Using Marvelous designer software to compare some methods of Constructing digital pattern for women's trousers | ||||
| International Design Journal | ||||
| Article 29, Volume 14, Issue 4 - Serial Number 62, July and August 2024, Page 369-384 PDF (1.24 MB) | ||||
| Document Type: Original Article | ||||
| DOI: 10.21608/idj.2024.287011.1145 | ||||
 View on SCiNiTO | ||||
| Author | ||||
asmaa abd elazez 
| ||||
| Al Azhar university | ||||
| Abstract | ||||
| The idea of the research is to try to take advantage of 3D software technology (Marvelous Designer12) in comparing some methods for constructing a digital pattern of women’s trousers and measuring their fit to the Egyptian body. Four methods were identified for comparison (Winifred Aldrich, Bunka, Fernando Burgo and Antonio Donnanno). The research follows the descriptive analytical method and the quasi-experimental method, where the size of the mannequin attached to the program was initially modified according to the table of Egyptian measurements for women (size 46). Then construct women’s trousers pattern on the program using the four methods separately, then simulate the patterns on the mannequin and measure the level of fit of the patterns during the movement and stop of the mannequin using the fitting maps attached to the program. A rating scale was prepared to evaluate the patterns by specialists in the field of clothing and textiles (faculty members in colleges of home economics and corresponding colleges and workers in the ready-made clothing industry), and the results of the research revealed the best method of the Bunka method in terms of fit and suitability to the Egyptian body during movement and stop, followed by the Aldrich method. Then Borgo, then the Donano method., it is recommended to use the Bunka method to construct the women's trousers pattern in the industrial and academic fields, taking into account the deletion of the amount of ease in the waist line to achieve a higher level of adjustment and fit. | ||||
| Keywords | ||||
| Digitizing; Digital Pattern; 3D Programs; Fitting Maps; Women’s Trousers Blocks | ||||
|
Supplementary Files
|
||||
| References | ||||
|
1- Al-Barbari, Ahmed Fahim (2023), “Utilizing virtual simulation to fitting the industrial pattern in the sampling department of ready-made garment factories - a case study,” Journal of Architecture, Arts and Humanities, Volume 8, Issue 37, pp. 121-143.
2- Al-Shawi, Ghada Othman, Al-Hamdi, Thuraya Mahmoud (2023), “Developing the skills of female fashion design students in digital patterns using the Modaris program,” Saudi Journal of Art and Design, 2023, Volume 3, Issue 2, pp. 91-127.
3- Al-Nadi, Hajar Ali, Al-Fishawy, Rehab Shaker (2023), “A comparative study between the methods of Winifred Aldrich and Fernando Burgo in drawing the basic pattern and implementing women’s evening wear,” Journal of Research in the Fields of Specific Education, Volume 9, Issue 48, pp. 589-633.
4- Bakhit, Imad Zayed (2019), “The effect of applying a mathematical equation to address the change in fabric dimensions in adjusting the pattern using the computer,” Egyptian Journal of Home Economics, No. 35, pp. 523-546.
5- Selim, Majda Mamoun (2018), “A comparative study to construct three advanced methods for women’s patterns to benefit from in the ready-made clothing industry,” Scientific Journal of the College of Specific Education, No. 24, Part 1, pp. 1379-1416.
6- Selim, Majda Maamoun, Mahran, Sarah Ibrahim, Mohamed, Yasmine Fathi (2019), “A comparative study of methods for constructing and adjusting the women’s trousers pattern to benefit from it in the ready-made garment industry,” Journal of Home Economics, No. 35, pp. 207-236.
7- Selim, Magda Maamoun, Al-Sakhawy, Shaima Abdel Moneim (2021), “Constructing Basic Patterns for Women’s Clothing,” Egyptian House of Books and Documents, 1st edition, Cairo.
8- Selim, Magda Maamoun, Mahran, Sarah Ibrahim, Massad, Imad Zayed, Mohamed, Yasmine Fathi (2022), “The effectiveness of a training program for the digital transformation of clothing patterns in light of Egypt’s Vision 2030,” Volume 13, Issue 5, pp. 321-348.
9- Abdel Salam, Iman Abdel Qader, and others (2003), “Deformation on the Mannequin between Authenticity and Modernity,” Alam al-Kutub, 1st edition, Cairo.
10- Faraj, Fida Bint Khader, Dabas, Rania Mustafa, Salem, Shadia Salah (2017), “A comparative study between the manual method and three-dimensional (3D) programs in drawing the flat pattern for the production of women’s trousers,” Volume 7, Issue 4, pp. 267-276 .
11- Moamen, Najwa Shukri, Abdel Ghaffar, Soha Ahmed (2009), “Deformation on the Mannequin”, Dar Al-Fikr Al-Arabi, Cairo.
12- Youssef, Jihan Fahmy Mustafa (2023), “Constructing the basic pattern for women’s trousers using artificial intelligence applications and measuring its adjustment and matching to the body,” International Design Journal, Volume 13, Issue 5, pp. 349-358.
13- Aldrich, W. (2015). Metric Pattern Cutting for Women's Wear, 6th, United Kingdom, Wiley.
14- Bunka Fashion College. (2010). Bunka fashion series garment design textbook 3 – Skirts and Pants, Japan, Bunka Publishing Bureau.
15- Burgo, F. (2004). Il modellismo. Tecnica del modello sartoriale altamoda e industriale. Donna, uomo, bambino, 1st, Italy, Istituto di Moda Burgo.
16- Dickerson, E. R. (2023). Draping digitally: an investigation of digital pattern making for the costume technician (Doctoral dissertation), The University of Texas at Austin. https://2u.pw/k7Bkm6k
17- Donnanno, A. (2014). Fashion Patternmaking Techniques, Vol. 1, Germany, Promopress.
18- Grayer Moore, J. (2020). Patternmaking history and theory, 1ST , United Kingdom, Bloomsbury Publishing PLC.
19- Grice, P. (2018). Digital Pattern Cutting For Fashion with Lectra Modaris®: From 2D Pattern Modification to 3D Prototyping, 1ST, United Kingdom, Bloomsbury Publishing PLC.
20- Jinlian Hu, (2011). Computer Technology for Textiles and Apparel, 1st, United Kingdom, Woodhead Publishing.
21- Nayak, R., & Padhye, R. (Eds.). (2015). Garment manufacturing technology, United Kingdom, Woodhead Publishing, Elsevier Ltd.
22- Stott, M. (2012). Pattern Cutting for Clothing Using CAD: How to Use Lectra Modaris Pattern Cutting Software, 1ST, United Kingdom, Woodhead Publishing.
23- Zakaria, N. (Ed.). (2022). Digital Manufacturing Technology for Sustainable Anthropometric Apparel, United Kingdom, Woodhead Publishing, Elsevier Ltd.
24- Zieman, N. (2008). Pattern Fitting With Confidence, 1ST, United State, Krause Publications.
26- https://support.marvelousdesigner.com/hc/en-us/articles/360036924912-What-is-Marvelous-Designer 332024
27- https://optitex.com/ 2122024
29- https://2u.pw/8a21JN3 2222024
| ||||
|
Statistics Article View: 354 PDF Download: 275 |
||||
