Interactive garment design

Hinds, B. K.; McCartney, J.

doi:10.1007/bf01901066

Cited by 92 publications

(35 citation statements)

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“…This method can be used only to generate the hanging cloth and it cannot be used to generate a more complex cloth shape. T. Agui and Nakajima (1990) presented a way of modeling a sleeve on a bent arm [18]. According to their observation, the consequence of differences in curvature between inner and outer part of the sleeve has caused a formation of folds.…”

Section: Geometrical Based Virtual Clothing Methodsmentioning

confidence: 99%

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An ICT Based Solution for Virtual Garment Fitting for Online Market Place

Gunatilake¹,

Hidellaarchchi²,

Perera³

2018

IJITCS

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Abstract-In this paper, we describe various technologies that are being used in virtual garment fitting and simulation. There, we have focused on the usage of anthropometry in the clothing industry and avatar generation of virtual garment fitting. Most commonly used technologies for avatar generation in virtual environment have been discussed in this paper such as generic body model method and laser scanning technologies. Moreover, this paper includes the usage of real-time tracking technologies used in virtual garment fitting like markers and depth cameras. Apart from these, virtual clothing methods such as geometrical, physical and hybrid-based models were also discussed in this paper. As ease allowance has a major impact on virtual cloth fitting, it is also considered in this paper relating to similar research studies. As the final stage, our proposed design has been explained including the steps of the experiment that has been conducted to generate a twodimensional model of the garment item. Within this paper, all the above-mentioned areas were described thoroughly while stating the existing gap of the virtual garment fitting in online marketplaces and our proposed solution to bridge that gap.

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Section: Geometrical Based Virtual Clothing Methodsmentioning

confidence: 99%

“…This method focuses mainly the simulation of a bent sleeve. Hinds and McCartney (1990) aimed at automation of manufacturing garments [19]. In this method, upper body of a mannequin was digitized to obtain the shape of human body and numerous three dimensional (3D) panels were used to represent a garment.…”

Section: Geometrical Based Virtual Clothing Methodsmentioning

confidence: 99%

An ICT Based Solution for Virtual Garment Fitting for Online Market Place

Gunatilake¹,

Hidellaarchchi²,

Perera³

2018

IJITCS

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“…A method for modeling of the sleeve on a bending arm was based on a hollow cylinder that consists of a series of circular rings and with a displacement of circular rings along the axial direction, the folds are formed [1,2]. A method for designing of the 3D garment directly on a 3D digitized shape of the human body was presented by Hinds and McCartney [5]. They represented the garment as a collection of 3D surfaces (pattern pieces) of complex shape around the static 3D body, whose fit around panel edges with respect to body form may vary over the surface.…”

Section: Geometrical Modelsmentioning

confidence: 99%

Textile Forms’ Computer Simulation Techniques

Rudolf¹,

Bogović²,

Car³

et al. 2017

Computer Simulation

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Computer simulation techniques of textile forms already represent an important tool for textile and garment designers, since they offer numerous advantages, such as quick and simple introduction of changes while developing a model in comparison with conventional techniques. Therefore, the modeling and simulation of textile forms will always be an important issue and challenge for the researchers, since close-to-reality models are essential for understanding the performance and behavior of textile materials. This chapter deals with computer simulation of different textile forms. In the introductory part, it reviews the development of complex modeling and simulation techniques related to different textile forms. The main part of the chapter focuses on study of the fabric and fused panel drape by using the finite element method and on development of some representative textile forms, above all, on functional and protective clothing for persons who are sitting during performing different activities. Computer simulation techniques and scanned 3D body models in a sitting posture are used for this purpose. Engineering approaches to textile forms' design for particular purposes, presented in this chapter, show benefits and limitations of specific 3D body scanning and computer simulation techniques and outline the future research challenges.

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“…Geometrically based methods model complex geometric details, such as wrinkles and folds of fabrics, using mathematic descriptions [45,109]. Recent advances in geometric methods can make realistic fine details in almost real time [26,39].…”

Section: Drapingmentioning

confidence: 99%