Vase Tsunami with fine organic cells 3D print model

cgtrader

Human-made models designed specifically for VR and real-time applications require detailed attention to create immersive experiences. In architectural interior scenes and visualizations, high-resolution 3D models ensure an authentic representation of the space. Original CAD designs using 3ds Max 2016 were exported to multiple formats, allowing for increased versatility in usage scenarios. The geometry model is a singular, unified entity created with precision engineering standards in mind. This structure's inherent design lends itself to seamless subdivision without compromising overall quality. TurboSmooth modifiers play a pivotal role in refining the surface topology by applying algorithms that enhance polygonal resolution incrementally up to 2 iterations. As a result, this 3D model presents realistic organic forms at macro scales. Moreover, centering of geometry objects guarantees effortless integration into pre-existing visual workflows centered around origin points. In rendering processes facilitated through Vray 3.0, designers can choose between default settings or simple yet efficient material presets that include the standard Vray option. Notably, the exclusion of textures ensures an entirely neutral backdrop against which users can focus on custom-made environments and object behaviors using varied 3D visualisation techniques. Architectural visualisation models require utmost attention to realistic dimensions if printed. At specific resolutions: length equals 10,741 centimeters, width equates to 10,608cm and the total height amounts to a remarkable 28.07 cm for precise photorealistic scale simulations with detailed V-Ray Standard rendering techniques used here.