How it worksAs the tube is rotated, the tumbling of the coloured objects presents the viewer with varying colours and patternsAny arbitrary pattern of objects shows up as a beautiful symmetrical pattern created by the reflections in the mirrorsA two-mirror model yields a pattern or patterns isolated against a solid black background, while a three-mirror (closed triangle) model yields a pattern that fills the entire field. How it worksKaleidoscopes operate on the principle of multiple reflection, where several mirrors are attached togetherTypically there are three rectangular lengthwise mirrorsSetting the mirrors at:45° creates eight duplicate images of the objectsSix at 60☏our at 90° In this activity, students construct their own kaleidoscope by making an enclosure with mirrors that reflect images of colourful objects such as beads and bits of paper contained inside. IntroductionA kaleidoscope is a circle of mirrors containing loose, coloured objects such as beads or pebbles and bits of glassAs the viewer looks into one end, light entering the other end creates a colourful pattern, due to the reflection off the mirrorsThe word "kaleidoscope" is derived from the Ancient Greek words: beauty, shape and tool for examination - hence "observer of beautiful forms." The program is easy to use, and previewing your designs is done in real time, so before saving your images, you can be sure that you have made all the appropriate adjustments.KaleidoscopeThe beauty of mirrors By: Cheng Wei Loon 2A1 04 On an ending note, The Silicon Mirror and Moe's Image Viewer is a fun tool that lets you exploit your images with the help of a kaleidoscope whose mirrors you can operate as you see fit. Nifty tool that lets you distort and reimagine your pictures In case you would like your designs to be even more intricate, you can go to the “Stacking” menu and indicate whether you want to use a single image as the foundation of your design or open multiple tiles in the background.Īs for the Silicon Mirror itself, you are enabled to indicate the number of reflections you see on your image, with your options ranging from four to twelve. Moving the secondary window is all it takes to start creating kaleidoscope effects based on the image you settled on. You can establish a reflection angle from the top left or right as well as from the bottom left or right and experiment with the kaleidoscope until you get the desired effect. This picture is taken inside a kaleidoscope that uses two identical plane mirrors at an angle of 36o, creating a ten-sided image. This new window basically acts as a mirror you can position in a multitude of ways so that it reflects the underneath image from the most suitable angle. Tweak the kaleidoscope and its mirrors to create beautiful designs The toy kaleidoscope was invented around 1817 by Sir David Brewster. Before anything else, what you need to do is load a photo from your personal collection, then open the Silicon Mirror, which prompts you with a new window acting as the very kaleidoscope. A kaleidoscope is a childs toy, a tube with a series of mirrors at one end that reflect multiple images of colored bits of glass or toys that move, creating constantly-changing images as you turn the tube. The program sports an approachable interface that at first introduces the program as an image viewer. The Silicon Mirror and Moe's Image Viewer is a tool that gives you a helping hand in this sort of situation, being a fun way to create kaleidoscope images based on a photo of your choice. For instance, a two-mirror kaleidoscope with mirrors. Even though the Internet is an incommensurate source of images to use as a wallpaper, there are times when your search is either not specific enough or you simply want to leave your mark on your desktop and prefer to have a contribution to the said picture. A kaleidoscope project can focus on varying mirror angle positions and the resulting images.
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