12-12-2024, 10:06 AM
Klay ABC s Fall Schedule: Wacky Aliens and a Magical Apartment Building
One Millionth Tower is part of Highrise, a series of mini-documentaries about the history of high rise towers and their effect on society. What sets this one apart from the others is that it was ma stanley termoska de using HTML5 technologies such as WebGL and Javascript. The entire documentary is rendered using WebGL graphics, audio an stanley usa d and photographs of the buildings in question. One Millionth Tower makes specific use of a Javascript tool stanley us called Popcorn, which was designed to integrate web APIs into online video. What director Katerina Cizek did was utilize Popcorn to control the movement of the video frame, having it effectively behave like a video camera. The documentary, running nearly seven minutes in length, can be viewed passively or interactively. When viewed interactively, you can navigate and click around in a 3D environment where you can explore the documentary at your own pace or find links to external sources, such as Flickr or Wikipedia. You can watch One Millionth Tower right, and also check out the other Highrise interactive documentaries over at the Canada National Film Board site. [Wired, Boing Boing] HTML5 Kepx In this sneak preview of Aquaman, Black Manta goes nutzoid!
You can etch words into metal with an explosion, and those words reveal a startling thing about how explosives work. It called The Munroe Effect, named for a guy who helped make explosions more damaging than ever. Charles Munroe was not a sailor, but he spent the latter part of the 1800s working with them at a United States naval torpedo station. As part of his duties as chemist, he worked with guncotton. A worryingly unstable mixture of plant pulp and nitric acid, guncotton was used as an explosive in weapons. Munroe tested guncotton from a manufacturer that sent the navy wads of the stuff with the company name stamped into one side. The letters were slightly indented on the guncotton. After Munroe had set the guncotton off, he noticed that those same letters slightly indented on nearby metal. When, on the other hand, he made guncotton into pac stanley cup kages with raised lettering, the letters were slightly raised on nearby metal after the explosion. Indenting the l stanley cup nz etters on the explosive made the explosion, in that area, more powerful. Raising them made it less so. https://youtube/watch v=SJGq0E6EqYU More experiments showed this to be true in almost all cases when a hollow was carved into the explosive. Although the overall power of the explosion wasnt different, the penetrating power in that area of the explosion was greatly increased. To understand why, think about the dynamics of an explosion. If a mound of explosive is formed, and mat stanley cup erial all goes off at
One Millionth Tower is part of Highrise, a series of mini-documentaries about the history of high rise towers and their effect on society. What sets this one apart from the others is that it was ma stanley termoska de using HTML5 technologies such as WebGL and Javascript. The entire documentary is rendered using WebGL graphics, audio an stanley usa d and photographs of the buildings in question. One Millionth Tower makes specific use of a Javascript tool stanley us called Popcorn, which was designed to integrate web APIs into online video. What director Katerina Cizek did was utilize Popcorn to control the movement of the video frame, having it effectively behave like a video camera. The documentary, running nearly seven minutes in length, can be viewed passively or interactively. When viewed interactively, you can navigate and click around in a 3D environment where you can explore the documentary at your own pace or find links to external sources, such as Flickr or Wikipedia. You can watch One Millionth Tower right, and also check out the other Highrise interactive documentaries over at the Canada National Film Board site. [Wired, Boing Boing] HTML5 Kepx In this sneak preview of Aquaman, Black Manta goes nutzoid!
You can etch words into metal with an explosion, and those words reveal a startling thing about how explosives work. It called The Munroe Effect, named for a guy who helped make explosions more damaging than ever. Charles Munroe was not a sailor, but he spent the latter part of the 1800s working with them at a United States naval torpedo station. As part of his duties as chemist, he worked with guncotton. A worryingly unstable mixture of plant pulp and nitric acid, guncotton was used as an explosive in weapons. Munroe tested guncotton from a manufacturer that sent the navy wads of the stuff with the company name stamped into one side. The letters were slightly indented on the guncotton. After Munroe had set the guncotton off, he noticed that those same letters slightly indented on nearby metal. When, on the other hand, he made guncotton into pac stanley cup kages with raised lettering, the letters were slightly raised on nearby metal after the explosion. Indenting the l stanley cup nz etters on the explosive made the explosion, in that area, more powerful. Raising them made it less so. https://youtube/watch v=SJGq0E6EqYU More experiments showed this to be true in almost all cases when a hollow was carved into the explosive. Although the overall power of the explosion wasnt different, the penetrating power in that area of the explosion was greatly increased. To understand why, think about the dynamics of an explosion. If a mound of explosive is formed, and mat stanley cup erial all goes off at