Instagram is a photo sharing service based around instant photo sharing and viewing, so why not take advantage of its real-time nature for gauging the “pulse” of a city?
Artist Maarten Baas has a project called “Real Time” in which he creates one-of-a-kind clocks using a video camera and boatloads of patience and dedication. He creates 12-hour-long loops of people manually setting the time on various clocks… in real time. The video above shows his grandfather clock exhibit in which the hour and minute hands of the clock are painstakingly drawn in every minute of every hour for twelve hours.
Artificial lens flare is an important part of making certain computer generated scenes look realistic, but up to this point creating realistic lens flare has been a task that requires a good deal of processing power. Now, researchers have come up with a way to simulating lens flare quickly and accurately, taking into account a large number of physical factors that cause the phenomenon:
The underlying model covers many components that are important for realism, such as imperfections, chromatic and geometric lens aberrations, and antireflective lens coatings.
The video above discusses how the technology works, and also touches on the science behind lens flares. The method is patent-pending, and will be presented later this year at SIGGRAPH 2011.
Physically-Based Real-Time Lens Flare Rendering [Max-Planck-Institut Informatik]
Twitter sees hundreds or thousands of Tweets published every second, and many of these are photos of things happening real-time. Hashalbum is a new website that aims to help you browse this constant stream of images in real time by allowing you to do a simple search by hashtag, returning images that are found in Tweets containing that hashtag.
In 1998, this US Navy photo was published, showing a Nikonos camera no one recognized from the IPTC caption:
NAVAL AIR BASE CORONADO, California (June 8, 1998) — Navy SEALs attached to SEAL Team One, Naval Air Base Coronado, CA, conducts training using the Nikon/Kodak DCS 425 underwater digital camera which can sends real time digital images to decision makers, and an LPI LPD tracking device uses brevity codes to send both mission status and precise longitude/latitude. U.S. Navy photo by Photographer’s Mate 2nd Class Ted Banks. (RELEASED)
The enigmatic photo and description sparked much interest — this is a digital SLR that requires no underwater casing, and was far advanced for its time with its built-in tracking, real-time uploading, GPS, and communications. The underwater film Nikonos RS camera existed on the market already, but this futuristic iteration was unheard of in 1998.
What’s more, Kodak denied existence of the camera altogether. When Jarle Aasland of NikonWeb did some research into the matter in 2005, Kodak told him:
“I’m sorry but those cameras never existed here at Eastman Kodak. We never made cameras for that specific use. The information you have is incorrect.”
Another Kodak source told him:
“I think the issue is who they were made for.”
After further investigation into the mythical camera, Aasland finally found photos of the camera listed on eBay, hard evidence of the cameras existence. He published a story on his findings.
Days after Aasland published his article, he was contacted by Kodak’s lead engineer for the DCS cameras, Jim McGarvey. As it turns out, the camera was not quite top secret, but it was so low-profile that few knew about it, including Kodak Professional, McGarvey said. Quite simply, the specialized cameras were not advertised on a consumer level, since they were designed for government use, McGarvey wrote:
“The Nikonos body cameras were made by Kodak’s Commercial & Government Systems division. Through most of the DCS years, that group would take our commercial camera designs and adapt them for government and other special needs. Some of that work was secret, but most of the products were simply only marketed in limited venues and didn’t appear on the commer[c]ical photography radar screens. I don’t think the Nikonos cameras were ever actually secret.
…I have no idea how many Nikonos units were built, but I doubt the total would be over 100. They had no super secret special communications stuff, just standard DCS420 features.”
While it’s still highly unlikely that we’ll see such a formidable does-it-all camera on the mainstream market anytime soon, it’s pretty fascinating to see how today’s consumer products are taking a step in that direction. Some 12 years after the legendary digital Nikonos, we’ve got cameras equipped with GPS, wi-fi enabled cards for real-time uploading, and a plethora of hardy, underwater point-and-shoots on the market.
(via Nikon Rumors)
The Shorty Awards now have a prize dedicated to Twitter photography: The Shorty Award for Real-Time Photo of the Year. The winner of the award will be invited to the special awards ceremony on March 3rd, 2010 in New York City.
Candidate photographs are nominated through the website, and must be cameraphone photos shot in 2009 and distributed on Twitter through one of the popular social media channels (i.e. Twitpic, Flickr, etc…). The nomination phase ends on February 5th, 2010.
An obvious favorite to win is the following photograph by Janis Krums of US Airways Flight 1549‘s successful ditch in the Hudson River on January 15, 2009:
What made the tweet and story particularly noteworthy was that the real-time nature of Twitter allowed the photograph to circulate widely before any mainstream news sources were able to obtain photographs. We’re guessing this is exactly the type of photo the new Shorty award would like to honor.
The ubiquity of cameraphones combined with real-time distribution offered by Twitter has changed the world of photography. When something happens in one part of the world, people can now see it all over the world almost instantly — if someone with a cameraphone and Twitter account is nearby.
Can you think of any other candidate photograph for the new award?