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This issue happened because of some miscommunication during the original
patch review. Since we have the parent element in other outliner modes
(Blender File, Data API) I was on the fence here. Rolling this back now
so that when Show All View Layers is off we don't see the current View
Layer top element.
The fix is simple, but it was better to format the code around to
follow the style in this file.
Differential Revision: https://developer.blender.org/D11830
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Rename the mesh circle to "Mesh Circle", mesh line to "Mesh Line",
and mesh subdivide to "Mesh Subdivide". Previously they looked exactly
the same in the search menu, and the nodes themselves had the same
label. This is a "deep" rename that also renames internal defines and
function names to match the UI.
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No functional changes.
Reviewed By: HooglyBoogly
Ref D11744
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This node is quite similar to the curve to points node, but creates
points for only the start and end of each spline. This is a separate
node because the sampling from the curve to points node don't apply,
and just for ease of use.
All attributes from the curves are copied, including the data for
instancing: tangents, normals, and the derived rotations. One simple
use case is to make round caps on curves by instancinghalves of a
sphere on each end of the splines.
Differential Revision: https://developer.blender.org/D11719
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DNA parsing assumed any identifier which starts with
(`struct`, `unsigned`, `const`) was that identifier.
So a struct called `constTest foo;` would be parsed as `est foo;`.
Add utility function to check identifiers are not
part of a larger identifier.
This also supports skipping these identifiers in any order.
Reviewed By: LazyDodo
Ref D11837
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This function could be refactored slightly if we assumed the input was
always sorted, but a special for a single point input is also fine.
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The curve resample node neglected to copy attributes to single point
result splines. That could have caused errors if some of the splines
in the result had only one point but others had more.
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Use "Snap Playhead to Strips" option to enable playhead snapping.
Change behavior of CTRL key to invert snapping similar to transform operator.
Currently this option is disabled by default. It makes editing quite unpleasant
for me personally, but ideally I should gather feedback from more users.
Reviewed By: campbellbarton
Differential Revision: https://developer.blender.org/D11745
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This field was used to reference "parent" meta strips in `sequences_all`
RNA collection iterator functions.
Use `SeqIterator` wrapped in `BLI_Iterator` to iterate over elements.
Reviewed By: sergey
Differential Revision: https://developer.blender.org/D11793
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Cache bar was only visible when Frame overlay was enabled
Reviewed By: jbakker
Differential Revision: https://developer.blender.org/D11779
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Many operations do not expect single element buffers as output.
Use full buffers with a single pixel instead.
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Work scheduler needed initialization and execution models are
not created during constant folding. This moves work execution
method to execution system.
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Renamed to BKE_gpencil_visible_stroke_advanced_iter
Also created a simple version of the iterator to be used without multiframe and onion skin.
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This patch horizontally centers the text inside the progress bar
widget. It is currently left-aligned and offset to the middle, which
doesn't center properly.
see D11205 for details and examples.
Differential Revision: https://developer.blender.org/D11205
Reviewed by Julian Eisel
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The menu lists all socket types that are valid for the node tree.
Changing a socket type updates all instances of the group and keeps
existing links to the socket.
If changing the socket type leads to incorrect node connections the
links are flagged as invalid (red) and ignored but not removed. This is
so users don't lose information and can then fix resulting issues.
For example: Changing a Color socket to a Shader socket can cause an
invalid Shader-to-Color connection.
Implementation details:
The new `NODE_OT_tree_socket_change_type` operator uses the generic
`rna_node_socket_type_itemf` function to list all eligible socket types.
It uses the tree type's `valid_socket_type` callback to test for valid
types. In addition it also checks the subtype, because multiple RNA
types are registered for the same base type. The `valid_socket_type`
callback has been modified slightly to accept full socket types instead
of just the base type enum, so that custom (python) socket types can be
used by this operator.
The `nodeModifySocketType` function is now called when group nodes
encounter a socket type mismatch, instead of replacing the socket
entirely. This ensures that links are kept to/from group nodes as well
as group input/output nodes. The `nodeModifySocketType` function now
also takes a full `bNodeSocketType` instead of just the base and subtype
enum (a shortcut `nodeModifySocketTypeStatic` exists for when only
static types are used).
