Rotten Tree 01 Low-poly 3D model

cgtrader

The 3D scan of the rotting tree was meticulously captured through photoscan technology. The resulting lowpoly bake from this data showcases a remarkably accurate representation of the original scene. Combining these assets with the applied textures resulted in a rich and visually appealing outcome. Specifically, the mesh that supports this visualization consists of 2365 polygon vertices, providing a detailed yet manageable level of geometric complexity. The attached texture files are high-resolution images with dimensions of 4096x4096 pixels, saved as both PNG and TIFF formats to accommodate diverse workflows. The array of texture attributes included here offers an in-depth understanding of the scanned tree's characteristics: • Ambient Occlusion: A layer that indicates areas subject to ambient lighting conditions • Basecolor: Defines the fundamental color of the tree's surface • Curvature: Illustrates the curved regions within the mesh, indicating its geometrical intricacies • Glossiness: Controls how glossy or matte each area appears • Height: Specifies variations in altitude along the surface of the model • Metallic: Describes metallic surfaces within the scene, allowing for a touch of realism to be introduced • Normal: Defines normals for this 3D mesh, influencing how lighting behaves on its surface • Opacity: Manages transparency throughout different parts of the texture map • Roughness: Helps refine the overall aesthetic of surface roughness, thereby creating depth in visuals • Scan: Stores information regarding data captured from the tree using photogrammetry technology • Specular: Highlights high-spots that exhibit reflectivity • Thickness: Identifies areas with greater or lesser solidity within the 3D structure