When rendering locally that is probably not a big deal, but in network rendering, you will probably experience longer render times. The more hard drive space your project requires (including both the scene and assets), the longer it will load to 3ds Max.Overblown scene settings such as polycount, quality, and sampling may lead to long render times that in turn may result in a missed deadline, or, when dealing with render farms, you can expect a higher cost.
The hard drive is a 1000 times slower than RAM, even SSDs are much, much slower. That’s simply because the program needs to constantly write and read the temporary data from a hard drive. High RAM usage may cause your scene to crash during the rendering or cause it to render too slow.So after many sleepless nights you finally achieved a desired image look but then you hit that render button and it turns out the scene eats up too much RAM or requires too much computing power to get it done within reasonable time. I hope you like it and find it useful – Michal Mos, GarageFarm.NET. Here is he first part of our guide that covers geometry optimization techniques in 3ds Max. I’ve used my own experience and knowledge derived from being a freelancer as well as a render wrangler on a render farm.
#OPTIMIZING 3D MAX 2015 SERIES#
That’s why with the help of my colleagues at GarageFarm.NET I decided to create a series of tutorials about rendering optimization in the most popular 3D applications and render engines. I’ve seen many people struggling with optimizing their scenes for shorter and more stable rendering, I was that person too.
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