Category:LSL Operators

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Operator Precedence (Order of Operations)

Operator	Description	Direction
,	Separator	Left to Right^[1]
++ -- .	Increment Decrement Element Selector (also Variable Evaluation)	Right to Left
= += -= /= %= *=	Direct Assignment Addition/Concatenation Assignment Subtraction Assignment Division Assignment Modulo/Cross-Product Assignment Multiplication/Dot-Product Assignment	Right to Left^[2]
() []	Parenthesis List Constructor	Inner to Outer
(type) ~ ! -	Typecast Bitwise NOT Logical NOT Negation	Right to Left
/ % * \| ^	Division Modulus Multiplication Bitwise OR Bitwise eXclusive OR	Left to Right
+ -	Addition/Concatenation Subtraction	Left to Right
<< >>	Bitwise Shift Left Bitwise Shift Right	Left to Right
< > <= >=	Less Than Greater Than Less Than or Equal Greater Than or Equal	Left to Right
== !=	Equivalent NOT Equivalent	Left to Right
&	Bitwise AND	Left to Right
^	Bitwise eXclusive OR	Left to Right
\|	Bitwise OR	Left to Right
&& \|\|	Logical AND Logical OR	Left to Right^[3]

^ Separators promote ALL operators to the left until the first unmatched, from it's position, open-bracket or open-parenthesis. This precedence ONLY applies within the brackets/parenthesis containing it
^ Assignment operators promote ALL operators to the right until the first un-bracketed/praenthesized separator, unmatched close bracket or close parenthesis, or semicolon. This precedence ONLY applies within the brackets/parenthesis containing it
^ There is no Short Circuiting of Logical Operators in LSL, both operands will be evaluated regardless.

Logical Operators are operators those result is either TRUE or FAlSE.

Bitwise Operators are similar to Logical Operators, but act on all bits of an integer simultaneously as if they were each a Boolean value.

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