Simulation of bespoke garments using parametrically designed patterns

Kim, Sung Min

doi:10.1108/09556221211259000

Cited by 7 publications

(5 citation statements)

References 16 publications

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“…In the process of model conversion, in order to obtain a numerical solution of the converted object, it is necessary to divide the model discretely, and the method commonly used is the triangle meshing method, which is not only suitable for simple and regular model areas, but also for areas with irregular shapes and more complex shapes, such as chest, seams, etc. 10 This paper uses the mesh growth algorithm to analyze and divide the two-dimensional plates of the knitted sweater.…”

Section: Discretization Division Of Two-dimensional Platesmentioning

confidence: 99%

Fast three-dimensional simulation based on data constraints and methods to improve the realism of knitted sweaters

Li,

Cong

2023

Textile Research Journal

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The purpose of this research is to use the methods of data constraints for parametric design and three-dimensional simulation of knitted sweaters to achieve the purpose of enhancing the simulation effect. First, based on the basic plates of knitted sweaters as a reference, the parameters of the curve parts of the plates were constrained, and the constraint relationships were applied to build the parametric design models. After entering the user parameters, the changed plates can be obtained. On this basis, the transformation of flat plates to three-dimensional surfaces was carried out. The triangular grid mapping relationships between two-dimensional plates and three-dimensional surfaces were constructed, and the physical properties were further specified for the mesh particles. When the surface texture parameters of the two-dimensional plane are designed, the three-dimensional surface will change accordingly. In addition, this research put forward the stitching and matching methods of the seams of knitted sweaters. The joint size was equally divided, and the number of coils was converted into the number of triangular mesh. Point-to-point mesh was used to realize the accurate counterpoint fusion of coils. The feasibility of parametric and virtual design methods was verified by taking an example, which provides ideas for the computer-aided design of knitted sweaters and promotes the improvement of production efficiency without wasting raw materials.

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Section: Discretization Division Of Two-dimensional Platesmentioning

confidence: 99%

Fast three-dimensional simulation based on data constraints and methods to improve the realism of knitted sweaters

Li,

Cong

2023

Textile Research Journal

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“…Hence, some scholars proposed several new technologies to develop fashion sketches or patterns rapidly. These include 3D-to-2D flattening technology [12]- [25], 2D-to-3D virtual try-on and modeling technology [22], [23], 3D-to-3D garment editing [26], parametric pattern making technology [27], [28], and rapid fashion sketch generation technology [1], [3]. However, none of the previous researches attempted to combine the work of fashion sketch drawing and pattern making together.…”

Section: Introductionmentioning

confidence: 99%

Associate Design of Fashion Sketch and Pattern

et al. 2019

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Currently, the work of pattern making and fashion sketch drawing is done by designers and pattern makers, respectively. The development of satisfactory garment products requires constant communication between designers and pattern makers. This process is very time-consuming. In this paper, we proposed a body-dimension-based associate design method to integrate fashion sketch drawing and pattern making. First, we accorded dimensions to fashion sketches so that fashion sketches and their corresponding patterns can be associated together by human body dimensions. Then, in the height and width directions, we constructed mathematical models considering fashion sketches, their corresponding patterns and human body dimensions. Finally, a software application based on our proposed method was developed to generate jean fashion sketches and their corresponding patterns, rapidly and automatically. The associated design of fashion sketches and garment patterns in this paper demonstrates the integration of artistic design and engineering design. This novel research idea can be further applied in other design domains. INDEX TERMS Fashion sketch drawing, pattern making, integration, associated design, parametric design, body dimensions, CAD.

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“…Lai et al. 17 proposed a texture mapping technology including mesh generation, 18 mesh parameterization and encapsulation, 19 texture distortion, 20,21 and texture correction and optimization, 22 which was used to generate high-quality texture mapping of 3D models. The virtual display interactive design of the visual garment is a great support for promoting digital garments.…”

mentioning

confidence: 99%

“…Mir et al 16 used the custom nonrigid 3D-2D (two-dimensional) registration method automatically to calculate the training image pair with an aligned 3D garment and learned the close correspondence from the silhouette of the garment image to the 2D-UV map of the 3D garment surface, but they only used the shape information and completely ignored the texture. Lai et al 17 proposed a texture mapping technology including mesh generation, 18 mesh parameterization and encapsulation, 19 texture distortion, 20,21 and texture correction and optimization, 22 which was used to generate highquality texture mapping of 3D models. The virtual display interactive design of the visual garment is a great support for promoting digital garments.…”

mentioning

confidence: 99%

Texture mapping-based virtual simulation of striped jacquard fabrics

Zheng

Jiang

Cong

2023

Textile Research Journal

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Fabric computer-aided design has become a hot research topic in recent years. The main objective of this research is to innovate a method of design, simulation and virtual display for weft-knitted striped jacquard fabrics. Preferentially, the fabric design and simulation models were established and the virtual yarns are intermeshed by connecting each control point of the loops to generate the structural simulation. The simulated image was captured as the texture image. The virtual display method of the garment based on texture mapping was mainly studied and innovated. Texture matching was realized based on the two-dimensional garment piece models and the vertices texture coordinates of the three-dimensional garment models were reset, then the three-dimensional garment virtual display was realized according to the mapping relationship between the triangles. During this process, the position of the texture can be dynamically designed and adjusted to achieve the desired effect. This research introduced the design of four kinds of striped fabrics and illustrated the corresponding simulation and virtual display effect to verify the feasibility of the method. The analysis of simulation efficiency reveals that the method responds quickly and has favorable adaptability to diverse patterns and models. The research provides a new idea for the computer-aided design of knitted fabrics and promotes the development of personalized garment customization.

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Simulation of bespoke garments using parametrically designed patterns

Cited by 7 publications

References 16 publications

Fast three-dimensional simulation based on data constraints and methods to improve the realism of knitted sweaters

Fast three-dimensional simulation based on data constraints and methods to improve the realism of knitted sweaters

Associate Design of Fashion Sketch and Pattern

Texture mapping-based virtual simulation of striped jacquard fabrics

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