Differential Revision: https://developer.blender.org/D10912
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Partially revert 7fc220517f87a2c40a4f438a50485233ae6ed62f, as it
introduced two issues:
- Deleting keys without active keying set was no longer possible, and
- there was no more confirmation popup.
Pressing {key Alt I} in the 3D Viewport now executes
`ANIM_OT_keyframe_delete_v3d`, adjusted to suit both T88068 and T89592:
- If there is an active keying set, delete keys according to that keying
set.
- Otherwise, behave as `ANIM_OT_keyframe_delete_v3d` did before, that
is, delete all keyframes of the selected object and in pose-mode also
of selected bones.
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Remove duplicate code from the `ANIM_OT_keyframe_delete` operator. The
actions of the removed code are already performed by the preceding
`keyingset_get_from_op_with_error()` call.
No functional changes.
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Graphs are usually large, needing a lot of horizontal scrolling and
they can include more information for debugging.
This patch makes graph more compact horizontally by splitting
labels in lines and removing namespaces.
Furthermore it adds following information:
- Operation ID.
- SetValueOperation float value.
- Optionally, operation node name.
Reviewed By: jbakker
Differential Revision: https://developer.blender.org/D11720
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Only on current full frame operations that can be constant.
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Currently there is no clear way to know if an operation is constant
(i.e. when all rendered pixels have same values). Operations may
need to get constant input values before rendering to determine
their resolution or areas of interest. This is the case of scale, rotate
and translate operations. Only "set operations" are known as
constant but many more are constant when all their inputs are so.
Such cases can be optimized by only rendering one pixel.
Current solution for tiled implementation is to get first pixel
from input. This works for root execution groups, others
need previous groups to be rendered.
On full frame implementation this is not possible, because buffers
are created on rendering to reduce peak memory and there is
no per pixel calls.
This patch evaluates all operations that are constant into primitive
operations (Value/Vector/Color) before determining resolutions.
Reviewed By: jbakker
Differential Revision: https://developer.blender.org/D11490
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Collection"
Note that this name is essentially never used anywhere, besides as 'information'
mostly accessible from python console. Those embedded IDs are not in Main, so they
are not accessible by name ever, and mostly unusable from animation perspective
(either drivers or fcurves).
Therefore, no breakage is expected in user scripts or addons, nor when
loading in older versions of Blender.
Reviewed By: dfelinto, brecht
Differential Revision: https://developer.blender.org/D11812
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During initialization of the platform a debug message is generated and
interpreted by de callback. Here the platform is checked what requires
an initialized platform.
Fixed by giving the platform check less priority in the check.
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This option will determine visibility on either render or the viewport
visibility. Same for modifer settings. So it will either evaluate the
depsgrah with DAG_EVAL_RENDER or DAG_EVAL_VIEWPORT.
This not only makes it more flexible, it is also a lot
clearer which visibility / modfier setting is taken into account (up
until now, this was always considered to be DAG_EVAL_RENDER)
This option was always present in the USD exporter, this just brings
Alembic in line with that.
ref. T89594
Maniphest Tasks: T89594
Differential Revision: https://developer.blender.org/D11820
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When introduced in {rB61050f75b13e} this was actually working (meaning
it checked the Outliner OB_RESTRICT_RENDER flag and skipped the object if
desired).
Behavior has since then been commented in rBae6e9401abb7 and apparently
refactored out in rB2917df21adc8.
If checked, it seemed to be working (objects marked non-renderable in
the Outliner were pruned from the export), however unchecking that
option did not include them in the export.
Now it changed - for the worse if you like - in rBa95f86359673 which
made it so if "Renderable Objects" only is checked, it will still export
objects invisible in renders. So since we now have the non-functional
option with a broken/misleading default, it is better to just remove it
entirely.
In fact it has been superseeded by the "Visible Objects" option (this
does the same thing: depsgraph is evaluated in render mode) and as a
second step (and to make this even clearer) a choice whether
Render or Viewport evaluation is used can be added (just like the USD
exporter has). When that choice is explicit, it's also clear which
visibility actually matters.
This is breaking API usage, should be in release notes.
ref. T89594
Maniphest Tasks: T89594
Differential Revision: https://developer.blender.org/D11808
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Likely caused by recent fixed-size types changes.
