Research on Indoor Space Layout Based on Redirection Algorithm

Abstract

As computer science and technology progress, the fields of control theory, graphics processing theory, and mathematics are gaining growing relevance in many elements of urban design planning. This research presents and assesses the current, future problems of VR technology, the methods and principles of redirection algorithm called Space-Trek Sorter algorithm, the screening of evaluation indicators, and the construction of a system, among other things. In addition, Models of urban environments and databases containing 3D data are created. 3D modeling and interactive adjustments of indoor space layout design schemes and planning are analyzed. This paper examined the 3D modeling of urban indoor space layouts, presented a simulation of cityscapes in VR, executes a simulation experiment, and analyzed the results; it also integrated and optimized indoor space layout design systems; it covered 3D modeling; and it covered indoor space layout plans and designs that may be modified interactively. Raising the level of agreement between the real world and the virtual backdrop is essential to succeeding in this endeavor. The study provides an in-depth analysis of the industry at large, drawing attention to the existing status and potential future difficulties of virtual reality.The conclusion focuses further into topics including 3D modeling, interactive indoor space layout design modifications, and virtual reality cityscape simulations. It is crucial for the success of VR-driven urban design and planning to achieve a better degree of congruence between the real world and virtual surroundings.

Keywords: Virtual Reality (VR), indoor space layout, 3D visualization, Space-Trek Sorter algorithm, redirection algorithm