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Digital Inheritance of Traditional Mongolian Robes of the Nayman Tribe

Hui Shi

Hui Shi

  • Inner Mongolia University of TechnologyBaotou, China
  • Digital inheritance of national costumesBaotou, China
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Shi, Hui
, 
Ting Duan

Ting Duan

Inner Mongolia University of TechnologyBaotou, China
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Duan, Ting
, 
Xiao Yu

Xiao Yu

Inner Mongolia University of TechnologyBaotou, China
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Yu, Xiao
 e 
Qi Dong

Qi Dong

Inner Mongolia University of TechnologyBaotou, China
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Dong, Qi
  
15 dic 2023
Digital Inheritance of Traditional Mongolian Robes of the Nayman Tribe's Cover Image
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Categoria dell'articolo: Research Article
Pubblicato online: 15 dic 2023
Pagine: 1 - 14
DOI: https://doi.org/10.2478/ftee-2023-0049
Parole chiave
© 2023 Łukasiewicz Research Network-Łódź Institute of Technology, published by Sciendo
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 3.0 License.

Fig. 1.

Technology roadmap
Technology roadmap

Fig. 2.

Flow chart of point cloud data processing
Flow chart of point cloud data processing

Fig. 3.

Physical picture of traditional Nayman tribe cotton robe
Physical picture of traditional Nayman tribe cotton robe

Fig. 4.

human body scan after the completion of the interface
human body scan after the completion of the interface

Fig. 5.

Point cloud data processing process
Point cloud data processing process

Fig. 6.

Encapsulated point cloud data for the human model
Encapsulated point cloud data for the human model

Fig. 7.

Processed human model
Processed human model

Fig. 8.

Cross-shaped plane structure
Cross-shaped plane structure

Fig. 9.

Traditional Nayman tribe cotton robe structure sample diagram. a. Nayman cotton robe primary structure diagram b. Nayman cotton robe fly piece structure diagram c. Nayman cotton robe sample separation diagram
Traditional Nayman tribe cotton robe structure sample diagram. a. Nayman cotton robe primary structure diagram b. Nayman cotton robe fly piece structure diagram c. Nayman cotton robe sample separation diagram

Fig. 10.

Quilting and stitching diagram of a traditional Nayman tribe cotton robe. a.front, b. back, c. inner lining
Quilting and stitching diagram of a traditional Nayman tribe cotton robe. a.front, b. back, c. inner lining

Fig. 11.

Traditional Nayman tribal cotton robe with removable cloth block
Traditional Nayman tribal cotton robe with removable cloth block

Fig. 12.

Nayman tribe virtual mannequin
Nayman tribe virtual mannequin

Fig. 13.

Cotton robe sample arrangement. a.two-dimensional sample of cotton robe, b. sample arrangement, c. sample arrangement results
Cotton robe sample arrangement. a.two-dimensional sample of cotton robe, b. sample arrangement, c. sample arrangement results

Fig. 14.

Cotton robe virtual sewing process
Cotton robe virtual sewing process

Fig. 15.

Lint filling simulation
Lint filling simulation
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Fig. 16.

Quilting process simulation
Quilting process simulation

Fig. 17.

One-word button sample and simulation effect
One-word button sample and simulation effect
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Fig. 18.

Simulated cotton robe pressure distribution
Simulated cotton robe pressure distribution

Fig. 19.

Traditional Nayman tribal cotton robe model diagram
Traditional Nayman tribal cotton robe model diagram

Fig. 20.

Nayman tribe’s traditional cotton robe physical try-on figure
Nayman tribe’s traditional cotton robe physical try-on figure

Polygon stage processing method

Comparison results between the virtual model and actual clothes

Garment construction Process structure Texture of fabrics Fitting effect
Actual clothes Stretchy, criss-cross planar structure, one-piece with sleeves The whole garment is quilted and has a one-word button closure. The fabric is plain black cotton with a firm texture and a flat surface. A-line silhouette for a more relaxed and comfortable fit, with less pressure between the garment and the body.
Virtual clothes Complete restoration of the structure of the garment, cross-plane structure, one-piece with sleeves The virtual effect of the quilting process and the cotton wool filling effect are realised, and the one-word button structure is restored. The fabric is recovered from black plain cotton, adjusting the relevant properties and lustre so that it is infinitely close to the texture of the actual fabric. The overall silhouette of the virtual fitting is consistent with the real thing, and the pressure test results are reasonable.

Comparison of cotton robe fabric texture before and after adjustment

Virtual effects of different values of air-filling simulation
Lingua:
Inglese
Frequenza di pubblicazione:
Volume Open
Argomenti della rivista:
Economia e business, Business management, Informatica del business, Process Management, Chimica idustriale, Cellulosa, carta e tessuti, Scienza e tecnologia dei polimeri, Scienze materiali, Biomateriali e materiali naturali
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