Synthesizing Procedural Landscape for Volcanic Eruption Simulation in Virtual Reality

Virtual reality (VR) has emerged as a powerful tool for simulating and visualizing various natural phenomena, offering immersive experiences for education, research, and entertainment. In this paper, we present a novel approach for synthesizing procedural landscapes to simulate volcanic eruptions in virtual reality. We combine geological principles, procedural generation techniques, and immersive VR technologies to create a realistic and interactive volcanic eruption simulation. According to a series of numerical experiments and preliminary user studies, we show the correctness of our proposed technical approach. Our approach has the potential to enhance understanding of volcanic processes and contribute to the development of virtual geoscience environments. We describe the underlying methodology, system architecture, user experience, and discuss the potential applications and future directions in geoscience edutainment.