6/14/2023 0 Comments Stereogram illusionIf there are ten spaces between Xs, you can put eight spaces between Ys. Skip ahead another few lines and type a new character, such as the letter 'Y.' Fill the line with evenly-spaced Ys in the same manner that you completed the line of Xs, but increase or decrease the Y spacing as compared to the X spacing by at least two spaces. ![]() ![]() Type as many Xs as you can in this manner, spacing each X evenly, until you reach the right margin. Type the X and then move ahead a number of spaces in the line and type another X. Press 'Enter' to skip ahead a few lines and then type any character, such as the letter 'X'. You may need to return later and fine tune this, depending on the size of your image. At the top of your image, type two asterisks ten spaces apart. Use whatever software you're most familiar with, but the most basic word processing application will work. Though advanced stereograms depicting complex images can be created, simple stereograms can be completed in about 10 minutes. Using a word processor, you can create a text stereogram that will create a 3D effect depicting different depth levels. Continue to view the image for approximately ten seconds in this manner, gently adjusting your eyes' focal points, until you begin to see a shape appear in the background this is why many people call it "looking past the picture." Continue to fine tune your focus until your brain registers the 3D image. If you can't find one readily available, you can find stereograms to view for free at As you look at the image, gently begin to cross your eyes inward, which will cause the single image to appear as two images overlapping each other. Although simple stereographs known as stereo pairs can be constructed by placing an image next to a copy of itself, advanced rendering techniques can create two different images that, when they converge, better trick the brain into thinking it's viewing a 3D picture.įind an autostereogram to practice viewing. Images on a stereogram are printed so that two parts of an image converge as your eyes cross inward, and your brain is tricked into seeing a 3D image. ![]() This will cause a divergence of focal points between your eyes and send two different signals to your brain, creating a double vision effect. A person views a 3D image popping up from the background of a stereogram by crossing their eyes.
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