Kedi Kürkü Rig 3D model

High Detailed Photo-realistic Cat completely UV-unwrapped and smooth-able, made and Rigged with Maya 2016 and For Fur Shave and haircut Version 9.0v51. The file can open in latest versions as well. --------------------- This Cat has been modeled with a clean topology based on quads and loops. It is ready to be animated and is smooth-able. 4 posses included. This model is ready to render EXACTLY as you see above. ********************* Eyeballs, corneas, mouth, whiskers and tongue are included and modeled separately. ********************* The model is provided with the following high resolution textures (main color map is .TGA): color (2048x2048) bump (2048x2048) specular (2048x2048) Hair density (2048x2048) Hair clump (2048x2048) Hair Clump. (2048x2048) Reflection. (2048x2048) Hair Mask. (2048x2048) TSHero_HDRI_v9. ------------------------------------------ Posses There are 4 poses Included On frame 0, frame 1, frame 2, frame 3 Total in 4. ----- Lighting and rendering can be edit easily. ----------------------------------------------------- This pack includes all the following formats: (ma. 2016) (Obj.) The Maya 2016 formats are ready to render exactly as you see above with V-Ray and A Haircut settings. The Maya 2016 formats are set with the '3' button for the geometry approximation preview and render. Maya 2016 format poly-count (quads): Total: 6381 Body: 2984 eyeballs: 592 mouth: 1622 whiskers: 1060 tongue: 122 *********************** NOTE: Hair guides converted to curves so you can use them as guides for different hair plugin. The Fur is made with Shave and A Haircut for Maya 2016 so you would need that software to render the fur out. The actual rendering time is about 3 minutes for an HD rendering 1200x1200 frame (rendered on a system based on a single Pentium quad-core with 8 gigs ram) Total of 1200k hair primitives, For an even better render quality you can increase the hair primitives count up to your machine memory limit The Shave and Haircut Fur is included in each Maya 2016 format (ma/mb).