This workaround is no longer needed and prevents our OCIO configuration
from being loaded if Blender is unpacked under a Unicode path.
Differential Revision: https://developer.blender.org/D16818
Multiple improvements to UV Cylinder and UV Sphere projection including:
* New option "Pinch" or "Fan" to improve unwrap of faces at the poles.
* Support for "Polar ZY" option on "View On Equator" and "Align To Object"
* Better handling of inputs with round-off error.
* Improved handling of faces touching the unit square border.
* Improved handling of very wide quads spanning the right hand border.
* Improved accuracy near to (0, 0).
* Code cleanup and simplification.
Differential Revision: https://developer.blender.org/D16869
- Add parentheses to suppress an assertion on some compilers.
- It turns out cloth self-collision math is not precisely symmetric,
so sort the triangle index pair to restore behavior exactly identical
to the version before the new traversal.
Follow up to rB0796210c8df32
Previously cloth self-collision and other code that wants self-overlap
data was using an ordinary BVH overlap utility function. This works,
but is suboptimal because it fails to take advantage of the fact that
it is comparing two identical trees.
The standard traversal for self-collision essentially devolves into
enumerating all elements of the tree, and then matching them to the
tree starting at the root. However, the tree itself naturally partitions
the space, so overlapping elements are likely to be mostly placed nearby
in the tree structure as well.
Instead, self-overlap can be computed by recursively computing ordinary
overlap between siblings within each subtree. This only considers each
pair of leaves once, and provides significantly better locality.
It also avoids outputting every overlap pair twice in different order.
Differential Revision: https://developer.blender.org/D16915
To better estimate light contribution. Note that estimating the texture
from the IES file is still missing.
Contributed by Alaska.
Differential Revision: https://developer.blender.org/D16901
This patch adds two new panels in which users can control
offset (position, rotation, scale) by layer and by stroke number.
Use cases:
- if you want to create array of Suzannes and place them one behind
another, in 2d mode, Z depth will be wrong.
In 3d mode there will be Z fighting. With combination of stroke
and layer offset we can fight this issue without touching original drawing.
- even easier way to create 2.5d environments..
simply draw on layers and then displace them in one panel
instead fiddling with every layer individually
Possible improvements:
- add offset by material slot
- add step parameter, to allow displacing groups of N strokes.
{F13129598}
Reviewed By: mendio, antoniov
Differential Revision: https://developer.blender.org/D15106
Due an internal scale of the brush size done by grease pencil
draw tool (this scale factor cannot be removed), the size of the
radial control is not equal to the actual stroke thickness and
this makes the radial size displayed useless.
This patch adds a new property that allows to pass the
path of the tool path and this value is used to apply
the correct scale to the radial size.
Reviewed By: mendio, frogstomp, pepeland, brecht
Differential Revision: https://developer.blender.org/D16866
Use NodeTree.bl_label instead of "NodeTree" for more descriptive name.
Implemented by Iliya Katueshenock.
Differential Revision: https://developer.blender.org/D16856
Since rBcommit 74c4977a the pose library blending operator can extrapolate.
This is now also reflected in the hard min/max value of the blend factor
RNA property. The soft min/max are still -1/1 to indicate normal use.
While blending, press E to enable extrapolation / overshoot of the pose.
It will make it possible to blend in more than 100% of the pose asset.
This has the potential to completely break the rig, but it can be useful
to exaggerate poses when used with caution.
This was the case when an Annotation is also present as in the report.
Since {rB92d7f9ac56e0}, Dopesheet is aware of greaspencil/annotations
(displays its channels/keyframes, can rename their data, layers, fcurve
groupings etc.). However, the Graph Editor does not display these /
should not be aware of them.
Above commit already had issues that were addressed in the following
commits (mostly adding the new `ANIMFILTER_FCURVESONLY` to places that
dont handle greasepencil/annotations)
- {rBfdf34666f00f}
- {rB45f483681fef}
- {rBa26038ff3851}
Now in T103303 it was reported that doublicking a channel would not
select all fcurve`s keyframes anymore and this wasnt actually an issue
with that particular operator, but instead with another operator that is
also mapped to doubleclicking: the channel renaming (I assume the
keyconflict here is actually wanted behavior).
Channel renaming would not return `OPERATOR_PASS_THROUGH` here anymore
in the case nothing cannot be renamed, so we would not actually reach
the 2nd operator at all (the one selecting all keyframes).
Deeper reason for this is that the renaming operator would actually
"see" a channel that could be renamed (in the case of the report: an
annotation layer), but then cannot proceed, because the "real"
underlying data where the doubleclick happens is an fcurve...
So now exclude non-greasepencil channels in filtering as well where
appropriate by also adding `ANIMFILTER_FCURVESONLY` to the filter there.
Fixes T103303.
Maniphest Tasks: T103303
Differential Revision: https://developer.blender.org/D16871
Multiframe copy paste operations were prohibited by a block of code.
While this is understandable as it prevents confusing actions, there is a good use case to allow multiframe copy pasting.
This patch does:
- remove restricting block of code
- adds outer loops for frames both in copy and paste actions.
In copy action it will create an array of selected strokes from all selected frames
In paste action it will create new from previous copy action merged to a single frame. It will paste to all selected frames and create new frame if autokey is on and time cursor is not on any of the keyframes.
