BIS fnc vectorDivide: Difference between revisions

Latest revision as of 14:35, 13 July 2022

1.00

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Description

Description:

Divides vector by scalar, by dividing all vector elements.

ⓘ

vectorMultiply can be used instead as vector vectorMultiply 1/scale, but:

scale cannot be 0
in some rare cases, the result is not exactly the same as BIS_fnc_vectorDivide - this is due to Floating Point Number precision and rounding.

Execution:

call

Groups:

Vectors

Syntax

Syntax:: [vector, divider] call BIS_fnc_vectorDivide
Parameters:: vector: Array of Numbers - (Optional, default [0,0,0]) can be any array of numbers
: divider: Number - (Optional, default 1)
Return Value:: Array of Numbers

Examples

Example 1:: [[123, 456, 789], 5] call BIS_fnc_vectorDivide;
Example 2:: [[1, 2, 3, 4, 5, 6, 7, 8, 9], 5] call BIS_fnc_vectorDivide;

Additional Information

See also:: vectorMultiply BIS_fnc_vectorMultiply

Notes

: Report bugs on the Feedback Tracker and/or discuss them on the Arma Discord or on the Forums.
Only post proven facts here! Add Note

@@ Line 1: / Line 1: @@
 {{RV|type=function
-| arma3|1.00|gr1= Vectors| Divides vector by scalar, by dividing all vector elements.
-{{Informative | [[vectorMultiply]] can be used instead as {{Inline code|vector [[vectorMultiply]] 1/scale}}, but:
+|game1= arma3
+|version1= 1.00
+|gr1= Vectors
+|descr= Divides vector by scalar, by dividing all vector elements.
+{{Feature|informative|
+[[vectorMultiply]] can be used instead as <sqf inline>vector vectorMultiply 1/scale</sqf>, but:
 * ''scale'' cannot be 0
-* in some rare cases, the result is not ''exactly'' the same as [[BIS_fnc_vectorDivide]] - this is due to [[Floating Point Number]] precision and rounding.}}| [vector, divider] call [[BIS_fnc_vectorDivide]]|p1= vector: [[Array]] of [[Number]]s - (Optional, default [0,0,0]) can be any array of numbers.|p2= divider: [[Number]] - (Optional, default 1)
+* in some rare cases, the result is not ''exactly'' the same as [[BIS_fnc_vectorDivide]] - this is due to [[Floating Point Number]] precision and rounding.
+}}
+|s1= [vector, divider] call [[BIS_fnc_vectorDivide]]
+|p1= vector: [[Array]] of [[Number]]s - (Optional, default [0,0,0]) can be any array of numbers
+|p2= divider: [[Number]] - (Optional, default 1)
+|r1= [[Array]] of [[Number]]s
+|x1= <sqf>[[123, 456, 789], 5] call BIS_fnc_vectorDivide;</sqf>
+|x2= <sqf>[[1, 2, 3, 4, 5, 6, 7, 8, 9], 5] call BIS_fnc_vectorDivide;</sqf>
-| [[Array]] of [[Number]]s|x1= <code>[<nowiki/>[123, 456, 789], 5] [[call]] [[BIS_fnc_vectorDivide]];</code>|x2= <code>[<nowiki/>[1, 2, 3, 4, 5, 6, 7, 8, 9], 5] [[call]] [[BIS_fnc_vectorDivide]];</code>| [[vectorMultiply]] [[BIS_fnc_vectorMultiply]]
+|seealso= [[vectorMultiply]] [[BIS_fnc_vectorMultiply]]
 }}