overrated. Turns out there was a bug in recalc code where
in editmode mesh was getting reevaluated all the time (because
ob->disp doesn't get built in editmode). This should fix.
- Fix some normal calculation/backwards face drawing
DerivedMesh implementation of CCGSubSurf. Only used in editmode at
the moment, and does not draw smooth normals correctly.
- Just in its own this brings a rather large speedup for editing
subsurfs.
to determine if element should be drawn and to set draw options),
which meant some could be combined - eases implementation of new
DerivedMesh types and keeps more app specific logic out of DerivedMesh
implementations.
- Made proportional edit in Mesh editmode use connectivity to clip the
area where proportional editing is allowed.
Uses some kind of manhattan distance for clip area still, so is slightly
too large for diagonals. Will be worked on!
- Fix; in constraint code, using (0 0 0) delta caused NaN.
- removed DL_MESH displist type!!!! Now store a DerivedMesh directly.
- May still be some issues left having to do with releasing this
at the right time (old code just splashed free_displist all
over the place).
- switched drawmesh.c to use new functions
- WHEE! This is last such function that has to be written for the time
being, and also effectively marks the end of DL_MESH! DispListMesh still
hangs around as a kind of interchange format but should also die once
DerivedMesh provides more intimate mesh access.
DL_MESH (the displist type for DispListMesh) is still used to hold
the DispListMesh, but that will die as soon as new subsurf switches to
using a bonafide DerivedMesh implementation. There is also one silly
usage for the decimator that is easy to kill.
- Oh, and I also made potatoe mode draw mesh vertex colors - seemed to
be more uniform behavior.
- cancelled previous commit to add RE_findTFAce, instead just added
a MemArena to render struct... free'd at end of render, can be used
to store other data as well
- switch rendering to using DerivedMesh API... this is slightly more
inefficient now because it is doing some unnecessary copying. Can
be fixed by defining a DerivedMesh function to convert the object
into a render object (on todo list)
are owned by mesh (or displistmesh)... this causes problems for
adapting to systems that build tfaces on the fly. Added RE_findTFace
function to allow allocating tfaces inside renderer itself.
- made more general calls with args for drawing types
- made it accept transparency for all modes (used while transform now)
- added argument to detect 'combo' mode, gave offsets to translate/scale
handles in combos.
- added 'pie chart' on view-aligned rotate for widget
- made trackball for rotate widget rt==4 behave compatible
- removed redundant code for 'ghosting'
implementations (slightly redundant, could implement draw in terms
of first... can be cleaned later)
- switch to use of new APIs... all uses of EditVert->ssco are now
clean (read: ready to die as soon as a proper DerivedMesh implementation
is swapped in with ccgsubsurf)
implementations
- updated drawobject selection code to use DerivedMesh (last DispListMesh
usage in drawobject.c that needs to be replaced! Woot!)
- interface could still be a lot cleaner, mostly calculating indices for
the various things to pass to selection color routine is hacky.
Replaced old transform call when extruding and duplicating. Added a CTX_NOPET context flag for extrude. This is done rather a bit hackishly in Transform right now, better to do it with a on/off pet flag in TransInfo and check that everywhere instead.
Made sure transinfo Ext was initialised at NULL (I'm pretty sure it was in another spot, but LetterRip reported some crash leading me to believe that it might not be all the time. Better be safe than sorry).
Connected PET for curves uses the real distance for the fall off calculations now.
The rest is proof of concept goody for a CONNECTED limiter for PET.
That is, PET affecting only elements which are connected together.
Only affects Curves right now since that was easier to test connectivity with. Still some polishing to do (falloff is based on distance of effect, not real distance), but it's a proof of concept, so...
this is to ease migration.
- updated particles and STL converter to use DerivedMesh interface. This
is a bit wasteful at the moment, but these are not key performance areas.
Can update once DerivedMesh has accessors for faces and face data.
