Cartoonwolken 3D-Modell

- This low-poly model of beautiful clouds, made in unrealistic and fabulous, colorful style with hand-painted textures. -Perfect for using in fairy tale or cartoon visualization, games, video, VR, AR and other production. You can also simply use the model directly in compositing programs such as: The Foundry Nuke, Eyeon Fusion or other programs supporting the FBX or OBJ formats. -3ds max scenes have very flexible and fully customizable materials allow to get a very varied results and adjust the material according to your needs or environment. Very detailed instructions in PDF format included. -All preview images are not using postproduction. -All objects, material and texture are called predictable, appropriate names. -The model can be repeatedly subdivided with active smoothing groups to keep clear boundaries, or you can disable this option if you want to. -All images rendered in V-ray ________________________________ Textures\Materials: -3ds max scene set up for V-ray and scanline renderer (different files). Both versions use the standard 3ds max materials and made with standard tools, which allows for incredible flexibility and compatibility with any renderer that supports standard materials.. Objects used self-illumination material and can be used together with the light source or without. Each archive with the models includes 21 unique hand-painted textures, 7 color options for each cloud model: Night, Dark-Blue, Blue, Soft, Daylight, Sunset and Fantasy versions. -Cloud_big: 1024x1024 PNG -7 pieces -Cloud_mid: 768x768 PNG -7 pieces -Cloud_small: 512x512 PNG -7 pieces ________________________________ -Archives available for download: - Clouds_3dsmax_2012_V-ray.rar - (native) - Clouds_3dsmax_2012_Scanline.rar - Clouds_FBX.rar - Clouds_OBJ.rar ________________________________ -Geometry: -Cloud_big: Polys -2931 / Verts - 2930 -Cloud_mid: Polys -1402 / Verts - 1404 -Cloud_small: Polys -686 / Verts - 687 -Total: Polys -5019 / Verts - 5021 NOTE: 3ds max scenes contain a standard camera on a separate layer.