parts of the garment.…”

Section: Related Workmentioning

confidence: 99%

Automatic 3D garment positioning based on surface metric

Tisserand

Cuel

Thalmann

2017

Computer Animation & Virtual

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Positioning virtual garments onto a 3D avatar is known to be a time-consuming process. This task is usually done manually if the proportion of the garment needs to be kept during the process for a fitting purpose. The positioning of the garment is currently the main limitation to propose a fully automatic virtual try-on application. This paper presents an automatic method based on surface energy minimisation that allows fully automatically positioning of a 3D virtual cloth without deformation of the patterns. The minimum of surface energy is reached by animating the humanoid avatar. Humanoid joints are manipulated to place a 3D avatar into the virtual garment. The proposed method, as well as its implementation, is described in this paper.

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“…Modelling the human form or creating a life like avatar (virtual body) involves cross collaboration across many disciplines including, physics, mathematics, electronics and computer science (Wacker et al, 2005). The human body is a complex form and defining body shape requires the examination of; general anthropometrical classifications (somatotyping), the physical anatomical landmarking and the categorisations of body shapes (Protopsaltou et al, 2002).…”

Section: Visualisation Of Garmentsmentioning

confidence: 99%

Fabric objective measurements for commercial 3D virtual garment simulation

Power

2013

Int Jnl of Clothing Sci & Tech

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Purpose -The aim of this paper was to explore the use of objective fabric parameters in 3-D virtual garment simulation. Design Method -Two methods (FAST and Browzwear's fabric testing kit) of obtaining objective fabric measurements and the derived parameters for virtual garment simulation were studied. Three parameters (extension, shear and bend) were investigated to establish if the selected virtual software derived comparable parameters from the objective fabric measurements. Findings -It was found that the conversion from the objective fabric measurement data to the required parameters for virtual simulation varied significantly. Manual analysis of the objective measurements showed the two test methods to be comparable for extension and shear parameters; However, some adjustment to the test method was required. The third parameter to be investigated (bending rigidity) concluded that the test methods and results obtained from the two different apparatus were not comparable and recommended further experimentation using a different testing technique. Research limitations/implications -Future research should be conduct on a larger variety of fabrics ensuring comparable loads are used in the testing of the extensibility parameters. An expansion of this preliminary study should give more conclusive evidence of the trends observed. Originality -Objective measurement of extension, shear and bend properties were investigated in relation to the derived parameters for a selected virtual simulation package. An understanding of such parameters will aid the general industry in adapting 3D virtual garment simulation as part of the standard product development process, resulting in a significantly shorter product development cycle.

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Simulation and Visualisation of Virtual Textiles for Virtual Try-On

Cited by 16 publications

References 14 publications

Apparel: from Reality to Virtual Reality

Apparel: from Reality to Virtual Reality

Automatic 3D garment positioning based on surface metric

Fabric objective measurements for commercial 3D virtual garment simulation

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