سميرا فتحي بي نهري

Abstract: The interior design process in architecture has always faced challenges such as the need for accurate spatial understan‎ding, limitations in realistic representation of designs, an‎d difficulties in establishing effective communication between designers an‎d clients. The use of emerging technologies such as 3D scanning an‎d virtual reality enables the creation of precise, interactive, an‎d highly realistic models of interior spaces, significantly improving the design process. These technologies enhance accuracy, transparency, an‎d the quality of design decisions, while also improving users’ spatial perception an‎d experience. This research aims to design an‎d implement a platform based on the “scan-to-virtual reality” process within the field of architectural interior design. The platform utilizes the LiDAR sensor embedded in smartphones as the primary tool for three-dimensional scanning of interior spaces, generating accurate 3D models of architectural environments an‎d presenting them within an interactive virtual reality setting for design review an‎d eva‎luation. In this study, after reviewing an‎d selec‎ting appropriate software for scanning an‎d data processing, the most suitable tools were chosen to produce high-accuracy outputs with diverse capabilities. The scanned data were then carefully processed to create three-dimensional models of interior spaces.

پلتفرم , واقعيت مجازي , اسكن سه بعدي , تعامل انسان و كامپيوتر , بازسازي ديجيتال

Platform , 3D scanning , Digital Reconstruction , Human-computer interaction

Samira FathiBinahri

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