This commit adds functionality for operations that require pixel
translation or resizing on "Full Frame" mode, allowing to adjust
their canvas. It fixes most cropping issues in translate, scale,
rotate and transform nodes by adjusting their canvas to the result,
instead of the input canvas.
Operations output buffer is still always on (0,0) position for
easier image algorithm implementation, even when the
canvas is not.
Current limitations (will be addressed on bcon2):
- Displayed translation in Viewer node is limited to 6000px.
- When scaling up the canvas size is limited to the
scene resolution size x 1.5 . From that point it crops.
If none of these limitations are hit, the Viewer node displays
the full input with any translation.
Differential Revision: https://developer.blender.org/D12466
This is a code refactor in preparation of supporting canvas
compositing. See {D12466}.
No functional changes, all canvases are at (0,0) position matching
tiled implementation.
Differential Revision: https://developer.blender.org/D12465
Sometimes the `use_partial_connect` option could trigger the assert:
```
BLI_assert(!BM_elem_flag_test(l_iter->v, VERT_NOT_IN_STACK));
```
This can happen when `v_delimit->e` is not part of edgenet, so `v_other` will not have the flag.
- Many cleanups of to use list base
- Some variable changes
These change is needed to migrate to the new socket builder API
Reviewed By: manzanilla
Differential Revision: https://developer.blender.org/D12366
The updated version has a selection input as a field
and does not realize instances implicitly.
Differential Revision: https://developer.blender.org/D12506
This enables fields as the official workflow for geometry nodes.
While many features are converted to use fields rather than the old
attribute workflow, many are not yet converted. In that case, the
unconverted nodes are still accessible with an experimental option.
In the coming weeks the rest of the nodes will be converted.
Differential Revision: https://developer.blender.org/D12672
Though the factor isn't so useful to adjust by itself, and is mostly
useful when used with a field connected, the slider from 0 to 1 can
help to make it clear that it's just used as a multiplier for the max
density after distribution.
Differential Revision: https://developer.blender.org/D12654
Because of a bug in VS2017 codecvt is replaced with Blender
BLI functions to convert from UTF8 to UTF32.
Differential Revision: https://developer.blender.org/D12655
NOTE: this feature is not ready for user testing, and not yet enabled in daily
builds. It is being merged now for easier collaboration on development.
HIP is a heterogenous compute interface allowing C++ code to be executed on
GPUs similar to CUDA. It is intended to bring back AMD GPU rendering support
on Windows and Linux.
https://github.com/ROCm-Developer-Tools/HIP.
As of the time of writing, it should compile and run on Linux with existing
HIP compilers and driver runtimes. Publicly available compilers and drivers
for Windows will come later.
See task T91571 for more details on the current status and work remaining
to be done.
Credits:
Sayak Biswas (AMD)
Arya Rafii (AMD)
Brian Savery (AMD)
Differential Revision: https://developer.blender.org/D12578
This commit adds nodes to do direct conversion between meshes and point
clouds in geometry nodes. The conversion from mesh to points is helpful
to instance once per face, or once per edge, which was previously only
possibly with ugly work-arounds. Fields can be evaluated on the mesh
to pass them to the points with the attribute capture node.
The other conversion, point cloud to mesh vertices, is a bit less
obvious, though it is still a common request from users. It's helpful
for flexibility when passing data around, better visualization in the
viewport (and in the future, cycles), and the simplicity of points.
This is a step towards T91754, where point clouds are currently
combined with meshes when outputing to the next modifier after geometry
nodes. Since we're removing the implicit behavior for realizing
instances, it feels natural to use an explicit node to convert points
to vertices too.
Differential Revision: https://developer.blender.org/D12657
Change the toggle to switch between an attribute and a single value to
only display for inputs that are fields, as determined statically by
the field inferencing added in rB61f3d4eb7c7db7. This means the field
inferencing must be calculated on file load, since it's used in the UI.
Differential Revision: https://developer.blender.org/D12623
As described in T91672, often it can be much more efficient to run each
node only on the unique geometry of the instances, rather than realizing
all instances and potentially processing redundant data. Sometimes the
performance difference can be completely smooth vs. completely unusable.
