Dyadic - Revision history

Paul Robinson: explain & add cat

2019-10-13T22:24:00Z

explain & add cat

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	[[Category:Definitions]]		[[Category:Definitions]]
			[[Category:Dyadic operators]]

Paul Robinson at 21:41, 26 November 2014

2014-11-26T21:41:08Z

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	<br/><hr/>		<br/><hr/>
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			[[Category:Definitions]]

Paul Robinson at 21:40, 26 November 2014

2014-11-26T21:40:18Z

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	* [[monadic]] (accepts one argument)		* [[monadic]] (accepts one argument)
	* [[dyadic]] (accepts two arguments)		* [[dyadic]] (accepts two arguments)
	* [[System Functions]]		<br/><hr/>
			{{Article footer}}

Paul Robinson at 03:11, 28 February 2013

2013-02-28T03:11:15Z

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	A '''dyadic''' function is one that takes an argument on the left and right of the function. Here is an example of a dyadic function named '''deal''' to deal hands of cards:<br/>		A '''dyadic''' function is one that takes an argument on the left and right of the function. Here is an example of a dyadic function named '''deal''' to deal hands of cards:<br/>
	<apll>    ∇ k ← count deal cards;C<br/>		<apll>    ∇ k ← count deal cards;c<br/>
	[1]   c ← count<br/>		[1]   c ← count<br/>
	[2]   k ←''<br/>		[2]   k ←''<br/>

Paul Robinson at 03:10, 28 February 2013

2013-02-28T03:10:47Z

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	23 25 43 21 15 52 14<br/></apll>		23 25 43 21 15 52 14<br/></apll>

	Some system functions are dyadic,		The numbers generated would have to be related to a rank and suit to display a particular card.

			Some system functions are dyadic, in that you may present them one argument on each side of the function name, and it may return a value. The [[System Function FMT\|{quad}FMT]] function provides specialized formatting when used as a dyadic function.

			== See Also==
			* [[niladic]] (accepts no arguments)
			* [[monadic]] (accepts one argument)
			* [[dyadic]] (accepts two arguments)
			* [[System Functions]]

Paul Robinson at 03:03, 28 February 2013

2013-02-28T03:03:52Z

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	A '''dyadic''' function is one that takes an argument on the left and right of the function. Here is an example of a dyadic function to deal hands of cards:<br/>		A '''dyadic''' function is one that takes an argument on the left and right of the function. Here is an example of a dyadic function named '''deal''' to deal hands of cards:<br/>
	<apll>    ∇ k ← count deal cards;C<br/>		<apll>    ∇ k ← count deal cards;C<br/>
	[1]   c ← count<br/>		[1]   c ← count<br/>

Paul Robinson: Created page with "A '''dyadic''' function is one that takes an argument on the left and right of the function. Here is an example of a dyadic function to deal hands of cards:
&..."

2013-02-28T03:03:21Z

Created page with "A '''dyadic''' function is one that takes an argument on the left and right of the function. Here is an example of a dyadic function to deal hands of cards: <apll> &..."

New page

A '''dyadic''' function is one that takes an argument on the left and right of the function. Here is an example of a dyadic function to deal hands of cards: 
<apll>    ∇ k ← count deal cards;C 
[1]   c ← count 
[2]   k ←'' 
[3]   Q: 
[4]   k ← k, cards ? 52 
[5]   c ← c-1 
[6]   →(c>0)/Q 
[7]   k←count cards ⍴ k 
    ∇ 
</apll>
So an execution of this function to deal 6 hands of 7 cards could produce the following: 
<apll>      6 deal 7 
 28  1  8 24 32 47 27 
 38 46  1 43  3 40  7 
 47 28 26  7 39  2 37 
 36 12 48 46 47 31 13 
 24 52 13 25 20 30 47 
 23 25 43 21 15 52 14 </apll>

Some system functions are dyadic,