[Bug lto/59684] lto1: internal compiler error: bytecode stream: expected tag real_type instead of error_mark
nheghathivhistha at gmail dot com
gcc-bugzilla@gcc.gnu.org
Sun Jan 5 15:13:00 GMT 2014
http://gcc.gnu.org/bugzilla/show_bug.cgi?id=59684
--- Comment #3 from David Kredba <nheghathivhistha at gmail dot com> ---
When libVc built without -flto Calligra can be built without -flto too.
nm -C /usr/lib64/libVc.a
const.cpp.o:
U abort
U _GLOBAL_OFFSET_TABLE_
0000000000000000 r .LC1
U printf
0000000000000000 r Vc::LIBRARY_VERSION
0000000000000000 D Vc::RandomState
0000000000000010 T Vc::checkLibraryAbi(unsigned int, unsigned int, char const*)
0000000000001060 R Vc::AVX::_IndexesFromZero8
0000000000001070 R Vc::AVX::_IndexesFromZero16
0000000000001080 R Vc::AVX::_IndexesFromZero32
0000000000000c80 R Vc::AVX::c_log<double>::data
0000000000000c00 R Vc::AVX::c_log<float>::data
0000000000000e80 R Vc::AVX::c_trig<double>::data
0000000000000d80 R Vc::AVX::c_trig<float>::data
0000000000000d5c R Vc::AVX::c_general::absMaskFloat
0000000000000d50 R Vc::AVX::c_general::highMaskFloat
0000000000000d54 R Vc::AVX::c_general::signMaskFloat
0000000000000d38 R Vc::AVX::c_general::highMaskDouble
0000000000000d44 R Vc::AVX::c_general::one16
0000000000000d48 R Vc::AVX::c_general::minShort
0000000000000d4c R Vc::AVX::c_general::oneFloat
0000000000000d28 R Vc::AVX::c_general::frexpMask
0000000000000d30 R Vc::AVX::c_general::oneDouble
0000000000000d40 R Vc::AVX::c_general::_2power31
0000000000000b40 R Vc::SSE::_IndexesFromZero4
0000000000000b50 R Vc::SSE::_IndexesFromZero8
0000000000000310 R Vc::SSE::_IndexesFromZero16
00000000000001c0 R Vc::SSE::c_log<double>::data
0000000000000040 R Vc::SSE::c_log<float>::data
0000000000000700 R Vc::SSE::c_trig<double>::data
0000000000000340 R Vc::SSE::c_trig<float>::data
0000000000000bc0 R Vc::SSE::c_general::absMaskFloat
0000000000000ae0 R Vc::SSE::c_general::absMaskDouble
0000000000000b70 R Vc::SSE::c_general::highMaskFloat
0000000000000b80 R Vc::SSE::c_general::signMaskFloat
0000000000000b00 R Vc::SSE::c_general::highMaskDouble
0000000000000ad0 R Vc::SSE::c_general::signMaskDouble
0000000000000b30 R Vc::SSE::c_general::one16
0000000000000b20 R Vc::SSE::c_general::one32
0000000000000b60 R Vc::SSE::c_general::minShort
0000000000000b10 R Vc::SSE::c_general::oneFloat
0000000000000ac0 R Vc::SSE::c_general::frexpMask
0000000000000af0 R Vc::SSE::c_general::oneDouble
0000000000000000 T Vc::Warnings::_operator_bracket_warning()
cpuid.cpp.o:
0000000000000400 r CSWTCH.42
U _GLOBAL_OFFSET_TABLE_
0000000000000000 B Vc::CpuId::s_noL2orL3
0000000000000004 D Vc::CpuId::s_prefetch
0000000000000004 B Vc::CpuId::s_brandIndex
0000000000000003 B Vc::CpuId::s_cacheLineSize
0000000000000028 B Vc::CpuId::s_L1Instruction
0000000000000000 D Vc::CpuId::s_processorType
0000000000000018 B Vc::CpuId::s_L1DataLineSize
0000000000000016 B Vc::CpuId::s_L2DataLineSize
0000000000000014 B Vc::CpuId::s_L3DataLineSize
0000000000000002 B Vc::CpuId::s_processorModel
0000000000000010 B Vc::CpuId::s_L1Associativity
000000000000000c B Vc::CpuId::s_L2Associativity
0000000000000008 B Vc::CpuId::s_L3Associativity
0000000000000001 B Vc::CpuId::s_processorFamily
000000000000003c B Vc::CpuId::s_logicalProcessors
0000000000000038 B Vc::CpuId::s_processorFeaturesC
0000000000000034 B Vc::CpuId::s_processorFeaturesD
0000000000000030 B Vc::CpuId::s_processorFeatures8C
000000000000002c B Vc::CpuId::s_processorFeatures8D
000000000000001a B Vc::CpuId::s_L1InstructionLineSize
00000000000009e0 T Vc::CpuId::init()
0000000000000040 B Vc::CpuId::s_ecx0
0000000000000024 B Vc::CpuId::s_L1Data
0000000000000020 B Vc::CpuId::s_L2Data
000000000000001c B Vc::CpuId::s_L3Data
0000000000000000 T Vc::CpuId::interpret(unsigned char, bool*)
0000000000000044 b Vc::CpuId::init()::done
support.cpp.o:
U _GLOBAL_OFFSET_TABLE_
0000000000000000 T Vc::isImplementationSupported(Vc::Implementation)
0000000000000160 T Vc::extraInstructionsSupported()
00000000000000e0 T Vc::bestImplementationSupported()
U Vc::CpuId::s_processorFeaturesC
U Vc::CpuId::s_processorFeaturesD
U Vc::CpuId::s_processorFeatures8C
U Vc::CpuId::init()
avx_sorthelper.cpp.o:
U _GLOBAL_OFFSET_TABLE_
00000000000003b0 T Vc::AVX::SortHelper<double>::sort(double __vector(4))
0000000000000330 T Vc::AVX::SortHelper<double>::sort(double __vector(4)&,
double __vector(4)&)
00000000000002a0 T Vc::AVX::SortHelper<float>::sort(float __vector(8))
0000000000000120 T Vc::AVX::SortHelper<int>::sort(long long __vector(4))
00000000000001e0 T Vc::AVX::SortHelper<unsigned int>::sort(long long
__vector(4))
0000000000000320 T Vc::AVX::SortHelper<Vc::sfloat>::sort(float __vector(8))
