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Adds basic support for 10-bit per color channel formats to QImage
and the XCB plugin. This will make it possible to paint to and from
these formats, but only at 8-bit per color channel accuracy.
This also fixes Qt5 applications on X11 with native 30bit depth.
[ChangeLog][QtGui][QImage] Added support for 10-bit per color channel image formats.
Task-number: QTBUG-25998
Change-Id: I93ccd3c74bfbb0bd94b352476e5fe58a94119e1f
Reviewed-by: Gunnar Sletta <gunnar.sletta@jollamobile.com>
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Add detection of MIPS DSPr2 at run-time in qsimd.cpp. This makes it
possible to have generic Qt builds for MIPS that can enable the fast
code paths for processors with the DSP ASE at run-time. Also, this
makes it possible to manually disable them by setting the environment
variable "QT_NO_CPU_FEATURE=dspr2". Last, but not least, functions
requiring DSPr2 are not enabled when running in CPUs with version-1
DSP.
Change-Id: Ia5a01d84119553c22ab83386c74a6cb8ba5fee53
Reviewed-by: Thiago Macieira <thiago.macieira@intel.com>
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Add a hand-coded MIPS assembler function to convert a stream of rgb888
bytes to an array of 32-bit ARGB values. This is used in QImage for
image conversion, and also in QJpegHandler for decoding JPEG image
scanlines.
Change-Id: Ia74a5ff799b29fad3d4acbfcafe790cd60586d72
Reviewed-by: Thiago Macieira <thiago.macieira@intel.com>
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Conflicts:
src/gui/image/qimage.cpp
src/gui/text/qtextengine.cpp
src/plugins/platforms/linuxfb/qlinuxfbscreen.cpp
src/printsupport/kernel/qprintengine_win.cpp
Change-Id: I09ce991a57f39bc7b1ad6978d0e0d858df0cd444
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This patch optimizes the unpremultiply method further by using a
lookup table to avoid any divisions at all.
The opportunity is taken to export both premultiply and unpremultiply
since they are commonly used methods relevant to the exported QRgb type
that can be both premultiplied and unpremultipled ARGB.
[ChangeLog][QtGui][QColor] Exported highly optimized methods for
premultiply and unpremultiply of QRgb values.
Change-Id: I658bcf57b0bc73c34c1765b64617d43b63ae820b
Reviewed-by: Thiago Macieira <thiago.macieira@intel.com>
Reviewed-by: Gunnar Sletta <gunnar.sletta@jollamobile.com>
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Conflicts:
src/corelib/global/qglobal.h
src/corelib/tools/qstring.cpp
src/gui/image/image.pri
src/gui/image/qimage.cpp
src/plugins/platforms/cocoa/qcocoawindow.h
src/plugins/platforms/cocoa/qcocoawindow.mm
src/plugins/platforms/eglfs/qeglfshooks_stub.cpp
tests/auto/corelib/io/qstandardpaths/tst_qstandardpaths.cpp
Change-Id: I3b9ba029c8f2263b011f204fdf68c3231c6d4ce5
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The generic converter can easily be modified to work inplace. Such
an inplace converter can ensure we can do direct conversion between
formats of similar pixel depth.
Inplace conversion is currently only used by QPixmaps, but will be used
by ref qualified versions of QImage::convertToFormat in a future patch.
Change-Id: Idbdaf087b53deecdee8258ba0b5d80edd37cfe79
Reviewed-by: Gunnar Sletta <gunnar.sletta@jollamobile.com>
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Now the only way to enable Neon support is to change the mkspec.
[ChangeLog][Important Behavior Changes] Qt no longer checks for
support for the Neon FPU on ARM platforms at runtime. Code optimized
for Neon must be enabled unconditionally at compile time by ensuring
the compiler supports Neon. You may need to edit your mkspec for that.
Task-number: QTBUG-30440
Change-Id: I4df9b2bf3cd022f8ed70f02f16878cb2cb3fe6fb
Reviewed-by: Lars Knoll <lars.knoll@digia.com>
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If the compiler supports SSE2, we'll use our SSE2-optimised code
unconditionally. Runtime detection is left for SSSE3 code.
The SSE2 codebase is big and thus a timebomb if an inline function
gets leaked out and run without runtime check. In reality, it's
extremely unlikely people running CPUs without SSE2 support are
running Qt 5 at this moment (they're either too old or too new,
e.g. Intel Quark).
The SSSE3 codebase is a lot more manageable.
Task-number: QTBUG-30440
Change-Id: I3e586e4434e820365d5316b650ee3061d0acf767
Reviewed-by: Olivier Goffart <ogoffart@woboq.com>
Reviewed-by: Lars Knoll <lars.knoll@digia.com>
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Currently if the converter_map does not have an entry for how to
do a direct conversion, the image is first converted to ARGB32 and
then to the final format. In most cases the conversion to ARGB32 is
the generic converter which convert over ARGB32PM, which mean the data
is converted to ARGB32PM then to ARGB32, then to ARBG32PM and then to
final format.
This patch uses the generic converter directly everywhere there isn't
an optimized converter declared and it is valid.
Change-Id: Ibad57432ef8c58025e63a032b09f92dad4a559ee
Reviewed-by: Gunnar Sletta <gunnar.sletta@jollamobile.com>
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A large part of qimage.cpp is the implementation of the various
conversions methods from one format to another. These methods could all
be moved to a separate file to make qimage.cpp smaller, and possible
later enable more aggressive optimization on the conversions.
Change-Id: I355806710281b4222114cdd9c35a7c28cbc0f692
Reviewed-by: Gunnar Sletta <gunnar.sletta@jollamobile.com>
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