You can assign your own still images as layers of the virtual set starting with the background. Once you have the base for your virtual set, you can then add any input type you like as additional layers such as camera inputs and video files.
At its core, Virtual Sets in vMix are basic 2D pre-rendered images that are layered on top of each other.It is important to note that vMix does not support 3D rendering in the software itself. With that in mind, custom virtual sets simply involve creating your own 3d images elsewhere and importing them as standard 2D PNGs or JPGs withinvMix as an image input. Then you can add the "Blank10" Virtual Set template built into vMix and assign those graphics to one of the 10 available layers and build the virtual set from there. Some further resources on Virtual Sets can be found below: -graphics-and-logos-to-an-existing-virtual-set -virtual-set-specification-10 We also recommend reviewing our tutorial video on virtual sets below. At the 7:04 Mark the video covers using a blank virtual set, which can be used to create your own custom virtual set.
Each virtual set has dynamic layers for the skylines and screen content, so you can easily replace them with your own images or video. Why not add your own skyline outside the window? Or put your video into one of the screens.
All of the layers are supplied at 4K (3840 x 2160 pixels) and automatically scaled by vMix to your chosen output resolution allowing you to zoom your virtual cameras with no loss of quality (for example, up to 2X zoom for an HD 1080 session).
We have tried to include as many separate layers as possible in each virtual set, within the 10-overlay limit. The skyline and screen content will always be dynamic layers to which you can add your own source inputs. Studios may also have separate layers for the carpet or other background elements.
vMix virtual sets allow you to overlay different elements on top of an image, giving the illusion of a 3D studio. The host of the show or guest speakers can then be dropped into the studio by using a green screen. Your imagination is the limit when it comes to virtual sets, but most commonly news studios or talkshow style sets are used.
Important to note: At its core, virtual sets in vMix are basic 2D pre-rendered images that are layered on top of each other, vMix does not support 3D rendering in the software itself (more on this later).
Vset3D is a virtual set software, fully compatible with NewTek NDI TriCaster, VidBlasterX, Wirecast and vMix. Like the other virtual set companies, vSet3D offers off-the-self packs or a bespoke design service.
First, check out the diagram we have included above so that you can understand how everything connects. Because both Zoom and vMix run on a Windows computer. You do not need to run any physical cables to connect the two software solutions. This is going to be done 100% virtually. Starting with virtual audio cables. You will also use virtual webcam outputs and desktop capture inputs to connect the video.
You will need two virtual audio cables to fully connect vMix and Zoom together. One virtual audio cable is used to output a mix of audio from vMix into Zoom and the other is used to bring the audio output from Zoom into vMix. Zoom essentially has two audio options for users to choose from. Zoom has a microphone input and a speaker output that we will use. In the picture above, ou can see that the tutorial uses virtual audio Cable-B for the Test Speaker and virtual audio Cable-A for the microphone. The Microphone input comes from the audio bus inside of vMix which can create a mix of audio to send to vMix. You can send any audio inside of vMix into Zoom. Be careful not to send the audio from Zoom back into Zoom, as this will cause a feedback loop.
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