Video Highlight Generation
Ovo Studios' proprietary highlights generation engine enables you to
make composite highlights from any video or screen recording sources that
were active at the time an observation was logged. This is especially
powerful since you can have up to eight computer screens
and cameras being recorded at any one time.
Highlights may be
created using any combination of video sources, such as:
- video (i.e., camera)
- screen recordings
- eye tracking output.
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Furthermore, for
any video source, you can control the:
- size (height and width)
- position (top and left)
- transparency.
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For example, if you conduct a standard software
usability test with a face camera shot, you could generate highlights a
number of different ways. For example, you could generate a traditional
picture-in-picture (PIP) layout (Image 1a) or an enlarged face shot PIP,
located in top-right corner of screen with transparency (Image 1b) Note:
All highlights are reduced for page layout - in reality they run
full-screen.

Image 1a

Image 1b
Or, if you conduct an out-of-the-box test including a software
installation for drivers or supporting applications, you could generate a
four-part highlight (Image 2a) or a two-part highlight (Image 2b.)

Image 2a
Image 2b
The benefit of our video highlights approach is that it preserves the
independence of your original video files as separate files, combining
excerpts from selected files into a stand-alone highlight file
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Why make highlights?
For those users who derive benefit from highlights, we have
incorporated a robust, flexible, and fast highlight generation engine
into Ovo Logger -- you do not need to purchase additional software to
make highlights.
However, Ovo Logger has several features that might make highlight
creation something you don't need to do anymore:
1. All logged observations link directly to time-stamped marks for
all video sources that were active at the time you logged your
observation, whether you log in real-time or from saved video.
2. You can associate logged observations with results and
recommendations so readers can interrogate video data on an as-needed
basis.
3. Our Virtual PIP technology enables you to select any two sources
to be played in a picture-in-picture effect from any observation
time-stamp. This maintains file separation while giving readers the face
PIP they like.
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