Difference between revisions of "Template:LSLRotGetSet"
Jump to navigation
Jump to search
(spins around location, not center (which there are several)) |
m |
||
Line 13: | Line 13: | ||
{{!!}}global rotation of avatar | {{!!}}global rotation of avatar | ||
{{!!}}global rotation of avatar * global rotation of prim (''Not Useful'') | {{!!}}global rotation of avatar * global rotation of prim (''Not Useful'') | ||
{{!}}- | |||
{{!!}}[[llGetObjectDetails]] | |||
{{!!}}global rotation of prim | |||
{{!!}}global rotation of prim | |||
{{!!}}? | |||
{{!!}}? | |||
{{!}}- | {{!}}- | ||
{{!!}}[[llGetLocalRot]] | {{!!}}[[llGetLocalRot]] |
Revision as of 03:24, 4 May 2009
Function | Alone or Root | Link Member | Attachment | Attachment Linked Member |
---|---|---|---|---|
llGetRot llGetPrimitiveParams |
global rotation of prim | global rotation of prim | global rotation of avatar | global rotation of avatar * global rotation of prim (Not Useful) |
llGetObjectDetails | global rotation of prim | global rotation of prim | ? | ? |
llGetLocalRot | global rotation of prim | rotation of prim relative to root prim | rotation of attachment relative to the attach point | rotation of prim relative to attachment root prim |
llGetRootRotation | global rotation of prim | global rotation of root prim | global rotation of avatar | global rotation of avatar |
llSetRot* llSetPrimitiveParams* |
set global rotation | complicated, see llSetRot | set rotation relative to avatar | set rotation to root global rotation * new_rot. |
llSetLocalRot* | set global rotation | set rotation of prim relative to root prim | set global rotation relative to avatar | set rotation of prim relative to attachment root prim |
llTargetOmega† | spin linkset around prim's location | spin prim around its location | spin linkset around attachment location | spin prim around its location |
* | Physical objects which are not children in a linkset will not respond to setting rotations. |
† | For non-Physical objects llTargetOmega is executed on the client side, providing a simple low lag method to do smooth continuous rotation. |