Previous fix wasn't correct. It made things working, but it removed
advantage of using PBVH for speed because derivedMesh used to be
recreated on each stroke step.
This commit fixes non-multires sculpting for Solid shading,
wireframe and render wouldn't work correct -- it'll require
a bit more tricky things because DM created for base mesh
doesn't points to mesh->mverts anymore, so sculpting and
drawing modules are using different verts arrays.
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- Fix for pixel aspect: solver supposed claibration was made against
aspected image, manual calibration worked in non-aspected image.
- Fixed incorrect usage of sensor size when creating projection matrix
for tracking structure.
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- Added python method MovieClip.tracking.tracs.add() to add new track.
Marker for this track is getting created on position (0, 0) and it's
keyframed to specified frame number.
- Implemented rotation 2D stabilization. It's supposed to be used in the
following workflow:
* Set tracks which defines location stabilization.
* Choose one track which defines orientation.
* Vector which connects median point of location and track used for
rotation would have the same orientation along all frames.
2D stabilization with rotation can be a bit slow.
- Some internal refactor and code clean-up.
The value input nodes (like rgb input nodes) use the output value out their first socket for the button value. This needs explicitly set range limits to allow meaningful user input.
This would previously break because begin/end functions for each tree type still have some checks of the ntree->execdata pointer in them, despite the intended use of execdata instances instead of trees themselves for execution data storage. This is an artifact of the old execution system that required these checks to be made in the functions to avoid multiple execution of top-level trees. Now these functions take an additional argument, so group nodes can prevent them from setting and checking the nodetree->execdata pointers.
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Fixed restricted deselect for edge select. Not
sure if face deselect is working properly, will
follow up with any reports on the tracker.
Some transform operators (like push/pull, shrink/fatten, to sphere and so)
were creating "value" as single scalar value. This used to confuse
RNA_float_get_array used in initTransform.
Use RNA_float_get_array for array values and RNA_float_get for scalar value
in transform initi function.
This is currently only needed for displaying the up/down buttons of group sockets. All regular group sockets should have this flag to indicate they are added by the user. More complex "group-type" trees may use non-dynamic sockets in the future for sockets that are not supposed to be manipulated.
- It's like sketch mode for lines, but you're specifying line knots
by clicking on position you want to add next knot.
- View can be navigated between knots creation.
- Holding LMB down and sliding mouse will lead to new segment preview
so it can be created more accurate.
Additional change: fixed GP->Bezier conversion. Last point used to
be ignored in this operator.
The reason was that group nodes tried to reconstruct sockets from the template lists, which are empty. Now the verification function checks if there are any sockets in the template lists, which are always empty for group nodes.
- Implement own undo stack for grease pencil, so now there'll be no keymaps conflicts.
- Supported redo's during sketch session.
- Get rid of flag stored in Globals -- use undo stack to check if grease pencil session is active.
