Yorkshire Terrier Dog 3D model

cgtrader

This is a 3D model of Yorkshire Terrier Dog originally created with 3Ds Max 2011 software. All preview images were rendered with V-Ray rendering technology using out-of-the-box files. No post-processing was necessary since lights, cameras, and compositing tools are all included in the product. Ready-to-render files come with included textures, materials, and rigging that's already animated for smooth animation. Various file formats are supported to fit different needs and preferences. || Supported File Formats || V-Ray version 2.10.1-compatible .MAX format is provided by default, along with standard .OBJ format suitable for most rendering tasks. FBX export option ensures seamless integration across a variety of Autodesk applications. Polygon and vertex count totals include all objects used to create this model: Polygons: 30258 Vertices: 15693 Texture maps come in two types: JPG and TIF formats accommodate any desired aesthetic, making this dog look sharp no matter the settings chosen. Multiple animations make it a flexible addition for use across a wide range of contexts: Frames include 181-202 (sitting, then remaining stationary) frames from 214-233 display sitting before beginning to move From frame 234 through 257 comes the scene of walking Next up are frame ranges demonstrating transition behaviors, such as moving forward until stopped. Stop-action animations also play out beautifully: Frames ranging between 258-285 showcase walk, followed by sudden stop action Transitioning further on from a complete stop, to taking off into rapid-paced running Using 307 frames all the way up to and including frame number 334 shows model at speed while halting briefly in stride once before finally bursting ahead With subsequent scenes continuing onward without pause: Frames starting around frame #335 right through to 348 reveal a dynamic display of moving from jogging Allowing the animation flow not skipping so many other critical key poses that allow such realism for user to make better content, with even detailed turning into a more intense sprint before, gradually gradually slow run in which model is slowing but doesn't get stuck - stopping all around with perfect speed: Running frames go all way from #335 thru #348; right next turn-around sequence begins, continuing all through at least some turns with last segment ending completely stationary - no need to wonder anymore about whether content remains active.