0000000000000000 T Vc::AVX::SortHelper<short>::sort(long long __vector(2))
0000000000000090 T Vc::AVX::SortHelper<unsigned short>::sort(long long
__vector(2))
trigonometric_SSE2.cpp.o:
U __assert_fail
U __cxa_atexit
U __dso_handle
U _GLOBAL_OFFSET_TABLE_
0000000000000000 t _GLOBAL__sub_I_trigonometric.cpp
0000000000000000 r .LC0
0000000000000000 r .LC1
0000000000000050 r .LC15
0000000000000060 r .LC16
0000000000000070 r .LC17
0000000000000080 r .LC18
0000000000000090 r .LC19
00000000000000a0 r .LC28
0000000000000000 r .LC3
0000000000000010 r .LC4
0000000000000020 r .LC5
0000000000000030 r .LC6
0000000000000040 r .LC7
U std::ios_base::Init::Init()
U std::ios_base::Init::~Init()
0000000000000300 T Vc::SSE::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<1u>
>::cos<double>(Vc::SSE::Vector<double> const&)
0000000000000000 W Vc::SSE::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<1u> >::cos<float>(Vc::SSE::Vector<float>
const&)
0000000000000000 W Vc::SSE::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<1u>
>::cos<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&)
0000000000000000 T Vc::SSE::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<1u>
>::sin<double>(Vc::SSE::Vector<double> const&)
0000000000000000 W Vc::SSE::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<1u> >::sin<float>(Vc::SSE::Vector<float>
const&)
0000000000000000 W Vc::SSE::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<1u>
>::sin<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&)
0000000000000940 T Vc::SSE::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<1u>
>::asin<double>(Vc::SSE::Vector<double> const&)
0000000000000000 W Vc::SSE::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<1u> >::asin<float>(Vc::SSE::Vector<float>
const&)
0000000000000000 W Vc::SSE::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<1u>
>::asin<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&)
0000000000000b30 T Vc::SSE::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<1u>
>::atan<double>(Vc::SSE::Vector<double> const&)
0000000000000000 W Vc::SSE::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<1u> >::atan<float>(Vc::SSE::Vector<float>
const&)
0000000000000000 W Vc::SSE::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<1u>
>::atan<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&)
0000000000000d00 T Vc::SSE::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<1u>
>::atan2<double>(Vc::SSE::Vector<double> const&, Vc::SSE::Vector<double>
const&)
0000000000000000 W Vc::SSE::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<1u>
>::atan2<float>(Vc::SSE::Vector<float> const&, Vc::SSE::Vector<float> const&)
0000000000000000 W Vc::SSE::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<1u>
>::atan2<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&,
Vc::SSE::Vector<Vc::sfloat> const&)
0000000000000600 T void Vc::Trigonometric<Vc::ImplementationT<1u>
>::sincos<double>(Vc::SSE::Vector<double> const&, Vc::SSE::Vector<double>*,
Vc::SSE::Vector<double>*)
0000000000000000 W void Vc::Trigonometric<Vc::ImplementationT<1u>
>::sincos<float>(Vc::SSE::Vector<float> const&, Vc::SSE::Vector<float>*,
Vc::SSE::Vector<float>*)
0000000000000000 W void Vc::Trigonometric<Vc::ImplementationT<1u>
>::sincos<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&,
Vc::SSE::Vector<Vc::sfloat>*, Vc::SSE::Vector<Vc::sfloat>*)
U Vc::SSE::c_log<double>::data
U Vc::SSE::c_log<float>::data
0000000000000000 t Vc::SSE::Vector<double>
Vc::SSE::trunc<double>(Vc::SSE::Vector<double>) [clone .part.13]
U Vc::SSE::c_trig<double>::data
U Vc::SSE::c_trig<float>::data
U Vc::SSE::c_general::absMaskFloat
U Vc::SSE::c_general::absMaskDouble
U Vc::SSE::c_general::signMaskFloat
U Vc::SSE::c_general::signMaskDouble
U Vc::SSE::c_general::one16
U Vc::SSE::c_general::one32
U Vc::SSE::c_general::oneFloat
U Vc::SSE::c_general::oneDouble
0000000000000000 b std::__ioinit
0000000000000000 r Vc::SSE::Vector<double>::exponent()
const::__PRETTY_FUNCTION__
trigonometric_SSE3.cpp.o:
U __assert_fail
U __cxa_atexit
U __dso_handle
U _GLOBAL_OFFSET_TABLE_
0000000000000000 t _GLOBAL__sub_I_trigonometric.cpp
0000000000000000 r .LC0
0000000000000000 r .LC1
0000000000000050 r .LC15
0000000000000060 r .LC16
0000000000000070 r .LC17
0000000000000080 r .LC18
0000000000000090 r .LC19
00000000000000a0 r .LC28
0000000000000000 r .LC3
0000000000000010 r .LC4
0000000000000020 r .LC5
0000000000000030 r .LC6
0000000000000040 r .LC7
U std::ios_base::Init::Init()
U std::ios_base::Init::~Init()
0000000000000300 T Vc::SSE::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<2u>
