LG 29UM65-P Low-poly 3D model

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The high-quality low-poly 3D model LG 29UM65-P is widely used in various fields like game development, advertising, interior design, motion picture art, and visualization. The modeling was done by capturing real-life ortho-photos of a monitor, resulting in the most authentic recreation of all details in the design. One of the key benefits of using this model is its ease of use due to the fact that it consists of only one mesh with a low polygon count, saving system resources and allowing for seamless rendering. The model also has only one material, making it straightforward to integrate into various 3D scenes. Regardless of the renderer used, the high-resolution photo-textures provide realistic visual output. By combining detailed textures with low-poly topology, users can achieve high-quality visuals using a minimal number of polygons, which is suitable for close-up views as well. For advanced realism, the textures incorporate Specular, Glossiness, Bump, and Emission effects. For best results, set the Bump Multiplier between 0.1 to 0.2 in Maya Software materials or V-Ray MTL materials for maximum visual impact. A total of five main textures are provided with a resolution of 4096 pixels per square inch, saved in .png format along with an original .PSD file in each archive package. This 3D model was created using the Maya 2009 software. It is available at real-world scale, with all parts correctly grouped and named for ease of navigation within scenes. In addition to the model files, there is also an optimized render-scene included in .ma format saved specifically for Maya 2014 with a V-Ray renderer plugin version 2.40. However, due to being saved as a Maya Archive (.ma) file format, users running earlier versions up to Maya 2012 with V-Ray 2.0 can open it seamlessly. For users looking to integrate the model into other software or applications, .fbx, .obj, and .DAE export options are included in the package along with an auto-rendering capability using a V-Ray render setup that is specifically adjusted for rendering this low-poly object at high definition. This model comes without any modifications suitable for smoothing algorithms since it's built specifically for use in low-poly models and graphics applications.