Set of shower doors RAVAK set 53 3D model

cgtrader

Here is the text rewritten using a Flesch-Kincaid grade level of 100% or higher: 3D Models Rendered to Perfection - A Realistic Set of Shower Doors from RAVAK, Set 53. Topological Features of Geometry: The three-dimensional model replicates the real shower doors accurately in terms of shape and proportions. The geometry of the model is meticulous and organized, comprised primarily of simple polygons that ensure precise definitions. This configuration enables close-up renderings without distortion or inaccuracies. Materials and Textures Included: Comprehensive 3ds Max files featuring Vray shaders are provided, along with files incorporating Corona-Shaders for compatibility purposes. Texture paths have been eliminated to streamline the setup process. These elements collectively support detailed visualizations. Scene Organization: Each object and material in the scene is named accordingly to facilitate navigation and ensure efficient collaboration. The model has been dimensioned according to real-world measurements (mm) for authentic replication. Coordinates of the model's location are defined by the axes' origins, avoiding extraneous elements or objects. File Formats Supported: The original file format consists of 3ds Max 2013 along with Vray and Corona support, facilitating seamless rendering across different environments. Compressed archives also contain object files (.obj), standard ASCII scene data (.n1d5). Renders Performed to Optimal Settings: Previews were rendered within 3ds Max using Vray shaders, confirming that the model is optimized for real-time visualization using Vray and Corona engines. No modifications are required for visual representations within compatible platforms. Archive Contents: Packaged contents include individual files representing unique configurations of the shower door series (e.g., BSD3, CSDL2), along with accompanying components like the Grohe shower system and related Ravak packaging materials. Dimensions Recorded: 1200 x 900 mm; 900 x 900 mm