inline bool detect(tag::avx_ const&)
{
if (x86::get_vendor() == x86::intel || x86::get_vendor() == x86::amd)
{
if(x86_detection(28,0x00000001,3) && x86_detection(27,0x00000001,3))
return true;
else return false;
}
else return false;
}
inline bool detect(tag::fma4_ const&)
{
if (x86::get_vendor() == x86::amd)
{
if(x86_detection(16,0x80000001,3) && x86_detection(27,0x00000001,3))
return true;
else return false;
}
else return false;
}
inline bool detect(tag::sse4_2_ const&)
{
if (x86::get_vendor() == x86::intel || x86::get_vendor() == x86::amd)
return x86_detection(20,0x00000001,3);
else return false;
}
inline bool detect(tag::sse4a_ const&)
{
if (x86::get_vendor() == x86::amd)
return x86_detection(6,0x80000001,3);
else return false;
}
inline bool detect(tag::xop_ const&)
{
if (x86::get_vendor() == x86::amd)
return x86_detection(11,0x80000001,3) && x86_detection(27,0x00000001,3);
return false;
}
inline bool detect(tag::sse2_ const&)
{
if (x86::get_vendor() == x86::intel || x86::get_vendor() == x86::amd)
return x86_detection(26,0x00000001,4);
return false;
}
inline bool detect(tag::avx2_ const&)
{
if (x86::get_vendor() == x86::intel || x86::get_vendor() == x86::amd)
return x86_detection(5,0x00000007,2) && x86_detection(27,0x00000001,3);
return false;
}