>::cos<double>(Vc::SSE::Vector<double> const&)
0000000000000000 W Vc::SSE::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<2u> >::cos<float>(Vc::SSE::Vector<float>
const&)
0000000000000000 W Vc::SSE::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<2u>
>::cos<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&)
0000000000000000 T Vc::SSE::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<2u>
>::sin<double>(Vc::SSE::Vector<double> const&)
0000000000000000 W Vc::SSE::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<2u> >::sin<float>(Vc::SSE::Vector<float>
const&)
0000000000000000 W Vc::SSE::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<2u>
>::sin<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&)
0000000000000940 T Vc::SSE::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<2u>
>::asin<double>(Vc::SSE::Vector<double> const&)
0000000000000000 W Vc::SSE::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<2u> >::asin<float>(Vc::SSE::Vector<float>
const&)
0000000000000000 W Vc::SSE::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<2u>
>::asin<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&)
0000000000000b30 T Vc::SSE::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<2u>
>::atan<double>(Vc::SSE::Vector<double> const&)
0000000000000000 W Vc::SSE::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<2u> >::atan<float>(Vc::SSE::Vector<float>
const&)
0000000000000000 W Vc::SSE::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<2u>
>::atan<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&)
0000000000000d00 T Vc::SSE::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<2u>
>::atan2<double>(Vc::SSE::Vector<double> const&, Vc::SSE::Vector<double>
const&)
0000000000000000 W Vc::SSE::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<2u>
>::atan2<float>(Vc::SSE::Vector<float> const&, Vc::SSE::Vector<float> const&)
0000000000000000 W Vc::SSE::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<2u>
>::atan2<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&,
Vc::SSE::Vector<Vc::sfloat> const&)
0000000000000600 T void Vc::Trigonometric<Vc::ImplementationT<2u>
>::sincos<double>(Vc::SSE::Vector<double> const&, Vc::SSE::Vector<double>*,
Vc::SSE::Vector<double>*)
0000000000000000 W void Vc::Trigonometric<Vc::ImplementationT<2u>
>::sincos<float>(Vc::SSE::Vector<float> const&, Vc::SSE::Vector<float>*,
Vc::SSE::Vector<float>*)
0000000000000000 W void Vc::Trigonometric<Vc::ImplementationT<2u>
>::sincos<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&,
Vc::SSE::Vector<Vc::sfloat>*, Vc::SSE::Vector<Vc::sfloat>*)
U Vc::SSE::c_log<double>::data
U Vc::SSE::c_log<float>::data
0000000000000000 t Vc::SSE::Vector<double>
Vc::SSE::trunc<double>(Vc::SSE::Vector<double>) [clone .part.13]
U Vc::SSE::c_trig<double>::data
U Vc::SSE::c_trig<float>::data
U Vc::SSE::c_general::absMaskFloat
U Vc::SSE::c_general::absMaskDouble
U Vc::SSE::c_general::signMaskFloat
U Vc::SSE::c_general::signMaskDouble
U Vc::SSE::c_general::one16
U Vc::SSE::c_general::one32
U Vc::SSE::c_general::oneFloat
U Vc::SSE::c_general::oneDouble
0000000000000000 b std::__ioinit
0000000000000000 r Vc::SSE::Vector<double>::exponent()
const::__PRETTY_FUNCTION__
trigonometric_SSSE3.cpp.o:
U __assert_fail
U __cxa_atexit
U __dso_handle
U _GLOBAL_OFFSET_TABLE_
0000000000000000 t _GLOBAL__sub_I_trigonometric.cpp
0000000000000000 r .LC0
0000000000000000 r .LC1
0000000000000050 r .LC15
0000000000000060 r .LC16
0000000000000070 r .LC17
0000000000000080 r .LC18
0000000000000090 r .LC19
00000000000000a0 r .LC28
0000000000000000 r .LC3
0000000000000010 r .LC4
0000000000000020 r .LC5
0000000000000030 r .LC6
0000000000000040 r .LC7
U std::ios_base::Init::Init()
U std::ios_base::Init::~Init()
0000000000000300 T Vc::SSE::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<3u>
>::cos<double>(Vc::SSE::Vector<double> const&)
0000000000000000 W Vc::SSE::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<3u> >::cos<float>(Vc::SSE::Vector<float>
const&)
0000000000000000 W Vc::SSE::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<3u>
>::cos<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&)
0000000000000000 T Vc::SSE::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<3u>
>::sin<double>(Vc::SSE::Vector<double> const&)
0000000000000000 W Vc::SSE::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<3u> >::sin<float>(Vc::SSE::Vector<float>
const&)
0000000000000000 W Vc::SSE::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<3u>
>::sin<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&)
