That's simply because there isn't a flipped equivalent of the character. For example, when you try to convert the character, it stays the same. You might notice that a few of the upside down letters aren't actually upside down at all. So this app simply converts each normal text symbol to its roughly-equivalent upside down unicode character. So, within unicode there just so happen to be a set of symbols which roughly correspond to upside down versions of normal text symbols. Most modern web browsers have implemented a large number of these so you can view them on webpages (when you can't, a generic hollow square usually appears in its place). The way this translator works is very simple: Unicode is a set of standardised symbols which includes hundreds of thousands of different symbols. Well, look no further, because they very likely copied and pasted upside down text from a translator just like this. ![]() You might have seen someone commenting on a blog or video with a unusual upside down font, and now you've come looking to see how it's done.
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