Difference between revisions of "LlApplyRotationalImpulse"
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|p2_type=integer|p2_name=local|p2_desc=boolean, if {{LSLG|TRUE}}, '''force''' is treated as a {{LSLG|local vector}} instead of {{LSLG|global vector}}. | |p2_type=integer|p2_name=local|p2_desc=boolean, if {{LSLG|TRUE}}, '''force''' is treated as a {{LSLG|local vector}} instead of {{LSLG|global vector}}. | ||
|func_desc=Applies rotational impulse to object | |func_desc=Applies rotational impulse to object | ||
|return_text|spec|caveats|examples|helpers|related|also_functions=*{{LSLG|llApplyImpulse}}|notes}}[[Category:LSL_Physics]][[Category:LSL_Stub]] | |return_text|spec | ||
|caveats=*Object must be physical. | |||
|examples|helpers|related|also_functions=*{{LSLG|llApplyImpulse}}|notes}}[[Category:LSL_Physics]][[Category:LSL_Stub]] | |||
Revision as of 04:48, 28 January 2007
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Summary
Function: llApplyRotationalImpulse( vector force, integer local );| 0.0 | Forced Delay |
| 10.0 | Energy |
Applies rotational impulse to object
| • vector | force | |||
| • integer | local | – | boolean, if TRUE, force is treated as a local vector instead of global vector. |
Caveats
- Object must be physical.
Examples
See Also
Deep Notes
Signature |
|---|
function void llApplyRotationalImpulse( vector force, integer local ); |