0000000000000940 T Vc::SSE::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<3u>
>::asin<double>(Vc::SSE::Vector<double> const&)
0000000000000000 W Vc::SSE::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<3u> >::asin<float>(Vc::SSE::Vector<float>
const&)
0000000000000000 W Vc::SSE::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<3u>
>::asin<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&)
0000000000000b30 T Vc::SSE::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<3u>
>::atan<double>(Vc::SSE::Vector<double> const&)
0000000000000000 W Vc::SSE::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<3u> >::atan<float>(Vc::SSE::Vector<float>
const&)
0000000000000000 W Vc::SSE::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<3u>
>::atan<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&)
0000000000000d00 T Vc::SSE::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<3u>
>::atan2<double>(Vc::SSE::Vector<double> const&, Vc::SSE::Vector<double>
const&)
0000000000000000 W Vc::SSE::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<3u>
>::atan2<float>(Vc::SSE::Vector<float> const&, Vc::SSE::Vector<float> const&)
0000000000000000 W Vc::SSE::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<3u>
>::atan2<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&,
Vc::SSE::Vector<Vc::sfloat> const&)
0000000000000600 T void Vc::Trigonometric<Vc::ImplementationT<3u>
>::sincos<double>(Vc::SSE::Vector<double> const&, Vc::SSE::Vector<double>*,
Vc::SSE::Vector<double>*)
0000000000000000 W void Vc::Trigonometric<Vc::ImplementationT<3u>
>::sincos<float>(Vc::SSE::Vector<float> const&, Vc::SSE::Vector<float>*,
Vc::SSE::Vector<float>*)
0000000000000000 W void Vc::Trigonometric<Vc::ImplementationT<3u>
>::sincos<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&,
Vc::SSE::Vector<Vc::sfloat>*, Vc::SSE::Vector<Vc::sfloat>*)
U Vc::SSE::c_log<double>::data
U Vc::SSE::c_log<float>::data
0000000000000000 t Vc::SSE::Vector<double>
Vc::SSE::trunc<double>(Vc::SSE::Vector<double>) [clone .part.13]
U Vc::SSE::c_trig<double>::data
U Vc::SSE::c_trig<float>::data
U Vc::SSE::c_general::absMaskFloat
U Vc::SSE::c_general::absMaskDouble
U Vc::SSE::c_general::signMaskFloat
U Vc::SSE::c_general::signMaskDouble
U Vc::SSE::c_general::one16
U Vc::SSE::c_general::one32
U Vc::SSE::c_general::oneFloat
U Vc::SSE::c_general::oneDouble
0000000000000000 b std::__ioinit
0000000000000000 r Vc::SSE::Vector<double>::exponent()
const::__PRETTY_FUNCTION__
trigonometric_SSE4_1.cpp.o:
U __cxa_atexit
U __dso_handle
U _GLOBAL_OFFSET_TABLE_
0000000000000000 t _GLOBAL__sub_I_trigonometric.cpp
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0000000000000090 r .LC24
0000000000000030 r .LC3
U std::ios_base::Init::Init()
U std::ios_base::Init::~Init()
00000000000001f0 T Vc::SSE::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<4u>
>::cos<double>(Vc::SSE::Vector<double> const&)
0000000000000000 W Vc::SSE::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<4u> >::cos<float>(Vc::SSE::Vector<float>
const&)
0000000000000000 W Vc::SSE::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<4u>
>::cos<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&)
0000000000000000 T Vc::SSE::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<4u>
>::sin<double>(Vc::SSE::Vector<double> const&)
0000000000000000 W Vc::SSE::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<4u> >::sin<float>(Vc::SSE::Vector<float>
const&)
0000000000000000 W Vc::SSE::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<4u>
>::sin<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&)
0000000000000600 T Vc::SSE::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<4u>
>::asin<double>(Vc::SSE::Vector<double> const&)
0000000000000000 W Vc::SSE::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<4u> >::asin<float>(Vc::SSE::Vector<float>
const&)
0000000000000000 W Vc::SSE::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<4u>
>::asin<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&)
00000000000007e0 T Vc::SSE::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<4u>
>::atan<double>(Vc::SSE::Vector<double> const&)
0000000000000000 W Vc::SSE::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<4u> >::atan<float>(Vc::SSE::Vector<float>
const&)
0000000000000000 W Vc::SSE::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<4u>
>::atan<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&)
0000000000000990 T Vc::SSE::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<4u>
>::atan2<double>(Vc::SSE::Vector<double> const&, Vc::SSE::Vector<double>
const&)
