maya alexa realistic female character mesh - Alexa Female Character Textured by Alpha3DMax

Alexa is a realistic and high detailed 3D model of a female character modeled in 3ds Max 2010.
For the Alexa's base mesh version check : Product ID 647807
For the Alexa's rigged version check : Product ID 651382

=====DESCRIPTION=====
- clear edge loops
- reasonable polygon count
- clean geometry (polygonal quads only)
- symmetrical model
- i created the textures in photoshop
- i used bodypaint3D to hide the seams
- units = cm
- Alexa's height is 166 cm (without high heels)
- no third party plug-ins needed
- rendered with the mental ray renderer
- mental ray materials used for earrings and fingernails
- textures are handmade using hi-res human images
- non-overlapping unwrapped uvs
- feet morph included for the shoes to be applyed
- model is positioned at 0,0,0 origin
- for renders i used a target spot and a sky light
- stack isn't collapsed

=====INCLUDED=====
- Alexa's mesh
- dress (garment maker + cloth)
- polygonal hair with opacity map
- shoes and earrings

=====POLYCOUNT=====
Alexa's body - 10334 polys, 10367 verts (41332 polys with turbosmooth iterations 1)
Mouth interior (teeth & tongue) - 4650 polys, 4669 verts
Eyes & eyelashes - 2160 polys, 1124 verts
Poly hair (already smoothed) - 15520 polys, 18022 verts
Dress - 6105 tris, 3126 verts
Earrings & shoes - 5204 polys, 5382 verts
All - 43917 polys, 43718 verts
All with turbosmooth applyed - 198464 polys, 112293 verts

=====MAPS=====
- diffuse.jpg - 6800x6800
- bump.jpg - 2000x2000
- specularity.jpg - 2048x2048

- mouth.tif - 1800x1800
- mouth_spec.jpg - 1800x1800

- hair.tif (with opacity channel) - 4000x3000
- hair_spec.jpg - 1200x1200

- eyes & eyelashes.tif (with opacity channel) - 2800x2800
- diffuse_eye corner.jpg - 1200x1200

- dress.jpg - 1162x894

Alexa is available in various formats but some atributes may not be available in these formats so the model might not correspond properly with the 3ds max file.

Don't forget to check out other character and related models by clicking on my name. Thanks.