Announcement

Hi members
It has been 6 months since changing from gfxok.com to dazposer.com. We decided to stop plan Lifetime Gold membership on dazposer.com. If you want to use Gold membership on dazposer.com, please renew. We need funds to maintain the server.
However, you can still access GFXOK.com as a Gold member
Thanks
3DFluff - Cinema 4D R15 Product Visualisation - repost

3DFluff - Cinema 4D R15 Product Visualisation - repost

3DFluff - Cinema 4D R15 Product Visualisation
Duration: 3h 20m | Video: AVC (.mp4) 1280x720 15&30fps | Audio: AAC 48KHz 2ch | 3.4 GB
Genre: eLearning | Language: English | Project files Included

Making a nice looking pint of beer, it sounds so simple on the face of it, but then your client asks for a nice foam head, so you begin to scratch yours. Next they want it to look refreshing with condensation forming on the glass, but you begin to sweat more than the glass because every time you try, it either looks terrible or your render times rocket up into the stratosphere.

This package concentrates on producing one single scene so that you can then apply all of the demonstrated techniques on your own product shapes. Whether you are making glass or plastic drink containers, open glasses or sealed bottles, everything we present in this series of videos will be applicable to your work.

We guide you from the very start, showing you how to best load in your reference material, then take you through the modelling process which is actually a bit more involved than it appears at first glance. Intermediate spline points have a big impact on the material displacement and the dreaded co-planar faces can ruin an image if you’re not careful.

Everything is covered in detail such as voronoi noise shaders and sub-surface scattering for the foam, through to multiple shaders and masks in a layer system to get a fast rendering and high quality condensation on the glass surface. Finally we show you how to get a high resolution render in just a couple of minutes, even on modest hardware (4-core 2.6GHz CPU)



Home Page - http://www.3dfluff.com/video/r15productvis/

15-Aug-15 Admin 763 0
Related articles

Adding comment

41+90=???
OR Login with: