- changed function drawcircball() in source/blender/src/drawobject.c. Circle is computed faster (no 32 calls of sin() and cos() each time witch same results).
- added new MetaElem types (plane, elipsoid and cube) old TubeX, TubeY and TubeZ will not be supported
- new buttons in Edit button window (dx, dy, dz)
- added new items into the headers menu and toolbox menu
more details at: http://blender.webpark.cz
- Window: added .GetCursorPos()
- Lamp: updated for NoDiffuse and NoSpecular modes
- Registry: new module to handle persistent data
- vector: made it correctly print only 3 values when vec->size==3:
Fixes nmvert coords printed with a 4th 0.0 coordinate
- Text: fixed crash on startup (Python 2.3, linux):
added definition of the Text pyobject earlier, in Types.c
- the link order for Blender has changed, the libradiosity.a has to be moved after the librender.a (obviously for a new dependency!). Check blender/source/Makefile
- there's a new file: blender/source/radiosity/intern/source/radrender.c
Here's what the new code does:
Using the core routines of the Radiosity tool, each renderface with 'emit material' and each renderface with 'radio material flag' set will be used to itterate to a global illumination solution. Per face with high energy (emit) little images are rendered (hemicubes) which makes up lookup tables to 'shoot' its energy to other faces.
In the end this energy - color - then is directly added to the pixel colors while rendering, Gouraud shaded.
Since it's done with renderfaces, it works for all primitives in Blender.
What is doesn't do yet:
- take into account textured color of faces. Currently it uses the material RGB color for filtering distributed energy.
- do some smart pre-subdividing. I don't know yet if this is useful... Right now it means that you'll have to balance the models yourself, to deliver small faces where you want a high accuracy for shadowing.
- unified render (is at my todo list)
User notes:
- per Material you want to have included in radiosity render: set the 'radio' flag. For newly added Materials it is ON by default now.
- the Ambient slider in Material controls the amount of radiosity color.
- for enabling radiosity rendering, set the F10 "Radio" button.
- the Radiosity buttons now only show the relevant radiosity rendering options. Pressing "collect meshes" will show all buttons again.
- for meshes, the faces who use Radio material always call the 'autosmooth' routine, this to make sure sharp angles (like corners in a room) do not have shared vertices. For some smooth models (like the raptor example) you might increase the standard smoothing angle from 30 to 45 degree.
Technical notes:
- I had to expand the renderface and rendervertices for it... shame on me! Faces have one pointer extra, render vertices four floats...
- The size of the hemicubes is now based at the boundbox of the entire scene (0.002 of it). This should be more reliable... to be done
- I fixed a bug in radiosity render, where sometimes backfaces where lit
In general:
I'd like everyone to play a bit with this system. It's not easy to get good results with it. A simple "hit and go" isn't there... maybe some good suggestions?
crash when deleting all curves from Curve Object, when EditButtons open.
Bad memory reference, caused by using an unsupported feature in
interface.c... fixed by not using that feature! (making buttons with NULL
pointers)
maintainers really *really* only want to use sdl11-config while not
offering sdl-config as well ...)
This patch was briefly discussed on -committers but still might break
SDL stuff.
Blender no longer uses the windows dir as %HOME%
This also fixes the ".blanguage not found" errors when
double-clicking .blend files. (Win32)
Needs testing at Win2k/XP!!!
tuhopuu (as max for buttons)
- Sun lamps now do toon specularity too
Hemi lamps dont do any other shader than the old ones still... the
implimentation of it in Tuhopuu is disputable, will solve this for 2.29
This crash was reported by Jean-Michel Soler (jms).
Problem was that I was trying to be a little too intelligent. I kept a
reference to created PyObjects which at some point apparently fails. Keeping
the object references is not necessary. Now we just create a new PyObject
when necessary and let Python handle the reference counts.
outside of the old boundbox of the Object.
it's a small fix, the code is still commented in... need further
work to find out why sometimes balls disappear
- Fixed bug #399:
Old bug on NMesh: segfault on NMesh.Face(vertexlist).
- Fixed bug #433:
"Typo" on Armature: bone's setQuat method was changing bone->head, not
bone->quat.
changed "get_ipo(key, ..." to "get_ipo((ID *)key, ..." in line 107.
* changed insert_meshkey(Mesh *me) to insert_meshkey(Mesh *me, short offline):
To call this function from a script, so that it doesn't pop the
"relative / absolute" dialog window when the "offline" arg is non-zero.
Exppython:
* NMesh module:
- Added method NMesh.addMaterial(mat) to the NMesh module:
alternative safer (aka slower) way to add materials.
- Added optional arg to NMesh_update():
if given and equal to 1, the mesh normals are recalculated.
- Fixed NMesh.getVertexInfluences: it was segfaulting when a NULL bone was
linked to the vertex. Thanks to Jiba on the bf-python mailing list for
bug report and sample .blend file. Also made this method give an IndexError
when the vertex index is out of range.
* Material module:
Added specR, specG, specB vars for compatibility with the 2.25 API.
Pointed by Manuel Bastioni.
* Image module:
Exposed image width, height and depth parameters.
From a suggestion by jms.
* BPython Ref Doc:
- Small updates to reflect the above additions.
- Added info for the Bone type in the Armature doc.
