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Only converted the ones that are really sure (not signal-dependent)
and that shouldn't add much run-time complexity
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Change-Id: I607a8b75b0711a485384d6f854cf6e2ec18b38b7
Signed-off-by: Jean-Marc Valin <jmvalin@jmvalin.ca>
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Also remove the SILK_DEBUG_STORE_CLOSE_FILES flush call from
opus_demo.
This is debugging code which is no longer used, but defining
the symbols for SILK_DEBUG_STORE_CLOSE_FILES and calling it
from opus_demo causes linking problems on Microsoft Visual Studio
where we have strict controls on public symbols and want to
test the compiled DLL.
Since the code isn't in active use, it's better to remove it
to avoid clutter and address the linking issue.
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no dither
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The NSQ SSE optimizations are disabled for now because they need to be updated
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Signed-off-by: Timothy B. Terriberry <tterribe@xiph.org>
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1. Only for fixed point on x86 platform (32bit and 64bit, uses SIMD
intrinsics up to SSE4.2)
2. Use "configure --enable-fixed-point --enable-intrinsics" to enable
optimization, default is disabled.
3. Official test cases are verified and passed.
Signed-off-by: Timothy B. Terriberry <tterribe@xiph.org>
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Signed-off-by: Jean-Marc Valin <jmvalin@jmvalin.ca>
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Newer versions of MSVC are unhappy with the strategy of the build
environment redefining "inline" (even though they don't support the
actual keyword). Instead we define OPUS_INLINE to the right thing
in opus_defines.h.
This is the same approach we use for restrict.
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Since the last patch originally had them mangled (presumably by
mailer, http server, or something else), let's just get rid of
them.
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This makes all remaining large stack allocations use the vararray
macros.
This continues the work of 6f2d9f50 to allow compiling with
NONTHREADSAFE_PSEUDOSTACK to move the memory for large buffers
off the stack for devices where it is very limited.
It also does this for some additional large buffers used by the
PLC in the decoder.
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Also adds the encoder part of commit ee8adbe701 as well as a few
minor cleanups.
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Also clamps the gain to avoid forcing a float decoder to emulate the
state rescaling.
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decoder:
- fixed incorrect scaling of filter states for the smallest quantization
step sizes
- NLSF2A now limits the prediction gain of LPC filters
encoder:
- increased damping of LTP coefficients in LTP analysis
- increased white noise fraction in noise shaping LPC analysis
- introduced maximum total prediction gain. Used by Burg's method to
exit early if prediction gain is exceeded. This improves packet
loss robustness and numerical robustness in Burg's method
- Prefiltered signal is now in int32 Q10 domain, from int16 Q0
- Increased max number of iterations in CBR gain control loop from 5 to 6
- Removed useless code from LTP scaling control
- Optimization: smarter LPC loop unrolling
- Switched default win32 compile mode to be floating-point
resampler:
- made resampler have constant delay of 0.75 ms; removed delay
compensation from silk code.
- removed obsolete table entries (~850 Bytes)
- increased downsampling filter order from 16 to 18/24/36 (depending on
frequency ratio)
- reoptimized filter coefficients
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improve test_repacketizer error handling, and silence 19 clang static analysis errors with additional assertions.
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Result should be bit-identical on most machines/compilers, minus the undefined
behaviour
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Uses a 5ms redundant CELT frame embedded into the SILK or hybrid
packet to handle the switching. It's still possible to use the
PLC-based method when no redundant packet is included.
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The byte buffer is now part of the range coder struct itself, and
rangeenc.c and rangedec.c have gone away.
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