Vase twisted squeezed and bent quadratic 2 with diagonal grid... 3D print model

cgtrader

The provided model is highly adaptable to various VR applications and is well-suited for real-time rendering. Its ability to withstand subdivisions means it's perfect for complex architectural projects, intricate interior scenes, dynamic visualizations, and elaborate animations or computer-generated imagery projects. This 3D model can be easily scaled down or up in accordance with real-world standards due to its accurate dimensions, ensuring a realistic representation. The model was created using powerful software like 3ds Max 2016, which facilitated exportation into other formats for flexibility. For artists seeking further detail, the geometry can be divided at any point to achieve higher resolution without negatively impacting performance. Furthermore, this 3D model is generated as a single solid geometry object, thus simplifying subdivision procedures. An added layer of depth is provided by the Turbosmooth modifier on top of its mesh geometry with 2 iterations, enabling smooth results in visual renderings. Its position is conveniently centered at the origin of the scene, facilitating straightforward management. Rendered with Vray 3.0 and a simple Vray standard material with no textures applied, it presents itself as a pristine surface ideal for showcasing the true nature of its underlying structure. This design choice minimizes unnecessary complexity and focuses attention on the model's shape rather than decorative elements. Although illumination setup is absent from the original scene within 3ds Max, this allows designers and developers to create or implement their preferred lighting schemes based on individual project needs. When considering the dimensions necessary for successful 3D printing, the provided model's size reads as follows: an approximate 11,192 cm length, a corresponding height of about 11,167 cm, and a significant depth of 23,739 cm. This suggests substantial spatial proportions that warrant attention during the modeling process to guarantee precise scale replication in the real world. To meet specific demands or alter any features, model changes can be carried out with our support – merely reach out to inquire about the options available for such an endeavor.