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KamilaLisp: Difference between revisions
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quote about development
(Created page with "{{Infobox array language | array model = Lists | index origin = 0 | function styles = lambda, tacit | numeric types = Multiple, including complex and arbitrary-precision support | released = 2021 | developer = Kamila Szewczyk (palaiologos) | latest release version = 0.2 / 2023 | implementation language = Java | source =...") |
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| influenced by = [[wikipedia:Lisp (programming language)|Lisp]] (MalbolgeLISP), [[wikipedia:Haskell|Haskell]], [[wikipedia:Standard ML|Standard ML]], APL | | influenced by = [[wikipedia:Lisp (programming language)|Lisp]] (MalbolgeLISP), [[wikipedia:Haskell|Haskell]], [[wikipedia:Standard ML|Standard ML]], APL | ||
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|{{quote | "implementing APL in [[wikipedia:malbolge|malbolge]] started to become more and more uncomfortable."|Kamila Szewczyk. On the [[APL Farm]], Nov. 1, 2023.}} | |||
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'''KamilaLisp''' is a Lisp dialect that includes APL-influenced array functionality and pre-defined glyphs, as well as other syntactic features designed to allow programming in an APL style. The language has built-in functionality intended for a broad range of use cases including mathematics. Array programming is done with immutable linked lists (other Lisps most often use mutable linked lists), which are one of several available data structures. There is also support for tacit or point-free programming, including a "fork" syntax, written with square brackets <code>[]</code>, that generalizes [[Train]]s to any number of arguments, and partial application somewhat similar to Haskell. | '''KamilaLisp''' is a Lisp dialect that includes APL-influenced array functionality and pre-defined glyphs, as well as other syntactic features designed to allow programming in an APL style. The language has built-in functionality intended for a broad range of use cases including mathematics. Array programming is done with immutable linked lists (other Lisps most often use mutable linked lists), which are one of several available data structures. There is also support for tacit or point-free programming, including a "fork" syntax, written with square brackets <code>[]</code>, that generalizes [[Train]]s to any number of arguments, and partial application somewhat similar to Haskell. | ||
{{APL dialects}}[[Category:Programming languages]][[Category:Languages with tacit programming]] | {{APL dialects}}[[Category:Programming languages]][[Category:Languages with tacit programming]] | ||