Vase taper squeezed neck with two layerd lattice very twisted... 3D print model

cgtrader

The provided model is a detailed and complex representation of various aspects, making it suitable for multiple applications within virtual reality (VR), real-time processing, 3D printing, architectural interior design scenes, visualizations, animations, or other computer-generated (CG) projects. The 3D model's accurate real-world scale allows for precise representations in simulations. The 3D printable format ensures the object can be successfully produced through various 3D printing technologies without scaling adjustments necessary, ensuring accurate output of final product dimensions as intended. The model is an amalgamation of advanced tools used for its initial creation. The detailed object geometry was first established with Autodesk's powerful software tool 'Autodesk 3ds Max', released in 2016 edition version; it supports rendering to other widely-used formats allowing for further adjustments on external softwares or environments where compatibility issues do not pose a challenge. Enhanced levels of resolution can be achieved by subdividing the single, fully formed 3D geometry component created during initial creation. This characteristic enhances suitability and practicality in both computer graphics projects as well as for 3d rendering processes that need further detailed refinement, while still preserving an ideal level of detail through effective geometric control techniques and operations. The entire model can then easily accommodate modifications such as subdividing to increase the object's total number of vertices and triangles. All details of the created object were produced without inclusion of external or third party elements like textures so making adjustments simple should it be necessary. To prepare the complex data in compatible format required for successful integration into visualizing, simulating and ultimately analyzing this 3d design the data was created as single fully closed mesh using subdivision to enhance smooth curvature. With Turbo Smooth Modifier on top of original geometric shapes we've taken object definition even a bit higher for precision rendering without texture application which might be included optionally if that would need more fine-grained representation level. For example when the object must render high level of detailing to simulate real world accuracy during real-time visualization. For rendering V-Ray 3.0's tools in the simplest material type from v-ray tool kit has been chosen with intention of minimizing complexities and simplifying model as required so user doesn't need to deal too much overhead for complicated scenes where it would otherwise pose challenge. All light setup that would help make image or other visual outputs is completely excluded; you should therefore handle any necessary lighting tasks in whatever application or platform will ultimately be using this data during 3D visualization task implementation stages of rendering processes required at those points. This detailed representation, ready to use model for advanced computer graphics operations comes within an origin-aligned coordinate system ensuring quick and simple adjustments into place, especially helpful when further editing process becomes part in subsequent simulation work with all objects, like other items already inside current simulation.