William Hair 3d model

William Hair 3d model

cgstudio

|| PRODUCT DESCRIPTION  || This is a model of a William Hair ·         Originally created with 3ds Max 8.0  || USAGE || ·         This model is suitable for use in high-res film close-ups, advertising, design visualization, etc ·         This model is an accurate representation of hair using a scale of 1unit = 1 centimeter. || SPECS || ·         This model contains 3456 polygons with TurboSmooth OFF. ·         This model contains 27648 polygons with TurboSmooth ON (set to 1 iterations.) ·         This model contains Standard materials only. || PRESENTATION IMAGES || ·         Human head NOT included in the file. ·         All preview images are rendered with mental ray Renderer. ·         Compatible with the Default Scanline Renderer. ·         Product is ready to render out-of-the-box. LIghts and cameras are not included in the file. || TEXTURES || ·         2048x2048 JPG (10) – Main object and detail areas ·         8 different color of texture. || GENERAL || ·         Model is built to real-world scale ·         Units used: Centimeters. Model is 24.1 centimeters tall. ·         No third-party renderer or plug-ins needed. || ADDITIONAL NOTES || ·         File formats other than 3ds Max exported as base mesh (not smoothed) ·         Hair was made in polygon, and you do not need any plugin for rendering. ·         You can use it for your 3D character. ·         Use some of the modifiers, such as free form deformers or soft selection, adjust the shape of hair with the shape of the head of your character. ·         PDF tutorial - how to put hair on your character - is included in the ZIP file.Price: $6.00 Date added: Apr 09, 2017Last update: Apr 19, 2017Product id: 58ea36a9a70248f95b8b4567

Download Model from cgstudio

With this file you will be able to print William Hair 3d model with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on William Hair 3d model.