0000000000000000 W Vc::SSE::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<4u>
>::atan2<float>(Vc::SSE::Vector<float> const&, Vc::SSE::Vector<float> const&)
0000000000000000 W Vc::SSE::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<4u>
>::atan2<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&,
Vc::SSE::Vector<Vc::sfloat> const&)
00000000000003e0 T void Vc::Trigonometric<Vc::ImplementationT<4u>
>::sincos<double>(Vc::SSE::Vector<double> const&, Vc::SSE::Vector<double>*,
Vc::SSE::Vector<double>*)
0000000000000000 W void Vc::Trigonometric<Vc::ImplementationT<4u>
>::sincos<float>(Vc::SSE::Vector<float> const&, Vc::SSE::Vector<float>*,
Vc::SSE::Vector<float>*)
0000000000000000 W void Vc::Trigonometric<Vc::ImplementationT<4u>
>::sincos<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&,
Vc::SSE::Vector<Vc::sfloat>*, Vc::SSE::Vector<Vc::sfloat>*)
U Vc::SSE::c_log<double>::data
U Vc::SSE::c_log<float>::data
U Vc::SSE::c_trig<double>::data
U Vc::SSE::c_trig<float>::data
U Vc::SSE::c_general::absMaskFloat
U Vc::SSE::c_general::absMaskDouble
U Vc::SSE::c_general::signMaskFloat
U Vc::SSE::c_general::signMaskDouble
U Vc::SSE::c_general::one16
U Vc::SSE::c_general::one32
U Vc::SSE::c_general::oneFloat
U Vc::SSE::c_general::oneDouble
0000000000000000 b std::__ioinit
trigonometric_AVX.cpp.o:
U __cxa_atexit
U __dso_handle
U _GLOBAL_OFFSET_TABLE_
0000000000000000 t _GLOBAL__sub_I_trigonometric.cpp
0000000000000000 r .LC0
0000000000000020 r .LC1
0000000000000000 r .LC13
0000000000000010 r .LC14
0000000000000020 r .LC15
0000000000000030 r .LC16
0000000000000040 r .LC2
0000000000000060 r .LC3
U std::ios_base::Init::Init()
U std::ios_base::Init::~Init()
00000000000002a0 T Vc::AVX::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::cos<double>(Vc::AVX::Vector<double> const&)
0000000000000000 W Vc::AVX::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<6u> >::cos<float>(Vc::AVX::Vector<float>
const&)
0000000000000000 W Vc::AVX::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::cos<Vc::sfloat>(Vc::AVX::Vector<Vc::sfloat> const&)
0000000000000000 T Vc::AVX::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::sin<double>(Vc::AVX::Vector<double> const&)
0000000000000000 W Vc::AVX::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<6u> >::sin<float>(Vc::AVX::Vector<float>
const&)
0000000000000000 W Vc::AVX::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::sin<Vc::sfloat>(Vc::AVX::Vector<Vc::sfloat> const&)
0000000000000880 T Vc::AVX::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::asin<double>(Vc::AVX::Vector<double> const&)
0000000000000000 W Vc::AVX::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<6u> >::asin<float>(Vc::AVX::Vector<float>
const&)
0000000000000000 W Vc::AVX::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::asin<Vc::sfloat>(Vc::AVX::Vector<Vc::sfloat> const&)
0000000000000a90 T Vc::AVX::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::atan<double>(Vc::AVX::Vector<double> const&)
0000000000000000 W Vc::AVX::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<6u> >::atan<float>(Vc::AVX::Vector<float>
const&)
0000000000000000 W Vc::AVX::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::atan<Vc::sfloat>(Vc::AVX::Vector<Vc::sfloat> const&)
0000000000000c40 T Vc::AVX::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::atan2<double>(Vc::AVX::Vector<double> const&, Vc::AVX::Vector<double>
const&)
0000000000000000 W Vc::AVX::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::atan2<float>(Vc::AVX::Vector<float> const&, Vc::AVX::Vector<float> const&)
0000000000000000 W Vc::AVX::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::atan2<Vc::sfloat>(Vc::AVX::Vector<Vc::sfloat> const&,
Vc::AVX::Vector<Vc::sfloat> const&)
0000000000000560 T void Vc::Trigonometric<Vc::ImplementationT<6u>
>::sincos<double>(Vc::AVX::Vector<double> const&, Vc::AVX::Vector<double>*,
Vc::AVX::Vector<double>*)
0000000000000000 W void Vc::Trigonometric<Vc::ImplementationT<6u>
>::sincos<float>(Vc::AVX::Vector<float> const&, Vc::AVX::Vector<float>*,
Vc::AVX::Vector<float>*)
0000000000000000 W void Vc::Trigonometric<Vc::ImplementationT<6u>
>::sincos<Vc::sfloat>(Vc::AVX::Vector<Vc::sfloat> const&,
Vc::AVX::Vector<Vc::sfloat>*, Vc::AVX::Vector<Vc::sfloat>*)
U Vc::AVX::_IndexesFromZero32
U Vc::AVX::c_log<double>::data
U Vc::AVX::c_log<float>::data
U Vc::AVX::c_trig<double>::data
U Vc::AVX::c_trig<float>::data
U Vc::AVX::c_general::absMaskFloat
U Vc::AVX::c_general::signMaskFloat
U Vc::AVX::c_general::one16
U Vc::AVX::c_general::oneFloat
U Vc::AVX::c_general::oneDouble
0000000000000000 b std::__ioinit