Seems to be no-functional-changes since the function is unused.
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Reserve the term count for values that require calculation
(typically linked lists).
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From patch D11780 from Erik Abrahamsson.
It parallelizes making the vertices, destruction of map entries,
finding if the result is PWN, finding triangle adjacencies,
and finding the ambient cell.
The latter needs a parallel_reduce from tbb, so added one into
BLI_task.hh so that if WITH_TBB is false, the code will still work.
On Erik's 6-core machine, the elapsed time went from 17.5s to 11.8s
(33% faster) on an intersection of two spheres with 3.1M faces.
On Howard's 24-core machine, the elapsed time went from 18.7s to 10.8s
for the same test.
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Tiled fallback doesn't support single element buffers.
Ensure tiles are initialized as full buffers.
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Adds full frame implementation to this node operations.
No functional changes.
1.3x faster than tiled fallback.
Reviewed By: jbakker
Differential Revision: https://developer.blender.org/D11764
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Adds full frame implementation to this node operation.
No functional changes.
1.4x faster than tiled fallback.
Reviewed By: jbakker
Differential Revision: https://developer.blender.org/D11765
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Adds full frame implementation to this node operation.
No functional changes.
1.7x faster than tiled fallback.
Reviewed By: jbakker
Differential Revision: https://developer.blender.org/D11766
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Adds full frame implementation to this node operation.
No functional changes.
1.5x faster than tiled fallback.
Reviewed By: jbakker
Differential Revision: https://developer.blender.org/D11767
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Simplifies code for operations with correlated
coordinates between inputs and output.
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Also replace integer with bool in Ghost API when only used as boolean,
and uint8* with char* in Ghost API when variable is a string.
Reviewed By: brecht
Differential Revision: https://developer.blender.org/D11617
Signed-off-by: Nicholas Rishel <rishel.nick@gmail.com>
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The line starts at the origin and ends at (0,0,1m), just like the mesh node.
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This node creates a poly spline line in one of 2 modes:
- Line between two points
- Start Point, Direction, and Length
Both modes create splines with only start and endpoints.
A resample node can be used afterward to increase the point count.
Differential Revision: https://developer.blender.org/D11769
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Also a stupidly-included change I made when committing the patch.
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This patch adds a very simple node that explicitly converts a float to
an int. While this may seem redundant, it would offer 2 benefits to the
current requirement to use implicit float conversions:
1. It makes the node tree's intent more clear and self-documenting
(especially if changes in the future require integer inputs).
2. It eliminates undefined behavior in current/future nodes from float
inputs by guaranteeing that the input is an integer.
The node offers a variety of rounding techniques to make it more flexible.
Differential Revision: https://developer.blender.org/D11700
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This would prevent loading a parent that would only be referenced by
children during a linking operation.
Looks like this missing bit of code has been there since the stone ages,
it is fairly baffling to find that such critical low-levels mistakes can
survive decades in a codebase...
Note that such fully-indirectly linked parent object is not instantiated
in scene currently, this is fairly bad I think, but kind of a different
issue.
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Blender did not support to input East Asian characters (Chinese, Japanese,
Korean) on macOS. This patch adds support for Japanese input, by implementing
the appropriate processing for the NSTextInputClient protocol.
Technical notes:
* The conversion candidate window is drawn by the input method program calling
`firstRectForCharacterRange`.
* The string before confirmation (called `composite` in blender) is handled in
the `setMarkedText` method called by the input method program.
* The string after confirmation (called `result` in the blender) is processed
in the `insertText` method called by the input method program.
Ref T51283
Differential Revision: https://developer.blender.org/D11695
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IME conversion candidate window was displayed at the mouse position, instead of
below the cursor or text selection.
Blender need to tell the input method program where the conversion candidate
window is during Japanese and Chinese input.
In macOS, the `firstRectforCharacterRange` is called when input by the input
method starts, and the position of the conversion candidate window is
specified. Therefore, it is necessary to set the position of the conversion
candidate window before input starts. This patch changes it so that the position
of the conversion candidate window is always set when the cursor is drawn.
Differential Revision: https://developer.blender.org/D11697
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