llAxes2Rot now implemented. Important note: quaternion <x,y,z,s>
is equal to <-x,-y,-z,-s>. The result may be different from LSL
output, but it is correct. A problem of rounding caused an error
of square rooting of zero as negative number, corrected by squaring
again. Function tested 360° along 3 axes. Vector fwd, left and up
have to be normalized.
crossing is also a sim crossing. Prevents the CAPS handler from being set
up for a banned user,making them redmap out.
Dirty hack, temporary until I can work out how to do it right.
Implements additional unlink modes (unlink root prim from link set, some
multi-set operations). Linking (single and mutiple) fully implemented.
Consistent numbering of links while in world. Link/delink with predictable
link numbering. Correct link numbers in LSL.
Not all multi-set ops implemented. Link numbers still change when taken and
re-rezzed.
llRot2Left and llRot2Up functions modified, using fast algebric
calculations instead of vectors and quaternions products.
The accuracy is the same. Normalization is now implemented.
Returns true whenever the LLUUID references a user who is either an EM or
the region owner.
Please note that ownership is region-scoped, while EM is estate-scoped.
* warning was:
OpenSim/Framework/EstateSettings.cs(277): warning CS0472: The result of comparing `libsecondlife.LLUUID' against null is always `false'. This operation is undocumented and it is temporary supported for compatibility reasons only
* coding style: space before flow control statements please! http://blogs.msdn.com/brada/articles/361363.aspx
Makes the estate dialog fully functional. Implements all client facing functionality. Moves estate data from estate_settings.xml, which is used to provide defaults, to the region data store. Creates one estate for each region, and places the region in it. Converts all region bans to estate bans.
llRot2Fwd function modified, using fast algebric calculations
instead of vectors and quaternions products. The accuracy is
the same. Normalization is now implemented.
The previous implementation of llEuler2Rot was not mathematically
incorrect, but it was an awkward way of posing the problem that
led to a few degenerate cases which were not handled correctly -
for example, PI rotations around X and Z axes were wrong. I put
some comments in the source about how I arrived at the current
implementation, which I think is easier to read, and gives
results that match SL.
Charles Krinke