Difference between revisions of "LlFloor"
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|return_text=that is the integer value of {{LSLP|val}} rounded towards negative infinity <code>(return <= {{LSLPT|val}})</code>. | |return_text=that is the integer value of {{LSLP|val}} rounded towards negative infinity <code>(return <= {{LSLPT|val}})</code>. | ||
|spec | |spec | ||
|caveats | |caveats= | ||
|examples=< | * The returned value is -2147483648 (0x80000000) if the arithmetic result is outside of the range of valid integers (-2147483648 to 2147483647 inclusive). | ||
|examples=<source lang="lsl2">default | |||
{ | { | ||
state_entry() | state_entry() | ||
{ | { | ||
llSay(0,"The floor value of -4.5 is: "+(string)llFloor(-4.5) ); | llSay(0, "The floor value of -4.5 is: "+(string)llFloor(-4.5) ); | ||
//Returns "The floor value of -4.5 is: -5" | //Returns "The floor value of -4.5 is: -5" | ||
llSay(0,"The floor value of -4.9 is: "+(string)llFloor(-4.9) ); | llSay(0, "The floor value of -4.9 is: "+(string)llFloor(-4.9) ); | ||
//Returns "The floor value of -4.9 is: -5" | //Returns "The floor value of -4.9 is: -5" | ||
llSay(0,"The floor value of -4.1 is: "+(string)llFloor(-4.1) ); | llSay(0, "The floor value of -4.1 is: "+(string)llFloor(-4.1) ); | ||
//Returns "The floor value of -4.1 is: -5" | //Returns "The floor value of -4.1 is: -5" | ||
llSay(0,"The floor value of 4.5 is: "+(string)llFloor(4.5) ); | llSay(0, "The floor value of 4.5 is: "+(string)llFloor(4.5) ); | ||
//Returns "The floor value of 4.5 is: 4" | //Returns "The floor value of 4.5 is: 4" | ||
llSay(0,"The floor value of 4.9 is: "+(string)llFloor(4.9) ); | llSay(0, "The floor value of 4.9 is: "+(string)llFloor(4.9) ); | ||
//Returns "The floor value of 4.9 is: 4" | //Returns "The floor value of 4.9 is: 4" | ||
llSay(0,"The floor value of 4.1 is: "+(string)llFloor(4.1) ); | llSay(0, "The floor value of 4.1 is: "+(string)llFloor(4.1) ); | ||
//Returns "The floor value of 4.1 is: 4" | //Returns "The floor value of 4.1 is: 4" | ||
} | } | ||
}</ | }</source> | ||
|helpers | |helpers | ||
|constants | |constants | ||
| Line 38: | Line 39: | ||
|also_functions={{LSL DefineRow||[[llRound]]|Rounds the float to an integer towards the closest integer}} | |also_functions={{LSL DefineRow||[[llRound]]|Rounds the float to an integer towards the closest integer}} | ||
{{LSL DefineRow||[[llCeil]]|Rounds the float to an integer towards positive infinity}} | {{LSL DefineRow||[[llCeil]]|Rounds the float to an integer towards positive infinity}} | ||
|notes | |notes=*For positive values, it is quicker and shorter to simply cast the float to an integer. i=(integer)f is 32 bytes shorter than i=llFloor(f) (in Byte Code) and about 30 times faster in execution, while giving the same result. | ||
|cat1=Math | |cat1=Math | ||
|cat2 | |cat2 | ||
Latest revision as of 00:24, 22 January 2015
| LSL Portal | Functions | Events | Types | Operators | Constants | Flow Control | Script Library | Categorized Library | Tutorials |
Summary
Function: integer llFloor( float val );| 0.0 | Forced Delay |
| 10.0 | Energy |
Returns an integer that is the integer value of val rounded towards negative infinity (return <= val).
| • float | val | – | Any valid float value |
Caveats
- The returned value is -2147483648 (0x80000000) if the arithmetic result is outside of the range of valid integers (-2147483648 to 2147483647 inclusive).
Examples
default
{
state_entry()
{
llSay(0, "The floor value of -4.5 is: "+(string)llFloor(-4.5) );
//Returns "The floor value of -4.5 is: -5"
llSay(0, "The floor value of -4.9 is: "+(string)llFloor(-4.9) );
//Returns "The floor value of -4.9 is: -5"
llSay(0, "The floor value of -4.1 is: "+(string)llFloor(-4.1) );
//Returns "The floor value of -4.1 is: -5"
llSay(0, "The floor value of 4.5 is: "+(string)llFloor(4.5) );
//Returns "The floor value of 4.5 is: 4"
llSay(0, "The floor value of 4.9 is: "+(string)llFloor(4.9) );
//Returns "The floor value of 4.9 is: 4"
llSay(0, "The floor value of 4.1 is: "+(string)llFloor(4.1) );
//Returns "The floor value of 4.1 is: 4"
}
}
Notes
- For positive values, it is quicker and shorter to simply cast the float to an integer. i=(integer)f is 32 bytes shorter than i=llFloor(f) (in Byte Code) and about 30 times faster in execution, while giving the same result.
See Also
Deep Notes
Signature |
|---|
function integer llFloor( float val ); |