The main usecase is for creating motion smears as in examples attached. The user still need to do some actions in order to achieve desired look, such as stroke ordering and deleting excessive strokes.
{F14069747}
{F14069743}
Reviewed By: antoniov, mendio
Differential Revision: https://developer.blender.org/D16805
This issue was introduced in rB78f28b55d39288926634d0cc.
The fix is to use a `std::shared_ptr` to ensure that the `Global` will live
long enough until all `Local` objects are destructed.
This was quite a fight, some resulting notes:
* We cannot use anymore Boost packages because of a weird bug breaking
Blender debug builds and ivolving Boost, TBB and USD (see also
rB019b930d6b9c).
* OCIO, OIIO, OpenVDB and USD build options where updated to match these
from cmake libs building.
** Most notably, USD now has imaging, OIIO, OpenVDB and GL support.
Ref. T99618.
Previously, the lifetimes of anonymous attributes were determined by
reference counts which were non-deterministic when multiple threads
are used. Now the lifetimes of anonymous attributes are handled
more explicitly and deterministically. This is a prerequisite for any kind
of caching, because caching the output of nodes that do things
non-deterministically and have "invisible inputs" (reference counts)
doesn't really work.
For more details for how deterministic lifetimes are achieved, see D16858.
No functional changes are expected. Small performance changes are expected
as well (within few percent, anything larger regressions should be reported as
bugs).
Differential Revision: https://developer.blender.org/D16858
It is a part of old-standing TODO, and code which accesses
the value was commented out for many years.
Remove the field to help with an upcoming const-correctness
improvements.
To aid in debugging the case where your compiler is too old for Blender,
actually log which version CMake found.
Before, CMake would output:
```
CMake Error at CMakeLists.txt:121 (message):
The minimum supported version of GCC is 11.0.0
```
With the patch, it logs:
```
CMake Error at CMakeLists.txt:121 (message):
The minimum supported version of GCC is 11.0.0, found 10.4.0
```
This has been implemented for GCC and Clang. MSVC has been explicitly
excluded, as the version numbers used for this comparison are internal
versions and not directly usable/recognisable.
Reviewed By: LazyDodo, brecht
Differential Revision: https://developer.blender.org/D16849
Change the logic for propagating poses such that it checks keyframes
on all selected bones to determine the frame on which a pose
should be propagated to.
It then adds keyframes if they don't exist on whatever
frame the pose should be propagated to.
Reviewd by: Sybren A. Stüvel
Differential Revision: https://developer.blender.org/D16654
Ref: D16654
Added a new operator that aligns selected keys on an exponential curve
Revied by Reviewed by: Sybren A. Stüvel
Differential Revision: https://developer.blender.org/D9479
Ref: D9479
Although viewport compositor isn't supported yet on Apple deviced the
shaderlibs are compiled. The compositor shaders uses mat3 constructor
with a single vec3 and 6 floats. This constructor wasn't defined in
metal so it failed the compilation.
This patch adds the override to mat3.
This patch adds a new "Kernel Optimization Level" dropdown menu to control Metal kernel specialisation. Currently this defaults to "full" optimisation, on the assumption that the changes proposed in D16371 will address usability concerns around app responsiveness and shader cache housekeeping.
Reviewed By: brecht
Differential Revision: https://developer.blender.org/D16514
For some reason I don't understand, the dragged link is sorted across
all the node's multi-input sockets. This leads to problems when there
are multiple sockets to sort. With this patch, I'm making the feature
work more directional.
Differential Revision: https://developer.blender.org/D16892
Reading or writing a vertex group is expensive enough that it's worth
parallelizing. On a Ryzen 3700x, in a grid of 250k vertices with
30 randomly assigned vertex groups (each to 10-50% of vertices),
I observed a 4x improvement for writing to a group and a 3x
improvement when reading their data. This significantly speeds
up nodes that create a new mesh from a mesh that had vertex groups.
Previously, this happened when the "node task" first runs, which might
not actually execute the node if there are missing inputs. Deferring the
allocation of storage and default inputs allows for better memory reuse
later (currently the memory is not reused).
Since 78f28b55d39288926634, allocating on multiple threads is much
faster, making it a nice improvement to parallelize vertex group
operations. This patch adds multi-threading when removing a
vertex group from the "Remove Named Attribute" node.
On a Ryzen 3700x:
Before: `(Average: 15.6 ms, Min: 15.0 ms)`
After: `(Average: 8.1 ms, Min: 7.6 ms)`
Differential Revision: https://developer.blender.org/D16916
All kernel specialisation is now performed in the background regardless of kernel type, meaning that the first render will be visible a few seconds sooner. The only exception is during benchmark warm up, in which case we wait for all kernels to be cached. When stopping a render, we call a new `cancel()` method on the device which causes any outstanding compilation work to be cancelled, and we destroy the device in a detached thread so that any stale queued compilations can be safely purged without blocking the UI for longer than necessary.
Reviewed By: brecht
Differential Revision: https://developer.blender.org/D16371
If we change the radius of a point or spot lamp, we also change the area lamp size.
As shown in T102853, this is bad for animating the lamp type.
The solution is to make the property point to another member of the DNA
struct `Light`.
Differential Revision: https://developer.blender.org/D16669