Geometry nodes used to hide that choice from users by always realizing
instances, but recently we have decided to expose it. So this commit
makes nodes run once per unique reference in the entire tree of nested
instances in their input geometries, continuing the work started in
rB0559971ab377 and rBf94164d89629f0d2. For the old behavior, a realize
instances node can be added before the nodes, which is done in the
versioning code.
Differential Revision: https://developer.blender.org/D12656
This should not be allowed in general, added some initial call to check
when user is allowed to delete a data to search for mandatory override
usages...
- Curve to Points: Needs output sockets
- Curve Endpoitns: Needs the same output sockets
- Edge Split: Should have a selection input instead
- Subdivision Surface: Should not use "crease" implicitly
All new versions of these nodes should also not implicitly
realize instances.
Since we bumped the number of channels to 128, I forgot to doversion the
editors. So new files (new editors) would have this right, but not
existing files.
Fixup to: 8fecc2a8525467ee2fbbaae16ddbbc10b3050d46
Own mistake when making NLA overridable, instead of assuming things
about the ID owner of the animation data being processed, properly
return and use the one found by `ED_actedit_animdata_from_context`.
Particle copying code was already properly sharing pointcache between
orig data and its copy only when `LIB_ID_COPY_SET_COPIED_ON_WRITE` is
set, do the same for the other point cache users.
Using `LIB_ID_CREATE_NO_MAIN` here is waaaaaaay to much wide scope for
such a dangerous/advanced behavior, that kind of things has to be
strictly restricted in scope.
Remove `AssetCatalogService::write_to_disk()` function. It has been
superseded by `write_to_disk_on_blendfile_save()`; the handful of test
functions that called the old function have been adjusted to use the
new one.
No functional changes to Blender itself.
This change fixes an issue when scene has a shadow catcher and film is
configured to be transparent. Starting viewport render and making the
background non-transparent will cause bad memory access (wrong render
and possibly crash).
Film passes depends on transparency of background, so check for this.
Demo file: F10650585
Differential Revision: https://developer.blender.org/D12666
Only do denoising on the full-frame result. Saves render time.
Can re-consider in the future when/if we'll want to support
denoising during rendering (similar to viewport) to allow artists
to stop rendering when they see image to be good enough. Until
there is a design for that workflow stick to a more time efficient
rendering.
Differential Revision: https://developer.blender.org/D12662
Use dashes to represent the function flow (while keeping continuous
lines for the data-flow).
It is important to tell both flows apart (the data and the function
flow). The sockets help with that, the noodles help this further.
The "data flow" is evaluated at every single node. A user can inspect
the output sockets of those nodes and have a glimpse at their values.
The "function flow" (nodes) however is only evaluated in the geometry
nodes. The noodles are not transporting data in the same sense of the
"data flow". All that can be inspected are the attributes the functions
depend on.
Having this clearly communicated should help users to inspect the
nodetrees, read and understand the different flows in the same tree.
---
Known limitations:
At the moment the dash lines are not equidistant:
* It would be nice to get the "uv.x" to be resampled for the bezier curve
so the dashes are equally distributed in the curve.
* Using distance between the P3 and P0 instead of the real bezier curve
length seems to be fine.
---
Full disclaimer:
Changes with that much of a visual impact tend to be controversial. So
far the main feedback is that dashed lines can be associated to broken
link, and that there are better ways to represent the flows (or
different information that should be visually represented).
I'm fully aware of that. However dashed lines are already used in the
viewport and outliner to indicate (hierarchical) relation. Besides,
other approaches (double-lines, having the data flow to be more
distinct, ...) didn't pan out in the end (or didn't look as good as
this).
---
Impact in other editors:
The compositor uses mostly a "data flow" nodetree, so no change is
expected there.
The shader nodetree is one that could but doesn't have to change its
visual language.
The shader nodetree uses mostly "function flow" with some "data flow" nodes.
One can argue that it should be adapted to follow the
same pattern as geometry nodes (with the new noodles and the diamond
sockets). Oh the other hand, a shader nodetree has a single context.
When a node depends on the "UV", there is only one UV at a time for the
entire nodetree. So it can also be treated as a psedo "data flow"
nodetree if we want to avoid too many changes in other parts of Blender.
