Difference between revisions of "LlRotLookAt"
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| Line 6: | Line 6: | ||
|p3_type=float|p3_name=damping | |p3_type=float|p3_name=damping | ||
|func_footnote=To stop the object from maintaining the '''target''' positions use {{LSLG|llStopLookAt}}<br/> | |func_footnote=To stop the object from maintaining the '''target''' positions use {{LSLG|llStopLookAt}}<br/> | ||
To change the position in the same manner use {{LSLG|llMoveToTarget}}. | To change the position in the same manner use {{LSLG|llMoveToTarget}}. For physical objects a range between .2 and 1 is good for both parameters. | ||
|func_desc=Cause object name to point its forward axis towards '''target''' | |func_desc=Cause object name to point its forward axis towards '''target''' | ||
|return_text | |return_text | ||
Revision as of 18:49, 21 August 2007
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Summary
Function: llRotLookAt( rotation target, float strength, float damping );| 127 | Function ID |
| 0.0 | Forced Delay |
| 10.0 | Energy |
Cause object name to point its forward axis towards target
| • rotation | target | |||
| • float | strength | |||
| • float | damping | – | seconds to critically damp in |
To stop the object from maintaining the target positions use llStopLookAt
To change the position in the same manner use llMoveToTarget. For physical objects a range between .2 and 1 is good for both parameters.
Caveats
Examples
See Also
Deep Notes
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Signature |
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function void llRotLookAt( rotation target, float strength, float damping ); |