Second, in V-Ray 5, there’s a new peculiarity announced V-Ray Vision, which shows you a real-time yield goal of your incident as you’re working on it in SketchUp. The service isn’t free, but as we’ll discuss later in this video, the cost may be worth considering depending on your particular workflow or project. We cover a lot of the essentials in Our Getting Started in V-Ray video.īut another thing to know is that there’s a render busines from the makers of V-Ray called Chaos Cloud, which can render your background for you more quickly than you could do on your own computer, and then send you back the end result. A few quick-witted line-up notes.įirst, there are things you can do to get your interprets done faster in V-Ray. Often the result is pretty reasonable ogling and may be good enough for the types of returns you’re looking to produce, but in other situations it will be apparent that the quality and realism time isn’t what you can get from a light tracer. A rasterized render like Lumion is able to produce faster ensues by making some shortcuts, wanting it’s approximating what many elements in the return should look like, but isn’t accurately computing things like darks, rebounded light, or reflections. But Ray tracing allows you to achieve the highest quality or most photo reasonable result because it’s in effect mimicking real-world lighting, which means you get perfectly accurate palls, thoughts, and refracted light-footed in your final make. It’s an intensive calculation that can take a while for your machine to compute. But what does that mean to you? Well, when you click on the Render button in a ray tracer, like V-Ray, the application is actually calculating the trajectory of every ray of light in the situation and how it ricochets around your model. So what is that difference? In tech lingo, V-Ray’s what’s called a ray tracer and Lumion is what’s called a rasterized renderer. Read : 3 Effective Ways For Good SketchUp ModelsĪnd that has an effect on not only the quicken of the generate, but too the photo realism of the final results. Behind the pall, the road V-Ray and Lumion actually render the same model is fundamentally different. So why is Lumion so much faster? The reasonablenes is that V-Ray and Lumion approach rendering in two different ways, which generates us to our next key thing to consider when choosing between V-Ray and Lumion. Well, it depends on several factors that we’ll get into last-minute in the video, but generally we’re talking between 10 to 20 seasons faster. So how did they do? Well, the first thing you’ll notice, and it’s Lumion’s big selling place versus V-Ray, is that Lumion interprets the final portrait much faster than V-Ray.
And we’ll talk about all that in a little, but for this example, let’s just say that the work is done and you’re ready to hitting the Render button in both V-Ray and Lumion. Of course, there are a ton of things you need to get right in each program to achieve a beautiful interpret, from igniting, to cloths, to render provides. Now, imagine you have two identical computers, one for give with V-Ray, and one for provide with Lumion. Let’s say you’ve already created your 3D representation in SketchUp, and now it’s time to render. And at the end of this article, I’ll likewise picture you a third option you might not be aware of, but may be a good fit for your situation. Okay, time to figure out whether V-Ray or Lumion is the right program for you. So how do you do that? I’ve come up with a register of the seven key things you need to consider when deciding between the two programs and split those into three categories, rendering act, key divergences, and integrating V-Ray and Lumion into your workflow.