This eliminates some variability on various axes: different PNG encoders, different libpng versions, different formats (RGB, indexed), different unpremultiplication, different sRGB tags.
BUG=skia:
Review URL: https://codereview.chromium.org/1304443002
We don't want to test small images on Gold because they are
not interested to look at. Instead, I wrote a unit test to
verify that scaling small images does not cause crashes.
BUG=skia:
Review URL: https://codereview.chromium.org/1287863004
IDWriteFamily::GetFamilyNames appears to be 'helpful' and removes
parts of family names that look like style names. Since the iterator
is supposed to return the actual names and not just the name the
platform thinks the name is (as getFamilyName does), try returning
the raw names when possible.
BUG=skia:4217
Review URL: https://codereview.chromium.org/1302573002
- SSE2 files are unfortunately now mixed-case, _SSE2 or _sse2.
- Adds lists for SSSE3 and SSE4 files.
- Remove SkDocument_PDF_None.cpp
- Remove a few more references to animator.
- Exclude private headers from HDRS.
- Formatting and notes.
BUG=skia:
Review URL: https://codereview.chromium.org/1298003007
Old flow to serialize a picture:
1) serialize picture ops
2) serialize all sub pictures recursively
3) flatten the rest of this picture into a buffer, deduping flattenable factories and typefaces as we go
4) serialize the factories and typefaces
5) serialize the bytes from 3)
This allows the data in step 5) to refer to the deduplicated factories and typefaces from step 4). But, each sub picture in step 2) is completely siloed, so they can't dedup with the parent picture or each other.
New flow:
1) serialize picture ops
2) flatten the rest of this picture into a buffer, deduping flattenable factories and typefaces as we go
3) dummy-serialize sub pictures into /dev/null, with the effect of adding any new typefaces to our dedup set
4) serialize the factories and typefaces
5) serialize the bytes from 2)
6) serialize all sub pictures recursively, with perfect deduplication because of step 3).
Now all typefaces in the top-level picture and all sub pictures recursively should end up deduplicated in the top-level typeface set.
Decoding changes are similar: we just thread through the top-level typefaces to the sub pictures. What's convenient / surprising is that this new code correctly reads old pictures if we just have each picture prefer its local typeface set over the top-level one: old pictures always just use their own typefaces, and new pictures always use the top-level ones.
BUG=skia:4092
Review URL: https://codereview.chromium.org/1233953004
In the cases we have come across so far, native scaling has better performance
and correctness than sampling. If native scaling is supported we want to use
it.
Jpegs native scale rounds up.
Ex: An 11x11 image with sampleSize=8 scales to 2x2.
SkScaledCodec rounds down.
Ex: An 11x11 image with sampleSize=8 scales to 1x1.
Before the CL, we would choose to use SkScaledCodec because it scales closer to
the "ideal" scale.
I think we want to go with the native option as long as its within 1 of the
ideal value.
BUG=skia:
Review URL: https://codereview.chromium.org/1284243004
The GrPaint's color takes into account shaders and color filters, so is a
more accurate picture of the color state.
BUG=chromium:511787
Review URL: https://codereview.chromium.org/1297053004
Added comment about how computeInvariantOutput() is non-recursive in GrFragmentProcessor
Made isEqual() recursive in GrFragmentProcessor
BUG=skia:4182
Review URL: https://codereview.chromium.org/1287343005
Fixed wrong indent
Changed auto child advance back to backwards linear search for getting subset of coords and samplers array of a child
Used offset from parent instead of backwards linear search to find a child proc's coords and transforms in Auto...Advance
append mangleString to variable name in nameVariable()
BUILDS! Added AutoFragmentChildProcAdvance class; fixed a few errors from previous commits
BUG=skia:4182
Review URL: https://codereview.chromium.org/1286293002
If a curve has the identical start and control points, the
initial or final tangent can't be trivally determined. The
perpendicular to the tangent is used to measure coincidence.
Add logic for cubics, quadratics, and conics, to use the
secondary control points or the end points if the initial
control point alone can't determine the tangent.
Add debugging (currently untriggered by exhaustive testing)
to detect zero-length tangents which are not at the curve
endpoints.
Increase the number of temporary intersecions gathered from
10 to 12 but reduce the max passed in by cubic intersection from
27 to 12. Also, add checks if the max passed exceeds the
storage allocated.
When cleaning up parallel lines, choose the intersection which
is on the end of both segments over the intersection which
is on the end of a single segment.
TBR=reed@google.com
BUG=425140,516266
Review URL: https://codereview.chromium.org/1288863004
It's sort of pointless: all our clients that will have SSE2 at runtime have it
unconditionally at compile time, so the functions in namespace portable will
pick up the SSE2 code. The procs in SkOpts_sse2.o were just duplicate code.
A couple of the procs we had in _sse2.cpp can benefit slightly when compiled
with SSSE3. I've moved those to _ssse3.cpp. This should lead to small speedups
on platforms like Linux and Windows that have a baseline of SSE2.
Similarly, I've removed the call to Init_neon() when NEON is available globally... it's a no-op.
Renaming namespace portable to something clearer is TBD.
BUG=skia:4117
Review URL: https://codereview.chromium.org/1294213002
This lets us test changes to BUILD.public.
This is not yet automated in any way. My hope is to trigger it quietly via the presubmit for any CL that adds or removes a file, or changes BUILD.public.
BUG=skia:
Review URL: https://codereview.chromium.org/1290833003
