Difference between revisions of "Visual Language"

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[[wikipedia:Visual_language|Visual language]] is a programming model that leverages the topological and geometrical features of information to enable encoding of executable/declarative instructions. The visual structure of interrelated functions can also be formulated as an algebra<ref>{{:Paper/Algebra of Systems}}<ref>.
[[wikipedia:Visual_language|Visual language]] is a programming model that leverages the topological and geometrical features of information to enable encoding of executable/declarative instructions. The visual structure of interrelated functions can also be formulated as an algebra<ref>{{:Paper/Algebra of Systems}}</ref>.


Matthew Revell of [https://www.outsystems.com OutSystems]<ref>https://www.outsystems.com/blog/posts/what-is-visual-programming/</ref> has written an article on that. A list of visual programming languages can be found here<ref>https://p2k.um-surabaya.ac.id/IT/2-3045-2942/visual-programming-language_4635_p2k-um-surabaya.html</ref>.
Matthew Revell of [https://www.outsystems.com OutSystems]<ref>https://www.outsystems.com/blog/posts/what-is-visual-programming/</ref> has written an article on that. A list of visual programming languages can be found here<ref>https://p2k.um-surabaya.ac.id/IT/2-3045-2942/visual-programming-language_4635_p2k-um-surabaya.html</ref>.

Revision as of 05:48, 7 February 2022

Visual language is a programming model that leverages the topological and geometrical features of information to enable encoding of executable/declarative instructions. The visual structure of interrelated functions can also be formulated as an algebra[1].

Matthew Revell of OutSystems[2] has written an article on that. A list of visual programming languages can be found here[3].


References

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