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He drew his own 3D comics using red and green crayons on tracing paper, which were viewed using primitive glasses constructed of cardboard tubes and magnifying lenses. [7] Royalties from "Puff the Magic Dragon" and Independent Filmmaking, which remained in print for 20 years, gave Lipton an independent income that allowed him to follow his ...
This result suggests that the bottom-up cues that drive the flicking response are distinct from the top-down cues that drive the Hollow-Face illusion. Another example of the Hollow-Face illusion is the "Gathering 4 Gardner" dragon. This dragon's head seems to follow the viewer's eyes everywhere (even up or down), when lighting, perspective and ...
Autostereogram. follow the instructions to see the effect. An autostereogram is a two-dimensional (2D) image that can create the optical illusion of a three-dimensional (3D) scene. Autostereograms use only one image to accomplish the effect while normal stereograms require two. The 3D scene in an autostereogram is often unrecognizable until it ...
Lenticular printing is a technology in which lenticular lenses (a technology also used for 3D displays) are used to produce printed images with an illusion of depth, or the ability to change or move as they are viewed from different angles.
The game was designed around two-player gameplay, and so by inserting another coin the second dragon, Bob, can be controlled. [ 2 ] [ 3 ] Bubble Bobble was ported to many home video game consoles, including the Amstrad CPC , Atari ST , ZX Spectrum , Commodore 64 , MS-DOS , Apple II , Amiga , Famicom Disk System , Nintendo Entertainment System ...
All cheese undergoes some degree of processing, but American cheese especially so. Experts explain whether or not American cheese is considered real cheese.
It’s tamale time. This Mexican comfort food has a long history and is an essential part of every major holiday, particularly Christmas. It’s also the perfect portable snack for holiday travelers.
A 3D-printed version of the Reutersvärd Triangle illusion. M.C. Escher's lithograph Waterfall (1961) depicts a watercourse that flows in a zigzag along the long sides of two elongated Penrose triangles, so that it ends up two stories higher than it began. The resulting waterfall, forming the short sides of both triangles, drives a water wheel.