Creating Expressive Costumes Inspired by The Stone Engravings of the Hima Region Using Augmented Reality
Creating expressive costumes reality technology to support tourism promotion in the KingdomThe process begins with digitally designing the costumes using specialized software to produce accurate3D models that reflect the details and colors of the carved stone sculpturesThese models are then programmed into an augmented reality environment using an application that allows virtual interaction with the costumes from different anglesThe Hima Cultural Areawith its rock carvingswas chosen as the inspiration for these costumesThe research focuses on leveraging modern technology and exploring opportunities to develop expressive theatrical fashion presentation methods by employing modern techniques and creating presentation styles that contribute to supporting and promoting tourism at the local and global levels in a way that combines authenticity and innovation while keeping pace with the requirements of digital transformationThe experiment begins by designing the costumes usingCLO3Dsoftware to create accurate 3D models of the expressive theatrical costumesfocusing on the details of the inspiration sources and materialsThenUnity software is used to program these models with the human body to accurately and interactively project the clothes onto the bodyallowing for an interactive fashion show that simulates the experience of wearing the clotheswhich users can view and interact withThe descriptive analytical approach was used with the applicationand the research tools included a questionnaire to measure the degree of acceptance designs inspired by the patterns of the fever region usingaugmented reality techniquesa judging form for the validity ofaugmented reality technology as an advanced approach in fashiondesign by fashion design specialists and a questionnaire tomeasurethe degree of consumer acceptance
Institutions
- Qassim University (SA)
- Helwan University (EG)
Publication Details
- Journal
- التصميم الدولية
- Published
- 2025-12-21
- DOI
- https://doi.org/10.21608/idj.2025.445570.1473
- Primary Topic
- Environmental Engineering and Cultural Studies
- Type
- article
- Field-Weighted Citation Impact
- 0.00