Posts Tagged ‘interactive’
Linkin Park has released a new music video that makes creative use of online photos. Visit the website for the song “Lost in the Echo”, and you’ll be asked to connect with the music video using your Facebook account. Once you provide it with access, it crunches some data, and then starts playing. The video starts out like many other videos, showing a group of people in what appears to be some kind of post-apocalyptic hideout. Then one of the characters pulls out a suitcase with photos, and something catches you eye: personal photos from your Facebook albums are shown inside the video!
Lytro has been pushing to make their living pictures — interactive, clickable photos that have a variable focus point — easier to share. Lytro is a camera that has a very specific, proprietary way of saving and viewing photographs, so sharing these photos can be tricky. Nevertheless, Lytro has been able to quickly expand living photos across the web through social media, most recently to Google+ and Pinterest through Google Chrome extensions.
Here’s amazing concept: use a seemingly random display of dots (like the static you see on a signal-less television set) to share photographs that only a camera can see. The International Federation of Photographic Art created this clever interactive video that asks you to grab your camera and follow the instructions. Set your aperture to f/5.6 and your shutter speed at 1s. Snap a photo of the screen filled with static, and prepare to be amazed!
P.S. If you don’t have a camera handy (or are extremely lazy), here’s a second video that reveals what happens.
Thanks for sending in the tip, Bob!
Cop Block created an interactive map showing the “War on Cameras” in which each marker shows an incident where someone was “harassed, detained, threatened, attacked, arrested, or charged with a crime” by government officials for using a camera. It only has about 60 markers on it at the moment — a more solution would be to have a crowdsourced map where anyone can contribute and add events. Still, this is pretty neat for those interested in photographers’ rights (a pretty big issue last year).
Dermandar is a free flash-based web app that will automatically and seamlessly stitch photos together to form a panoramic photo. The resulting panorama can be viewed as a side-to-side scrolling image, or in “3D” mode, which is an interactive display that can be rotated, zoomed, and has a more obvious axis of rotation. Some of the most interesting images available for public view in the Dermandar gallery are actually 360-degree views.
You can upload up to 100 panoramas to the site, comprised of 2 to 4 images for partial panoramas or 7 to 24 for 360-degree images — plenty of photos to allow for overlap as well.
It’s a pretty cool tool, complete with sharing and embedding options. It also has a fullscreen mode that makes the viewing process very immersive.
Head on over to the create page to get started!
MIOPS is a new smartphone-controlled camera trigger that combines all of the features photographers want in a high-speed camera trigger into one convenient device.
Today, the New York Times’ Lens blog posted the end result of a global photographic project. “A Moment in Time” is an interactive collection of all the images taken May 2, 2010 at 15:00 U.T.C. by the Times’ readers all over the world. By May 4, the Times estimated they had 14,000 images, and were still accepting submissions until May 7.
After what must have been a titan task of accepting and sorting thousands of submissions, uploading, checking and rechecking captions, not without some technical glitches, the Lens Blog has a very impressive portrait of the world.
The images are roughly sorted by geographical region, as well as category, though there is no way to find one specific photo or photographer without a direct link to the picture. If you can’t find the one you took, the Lens editors say that they are still processing more images to be uploaded to the site this month.
Nevertheless, the interactive interface is pretty enjoyable to browse through. There are some interesting recurring themes in regional photographs, like a collection of images of the Golden Gate Bridge in San Francisco, or intimate photos of peoples’ bedrooms, morning coffee, and sunsets.
Students at the University of Tromso in Norway have created an interactive display wall using 28 separate projectors, which creates a 7168×3072, or 22 megapixel, display. Interactive with the display simply involves placing your hands in front of it. Touching the display itself is not necessary, and multitouch is supported. What better way to demonstrate the capabilities of such a system than zooming through a gigapixel photograph?
Gigapixel images are great, but navigating them on a regular sized display through a slow web browser isn’t such a great experience. This video shows how we navigate a 13.3 gigapixel image of Tromsø, Norway on a 22 megapixel display wall, using a custom, camera-based multi-touch interface and a custom system for high-performance navigation and visualization of high-resolution datasets.
Here’s an amazing video demonstrating the wall in action:
Ah… A glimpse of the future. We may soon find ourselves post-processing our photographs on our walls at home.
The Nikon Coolpix site now features an interesting tool for viewing photos, utilizing the viewer’s webcam and hand motions to flip through and zoom in and out of images. (Think: that one Spielberg film with Tom Cruise…)
Virtual Touch Experience is a clever ad campaign designed by MRM Worldwide for Nikon’s touch screen Coolpix S70. According to the press release, it’s supposed to emulate the touch screen experience of the camera, as well as Nikon’s emphasis on the human element/touch in photography.
Though Virtual Touch Experience isn’t something you might actually integrate into routine photo viewing, (personally, my arm got really tired, and then I felt a little silly), it’s an interesting idea to make photos more interactive.
We’re curious to see if photo viewing and sorting could go the way of physical interactivity using hardware motion sensors like Nintendo Wii or Microsoft’s Project Natal someday.