2 new attributes to ImageViewport and ImageRender object:
depth: set to True to retrieve the depth buffer as an array of float
(not suitable for texture source).
zbuff: set to True to retrieve the depth buffer as a grey scale pixel array
(suitable for texture source).
A new mode 'F' is added to VideoTexture.imageToArray() to allow returning the image
buffer as a one dimensional array of float. This mode should only be used to retrieve
the depth buffer of ImageViewport and ImageRender objects.
Example:
viewport = VideoTexture.ImageViewport()
viewport.depth = True
depth = VideoTexture.imageToArray(viewport,'F')
# show depth of bottom left pixel
# 1.0 = infinite, 0.0 = on near clip plane.
print(depth[0])
* KX_GameObject.member returns the list of group members if the object is a group object, otherwise None is returned
* KX_GameObject.group returns the group object that the object belongs to or None if the object is not part of a group
the idea of using methods instead of attributes is to avoid users abusing of the system calls.
Thanks Campbell Barton for reviewing and small corrections
KX_RadarSensor.angle was returning the angle that was used to construct Bullet's physics shape, which is calculated from the logic brick gui. KX_RadarSensor.angle now recalculates the original value from the gui. However, m_coneradius isn't actually used by KX_RadarSensor that I can see, so it might be better to just assign the original angle to m_coneradius instead of the calculated value. I've also made KX_RadarSensor.angle read-only, since setting m_coneradius does not appear to have any affect, which means writing to KX_RadarSensor.angle never worked properly.
- new compositor could use uninitialized var
- profile conversion could use uninitialized var
- set better warnings for clang+cmake.
- remove picky warnings from sphinx doc gen shell script.
worth noticing is that the example in bpy.types.Mesh is wrong too (Mesh type does not have an uv element)
but I would prefer someone more familiar with bmesh to take a look at those
added access to deform weights, access to weights acts like a python dict so you can do...
print(group in dvert)
dvert[group] = 0.5
print(dvert[group])
del dvert[group]
print(dvert.items())
This also makes it clearer that the faces are for tessellated results only.
Added a section on the Gotcha's about upgrading scripts, the pros and cons of MeshTessFace/MeshPoly/BMFace.
and spesifically how to upgrade importers and exporters for 2.63+.
