For example, in Typing Following notation in Latex it may not be apparent that "vector fields in differential geometry" are somehow related to "bowties".
The above techniques provide an adequate way of finding symbols but are not necessarily foolproof since you sometimes need to know what you're looking for in order to find it. Using unicode-math, you can also search for characters by drawing (just like with detexify) using ShapeCatcher. If you are using the package unicode-math, then besides using any Unicode character list, the list of all supported symbols ( texdoc unimath-symbols) is very useful as it also lists which symbols are available in the various fonts. It can usually be easily accessed with texdoc symbols or texdoc symbols-a4 (in MiKTeX the latter only).Īnother good option is to try the web-based software Detexify, which allows you to draw the symbol and tries to recognize what you've drawn. Hint! The curly braces, for the area above arrow, must be set - even it is empty.You can look things up in the Comprehensive LaTeX symbols list. Long arrows with text could be made with usepackage extarrows.
↑Īdditional arrow symbols which are provided by usepackage amssymb.įirst the default ones, then amssymb version and last the symbols of usepackage extarrows:
default LaTeX arrowsĭefault means, you do not need an extra usepackage. If you want to use them in text just put the arrow command between two $ like this example: $\uparrow$ now you got an up arrow in text.įirst we show the arrow symbols which are available without an extra usepackage. Arrows would be used within math enviroment. Latex provides a huge number of different arrow symbols.
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