Once you have imported your footage into Autopano Video Pro, you will first need to sync up your clips under the Synchronization tab, then you can jump over to the Stitching tab and click Stitch. Footage shot on a Samsung Gear 360 will require separating the 180° views prior to importing into Autopano Video Pro.) 2. If your 360 camera records each 180° view as it's own file, you can skip ahead to 7:24 on the tutorial. (Note that not all dual-lens 360 cameras will require this step.
#Autopano video 360 how to
Some 360 cameras combine both 180° views onto the same file, so we will cover how to separate them into two clips first using After Effects first. The example clips included in the project file were originally shot on a Samsung Gear 360. You can also follow along with this tutorial using your own footage or you can download two un-stitched 360 sample clips that I have included with the project file. Read more about the new features in Autopano Video 3.In order to follow along with this lesson you will need the software Kolor Autopano Video Pro. A free-trial version is available to download as well, so you can easily follow along with this tutorial and experiment using Autopano Video Pro on your own footage. Anyone buying now will get all future 3.x releases free. The new version is equivalent to the old Pro edition of the sofware, Kolor now having dropped all other editions, and costs €599 (around $700).
#Autopano video 360 mac os x
Workflow with Nuke has also been streamlined: on importing an Autopano Video project into Nuke, all of the nodes are now created automatically.Īutopano Video 3.0 is available as a release candidate for 64-bit Windows 7+, Ubuntu 16.04 Linux and Mac OS X 10.9+. Output can also now be previewed in GoPro VR Player, Kolor’s free VR video playback software, enabling users to view footage using an Oculus Rift or HTC Vive headset, on Windows, macOS or Linux. New features include support for timecode, making it possible to import videos from any genlocked device without synchronisation and to burn timecode data into rendered output, as shown above. However, there are limitations to the degree of parallax it can resolve: you can find details in Kolor’s FAQs.
Of the actual toolsets, D.WARP – the software’s parallax compensation system, which automatically resolves stitching errors – has been revamped to work with “all rigs with at least three cameras”.
It’s based on CUDA, so you will need a compatible Nvidia GPU and, as of the release candidate, video rendered with the GPU doesn’t include audio – a “little issue” that “will be fixed shortly”.īetter parallax compensation, timecode support and Nuke workflow One of the big changes in Autopano Video 3.0 is raw performance: according to Kolor, thanks to GPU acceleration, the software now previews projects “up to 5x faster” and renders them “up to 3x faster”.
#Autopano video 360 update
The update boosts rendering speeds “up to 3x” on Nvidia GPUs, makes parallax compensation system D.WARP compatible with more camera rigs, adds timecode support, and improves workflow with Nuke. Kolor has posted a commercial release candidate of Autopano Video 3.0, the latest version of its software for stitching 360-degree video for virtual reality work.
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