Adds a `wmOperatorCallContext` typedef for the existing `WM_OP_XXX`
operator context enum. This adds type safety, allows the compiler to
produce better warnings and helps understanding what a variable is for.
Differential Revision: https://developer.blender.org/D13113
Reviewed by: Campbell Barton
This reverts commit 9bd97e62ad.
This caused T92818.
Event handling relies on checking for NULL window to detect file load in
enough different areas of the code that this isn't a practical solution.
Revert this change in favor of an alternative approach.
* Name generated 'append' collection, instead of getting a generic
meaningless name.
* Do not check if a collections's objects are already instantiated, when
we already know that we want to instantiate that collection.
Drop-boxes should act on the context determined through the exact cursor
location. There should be no need to override that, basically by the
nature of how drop-boxes work.
So Campbell and I agreed on removing this.
If we wanted to support it, we'd have to restore the operator context
when drawing drop-boxes, see
https://developer.blender.org/T92501#1247581.
Issue was that the context used for dropbox handling and polling didn't
match the one used for drawing the dropbox and generating the tooltip
text (which would determine the material slot under the cursor,
requiring context). The mismatch would happen with overlapping regions.
Actually, this patch includes two fixes, each fixing the crash itself:
* Store the context from handling & polling and restore it for drawing.
* Correct the hovered region lookup for drawing to account for overlayed
regions.
Note that to properly set up context for drawing, we should also account
for the operator context, which isn't done here, see
https://developer.blender.org/T92501#1247581.
The global theme state didn't get updated or unset properly when drawing
overlays. Now paint cursors use the theme settings of the space they are
in, while global overlays use the global fallback, which is the main 3D
View region.
There was a bunch of special handling to support dropping data-blocks onto
string or search-menu buttons, to change the value of these. This refactor
makes that case use the normal drop-box design, where an operator is executed
on drop that gets input properties set by the drop-box. This should also make
it easier to add support for dragging assets into these buttons.
In addition this fixes an issue: Two tooltips were shown when dragging assets
over text buttons. None should be shown, because this isn't supported.
Operators such as setting the object mode failed after calling
WM_OT_open_mainfile from Python.
Keep the window after loading a file outside the main event loop.
rB43bc494892c3 switched `BKE_libblock_relink_to_newid` to use new ID
remapping and libquery code.
However, that new code does protect by default against remapping an
objects's data pointer when that object is in Edit mode, since this is
not a behavior that generic BKE code can handle (due to required editing
data for most obdata types when in edit mode).
So specific code that does create new IDs and need remapping in Edit
mode has to pass specific exception flags to remaping code.
This commit adds those remapping flags to `BKE_libblock_relink_to_newid`
and add said exception flag to the remapping call from
`ED_object_add_duplicate` when the object is in edit mode.
Allows to avoid a global lock being held while reading files from disk,
solving performance issues when Cycles needs to read a lot of packed
images.
Simple test file F11597666
Differential Revision: https://developer.blender.org/D13032
The new `BKE_LIB_FOREACHID_PROCESS_FUNCTION_CALL` execute the given
statement and then check status of `LibraryForeachIDData` data, and
return in case stop of iteration is requested.
This is very similar to the other `BKE_LIB_FOREACHID_PROCESS_` existing
macros, and allows us to properly break iteration when a sub-function
has requested it.
Part of T90922: Fix return policy inconsistency in `scene_foreach_id`.
Add a function to check if iteration over ID usages should stop (using
internal `IDWALK_STOP` status flag).
Use it in `BKE_LIB_FOREACHID_PROCESS_` macros, and in
`window_manager_foreach_id` to handle properly the active workspace case
(previous code could skip the call to `BKE_workspace_active_set` in case
iteration over ID usages was stopped by callback on that specific ID
usage).
Part of T90922: Fix return policy inconsistency in `scene_foreach_id`.
There was a bunch of special handling to support dropping data-blocks onto
string or search-menu buttons, to change the value of these. This refactor
makes that case use the normal drop-box design, where an operator is executed
on drop that gets input properties set by the drop-box. This should also make
it easier to add support for dragging assets into these buttons.
In addition this fixes an issue: Two tooltips were shown when dragging assets
over text buttons. None should be shown, because this isn't supported.
Replace local static mouse coordinate storage with a single function.
also resolve inconsistencies.
- Edit-mesh selection used equality check (ignoring `U.move_threshold`).
- Motion to clear tooltips checked the value without scaling by the DPI.
Also prevent the unlikely case of the previous motion check matching
a different area by resetting the value when the active region changes.
Uses the additions to the UI tree-view API from the previous commit to
enable drag & drop of asset catalogs. The catalogs will be moved in the
tree including children.
A remaining issue is that a catalog with children will always be
collapsed when dropping. I need to find a way to fix that in the
tree-view API.
There are a few improvements I can think of for the tree-item drag &
drop support, but time for these is too short. These can be done as
normal cleanups at some point.
The location of a linked object isn't editable, or at least it will be reset
when reloading the file. So the drag & drop shouldn't even pretend like this
would work, so disable the snapping of the object and the bounding-box to show
the snapped object location while dragging.
* Allow operators to show a "disabled hint" in red text explaining why dropping
at the current location and in current context doesn't work. Should greatly
help users to understand what's the problem.
* Show a "stop" cursor when dropping isn't possible, like it's common on OSes.
Differential Revision: https://developer.blender.org/D10358
Adds navigation transforms (pose, scale) to the XR session state that
will be applied to the viewer/controller poses. By manipulating these
values, a viewer can move through the VR viewport without the need to
physically walk through it.
Add-ons can access these transforms via Python
(XrSessionState.navigation_location/rotation/scale) to use with custom
operators.
Also adds 3 new VR navigation operators that will be exposed to users
as default actions in the VR Scene Inspection add-on. While all three
of these operators have custom properties that can greatly influence
their behaviors, for now these properties will not be accessible by
users from the UI. However, other add-ons can still set these custom
properties if they desire.
1). Raycast-based teleport
Moves the user to a location pointed at on a mesh object. The result
can optionally be constrained to specific axes, for example to achieve
"elevation snapping" behavior by constraining to the Z-axis. In
addition, one can specify an interpolation factor and offset.
Credit to KISKA for the elevation snapping concept.
2). "Grab" navigation
Moves the user through the viewport by pressing inputs on one or two
held controllers and applying deltas to the navigation matrix based on
the displacement of these controllers. When inputs on both controllers
are pressed at the same time (bimanual interaction), the user can scale
themselves relative to the scene based on the distance between the
controllers.
Also supports locks for location, rotation, and scale.
3). Fly navigation
Navigates the viewport by pressing a button and moving/turning relative to
navigation space or the VR viewer or controller. Via the operator's
properties, one can select from a variety of these modes as well as
specify the min/max speed and whether to lock elevation.
Reviewed By: Severin
Differential Revision: https://developer.blender.org/D11501
