Difference between revisions of "LlScaleByFactor"

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             vector size = llList2Vector(get, ++count) * scale;
             vector size = llList2Vector(get, ++count) * scale;
             vector pos = llList2Vector(get, ++count) * scale;
             vector pos = llList2Vector(get, ++count) * scale;
             if(VectorAbsStatistics(LIST_STAT_MAX, size) > 64 || VectorAbsStatistics(LIST_STAT_MIN, size) < 0.01  || VectorAbsStatistics(LIST_STAT_MAX, root) > 54 )
             if(VectorAbsStatistics(LIST_STAT_MAX, size) > 64 || VectorAbsStatistics(LIST_STAT_MIN, size) < 0.01  || VectorAbsStatistics(LIST_STAT_MAX, pos) > 54 )
                 return ERR_MALFORMED_PARAMS;
                 return ERR_MALFORMED_PARAMS;
             set += [PRIM_LINK_TARGET, prims, PRIM_POS_LOCAL, pos, PRIM_SIZE, size];
             set += [PRIM_LINK_TARGET, prims, PRIM_POS_LOCAL, pos, PRIM_SIZE, size];

Revision as of 00:50, 6 January 2014

Emblem-important-yellow.png LSL Feature Request
The described function does not exist. This article is a feature request.

Summary

Function: integer llScaleByFactor( float scaling_factor );

Attempts to resize the entire object by scaling_factor, maintaining the size-position ratios of the prims.
Returns an integer boolean, STATUS_* flag or ERR_* flag?

• float scaling_factor The multiplier to be used with the prim sizes and their local positions.

Examples

See Also

Functions

•  llScaleByFactor
•  llGetMaxScaleFactor

Deep Notes

This function is roughly equivalent to the following: <lsl> float VectorAbsStatistics(integer flag, vector a){

   return llListStatistics(flag, [llFabs(a.x), llFabs(a.y), llFabs(a.z)]);

}

integer ScaleByFactor(float scale) {

   vector root = llGetScale() * scale;
   if(VectorAbsStatistics(LIST_STAT_MAX, root) > 64

History

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Signature

//function integer llScaleByFactor( float scaling_factor );