Abstract:
The ability to think in three dimensions and to
visualize is of greater significance in the field of Interior Designing.
It is well examined, that the most prevalent concern about
interior designing is the interpretation gap between the client
and the designer. The clients’ imagination to visualize the final
arrangement of the interior is more dominant than metaphysical
concepts in the conceptual Interior design stage. The purpose
of the study is to analyze Human-Computer Interactions (HCI)
utilizing the widely researched Augmented Reality (AR) technologies,
to decrease the gap of the design interpretation in the
process of traditional Interior Designing. Specifically, it evaluates
the best way to communicate the concept of Interior Designing
to the client in an immersive virtual blueprint and to analyze
the process. To examine the requirement of a virtual interior
design that leads to attaining client affection, an interview was
conducted with interior designers and people who recently got
houses built or re-furnished. The results revealed the difficulties
in understanding the client’s personality and preferences in the
designing process. Moreover, clients are more likely to encounter
a high cost for designing before the dissatisfaction of the physical
application of the interior. This paper presents four enhanced
methodologies to make an impact on the visualization and
analysis of the design process, to produce a room with a new
look cost-effectively, create a virtual measuring tool by utilizing
the AR and computer vision algorithms such as Canny edge
detection, dilation, and erosion, to sort out the best wall paint
and to estimate the number of coats by applying Machine
Learning (ML) algorithms, to sort out the best-matched furniture
by utilizing decision tree algorithm and to distinguish the best
furniture to position according to Interior design principles
by using marker less Simultaneous Localization and Mapping
(SLAM) mobile technologies.