trigonometric_SSE+XOP+FMA4.cpp.o:
U __cxa_atexit
U __dso_handle
U _GLOBAL_OFFSET_TABLE_
0000000000000000 t _GLOBAL__sub_I_trigonometric.cpp
0000000000000000 r .LC0
0000000000000010 r .LC1
0000000000000040 r .LC11
0000000000000050 r .LC12
0000000000000060 r .LC13
0000000000000070 r .LC14
0000000000000080 r .LC15
0000000000000020 r .LC2
0000000000000090 r .LC24
0000000000000030 r .LC3
U std::ios_base::Init::Init()
U std::ios_base::Init::~Init()
0000000000000190 T Vc::SSE::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<24580u>
>::cos<double>(Vc::SSE::Vector<double> const&)
0000000000000000 W Vc::SSE::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<24580u>
>::cos<float>(Vc::SSE::Vector<float> const&)
0000000000000000 W Vc::SSE::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<24580u>
>::cos<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&)
0000000000000000 T Vc::SSE::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<24580u>
>::sin<double>(Vc::SSE::Vector<double> const&)
0000000000000000 W Vc::SSE::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<24580u>
>::sin<float>(Vc::SSE::Vector<float> const&)
0000000000000000 W Vc::SSE::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<24580u>
>::sin<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&)
00000000000004e0 T Vc::SSE::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<24580u>
>::asin<double>(Vc::SSE::Vector<double> const&)
0000000000000000 W Vc::SSE::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<24580u>
>::asin<float>(Vc::SSE::Vector<float> const&)
0000000000000000 W Vc::SSE::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<24580u>
>::asin<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&)
0000000000000650 T Vc::SSE::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<24580u>
>::atan<double>(Vc::SSE::Vector<double> const&)
0000000000000000 W Vc::SSE::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<24580u>
>::atan<float>(Vc::SSE::Vector<float> const&)
0000000000000000 W Vc::SSE::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<24580u>
>::atan<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&)
00000000000007a0 T Vc::SSE::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<24580u>
>::atan2<double>(Vc::SSE::Vector<double> const&, Vc::SSE::Vector<double>
const&)
0000000000000000 W Vc::SSE::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<24580u>
>::atan2<float>(Vc::SSE::Vector<float> const&, Vc::SSE::Vector<float> const&)
0000000000000000 W Vc::SSE::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<24580u>
>::atan2<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&,
Vc::SSE::Vector<Vc::sfloat> const&)
0000000000000320 T void Vc::Trigonometric<Vc::ImplementationT<24580u>
>::sincos<double>(Vc::SSE::Vector<double> const&, Vc::SSE::Vector<double>*,
Vc::SSE::Vector<double>*)
0000000000000000 W void Vc::Trigonometric<Vc::ImplementationT<24580u>
>::sincos<float>(Vc::SSE::Vector<float> const&, Vc::SSE::Vector<float>*,
Vc::SSE::Vector<float>*)
0000000000000000 W void Vc::Trigonometric<Vc::ImplementationT<24580u>
>::sincos<Vc::sfloat>(Vc::SSE::Vector<Vc::sfloat> const&,
Vc::SSE::Vector<Vc::sfloat>*, Vc::SSE::Vector<Vc::sfloat>*)
U Vc::SSE::c_log<double>::data
U Vc::SSE::c_log<float>::data
U Vc::SSE::c_trig<double>::data
U Vc::SSE::c_trig<float>::data
U Vc::SSE::c_general::absMaskFloat
U Vc::SSE::c_general::absMaskDouble
U Vc::SSE::c_general::signMaskFloat
U Vc::SSE::c_general::signMaskDouble
U Vc::SSE::c_general::one16
U Vc::SSE::c_general::one32
U Vc::SSE::c_general::oneFloat
U Vc::SSE::c_general::oneDouble
0000000000000000 b std::__ioinit
trigonometric_AVX+XOP+FMA4.cpp.o:
U __cxa_atexit
U __dso_handle
U _GLOBAL_OFFSET_TABLE_
0000000000000000 t _GLOBAL__sub_I_trigonometric.cpp
0000000000000000 r .LC0
0000000000000020 r .LC1
0000000000000000 r .LC13
0000000000000010 r .LC14
0000000000000020 r .LC15
0000000000000030 r .LC16
0000000000000040 r .LC2
0000000000000060 r .LC3
U std::ios_base::Init::Init()
U std::ios_base::Init::~Init()
0000000000000290 T Vc::AVX::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<24582u>
>::cos<double>(Vc::AVX::Vector<double> const&)
0000000000000000 W Vc::AVX::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<24582u>
>::cos<float>(Vc::AVX::Vector<float> const&)
0000000000000000 W Vc::AVX::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<24582u>
>::cos<Vc::sfloat>(Vc::AVX::Vector<Vc::sfloat> const&)
0000000000000000 T Vc::AVX::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<24582u>
>::sin<double>(Vc::AVX::Vector<double> const&)
