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Recursion in computer science involves a method, function, or subroutine calling itself. For example, a "flood fill" or "paint bucket" tool fills matching pixels to the left and to the right and then applies the tool to the pixels above and below the pixels that were changed. Programs written in [[UsefulNotes/ProgrammingLanguage languages]] descended from Lisp make heavy use of recursion.
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Recursion in computer science involves a method, function, or subroutine calling itself. For example, a "flood fill" or "paint bucket" tool fills matching pixels to the left and to the right and then applies the tool to the pixels above and below the pixels that were changed. Programs written in [[UsefulNotes/ProgrammingLanguage [[MediaNotes/ProgrammingLanguage languages]] descended from Lisp make heavy use of recursion.
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moderator restored to earlier version
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The index for Recursion is the Circular Definition index - https://tvtropes.org/pmwiki/posts.php?discussion=12934881600A56997400&page=67#1659
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!!Subtropes:
* DoubleBlindWhatIf
* RecursiveAmmo
* RecursiveReality
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Subtropes include RecursiveReality. Can induce a MindScrew.
[[SelfDemonstratingArticle If you don't already understand this concept]], [[Administrivia/LinkingToAnArticleWithinTheArticle see]] {{Recursion}}.
[[SelfDemonstratingArticle If you don't already understand this concept]], [[Administrivia/LinkingToAnArticleWithinTheArticle see]] {{Recursion}}.
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!!Subtropes:
* DoubleBlindWhatIf
* RecursiveReality
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[[SelfDemonstratingArticle If you don't already understand this concept]], [[Administrivia/LinkingToAnArticleWithinTheArticle see]]
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Recursion in computer science involves a method, function, or subroutine calling itself. For example, a "flood fill" or "paint bucket" tool fills matching pixels to the left and to the right and then applies the tool to the pixels above and below the pixels that were changed. Programs written in [[ProgrammingLanguage languages]] descended from Lisp make heavy use of recursion.
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Recursion in computer science involves a method, function, or subroutine calling itself. For example, a "flood fill" or "paint bucket" tool fills matching pixels to the left and to the right and then applies the tool to the pixels above and below the pixels that were changed. Programs written in [[ProgrammingLanguage [[UsefulNotes/ProgrammingLanguage languages]] descended from Lisp make heavy use of recursion.
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[[SelfDemonstratingArticle If you don't already understand this concept]], [[Administrivia/LinkingToAnArticleWithinTheArticle see]] {{Recursion}}.
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[[SelfDemonstratingArticle If you don't already understand this concept]], [[Administrivia/LinkingToAnArticleWithinTheArticle see]] {{Recursion}}.
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See {{Recursion}}.
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nvm
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See {{Recursion}}.
[[redirect:Recursion]]
[[redirect:Recursion]]
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See {{Recursion}}.
[[redirect:Recursion]]{{Recursion}}.
[[redirect:Recursion]]
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Recursion?
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See {{Recursion}}.
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See {{Recursion}}.{{Recursion}}.
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[[redirect:Recursion]]
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Recursion means an item repeats in a self-similar way.
A [[UsefulNotes/{{Mathematics}} mathematical]] function made with recursion, also called induction, involves defining some values with one or more base cases and defining the rest in terms of other values of the same function. For example, the factorial function ''x''! is defined with the following rules:
* 0! = 1
* ''x''! = ''x'' * (''x'' - 1)!, that is, a number's factorial is the number times the previous number's factorial.
Thus, 1! = 1 * 0! = 1, 2! = 2 * 1! = 2, 3! = 3 * 2! = 6, 4! = 4 * 3! = 24, 5! = 5 * 4! = 120, etc.
Recursion in computer science involves a method, function, or subroutine calling itself. For example, a "flood fill" or "paint bucket" tool fills matching pixels to the left and to the right and then applies the tool to the pixels above and below the pixels that were changed. Programs written in [[ProgrammingLanguage languages]] descended from Lisp make heavy use of recursion.
Subtropes include RecursiveReality. Can induce a MindScrew.
[[SelfDemonstratingArticle If you don't already understand this concept]], [[Administrivia/LinkingToAnArticleWithinTheArticle see]] {{Recursion}}.
A [[UsefulNotes/{{Mathematics}} mathematical]] function made with recursion, also called induction, involves defining some values with one or more base cases and defining the rest in terms of other values of the same function. For example, the factorial function ''x''! is defined with the following rules:
* 0! = 1
* ''x''! = ''x'' * (''x'' - 1)!, that is, a number's factorial is the number times the previous number's factorial.
Thus, 1! = 1 * 0! = 1, 2! = 2 * 1! = 2, 3! = 3 * 2! = 6, 4! = 4 * 3! = 24, 5! = 5 * 4! = 120, etc.