Differential Revision: https://developer.blender.org/D12602
Add `AssetCatalogService::update_catalog_path()` to change the catalog
path of the given catalog, and also change the path of all the catalogs
contained within the given catalog.
Rebuilds the tree structure for the UI, but does not save the new catalog
definitions to disk.
No user-facing changes, just backend preparation for UI work.
NLA and Dope Sheet use a specific transform operation to scale.
Unlike the conventional resize operation, `TIME_SCALE` operates on `td->val`.
This is a bit outside the convention of transform operators.
The expected thing in this case would be to work in `td->loc` and use the conventional resize operator.
But for now, to fix the problem, use `td->loc` in the `TIME_SCALE` operation.
This commit also brings a cleanup in the style of some comments and removing unnecessary `memset`.
The Clear Asset operator (`ASSET_OT_clear`) now clears the Fake User.
This makes it symmetrical with the Mark Asset (`ASSET_OT_mark`)
operator, which sets Fake User to ensure assets are always saved to
disk.
Clear Asset now also has a `set_fake_user` boolean option, which allows
users to Clear Asset and set Fake User in one go.
The asset browser now shows these options in the context menu:
- Clear Asset: also clears Fake User. This makes it possible to actually
remove assets from the blend file without leaving the Asset Browser.
- Clear Asset (Set Fake User): keeps the Fake User bit set. This makes
it possible to "hide" the asset from the asset browser, without
loosing the actual data.
Internally, the `ED_asset_clear_id(id)` function now always clears the
Fake User bit. If it was intended that this bit was kept set, it's up to
the caller to explicitly call `id_fake_user_set(id)` afterwards.
Manifest Task: T90844
Reviewed By: Severin
Differential Revision: https://developer.blender.org/D12663
Currently the Drivers Editor shows this (the blue thing can be dragged
to change frame):
{F10647661}
But the Drivers Editors X axis is the output of the driver [which can be
further tweaked by the curve] not time(frame).
So it seems better to not mix them here, it is just confusing to have
two different units on one axis.
Especially since what we really want to look at in X (the drivers output
value) can be in a totally unrelated range compared to frames, so e.g.
we might be interested in a drivers range from 0.0 to 1.0 and a
framerange of 100 to 200, so putting this on one axis just does not make
sense. Better to use a separate timeline for this.
Note 2.79 also did not do this.
Maniphest Tasks: T91157
Differential Revision: https://developer.blender.org/D12392
When "Show Cursor" is unchecked, the Drivers Editor would still display
the vertical line representing the cursor x.
Probably overseen in {rB65072499c65a} (historically the vertical line
could represent either the current frame of the cursor X in drawing, but
this is now much more separate).
There is no point in seeing part of the cursor in the Drivers Editor if
this is disabled.
Also correct outdated comments.
ref. T91157
Maniphest Tasks: T91157
Differential Revision: https://developer.blender.org/D12391
Make `BLI_path_contains()` case-insensitive on Windows. This behaviour
is dependent on the platform Blender is running on, like the rest of
BLI_path, and not on the style of paths (Windows-style paths will be
treated case-sensitively when Blender is running on Linux/macOS).
The related issue which is fixed by this change is the missing noisy
image pass when denoising and border render is used,
Need to allocate passes after the passes has been copied from the
original render result.
This is a follow up to 8fecc2a8525467ee2fbbaae16ddbbc10b3050d46.
This makes sure future .blend files that have more channels than the
limit won't break Blender.
It can be backported to LTS.
This is part of https://developer.blender.org/D12645
Differential Revision: https://developer.blender.org/D12648
Labels in headers reserved space for an icon even when no icon was used.
This is caused by the shared function ui_text_icon_width adding 1.5x
a buttons X-units width the the width of the string.
Menu buttons detected this and subtracted the extra padding.
Instead of adding the same workaround for labels,
add ui_text_icon_width_ex that takes a padding argument.
Add presets for 'default', 'compact' and 'none' to avoid duplicating
padding values.
This allows removal of hard-coded label scaling for the add-object tool.
While World data has always been able to be marked as an asset, there
was no way to actually use them from the asset browser. This change
allows users to drag-drop world assets onto the Viewport and have them
appended/linked to their scene.
Differential Revision: https://developer.blender.org/D12566
