Nice research by Simon Niklaus, Long Mai, Jimei Yang and Feng Liu:
In this paper, we introduce a framework that synthesizes the 3D Ken Burns effect from a single image, supporting both a fully automatic mode and an interactive mode with the user controlling the camera. Our framework first leverages a depth prediction pipeline, which estimates scene depth that is suitable for view synthesis tasks.
You can see the result in action starting at 0:30.
To make the hover effect work, each line also contains the contents of the next line. When hovering the original content slides out of view and the contents of the next line slides in, thus tricking the mind 🙂
One of the most famous wrecks to dive on is that of the SS Thistlegorm, a British merchant steam ship that was sunk by German bombers on 6 October 1941 near Ras Muhamad (Red Sea, Egypt).
The University of Nottingham, Ain Shams (Cairo) and Alexandria University have joined forces to create a 3D model of the ship’s wreck. Spread out over 12 dives they’ve collected 24,307 high resolution image files (amounting to 637Gb of data) and have recorded several 360° videos.
360 video of a dive on the SS Thistlegorm
💁♂️ SS Thistlewhat?
In September 1941, during WW2, the SS Thistlegorm and HMS Carlisle could not transit through the Suez Canal to reach the port of Alexandria due to a collision in said canal. Awaiting unobstructed passage of the canal they moored at a location the Allies labeled “Safe Anchorage F”.
In the night of October 5 to October 6 1941 the Germans dispatched two Heinkel He-111 aircraft from Crete to locate Allied troop carriers, but failed to do so. On their way back however they spotted the SS Thistlegorm and bombed it. By pure chance the bombs hit cargo hold #4, which also contained (part of) the ammunition the ship was holding, resulting in a huge explosion which made the ship sink fast.
Plan of the SS Thistlegorm (click to enlarge)
The fact that the ship is so famous is because of several reasons:
At a depth of 30m it rests at an accessible depth.
The wreck sits upright, making it also accessible (wrecks that don’t sit upright can make you nauseous)
Even though Jacques Cousteau discovered the wreck in the late fifties it was forgotten for a long time. It only became a dive site in the late nineties, which means things were left intact for over 4 decades.
It’s a wreck with lots of things to see. Since it was left untouched for a long time, most of the cargo is still in place: trucks, boots, motorbikes, rifles, shells, airplane wings, tanks, steam locomotives, … they’re all still there just like they were stored at the time of the explosion. (Note that much has been salvaged over the past 20 years though, unfortunately)
The wreck can easily be penetrated, with one or more exits always in sight.
One of the motorbikes aboard the Thistlegorm
In March earlier this year I did two dives on the SS Thistlegorm. I can confirm that it truly is a beautiful wreck to dive on. Beware the possible strong currents though 😉
The conversion of the 2D images to a 3D model was done using a piece of software called Agisoft Photoscan Pro, and amounted for quite a lot of time:
42 (1008hrs) days of local computing runtime
23 days (556hrs) of cloud computing runtime
65 (1560hrs) days of continuous computer processing in total
The result is amazing though: not only have they created 3D scenes of the exterior of the wreck’s site (embedded at the top of this post), they’ve also created 3D models of the various floors of the SS Thistlegorm. If you have a Cardboard Viewer you can watch ‘m in true VR style.
Internally it looks like this:
Note that the hitareas are made triangular using CSS Clipping, and not using the for this typically used CSS border-fiddling.
Here’s a Pen of the final markup for you to play with:
Sidenote/Related: The General Sibling Selector – just like any other Combinator such as the Adjacent Sibling Selector (+) for that matter – is a CSS Selector that’s very powerful and should be used more often. Here’s why:
This is an amazing piece of 3D art where the closest part of the picture appears to be the furthest away, an optical illusion known as “Reverspective”. As you move around the painting, the room in the painting appears to move with you.
Maybe you are familiar with those ticket booking systems where, at some point during the purchase flow, you have to choose a seat. This is usually done when selling tickets for games, movies, flights or concerts. Wouldn’t it be cool to have some kind of “realistic” preview of the seat, i.e. see the stage or screen from the perspective of the space you chose? Of course it would 🙂 This is the kind of question that resulted into a new experiment which we’d like to share with you today.
The track itself is stored in several distinct files. The most interesting of which are TRACK.TRV, containing raw vertices, and TRACK.TRF containing the track faces as quads of 4 index pointers into the vertices. Pretty straight forward.
Note: There’s a flash video embedded in this post. Your feed reader or iDevice might/will not show it.
Stockholm’s Medelhavsmuseet, the Museum of Mediterranean and Near Eastern Antiquities, has been working with the research group Interactive Institute Swedish ICT to digitally scan their eight human mummies as part of preparations for a new permanent exhibition.
The results for one of their mummies, the Egyptian priest Neswaiu, are now on show in the form of a digital autopsy table in an “embalmment room” beside his real mummified remains and coffins.