Edward II 3D model

cgtrader

Janus Et Cie is pleased to present the exquisite Edward II from their latest collection. This majestic piece commands attention in any room. Standing at a formidable height of 900 mm with a generous seating area spanning 610 mm in length, the Counter Stool is sure to be the focal point. Matching this regal stool is its sleek and stylish side chair counterpart. With an elevated profile reaching up to 950 mm, the W 470 x D 570 x H configuration gives off an air of refinement that exudes luxury. Even more alluring, a seating height of merely 470 mm guarantees total comfort. This phenomenal furniture set has been meticulously crafted in 3ds Max 2014 utilizing cutting-edge technology, complemented by V-Ray 4.0 and Corona Renderer to ensure stunning visual effects. When sharing files, the available options are extensive, as Edward II is readily available in FBX and OBJ formats, guaranteeing flexibility. Within its framework, each intricate component boasts rich texture detail due to a Reinhard Gamma mapping scheme employing gamma correction set at an impressive 2.2. Moreover, precision engineering shines with its polygonal design composed of precisely formed geometric polygons and unrivaled mesh structures made up of approximately 106,258 carefully aligned polygon fragments and no fewer than 110,298 distinct vertex intersections, demonstrating impeccable attention to quality. Material definition remains true in exquisite 3D models thanks to provided detailed information concerning map inclusion which are rendered crisply on high-resolution mapping formats guaranteeing exceptional model details such as accurate material appearances along with intricately defined mapped data structures that offer precise texture detail, even for fine objects within complex UV unwrapping sequences employing highly organized mapping layouts which result in visually convincing texture alignments showcasing rich 2D representations. Furthermore, this digital reproduction retains meticulous detail with its included handwoven design components which were seamlessly unwrapped according to high-quality layout protocols to preclude overlapping sections. It would thus provide precise control over each model’s intricately layered component. In essence, an outstanding work in intricate detailing which should certainly attract users working within professional rendering domains employing powerful rendering capabilities to bring 2D illustrations to fully-fledged digital models and 3d environments using robust computational powers that accurately handle intricate geometries composed of large polygons combined into smaller meshes as found with poly mesh modeling applications for detailed scenes involving large architectural components along various environmental objects showcasing vast range textures.