Recursion in computer science involves a method, function, or subroutine calling itself. For example, a "flood fill" or "paint bucket" tool fills matching pixels to the left and to the right and then applies the tool to the pixels above and below the pixels that were changed. Programs written in [[ProgrammingLanguage languages]] descended from Lisp make heavy use of recursion.
Subtropes include RecursiveReality. Can induce a MindScrew.
[[SelfDemonstratingArticle If you don't already understand this concept]], [[Administrivia/LinkingToAnArticleWithinTheArticle see]] {{Recursion}}.
to:
A [[UsefulNotes/{{Mathematics}} mathematical]] function made with recursion, also called induction, involves defining some values with one or more base cases and defining the rest in terms of other values of the same function. For example, the factorial function ''x''! is defined with the following rules:
* 0! = 1
* ''x''! = ''x'' * (''x'' - 1)!, that is, a number's factorial is the number times the previous number's factorial.
Thus, 1! = 1 * 0! = 1, 2! = 2 * 1! = 2, 3! = 3 * 2! = 6, 4! = 4 * 3! = 24, 5! = 5 * 4! = 120, etc.
Recursion in computer science involves a method, function, or subroutine calling itself. For example, a "flood fill" or "paint bucket" tool fills matching pixels to the left and to the right and then applies the tool to the pixels above and below the pixels that were changed. Programs written in [[ProgrammingLanguage languages]] descended from Lisp make heavy use of recursion.
Subtropes include RecursiveReality. Can induce a MindScrew.
[[SelfDemonstratingArticle If you don't already understand this concept]], [[Administrivia/LinkingToAnArticleWithinTheArticle see]]
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[[SelfDemonstratingArticle If you don't already understand this concept]], [[LinkingToAnArticleWithinTheArticle see]] {{Recursion}}.
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[[SelfDemonstratingArticle If you don't already understand this concept]], [[LinkingToAnArticleWithinTheArticle [[Administrivia/LinkingToAnArticleWithinTheArticle see]] {{Recursion}}.
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None
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If you don't already understand this concept, see also {{Recursion}}.
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[[SelfDemonstratingArticle If you don't already understand this concept, see also concept]], [[LinkingToAnArticleWithinTheArticle see]] {{Recursion}}.
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\"other function\'s values\"; Lisp
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A mathematical function made with recursion, also called induction, involves defining some values with one or more base cases and defining the rest in terms of other function's values. For example, the factorial function ''x''! is defined with the following rules:
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A mathematical [[UsefulNotes/{{Mathematics}} mathematical]] function made with recursion, also called induction, involves defining some values with one or more base cases and defining the rest in terms of other function's values.values of the same function. For example, the factorial function ''x''! is defined with the following rules:
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Recursion in computer science involves a method, function, or subroutine calling itself. For example, a "flood fill" or "paint bucket" tool fills matching pixels to the left and to the right and then applies the tool to the pixels above and below the pixels that were changed.
Subtropes include RecursiveReality.
If you don't already understand this, see also {{Recursion}}.
Subtropes include RecursiveReality.
If you don't already understand this, see also {{Recursion}}.
to:
Recursion in computer science involves a method, function, or subroutine calling itself. For example, a "flood fill" or "paint bucket" tool fills matching pixels to the left and to the right and then applies the tool to the pixels above and below the pixels that were changed.
changed. Programs written in [[ProgrammingLanguage languages]] descended from Lisp make heavy use of recursion.
Subtropes includeRecursiveReality.
RecursiveReality. Can induce a MindScrew.
If you don't already understandthis, this concept, see also {{Recursion}}.
Subtropes include
If you don't already understand
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To make the page useful and keep it self-demonstrating, add a basic description as the article\'s \"base case\".
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See {{Recursion}}.
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A mathematical function made with recursion, also called induction, involves defining some values with one or more base cases and defining the rest in terms of other function's values. For example, the factorial function ''x''! is defined with the following rules:
* 0! = 1
* ''x''! = ''x'' * (''x'' - 1)!, that is, a number's factorial is the number times the previous number's factorial.
Thus, 1! = 1 * 0! = 1, 2! = 2 * 1! = 2, 3! = 3 * 2! = 6, 4! = 4 * 3! = 24, 5! = 5 * 4! = 120, etc.
Recursion in computer science involves a method, function, or subroutine calling itself. For example, a "flood fill" or "paint bucket" tool fills matching pixels to the left and to the right and then applies the tool to the pixels above and below the pixels that were changed.
Subtropes include RecursiveReality.
If you don't already understand this, see also {{Recursion}}.
