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From: "Apache" <apache@lojban.org>
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Subject: [jvsw] Definition Edited At Word vei'e -- By krtisfranks
Date: Sat, 12 Nov 2022 22:45:30 +0000
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In jbovlaste, the user krtisfranks has edited a
definition of "vei'e" in the language "English".

Differences:

5,5c5,5
< 		$X_1, X_2$ are not restricted to integers; they can be any complex numbers, although $X_2$ will typically be a positive real and the definition will need to be adjusted if they are not real. "$\%$" denotes the modulus operator ("{vei'u}"). vei'e(0, n) = 0 for all n > 0; vei'e(9, 3) = 3; vei'e(10, 3) = 3; vei'e(-5.2, 2.5) = -2.
---
> 		$X_1, X_2$ are not restricted to integers; they can be any complex numbers, although $X_2$ will typically be a positive real and the definition will need to be adjusted if they are not real. "$\%$" denotes the modulus operator ("{vei'u}"). vei'e(0, n) = 0 for all n > 0; vei'e(9, 3) = 3; vei'e(10, 3) = 3; vei'e(-5.2, 2.5) = -2, vei'e(-17.23 + π/1000, 1) = -17; vei'e(4, -1) = -4; vei'e(-6.3, -1) = 6.
12,12d11
< 		Word: quotient, In Sense: from integer-division
\n13a13,13
\n> 		Word: quotient, In Sense: from integer-division


Old Data:

	Definition:
		mekso binary operator – quotient from integer-division: sgn$(X_1)$ sgn$(X_2) (($abs$(X_1) - ($abs$(X_1) \% X_2))/X_2)$.

	Notes:
		$X_1, X_2$ are not restricted to integers; they can be any complex numbers, although $X_2$ will typically be a positive real and the definition will need to be adjusted if they are not real. "$\%$" denotes the modulus operator ("{vei'u}"). vei'e(0, n) = 0 for all n > 0; vei'e(9, 3) = 3; vei'e(10, 3) = 3; vei'e(-5.2, 2.5) = -2.

	Jargon:
		

	Gloss Keywords:
		Word: integer-division quotient, In Sense: 
		Word: quotient, In Sense: from integer-division
		Word: integer-part function, In Sense: 

	Place Keywords:



New Data:

	Definition:
		mekso binary operator – quotient from integer-division: sgn$(X_1)$ sgn$(X_2) (($abs$(X_1) - ($abs$(X_1) \% X_2))/X_2)$.

	Notes:
		$X_1, X_2$ are not restricted to integers; they can be any complex numbers, although $X_2$ will typically be a positive real and the definition will need to be adjusted if they are not real. "$\%$" denotes the modulus operator ("{vei'u}"). vei'e(0, n) = 0 for all n > 0; vei'e(9, 3) = 3; vei'e(10, 3) = 3; vei'e(-5.2, 2.5) = -2, vei'e(-17.23 + π/1000, 1) = -17; vei'e(4, -1) = -4; vei'e(-6.3, -1) = 6.

	Jargon:
		

	Gloss Keywords:
		Word: integer-division quotient, In Sense: 
		Word: integer-part function, In Sense: 
		Word: quotient, In Sense: from integer-division

	Place Keywords:




You can go to <http://jbovlaste.lojban.org/dict/vei'e> to see it.