Description: A tessellated mesh is a 3D model that has been subdivided to create more detail. This tessellation process involves dividing the faces of a model into smaller polygons, allowing for a more accurate and detailed representation of the object’s surface. Tessellated meshes are fundamental in the development of computer graphics, as they enable artists and designers to create complex and smooth shapes that appear more realistic in three-dimensional environments. Tessellation not only enhances visual quality but can also optimize performance in graphics engines, where LOD (level of detail) techniques can be applied to manage mesh complexity based on the object’s distance from the camera. Additionally, tessellated meshes are essential for applying textures and lighting effects, as a higher polygon count allows for better interaction with lights and shadows in the scene. In summary, tessellated meshes are a key tool in creating 3D graphics, providing both detail and flexibility in the design of complex models.
