Synthesizing Realistic Cracked Terrain for Virtual Arid Environment Generation

Virtual environments play a pivotal role in various applications such as video games, simulations, and virtual reality experiences. Creating realistic and immersive virtual arid environments necessitates the generation of terrain featuring cracked surfaces, mirroring the parched landscapes of arid regions. This paper presents a novel approach for synthesizing realistic cracked terrain to enhance the authenticity of virtual arid environments. We explore the underlying principles of terrain generation, the significance of realistic cracked features, and the computational techniques used to achieve this realism. Through a series of numerical experiments, we validate the correctness of our proposed technical approach for synthesizing realistic cracked terrain for virtual arid environment generation.