Efficient Rendering Algorithms for Parameterized Modeling and Virtual Interaction in Environmental Design

With the continuous progress of technology, the application of parametric modeling in the environmental design industry is becoming increasingly widespread. Parametric modeling, as an important means of modern environmental design, has been widely applied in the industry due to its unique advantages. Through parameterized design software, designers can achieve precise control over design schemes. By adjusting parameters, different design schemes can be quickly generated, greatly improving design efficiency. However, there are still shortcomings such as low accuracy and poor interactivity in the current visual modeling process of environmental design, which to some extent restricts the further development of environmental design. In response to the above issues, this article proposes an efficient rendering algorithm based on virtual reality technology (VR). This algorithm achieves fast and accurate rendering of environmental design models by combining parametric modeling and VR technology. The experimental results indicate that the efficient rendering algorithm proposed in this paper has high application value in parameterized modeling and virtual interaction of environmental design. This algorithm can improve the overall quality and efficiency of environmental design, providing designers with more convenient and efficient design tools.