0000000000000000 W Vc::AVX::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<24582u>
>::sin<float>(Vc::AVX::Vector<float> const&)
0000000000000000 W Vc::AVX::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<24582u>
>::sin<Vc::sfloat>(Vc::AVX::Vector<Vc::sfloat> const&)
0000000000000850 T Vc::AVX::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<24582u>
>::asin<double>(Vc::AVX::Vector<double> const&)
0000000000000000 W Vc::AVX::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<24582u>
>::asin<float>(Vc::AVX::Vector<float> const&)
0000000000000000 W Vc::AVX::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<24582u>
>::asin<Vc::sfloat>(Vc::AVX::Vector<Vc::sfloat> const&)
0000000000000a40 T Vc::AVX::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<24582u>
>::atan<double>(Vc::AVX::Vector<double> const&)
0000000000000000 W Vc::AVX::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<24582u>
>::atan<float>(Vc::AVX::Vector<float> const&)
0000000000000000 W Vc::AVX::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<24582u>
>::atan<Vc::sfloat>(Vc::AVX::Vector<Vc::sfloat> const&)
0000000000000be0 T Vc::AVX::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<24582u>
>::atan2<double>(Vc::AVX::Vector<double> const&, Vc::AVX::Vector<double>
const&)
0000000000000000 W Vc::AVX::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<24582u>
>::atan2<float>(Vc::AVX::Vector<float> const&, Vc::AVX::Vector<float> const&)
0000000000000000 W Vc::AVX::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<24582u>
>::atan2<Vc::sfloat>(Vc::AVX::Vector<Vc::sfloat> const&,
Vc::AVX::Vector<Vc::sfloat> const&)
0000000000000540 T void Vc::Trigonometric<Vc::ImplementationT<24582u>
>::sincos<double>(Vc::AVX::Vector<double> const&, Vc::AVX::Vector<double>*,
Vc::AVX::Vector<double>*)
0000000000000000 W void Vc::Trigonometric<Vc::ImplementationT<24582u>
>::sincos<float>(Vc::AVX::Vector<float> const&, Vc::AVX::Vector<float>*,
Vc::AVX::Vector<float>*)
0000000000000000 W void Vc::Trigonometric<Vc::ImplementationT<24582u>
>::sincos<Vc::sfloat>(Vc::AVX::Vector<Vc::sfloat> const&,
Vc::AVX::Vector<Vc::sfloat>*, Vc::AVX::Vector<Vc::sfloat>*)
U Vc::AVX::_IndexesFromZero32
U Vc::AVX::c_log<double>::data
U Vc::AVX::c_log<float>::data
U Vc::AVX::c_trig<double>::data
U Vc::AVX::c_trig<float>::data
U Vc::AVX::c_general::absMaskFloat
U Vc::AVX::c_general::signMaskFloat
U Vc::AVX::c_general::one16
U Vc::AVX::c_general::oneFloat
U Vc::AVX::c_general::oneDouble
0000000000000000 b std::__ioinit
trigonometric_AVX+XOP+FMA.cpp.o:
U __cxa_atexit
U __dso_handle
U _GLOBAL_OFFSET_TABLE_
0000000000000000 t _GLOBAL__sub_I_trigonometric.cpp
0000000000000000 r .LC0
0000000000000020 r .LC1
0000000000000000 r .LC13
0000000000000010 r .LC14
0000000000000020 r .LC15
0000000000000030 r .LC16
0000000000000040 r .LC2
0000000000000060 r .LC3
U std::ios_base::Init::Init()
U std::ios_base::Init::~Init()
0000000000000280 T Vc::AVX::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::cos<double>(Vc::AVX::Vector<double> const&)
0000000000000000 W Vc::AVX::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<6u> >::cos<float>(Vc::AVX::Vector<float>
const&)
0000000000000000 W Vc::AVX::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::cos<Vc::sfloat>(Vc::AVX::Vector<Vc::sfloat> const&)
0000000000000000 T Vc::AVX::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::sin<double>(Vc::AVX::Vector<double> const&)
0000000000000000 W Vc::AVX::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<6u> >::sin<float>(Vc::AVX::Vector<float>
const&)
0000000000000000 W Vc::AVX::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::sin<Vc::sfloat>(Vc::AVX::Vector<Vc::sfloat> const&)
0000000000000810 T Vc::AVX::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::asin<double>(Vc::AVX::Vector<double> const&)
0000000000000000 W Vc::AVX::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<6u> >::asin<float>(Vc::AVX::Vector<float>
const&)
0000000000000000 W Vc::AVX::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::asin<Vc::sfloat>(Vc::AVX::Vector<Vc::sfloat> const&)
00000000000009f0 T Vc::AVX::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::atan<double>(Vc::AVX::Vector<double> const&)
0000000000000000 W Vc::AVX::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<6u> >::atan<float>(Vc::AVX::Vector<float>
const&)
0000000000000000 W Vc::AVX::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::atan<Vc::sfloat>(Vc::AVX::Vector<Vc::sfloat> const&)
0000000000000b80 T Vc::AVX::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::atan2<double>(Vc::AVX::Vector<double> const&, Vc::AVX::Vector<double>
const&)
