Now all windows open in a border as opposed to fullscreen. blender -W restores
old functionality, blender -w is now default. This lets each platform's window
manager deal with it's own issues.
As per issue 6391 in the patch tracker.
some were 18, most 19, and others 21. made all 21 since this is the real limit.
Also new image name limit length of input field to 21 (was 255 but shortened to 21)
The one place this could be useful is if somebody names a metaball with a 21 char name, the copy will not use the motherball.
but this is not as bad as having to use the python console for fixing library linking problems.
Transform Properties panel in 3d window.
New button "Parbone" showing when parent relation is to a specific bone.
This information was nowhere reveiled in the UI until now.
Code remark:
The code isn't getting more beautiful now with all if() options added.
The idea to move the rotation buttons down when a parent bone was set isn't
very good, buttons should stay as much as possible on the same location.
However, I dont have time for a solution either...
Displacement option for render only works without Nodes (it is calculated
as a Texture effect in advance, not a render option). To illustrate that,
the button to enable diplacement mapping is hidden for Node materials.
Existing data is flagged with LIB_APPEND_TAG and all_local only has an option to only operate on un-flagged data.
If you append an object thats linked to a material alredy linked in your scene, the material will not be made local.
So at worst youll need to make local some of the datablocks.
This is fairly simple and though my tests show it to work, do some tests on your own libraries before assuming its problem free.
scripttemplate_mesh_edit wasnt updated with PyAPI changes and moved some functions into generic places.
This (new) constraint limits the location of an object/bone to the range of locations
on a given curve. It works by comparing the location of the owner on one axis, to
the extents of the curve's bounding-box on the same axis, to find the location on
the curve.
Usage Notes:
* 'Ob:' field must point to a valid curve object
* This curve should have 'Path' turned on in order for this constraint to work. You
don't really need to do this as it will be taken care of by the code.
* 'Auto' toggle automically determines which axis should be used for the distance estimations/calculations. It is the default option, but may not work that well for
some cases.
* X/Y/Z toggles can be used to select the axis to use for these calculations. Try
to choose the axis along which the curve stretches out for most.
Python Notes:
Python API access for this constraint is not included in this commit. Will be coming
soon.
Adding Python counterparts to the Invert params for Copy Rot and Copy Loc.
I had to align the constants being used, so if you had files using those options (introduced after 2.43), you'll have to modify the INVERT settings for ROTLIKE constraints (didn't feel like making a minor version bump for this, if people thing otherwise, please say so).
Based on a patch by Juho Vepsäläinen (bebraw)
Now, the 'Only Needed' Auto-Keyframing tool only adds keyframes for the relevant transforms when working with bones in PoseMode. Previously, all transform channels were keyed in such cases, as Auto-IK used to make things difficult.
The problem was that new ID's that didnt have any naming collisions whould not run sort_alpha_id, which lead to most images not being sorted.
Simple fix is to make sort_alpha_id run on all new ID's. but we need to make sure all data is kept sorted. maybe a check when running in debug mode would help.
This time, it's temporarily hidden by default, but active with rt: set to 5.
If anyone that was having probs with it before could test and let me know if
things go without issues, that would be appreciated!
This commit should hopefully fix some of the problems some people were
having with tablet support in sculpt mode, and also the problems I made
visible with my previous commit related to number field dragging.
Now, all the ghost related stuff is tucked away in ghostwinlay.c and a
simple Blender API, similar to the existing get_mbut() for example, is
provided to access the tablet data. As with the other mouse related data in
Blender, the tablet data is cached upon each mouse move or click, in the
Window struct.
You can now just use:
float get_pressure(void);
void get_tilt(float *xtilt, float *ytilt);
short get_activedevice(void);
to get such data from the tablet. Documentation on the returned data
is in ghostwinlay.c in the _Window struct definition.
Brecht and Nicholas, I've updated the painting and sculpt code and it works
just fine here, you may want to give it a check though to make sure I
haven't done anything silly.
* Added a keyword argument to mesh.transform() - "selected_only" so you can transform the selected verts. this wont break existing scripts.
* Documented these changes in epydocs.
* used these functions in BPyAddMesh
* refactor copying and freeing of node->storage by handlerizing them.
- freestoragefunc
- copystoragefunc
- node_util.c/h have generic handlers for these.
