VASTANBY VASTANA BERNHARD 3D model

cgtrader

BRIANTON BY BERNHARD VASTAN\n\nCheck out the official manufacturer's website at https://www.ikea.com/ru/ru/catalog/products/S39229756/\n\nGet to know the dimensions of this piece:\n\nThe table is impressive, measuring 170 cm in length and 78 cm wide, with a height of 75 cm.\n\nMeanwhile, the chair can handle up to 110 kg and boasts a seat width of 45 cm, depth of 40 cm, and a seat height of 47 cm, along with a sturdy base that's 49 cm wide and 50 cm deep, reaching an impressive height of 77 cm.\n\nIncluded in this valuable archive:\n - A 3D file in max2012 format for Vray and Corona (volumetric ray tracing enabled)\n - .OBJ, .Fbx_vray, and .Fbx_corona files to cater to different render needs\n - Rich textures to elevate your designs\n - A comprehensive library of materials at your disposal\n\nNotable details about the 3D model include a total count of polys: 115480 and verts: 125487.\n\nUsers with older V-Ray versions, namely those lower than 3.1, take heed: Microfaset GTR (GGX) materials are included in the BRDF section, but these might not work on versions older than 3.1. If this is your case, switching to Blinn, Phong or Ward is highly advised.\n\nWhen it comes to Corona rendering, a minimum of version 1.5 is recommended to take full advantage of the material settings tailored for PBR (Physically Based Rendering). This way you'll achieve a precise representation of glossiness and other aspects of materials as they appear in real life.\n\nRest assured, all file paths have been erased, allowing you to start fresh. As an added bonus, the model is situated in the zero coordinate point, so it's ready for instant integration with your workflow. Lastly, since this model utilizes metric units (millimeter), you can easily adjust sizes and scales without encountering any inconsistencies.\n\nFor anyone aiming for maximum authenticity, make sure to note that all elements were set up within an optimal working environment that is 3D modelling-centric - ideal conditions allowing the rendering to achieve a top-grade image.