0000000000000000 W Vc::AVX::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::atan2<float>(Vc::AVX::Vector<float> const&, Vc::AVX::Vector<float> const&)
0000000000000000 W Vc::AVX::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::atan2<Vc::sfloat>(Vc::AVX::Vector<Vc::sfloat> const&,
Vc::AVX::Vector<Vc::sfloat> const&)
0000000000000510 T void Vc::Trigonometric<Vc::ImplementationT<6u>
>::sincos<double>(Vc::AVX::Vector<double> const&, Vc::AVX::Vector<double>*,
Vc::AVX::Vector<double>*)
0000000000000000 W void Vc::Trigonometric<Vc::ImplementationT<6u>
>::sincos<float>(Vc::AVX::Vector<float> const&, Vc::AVX::Vector<float>*,
Vc::AVX::Vector<float>*)
0000000000000000 W void Vc::Trigonometric<Vc::ImplementationT<6u>
>::sincos<Vc::sfloat>(Vc::AVX::Vector<Vc::sfloat> const&,
Vc::AVX::Vector<Vc::sfloat>*, Vc::AVX::Vector<Vc::sfloat>*)
U Vc::AVX::_IndexesFromZero32
U Vc::AVX::c_log<double>::data
U Vc::AVX::c_log<float>::data
U Vc::AVX::c_trig<double>::data
U Vc::AVX::c_trig<float>::data
U Vc::AVX::c_general::absMaskFloat
U Vc::AVX::c_general::signMaskFloat
U Vc::AVX::c_general::one16
U Vc::AVX::c_general::oneFloat
U Vc::AVX::c_general::oneDouble
0000000000000000 b std::__ioinit
trigonometric_AVX+FMA.cpp.o:
U __cxa_atexit
U __dso_handle
U _GLOBAL_OFFSET_TABLE_
0000000000000000 t _GLOBAL__sub_I_trigonometric.cpp
0000000000000000 r .LC0
0000000000000020 r .LC1
0000000000000000 r .LC13
0000000000000010 r .LC14
0000000000000020 r .LC15
0000000000000030 r .LC16
0000000000000040 r .LC2
0000000000000060 r .LC3
U std::ios_base::Init::Init()
U std::ios_base::Init::~Init()
0000000000000270 T Vc::AVX::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::cos<double>(Vc::AVX::Vector<double> const&)
0000000000000000 W Vc::AVX::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<6u> >::cos<float>(Vc::AVX::Vector<float>
const&)
0000000000000000 W Vc::AVX::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::cos<Vc::sfloat>(Vc::AVX::Vector<Vc::sfloat> const&)
0000000000000000 T Vc::AVX::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::sin<double>(Vc::AVX::Vector<double> const&)
0000000000000000 W Vc::AVX::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<6u> >::sin<float>(Vc::AVX::Vector<float>
const&)
0000000000000000 W Vc::AVX::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::sin<Vc::sfloat>(Vc::AVX::Vector<Vc::sfloat> const&)
0000000000000800 T Vc::AVX::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::asin<double>(Vc::AVX::Vector<double> const&)
0000000000000000 W Vc::AVX::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<6u> >::asin<float>(Vc::AVX::Vector<float>
const&)
0000000000000000 W Vc::AVX::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::asin<Vc::sfloat>(Vc::AVX::Vector<Vc::sfloat> const&)
00000000000009f0 T Vc::AVX::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::atan<double>(Vc::AVX::Vector<double> const&)
0000000000000000 W Vc::AVX::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<6u> >::atan<float>(Vc::AVX::Vector<float>
const&)
0000000000000000 W Vc::AVX::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::atan<Vc::sfloat>(Vc::AVX::Vector<Vc::sfloat> const&)
0000000000000b90 T Vc::AVX::Vector<double>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::atan2<double>(Vc::AVX::Vector<double> const&, Vc::AVX::Vector<double>
const&)
0000000000000000 W Vc::AVX::Vector<float>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::atan2<float>(Vc::AVX::Vector<float> const&, Vc::AVX::Vector<float> const&)
0000000000000000 W Vc::AVX::Vector<Vc::sfloat>
Vc::Trigonometric<Vc::ImplementationT<6u>
>::atan2<Vc::sfloat>(Vc::AVX::Vector<Vc::sfloat> const&,
Vc::AVX::Vector<Vc::sfloat> const&)
0000000000000500 T void Vc::Trigonometric<Vc::ImplementationT<6u>
>::sincos<double>(Vc::AVX::Vector<double> const&, Vc::AVX::Vector<double>*,
Vc::AVX::Vector<double>*)
0000000000000000 W void Vc::Trigonometric<Vc::ImplementationT<6u>
>::sincos<float>(Vc::AVX::Vector<float> const&, Vc::AVX::Vector<float>*,
Vc::AVX::Vector<float>*)
0000000000000000 W void Vc::Trigonometric<Vc::ImplementationT<6u>
>::sincos<Vc::sfloat>(Vc::AVX::Vector<Vc::sfloat> const&,
Vc::AVX::Vector<Vc::sfloat>*, Vc::AVX::Vector<Vc::sfloat>*)
U Vc::AVX::_IndexesFromZero32
U Vc::AVX::c_log<double>::data
U Vc::AVX::c_log<float>::data
U Vc::AVX::c_trig<double>::data
U Vc::AVX::c_trig<float>::data
U Vc::AVX::c_general::absMaskFloat
U Vc::AVX::c_general::signMaskFloat
U Vc::AVX::c_general::one16
U Vc::AVX::c_general::oneFloat
U Vc::AVX::c_general::oneDouble
0000000000000000 b std::__ioinit
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