The perf cost is just too great for these to be enabled always. The only
place where the assertions are kept always is in the batch APIs -- there
it's assumed the function is called on large enough data to offset this
overhead, plus since it's often dealing with large blocks of data the
memory safety is more important than various FP drifts which were the
usual case why other assertions were firing.
The assertion message printed being/end range, which was extremely
uninformative as it didn't show sizes and strides. That form made sense
for reporting if the views weren't contained in the data arrays, but not
here.
Additionally, the existing assertion didn't check stride, which means
that a mapping with 2 items and stride 8 was treated as being equal to a
mapping with 4 items and stride 4. On the other hand, it didn't behave
correctly for offset-only fields, those were always treated as different
from pointer fields even if they were actually matching.
A counterpart / inverse to Verbose, is meant to be used by plugins to
suppress all warnings.
This flag was already used by the ShaderConverter APIs. Fonts don't have
any flags (and don't have any verbose output or warnings at the moment
either), so there it isn't added; audio importers are in a maintenance
mode with no new features added as I'll be eventually merging them with
the general importer interface in Trade.
I was abusing the API and passing a negative pitch there to not have to
invert the image by hand. It stopped working in 2.23 when they hardened
the argument checking and, while working correctly, this feature was
accidental and undocumented.
Unfortunately it broke silently, because the API returned nullptr and
SDL_SetWindowIcon(..., nullptr) is then resetting an icon to nothing. So
I'm adding an internal assertion there now. Hopefully it doesn't start
blowing up for some reason again, heh.
For more robust handling of non-owning *Data instanced and refcounting
in Python bindings I need to differentiate between, say, a MeshData
referencing global memory (such as Primitives::cubeSolid()) and MeshData
referencing just some temporary allocation or another MeshData (such as
the output of MeshTools::filterOnlyAttributes()).
It compiles on GLES2 as well, but there it hits the massive PITA of
being unable to render to LUMINANXCE formats and GL_RED formats not
really being available everywhere.
I don't have the patience to fix that, and almost nobody needs to use
ES2 platforms nowadays, so this isn't really a priority.
So one can directly read it back on GLES without having to wrap the
texture in a framebuffer again.
This change also puts the framebuffer completeness check *before* the
clear() and bind() which makes it no longer emit a GL error. The error
is still silent though, which isn't nice. Gotta fix that eventually as
well.
The UBO definitons are not tied to GL in any way, so they should be
available always. MeshTools::generateLine() now is as well, and this
made the tests fail to link on ES2 builds due to the debug operator not
being present.
This is unfortunately a breaking change to compileLines(), which now
takes the output of generateLines() instead of a line mesh. There's a
new assertion that'll blow up if the code is used the previous way,
sorry for the breakage.
What's however very useful about this change is that now it's possible
to take those generated line meshes and concatenate() them together,
achieving what's otherwise not implemented yet, such as drawing several
disconnected line strips or loops together.
It's all still partially private (the custom mesh attribute names are)
and I'm marking both APIs as experimental now to hint that it's not in
the final form/functionality yet. In particular, the data layout
optimizations described in the shader docs aren't used by these tools
yet, and if/once the line-specific vertex attributes become builtin,
compileLines() will not need to exist anymore as compile() will handle
that directly.
Took me a while to realize that tying this to a certain hardcoded field
isn't a good idea. The new variant is useful also for example for
getting absolute light positions or just whatever else. Besides taking a
SceneField there's now also an overload taking a field ID to avoid
double lookups. The only behavioral difference compared to the old API
is that the field is now required to exist, instead of the API being a
silent no-op if not present.
Eventually these APIs may get further extended to take a BitArrayView of
objects for which to calculate the transforms, for example to take only
meshes that are a part of the hierarchy, or meshes that satisfy an
arbitrary other condition. Which will also resolve the remaining
concerns with the API. I'm still keeping it marked as experimental tho,
the usefulness isn't set in stone yet.
The old APIs are marked as deprecated and implemented using the new
ones.
So people new to the plugin stuff can quickly get to usage introduction
and code snippets. The plugins alone don't list anything like that and
it may be *very* confusing otherwise.
Ugh, that whole code looks like commited halfway through, without
even looking at it again. Comments making no sense, variables mutating
for no reason...
It dates back to 145e055b41 when the code
was written back in 2020. Probably just some debugging leftover, as the
array gets fully overwritten later.
The only vaguely related case where zero-initialization and/or garbage
memory would matter is e496241290, but
that one isn't the case for fuzzy comparison -- here each attribute gets
handled separately and any padding is skipped.
It's included in the MagnumGL library because it shouldn't be compiled
if MAGNUM_TARGET_GL is disabled. So, in other words, this was breaking
the GL-less build.
Among other things this makes it possible to use Utility::copy() instead
of a manual loop and grow arrays with std::realloc() instead of always
new'ing-copy-deleting because Containers::Pair is trivially copyable.
This fixes a "visibility attribute ignored" warning in
MultisampleTexture.cpp on newer GCC and makes the three behave
consistently without having to perform crazy ordering between function
definitions and explicit template instantiation.
It's horrible, yes, but I had to resort to the same approach in
StringView.cpp because in general every other variant was failing in
some way in some compilers. I hate everything about this.
John Turner