For

LSL Conditional:

{{LSL_Conditional
|statement=for
|statement_header
|statement_desc=Only the condition is required. The initializer, increment, and loop body are optional and can be left empty.
|statement_end=loop
|statement_end_desc=Can be either a single statement, a block statement, or a null statement.
|p1_name=initializer|p1_desc=Executed once just before checking '''condition'''.
|p2_name=condition|p2_desc=If this executes as true then '''loop''' is executed.
|p3_name=increment|p3_desc=Executed after '''loop''', then '''condition''' is checked again. 
|constants
|spec
|caveats
|examples=
The following is the most common way a for-loop is written, with each part properly specified.

The loop will run or "iterate" 10 times, from 0 to 9. It will execute two statements each iteration.
integer a = 0;
integer b = 10;
for (a = 0; a < b; ++a)
{
    llOwnerSay( (string)a ); // first statement
    llOwnerSay( (string)b ); // second statement
}

The following is less common, where the curly braces are left out.

This can be used when only one statement needs to be executed during the loop.
integer a = 0;
integer b = 10;
for (a = 0; a < b; ++a)
    llOwnerSay( (string)a ); // single statement

Although the following is technically possible, it's not recommended because it's hard to read and maintain.

The initialization is left out because the variable <code>a</code> already has the value zero.

The loop body is left out because the increment statement includes a function call which does everything that's needed.
integer a = 0;
integer b = 10;
for ( ; a < b; llOwnerSay((string)(++a)) )
    ; // empty statement (could be at the end of the previous line)
|helpers
|also_header
|also_functions
|also_tests
|also_articles
|also_footer
|notes=
A for-loop can also be written as a [[While]]-loop.
initializer;
while(condition)
{
    loop;
    increment;
}
|mode
|deprecated
|cat1=Flow Control/Loop
|cat2=Conditional
|cat3
|cat4
}}