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Tacit programming: Difference between revisions
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→Conversion to dfns: "= would indicate a monadic function" correction
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=== Conversion to dfns === | === Conversion to dfns === | ||
It can help understanding to convert a tacit function to a dfn. For many tacit functions, it is not immediately clear if the intention of the function is to be used monadically or dyadically, or even both. Such knowledge can be conveyed by comments, but sometimes it is possible to spot patterns that are exclusively monadic or dyadic: A function with a bound argument (for example <source lang=apl inline>+∘1</source>) can indicate a monadic function, and in some contexts, <source lang=apl inline>=</source>, which can only be used dyadically, would indicate a dyadic. The website [https://tacit.help tacit.help] provides automated translation of most tacit functions, into both monadic and dyadic, fully parenthesised dfns. | It can help understanding to convert a tacit function to a dfn. For many tacit functions, it is not immediately clear if the intention of the function is to be used monadically or dyadically, or even both. Such knowledge can be conveyed by comments, but sometimes it is possible to spot patterns that are exclusively monadic or dyadic: A function with a bound argument (for example <source lang=apl inline>+∘1</source>) can indicate a monadic function, and in some contexts, <source lang=apl inline>=</source>, which can only be used dyadically, would indicate a dyadic function. The website [https://tacit.help tacit.help] provides automated translation of most tacit functions, into both monadic and dyadic, fully parenthesised dfns. | ||
== Examples == | == Examples == | ||
One of the major benefits of tacit programming is the ability to convey a short, well-defined idea as an isolated expression. This aids both human readability ([[semantic density]]) and the computer's ability to interpret code, potentially executing special code for particular [[idiom]]s. | One of the major benefits of tacit programming is the ability to convey a short, well-defined idea as an isolated expression. This aids both human readability ([[semantic density]]) and the computer's ability to interpret code, potentially executing special code for particular [[idiom]]s. | ||