OSX support for native desktop resolution changing is not simple as for Windows or Linux.
The 'fix' here is at the interface level only.
Refer to the original bug report for the suggested native workaround, test patch and problems.
* Raise OpenCOLLADA version to 18da7f4109a8eafaa290a33f5550501cc4c8bae8 as requested by Gaia.
* Made OSL build/install ON by default (no more an experimental feature!).
* Use default LLVM version under Debian (specifying a version does not work with OSL when you have more that one installed :( ).
curves and metaballs now behave the same as meshes wrt grid scaling.
remove WM_operator_view3d_distance_invoke(), and replace with a function called from exec which initializes defaults, this way operators can have their own invoke functions.
when running viewport operations with exec() rather then invoke(), perform the action immediately rather then using smoothview.
makes viewport operations usable from python scripts.
attenuation that should really be optional. There's also a minor
performance penalty and all this only for one problematic case. In case
the tool flattens two surfaces, users can manually set the front face
only option. A better non-attenuating way to cull such vertices can be
added later.
Also flatten brush should calculate the flatten plane from the original
vertices or the flattening will not converge for planes offsets
different than zero.
Reported by Michalis Zissiou, thanks!
A new hair bsdf node, with two closure options, is added. These closures allow the generation of the reflective and transmission components of hair. The node allows control of the highlight colour, roughness and angular shift.
Llimitations include:
-No glint or fresnel adjustments.
-The 'offset' is un-used when triangle primitives are used.
- array of quats is now aligned with the vertices (over alloc, it simplifies things and removes need to set invalid index values).
- remove visit-bitmap from crazyspace_get_mapped_editverts(). setting coords multiple times isnt bad.
- rename curve delete operator vertices enum to match mesh delete operator.
- add missing NULL checks to view3d_lock_poll() to prevent crashes when called outside a view3d.
KX_GameObject now has a collisionCallbacks list which is a list of callables that are called when a collision occurs. The callables will be called with an argument that contains a reference to the other object involved in the collision (i.e., not self).
* Cleanup for previous commit and reduce some local variable referencing
* Add support for brushes that operate on frontfaces only and do not
show the option for those brushes. Currently only clay strips is in the
list but this may change according to artist feedback. This should take
care of the "sticky" surface problem completely.
Modify calculation of sculpt plane to only take into account forward
facing vertices. This will solve cases where sculpting on a volume with
the two sides of the mesh inside the brush radius could move the sculpt
plane inside the mesh volume.
To completely fix the issue where the mesh would "stick" the two sides
of the mesh together on the sculpt plane (for instance for clay strip
brushes), user should enable "front face only". Perhaps some brushes,
like clay strips should enforce this and not present the option in the
first place.
This was own error in r60049 which fixed chunk number calculation. This was mixing int and unsigned int values from ExecutionGroup, which leads to huge chunk numbers which are then skipped.
Debug code for graphviz output moved to a dedicated file COM_Debug.h/cpp.
The DebugInfo class has only static functions, which are called from a number of places to keep track of what is happening in the compositor. If debugging is disabled these are just inline stubs, so we
don't need #ifdefs everywhere and don't get any overhead.
The graphviz output is much more useful now. DebugInfo keeps track of node names in a static string map for meaningful names. It uses a number of colors for various special operation classes.
ExecutionGroups are indicated in graphviz with clusters.
Currently the graphviz .dot files are stored in the BLI_temporary_dir() folder. A separate dot file is generated for each stage of the ExecutionGroup scheduling, this is intended to give some idea of the
compositor progress, but could still be improved.
