Filon of Potion Low-poly 3D model

cgtrader

This is a low-resolution model Filon of Potion made up of 548 polygons and featuring 562 vertices.\n\nThe low-resolution poly model was created in Maya 2018 using precision polygon modeling techniques.\n\nTextures were crafted specifically for this model using the full range of features found within Substance Painter, version 2018.\n\nA test render on a white background in Maya 2018 utilizing the Vray 3.6 rendering engine showcased high-contrast visuals.\n\nFurther renders were completed in Substance Painter utilizing IRay to create deep, rich shadows on dark backgrounds.\n\nIn addition, tests were performed within the Marmoset Toolbag 3, yielding high-quality results against gray backgrounds.\n\nThe resulting image showed strong visual contrast and accurate rendering of all elements due to the effective use of lighting and advanced rendering capabilities.\n\nEach provided archive contains a comprehensive model file as well as an exhaustive set of textures in the included folder.\n\nTextures are rendered at 2000x2000 pixels, stored in the industry-standard PNG format.\n\n**Vertex Count: 562.\n\nPolygon Count: 548.** **Texture Variants Included:** - Specc / Gloss: A range of key textures that accurately reflect real-world surface attributes such as Diffuse, Specular Intensity, Index Of Refraction, Specular Color, and Normal Maps, each serving to simulate detailed, nuanced visuals on the surface of the object. PBR Method Includes: * BaseColor * Roughness Map * Metalic Level (metal content) * Ambient Occlusion Map (depth-related effects that create a natural shadow appearance) * Opacity/Transparency for subtle blending of materials and other layered items in complex compositions * Emissive, Normal maps (to add realistic, organic appearance through high-resolution textures) For each texture, an alternate variant is provided as an asset with subtle visual variation through slight hue adjustments. These alternatives allow for a wider array of design and creative possibilities without extensive alteration of model geometry or materials themselves