Basic support for velocity updates with the APIC method.
This commit adds APIC to the already existing dropdown menu for the simulation method. The APIC plugin within Mantaflow has been updated to the latest version.
This commit uses an enum to access expansion for specific panels for
each modifier, constraint, etc. Even though these values are quite simple,
this can help make the code more explicit when the ui_expand_flag is
accessed directly. Also update comments about this bitfield to make
them consistent.
Relabel the Playback Synchronisation menu so that it's clear:
- what does happen (instead of describing what does //not// happen), and
- that the synchronisation options don't just affect audio.
The changes are:
- Change label from "Audio" to "Sync"
- Change the labels of the sync enum:
- No Sync → Play Every Frame
- Frame Dropping stays the same
- AV-sync → Sync to Audio
The "Audio" label has moved one option down, as that option does
actually relate to audio.
Reviewed By: looch, Severin, HooglyBoogly, campbellbarton
Differential Revision: https://developer.blender.org/D9269
Some subtypes never made it to all neccessary places when they were
introduced. This was throwing warnings when accessing such a properties
subtype from python.
The sub_type enums were also defined in 4 different places:
- RNA_types.h 'PropertySubType'
- rna_rna.c 'rna_enum_property_subtype_items'
- rna_rna.c 'subtype_items'
- bpy_props.c as multiple enums
This patch syncs the definitions across all places so that they are the
same everywhere. It also looks redundant to define these twice in
rna_rna.c, now just use 'rna_enum_property_subtype_items' there (and get
rid off 'subtype_items').
Also moved 'POWER' & 'TEMPERATURE' to number enum in bpy_props (these
were defined in the array enum).
Fixes T82167.
Maniphest Tasks: T82167
Differential Revision: https://developer.blender.org/D9371
Various changes to some labels and descriptions to be more accurate, clear, or less confusing.
Differential Revision: https://developer.blender.org/D8394
Reviewed by Hans Goudey
We already had the ability to bake fcurves but no way to convert the
baked result back without using python. This patch adds and operator
that is available now next to the bake operator in the drop down menu,
Reviewed By: Sybren
Differential Revision: http://developer.blender.org/D6379
Previously, only predefined and limited set of intrinsics combinations
could have been refined. This was caused by a bundle adjustment library
used in the early days of the solver.
Now it is possible to fully customize which intrinsics are to be refined
during camera solving. Internally solver supports per-parameter settings
but in the interface they are grouped as following:
* Focal length
* Optical center
* Radial distortion coefficients (which includes k1, k2, k3, k4)
* Tangential distortion coefficients (which includes p1, p2)
Differential Revision: https://developer.blender.org/D9294
Historically the refine options had a hardcoded list of possibilities.
This was caused by an old bundle adjustment code which did not support
all possible combinations.
Now the bundle adjuster is based on Ceres solver, allowing to refine
anything in any combination.
The simple subdivision as a type only causes issues like no-continuous
normals across edges, inability to reliably switch the type and things
like this.
The new subdivision operators supports wider variety of how to add
details to the model, which are more powerful than a single one-time
decision on the subdivision type.
The versioning code is adjusting topology converter to specify all
edges as infinitely sharp. The reason for this (instead of using
settings.is_simple) is because in a longer term the simple subdivision
will be removed from Subsurf modifier as well, and will be replaced
with more efficient bmesh-based modifier.
This is finished up version of D8436.
Differential Revision: https://developer.blender.org/D9350
Approximately 141 changes of capitalization to conform to MLA title style.
Differential Revision: https://developer.blender.org/D8392
Reviewed by Julian Eisel
This adds a property to the grab that masks vertices based on its
original normal and grab delta. When used on thin meshes, it allows to
grab the silhouette from one side of the object without affecting the
shape of the other side.
Reviewed By: sergey
Differential Revision: https://developer.blender.org/D9205
All tools planned for 2.91 now have icons, so this option can be
removed.
Reviewed By: dfelinto, Severin
Differential Revision: https://developer.blender.org/D9299
In practice, there are only a limited number of operations we need to
use repeat such as navigation, stepping operations that cycle states
and text input.
Now we don't need to disable repeat explicitly when a modal operator
uses checks for a key being held as was needed for 17cb2a6da0.
Repeat is now included in exported keymaps.
Use versioning so existing exported keymaps are loaded properly.
This was caused by unprotected drawing callbacks.
From 2.91, we now require that all python callbacks used for
drawing needs to be safeguarded by `GPU_bgl_end()` to end the
state tracking override.
In order to prevent the panel code from using the type after it is freed,
the field needs to be set to NULL. This needs to be done recursively
for subpanels as well as top-level panels.
Those two features are not directly related and one might be activated
in master earlier than the other.
WITH_PARTICLE_NODES was removed, because we continue the project
under the name "Geometry Nodes".
Being able to adjust the distance between fluid and obstacles comes in handy when trying to achieve a fluid motion over inclined obstacles.
Depending on the slope of such obstacles, already small adjustments of this value can help when particles stick to obstacle surfaces (i.e. make particles not stick to obstacles).
With D8234 a new drawing method for UV/Image editor was introduced. For debugging
reasons we left the old drawing method in the code base. This patch will remove
the old drawing method.
Reviewed By: Clément Foucault
Differential Revision: https://developer.blender.org/D9011
The design for how we approach the "Everything Nodes" project
has changed. We will focus on a different part of the project initially.
While future me will likely refer back to some of the code I remove here,
there is no point in keeping this code around in master currently.
It would just confuse other developers working on the project.
This does not remove the simulation modifier and data block. Those are
just cleaned up, so that the boilerplate code can be reused in the future.
This adds a smooth deformation type to the boundary brush, which smooths
the boundary and has a regular falloff towards the inside of the mesh.
For smoothing, only vertices parallel to the boundary are taken into
account, creating this effect.
Reviewed By: sergey
Differential Revision: https://developer.blender.org/D9204
Corrects incorrect usages of the word 'loose' when 'lose' was required.
Differential Revision: https://developer.blender.org/D9243
Reviewed by Campbell Barton
Corrects incorrect usage of contraction for 'it is', when possessive 'its' was required.
Differential Revision: https://developer.blender.org/D9250
Reviewed by Campbell Barton
This modifier is the opposite of the recently added Mesh to Volume modifier.
It converts the "surface" of a volume into a mesh. The "surface" is defined
by a threshold value. All voxels with a density higher than the threshold
are considered to be inside the volume, while all others will be outside.
By default, the resolution of the generated mesh depends on the voxel
size of the volume grid. The resolution can be customized. It should be
noted that a lower resolution might not make this modifier faster. This
is because we have to downsample the openvdb grid, which isn't a cheap
operation.
Converting a mesh to a volume and then back to a mesh is possible,
but it does require two separate mesh objects for now.
Reviewers: brecht
Differential Revision: https://developer.blender.org/D9141
A general refactor / fix commit that should clear out the issues that have been reported on external forces and moving effectors (e.g. T79537, T81660, T80088).
Basically first letter of (most) words is to be capitalized.
These settings (Noodle curving and Grid levels) had this wrong since
their first commit (2011 and 2020 respectively).
When using anchored stroke, the stroke operator was modifying the
coordinates on the "mouse" rna property by setting them to the original
position. Because of this, all the sculpt delta calculation was failing
and the delta for these brushes was set randomly (with a 0 vector) at
the beginning of the stroke.
There is now an extra property that uses the unmodified coordinates of
the mouse to calculate the delta. Now delta orientation works as expected
in all brushes and features that require brush tip orientation.
Reviewed By: sergey
Differential Revision: https://developer.blender.org/D9183
