VRAY RENDER LICENSE
Therefore, if you wish to use Swarm, you will want to be sure that you have more than 1 universal render node license available.
VRAY RENDER INSTALL
The result is that when you install V-Ray on your local machine if you want to use the renderer on your local machine, you will have to use your single render node license. The user interface license gives you access to the V-Ray tools and the universal render node license gives you access to the rendering capabilities of V-Ray. The reason for this is because V-Ray has two licenses: the user-interface license and the universal render node license. The reason is that the single universal render node license applies to the local computer you have installed V-Ray on. Note that any V-Ray purchase that comes with 1 universal render node will NOT be compatible with V-Ray Swarm.
Other packages come with more than 1 universal render node package. Some packages come with a single universal render node license. Studica offers different packages for our V-Ray products. V-Ray Swarm works off the Universal Render Node License. Any machine that matches the tag “slave11111” will be put on the job.Īdditionally, there are now profiling tools, so you can see performance metrics of any machine’s CPU or GPU while the job is being processed. The “Tags” section allows you to specify which machines will be involved in the job. A slider dictates how much processing power you want the Swarm to be contributing. In the following screenshot, we see the Swarm settings within V-Ray Swarm for Sketchup.
V-Ray Swarm has also added the ability to dynamically change how much processing power is being used on a job while that job is being processed. This allows you to easily choose a group of machines to render a job just by using the tag. Using this user interface, you can add tags to specific nodes to group them together.
With V-Ray Swarm, an easy-to-use web interface has been created, which shows you all the available render nodes, how much processing power they have available, and if they are currently working, enabled, or unstable. While this system isn’t bad, it can be somewhat complicated to use. Additionally, the old system required you to know the network addresses of the render node machines. A render node is a computer that contributes to the rendering process on the network. Previously, V-Ray used a distributed rendering system that required V-Ray to be installed on every “render node”. V-Ray Swarm was introduced in 2017 as a new distributed rendering solution for V-Ray 3.0. The technology continues to evolve in more user-friendly and dynamic ways. Regardless, the technology is still heavily used in the industry today. There are scholarly papers about distributed rendering from the late 1980’s, for instance. This results in a large decrease in rendering times. With distributed rendering, in the simplest terms, the render job is worked on by multiple computers at the same time. Even if your computer has high-end, cutting-edge hardware, a complex scene can still take a long time to render for a single computer.īut what if we could harness the power of the other computers around the office? This is the idea behind distributed rendering.
Depending on the complexity of your scene, there can be a whole lot of work that your single computer will have to perform, leading to long rendering times. Typically, when your computer begins to render a 3D scene in your 3D modeling or architectural visualization software, your computer must process a lot of data related to the 3D model. In this post, we will discuss what distributed rendering is, why it’s useful, and how V-Ray Swarm improves the distributed rendering process. V-Ray 3.0 also has a distributed rendering platform called V-Ray Swarm. These tools help to enhance your 3D renderings drastically. For those who may not know, V-Ray is an industry-standard set of tools for many popular 3D modeling and architectural visualization programs.
0 kommentar(er)
