Talk:Boolean values: Difference between revisions
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:It's already been noted. a merge is in the works. --[[User:Mwn3d|Mwn3d]] 20:20, 10 July 2009 (UTC)
Sorry about the wait. All done. --[[User:Paddy3118|Paddy3118]] 21:12, 10 July 2009 (UTC)
== Rename page? ==
This page only deals with the two-valued boolean algebra.
This leaves out some important history and the full scope of what the word "Boolean" means. http://sumon3get.hubpages.com/hub/Basic-Concept-And-History-Of-Boolean-Algebra
Remedies might include:
1. A new page title that somehow incorporates the phrase "two valued".
2. A new Rosetta code task which treats some other subset of boolean values. For example, here's a table the boolean operation which corresponds to "logical and" on the integers 0 through 3:
<lang J> *. table i. 4
┌──┬───────┐
│*.│0 1 2 3│
├──┼───────┤
│0 │0 0 0 0│
│1 │0 1 2 3│
│2 │0 2 2 6│
│3 │0 3 6 3│
└──┴───────┘</lang>
(this operation is "least common multiple",).
And here's the boolean operation which corresponds to "logical or" (greatest common divisor) on these integers:
+. table i. 4
┌──┬───────┐
│+.│0 1 2 3│
├──┼───────┤
│0 │0 1 2 3│
│1 │1 1 1 1│
│2 │2 1 2 1│
│3 │3 1 1 3│
└──┴───────┘</lang>
Note also that "logical not" is not a boolean operation in and of itself. --[[User:Rdm|Rdm]] 13:40, 30 April 2012 (UTC)
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Revision as of 13:40, 30 April 2012
Python twice?
- It's already been noted. a merge is in the works. --Mwn3d 20:20, 10 July 2009 (UTC)
Sorry about the wait. All done. --Paddy3118 21:12, 10 July 2009 (UTC)
Rename page?
This page only deals with the two-valued boolean algebra.
This leaves out some important history and the full scope of what the word "Boolean" means. http://sumon3get.hubpages.com/hub/Basic-Concept-And-History-Of-Boolean-Algebra
Remedies might include:
1. A new page title that somehow incorporates the phrase "two valued".
2. A new Rosetta code task which treats some other subset of boolean values. For example, here's a table the boolean operation which corresponds to "logical and" on the integers 0 through 3:
<lang J> *. table i. 4 ┌──┬───────┐ │*.│0 1 2 3│ ├──┼───────┤ │0 │0 0 0 0│ │1 │0 1 2 3│ │2 │0 2 2 6│ │3 │0 3 6 3│ └──┴───────┘</lang>
(this operation is "least common multiple",).
And here's the boolean operation which corresponds to "logical or" (greatest common divisor) on these integers:
+. table i. 4
┌──┬───────┐ │+.│0 1 2 3│ ├──┼───────┤ │0 │0 1 2 3│ │1 │1 1 1 1│ │2 │2 1 2 1│ │3 │3 1 1 3│ └──┴───────┘</lang>
Note also that "logical not" is not a boolean operation in and of itself. --Rdm 13:40, 30 April 2012 (UTC)