This is needed by dmabuf engine fallback when it realizes it locally
allocated a buffer, has been rendering to it, but the compositor can't use
it.
So the engine copies its buffer contents into a new wl_shm buffer and
continues from there - however we need to make sure the async renderer
has finished first, so we don't copy a partial buffer.
This allows us to block for all previously submit actions in the render
queue to complete.
Summary:
when collecting the objects under a mouse pointer,
evas uses the geometry of an object to decide
whether the mouse pointer is inside the area of the object,
which is inappropriate for a mapped object.
so mapped objects don't receive mouse events when they should.
this patch fixes the issue.
Test Plan: A sample code will be added as comments
Reviewers: jpeg, raster
Subscribers: cedric, eunue
Differential Revision: https://phab.enlightenment.org/D4826
Test case:
elementary_test -to "Gesture Layer"
Just move the pictures around (eg. to the bottom). They could
disappear entirely.
This is because the geometry used was based on the smart
object "bounding box" rather than the mapped output.
@fix
This is the first step toward handling multi output. This patch
remove engine.data.output from Evas structure and use an Eina_List
for it instead. It also start moving code around to fetch an output
or an engine context (which are the same at the moment, but will be
split in a later patch).
Summary:
Rounding the sum of glyph's advance could cause inconsistency of
each glyph's positions. When Evas enables Harfbuzz library,
Each glyph's position has to be handled by only nearby glyphs.
But, currently, totally unrelated glyph's advacne could change
other glyphs positions.
ex) 1. "connect."
2. "Tap here to connect."
You can see different gap between "c" and "o" of word "connect".
It should be same even if there was a different text before the word "connect".
@fix
Test Plan: N/A
Reviewers: raster, herdsman, jpeg
Reviewed By: raster
Subscribers: cedric
Differential Revision: https://phab.enlightenment.org/D4782
In a few classes, this requires some manual expansion. This should
not break anything but it's also fairly ugly; a better solution
would be appreciated, for now we do this.
Similar changes will be done to a few other Efl.Object APIs as
well at later point.
Summary:
When table items are left aligned and mirrored is set, items should be placed
from the right side, but align is not changed. (still left-aligned)
@fix
Test Plan: make and run attached example
Reviewers: cedric, jpeg
Subscribers: thiepha, woohyun
Differential Revision: https://phab.enlightenment.org/D4758
Honestly I can't see why gfx & gfx.path "changed" need a manual
definition, instead of relying on EO. If the API needs to be
internal only, then EO needs to handle internal APIs. In this
case, the event was exposed as a C API but not a EO... why?
This might not be used as over two consecutive runs all the
same buffers should be used. But it could happen if some
parameters in the filter change (eg. blur radius).
Fixes major (GPU) memory leaks. Reuse mode is still leaking.
An odd-sized image scaled down by 2 was losing 1 pixel during the
downscale, and it was not restored after scaling up. The same
happened with downscaling by 4 except the effect was even more
visible.
This meant that a moving snapshot with a large blur would trigger
some really ugly sampling issues if the content below was precise
(such a text).
If the obscured area in a snapshot object changes a lot, do
not try to keep track of it forever. Instead, redraw the filter
over the entire object region, without obscure.
This fixes a performance issue when an opaque window is moved
above a fixed transparent window (the latter has a snapshot with
blur filter).
This dramatically improves the performance and now seems
to give acceptable results. Eventually we need a quality flag
in order to enable this or not. Alternatively, "gaussian" blur
mode would skip this optimization, while "default" would trigger
it.
When the filtered object is an image, without borders, map,
fill info or anything of this sort, then the filter input
buffer is really just a copy of the original image. We can
skip that to save on memory usage and pixel fetches.
This improves over the previous code for handling
snapshot objects and cutouts. Basically any opaque object
above a snapshot should be obscuring it. That is true
unless a crazy filter is applied, or the snapshot object
is itself the source of a map or proxy.
This also uses eina_tiler instead of a custom (and really
bad) algorithm to compute the obscure regions.
This make save() work on snapshot objects, provided the call
is done from inside render_post.
Also, this saves the filtered output of an image, rather than
its source pixels. Any call to save() on a filtered image must
be done from post-render as well.
Fixes T2102
@feature
This was a poor attempt at improving the performance but
obviously the root cause isn't fixed (too many texel fetches).
Uniform should (theoretically) work better than an attribute
the for loop. Just a guess here.
This also makes GL blur use a float value as radius, allowing
future extension to non-integer blur radii, as well as using
linear scaling as a fast blur approximation.
This factorizes some of the common code for image render
and resolving is_inside (verifying alpha value of a pixel).
This should also be used by save(), as well as buffer_map().
This patch introduces lots of whitespace changes by using return
instead of long if() {} or else {} blocks.
The situation is clearly visible in the Snapshot test case:
increase the radius and a red glow would appear. This is because
the snapshot object was not marked as needing redraw and so had
no pixels under the opaque rectangle.
This will reuse existing buffers by resetting only the minimum
required in the filter context (also reused). Work in progress,
as the actual reuse is disabled for now.
This avoids creating one more FBO and doing one more draw,
by rendering the image input data directly into the input
buffer. This also makes the code common between SW and GL.
Cedric BAIL
Carsten Haitzler
Derek Foreman
Stefan Schmidt
Jaeun Choi
Jean-Philippe Andre
Bryce Harrington
Youngbok Shin
Daniel Kolesa
Ivan Furs
Jeeyong Um