For

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/LSL

for

for( initializer; condition; increment ) loop

•	initializer	–	Executed once just before checking condition.
•	condition	–	If this executes as true then loop is executed.
•	increment	–	Executed after loop, then condition is checked again.
•	loop	–	Can be either a single statement, a block statement, or a null statement.

Any of the statements can be null statements.

Specification

Conditional Types

Type	Condition
integer	True if it is not zero.
float	True if it is not zero.[1]
string	True if its length is not zero.
key	True only if it is a valid key and not NULL_KEY.
vector	True if the vector is not ZERO_VECTOR.
rotation	True if the rotation is not ZERO_ROTATION.
list	True if the length is not zero. Note that correct behavior is only seen with Mono-compiled scripts; LSO-compiled scripts incorrectly resolve to false if the list is non-empty: BUG-230728

Examples

//single statement type.
integer a;
integer b = 10;
for(a = 1; a <= b; ++a)
    llOwnerSay((string)a);

//block statement
integer a = 0;
integer b = 10;
for(; a < b; ++a)
{
    llOwnerSay((string)a);
    llOwnerSay((string)a);
}

//null statement
integer a = 0;
integer b = 10;
for(; a < b; llOwnerSay((string)(a++)));

Notes

A for loop is the same as a while loop as below.

initializer;
while(condition)
{
    loop;
    increment;
}

Deep Notes

Search JIRA for related Issues

Footnotes

1. ^ The OpenSim LSL compiler will not do this implicitly. You will need to use an explicit check.

For