Realistic woman model modèle 3D

-INTRODUCTIONS- Originally created with Maya 2019, sculpted in Zbrush 4R8 and final images rendered with Arnold Render and Marmoset Toolbag. The character was modeled in real-world scale, Height is 170 cm, the eye size is 2,3cm. In the .ztl files there are all the sculpted subdivision levels. All preview images are rendered with Arnold Render, product is ready to render as previews, lights and cameras are included in the file. File formats: - Maya 2019 (.mb) (.ma). - Zbrush 4R8 (.ZTL) (different file of any object). - OBJ. - Fbx -FEATURES- - Clean geometry, quads only - Edge loops based topology - Based on real photos - Great proportions - Anatomically correct - Not symmetrical - Real-world scale - System unit: cm (centimeters) - Professional quality of UV maps and high resolution texture (4096x4096) - Realistic SSS (Sub Surface Scattering) skin shaders - Underwear set (two textures colours: white and black) - Underwear contains two separated object: bra, pantie - Iris not symmetrical - Seven different iris textures (blue, green, green-brown, green-blu, brown, grey, dark brown) - Eyes contains three separated object: cornea, iris, pupil - Hair made with poligons for real-time - Four different hair textures colour: natural red, brown, black and blonde - Eyelashes and eyebrows made with poligons - Mouth contains five separated object: lower gum, upper gum, lower teeth, upper teeth, tongue -POLYGONS- This model contains 21 separated object. - WomanBody Polys:16280 - Eye (x2): Cornea Polys:720 Iris Polys:936 Pupil Polys:184 - Eyebrow (x2) Polys:3488 - Eyelashes (x2): UpperEyelashes Polys:1476 LowerEyelashes Polys:720 - HairCards Polys:7679 - Mouth: LowerGum Polys:558 UpperGum Polys:558 LowerTeeth Polys:1582 UpperTeeth Polys:1580 Tongue Polys:180 - Underwear: Bra Polys:1004 Pantie Polys:656 -TEXTURE & SHADERS- (4096x4096) (.tif) (.tga) (.exr) Ambient Occlusion,cavity map, displacement map, normal map, specular map, texture color map, SSS map (Sub Surface Scattering), vector displacement map, parallax map, alpha map. Thank you!