Photography

GigaPan Time Machine lets users travel through time - in digital images

GigaPan Time Machine lets users travel through time - in digital images
GigaPan Time Machine allows users to create ultra-high-resolution panoramic time-lapse videos, using a regular digital camera and a GigaPan robotic tripod
GigaPan Time Machine allows users to create ultra-high-resolution panoramic time-lapse videos, using a regular digital camera and a GigaPan robotic tripod
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GigaPan Time Machine allows users to create ultra-high-resolution panoramic time-lapse videos, using a regular digital camera and a GigaPan robotic tripod
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GigaPan Time Machine allows users to create ultra-high-resolution panoramic time-lapse videos, using a regular digital camera and a GigaPan robotic tripod
GigaPan Time Machine allows users to create ultra-high-resolution panoramic time-lapse videos, using a regular digital camera and a GigaPan robotic tripod
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GigaPan Time Machine allows users to create ultra-high-resolution panoramic time-lapse videos, using a regular digital camera and a GigaPan robotic tripod

For the past couple of years, people wishing to create ultra-high-resolution panoramic photographs have been able to do so, using their own digital camera and a GigaPan robotic tripod. The device slowly pans the camera back and forth across a user-determined vista, triggering it to take up to several hundred shots in the process. The included software then stitches all the photos together – side-to-side and top-to-bottom – creating one big panorama, which retains its resolution even when details are zoomed in on, much like Google Earth. So, what could top that? Time-lapse videos created using GigaPan Time Machine software, as it turns out.

GigaPan Time Machine was developed by Carnegie Mellon University's CREATE robotics lab, and NASA.

Like the existing GigaPan system, it creates Google Earth-like panoramic images by stitching together a multitude of photos. Staying in the same location, however, the tripod "recaptures" the same panorama many times over a period of minutes, hours, days, or whatever interval the user wishes. Those multiple panoramas, played in sequence, become a time-lapse video of the scene. Viewers can then zoom in on or pan across various details within the scene, watching as they change over time, forwards or backwards. Any one frame of the video could potentially contain billions of pixels.

GigaPan Time Machine allows users to create ultra-high-resolution panoramic time-lapse videos, using a regular digital camera and a GigaPan robotic tripod
GigaPan Time Machine allows users to create ultra-high-resolution panoramic time-lapse videos, using a regular digital camera and a GigaPan robotic tripod

Needless to say, such video files would be a little too large for YouTube, so users can instead upload their videos to a dedicated GigaPan Time Machine website. It was created using a special feature of the HTML5 language, that allowed for the development of software architecture which made it possible to smoothly transition from one video section to another, without requiring plug-ins such as Adobe Flash or Quicktime.

Also, in order to save on bandwidth, the site only streams the sections of a video that are being displayed – in other words, if you're zoomed in on one particular plant that's sprouting up, you won't still be receiving all of the data for the video of the entire garden.

Visitors to the website can not only browse through time and space on the posted videos and find out how to create their own, but they can also follow or post "time warps," which play back details of videos that viewers have noticed and wish to share with others.

So far, the website can only be fully accessed with Google Chrome and Apple Safari.

More details about GigaPan Time Machine are available in the video below:

GigaPan Time Machine

3 comments
3 comments
Irving Martinez
Finally!
Paul Anthony
This is some cool technology. I wonder when the producers in Van Nuys will get a hold of this and create an adult film with time warps of orgasms. Yes I would watch that.
Derek Pang
Similar GigaPan technology has been in mobile devices too: http://www.youtube.com/watch?v=Kul-oCw4hj8&feature=share