Sony PlayStation 4 Controller White Low-poly 3D model

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The high-quality, low-poly 3D model of the Sony PlayStation 4 game controller in white is widely used across various fields including 3D-graphics. This includes application in game development, advertising, interior design, motion picture art, and visualization. The model was created by utilizing ortho-photos of a real controller which allowed for an extremely accurate recreation of the design. The ease of use associated with this model is primarily due to its simplicity. It consists of one mesh, has low polygon count which helps conserve system resources, and utilizes only one material. This results in realistic visual output regardless of the chosen renderer. Incorporating quality high-resolution photo-textures contributes significantly towards achieving a more realistic outcome. Additionally, employing advanced realism-enhancing techniques such as Specular, Glossiness, Bump, and Emission textures gives life-like characteristics to certain elements within the model. Combining competently thought-out topology with detailed textures allows for achieving maximum quality even in situations that call for close-up visuals, minimizing the number of required polygons. This level of efficiency is ideal for most projects. Furthermore, detailed textures allow users to manipulate the visual aspects more accurately and effectively. The addition of various maps like Specular and Glossiness helps achieve the desired effects without adding complexity. In terms of files and compatibility, this 3D model features five primary textures, each with a square resolution of 4096 pixels in .png format, along with original .PSD files for custom manipulation. Compatibility-wise, it was created in 'Maya 2009' software, possesses dimensions accurate to the real-world scale, has parts correctly named and uses realistic units measured in centimeters. Additionally, there exists an adjusted render scene created in Maya 2014 utilizing the V-Ray 2.40 plugin. The saved file format of '.ma' allows it to be used across various versions, including earlier iterations up to Maya 2012 with VRay 2.0, as long as VRay rendering is enabled. Users may utilize this model in different software by loading scene files saved in the following formats: .fbx, .obj, .DAE, and .max compatible with 2010 versions. It is crucial to note that due to its low-poly design, any attempt at using smoothing modifiers might produce unexpected results. Therefore, they are not recommended for optimal model appearance.