No third-party renderer or plug-ins needed. This file includes information on lighting placement, exposure control and render settings already set up and ready.įile formats other than C4d exported as base mesh (not smoothed) and without the set. To produce an image that match the first thumbnail just set save path and hit render. If you render this file using a different version of this renderer, you may not have the same results as you see on the thumbnails. Preview Images are rendered using the 17 version of the renderer. If there is anything wrong or need improvements, please let me know I hope you enjoy this model More ports will be coming soon Amy Rose (C) SEGA.
Lights and cameras are included in the file. Amy Rose from the Sonic The Hedgehog series is now available to use for SFM and GMOD Be sure to subscribe to this model for further updates. No Photoshop or compositing used, Product is ready to render out-of-the-box. There are no extra elements in the preview images.Īll preview images are rendered with Advanced Render (Global illumination). This model contains Standard materials only. No animations included with this file.This is a 3D model of Amy Rose, one of the main characters from the 'Sonic the Hedgehog' series.Ĭharacter using a scale of 1unit = 1cm. This file includes information on lighting placement, exposure control and render settings already set up and ready.įile formats other than C4d exported as base mesh (not smoothed), without the set and without rigging for animation. If you render this file using a different version of this renderer, you may not have the same results as you see on the thumbnails. Amyrose 3D models ready to view, buy, and download for free. Lights and cameras are included in the file.
Rigged for animation (rigged for direct kinematics only). Sonic contains 8450 polygons with TurboSmoothĪmy Rose contains 7052 polygons with TurboSmooth OFF. This is a 3D model of Sonic and Amy Rose, two of the main characters from the 'Sonic the Hedgehog' series.Ĭharacters using a scale of 1unit = 1cm.
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