Wrap customdata, so far you can access the data layers in a pythonic way but not manipulate the customdata yet.
provides dictionary like access to customdata layers, eg:
texpoly = bm.faces.tex["UVMap"]
print(bm.verts.shape.keys()) # un-intended pun, keys() works on all layers.
print("MyInt" in bm.edges.int) # __contains__
layer = bm.faces.get("CheckForLayer")
we cant ensure buildinfo to have utf8 encoding so access it as bytes via python - a different workaround then this patch made.
also use C style string formatting for sys_info.py
added some missing functions too - which are not used yep but should be there for api completeness.
* CDDM_set_mloop
* CDDM_set_mpoly
* BLI_mempool_count
corrently allows to create and loop over verts/edges/faces, access selection and selection modes.
this is still WIP, access to face, edge verts is still missing, no access to UV's, no access to editing operations yet.
When the api is ready it will be documented by sphinx like mathutils, blf, aud.
made some small edits
- removed changes to AVI reading since the data types are apart of the format spec.
- absf -> abs for a double value in render code.
Python operator subclasses and operator types each get their own SRNA, causing double ups for bpy.types.__dir__()
From the operator type - these share names.
* ot->ext.srna
* ot->srna
Note that this conflict is still there, this only disables 'ot->ext.srna' from being included in dir(bpy.types).
This script was defining an operator within the panels draw function, while its possible to support this its really asking for trouble.
the fix is to raise an error when this happens.
also fix crash passing non classes to register_class/unregister_class
if 2 pyrna structs used the same pointer they could incorrectly compare as true, this caused an error in theme saving because an item could match its parent and stop writing (to prevent recursive writing of same data).
eg:
context.user_preferences.themes[0].user_interface.wcol_regular == context.user_preferences.themes[0].user_interface
The rendering device is now set in User Preferences > System, where you can
choose between OpenCL/CUDA and devices. Per scene you can then still choose
to use CPU or GPU rendering.
Load balancing still needs to be improved, now it just splits the entire
render in two, that will be done in a separate commit.
- rename 'bcycles' --> '_cycles', since this is the python convention when a py module uses a C module internally.
- use macros for returning None
- make with_osl an attribute rather then a function.
- changes methods METH_VARARGS --> METH_O when single args are used.
