search for: x86_c80

...gobbbledygook and can more easily reason about the IR. Types ----- This proposal introduces new aggregate types to represent complex numbers. c16 - Complex of 16-bit float c32 - like float complex or std::complex<float> c64 - like double complex or std::complex<double> x86_c80 - Complex of x86_fp80 c128 - like long double complex or std::complex<long double> ppc_c128 - Complex of ppc_fp128 Note that the references to C and C++ types above are simply explanatory. Nothing in this proposal assumes any particular high-level language type will map to the above LL...

...gobbbledygook and can more easily reason about the IR. Types ----- This proposal introduces new aggregate types to represent complex numbers. c16 - Complex of 16-bit float c32 - like float complex or std::complex<float> c64 - like double complex or std::complex<double> x86_c80 - Complex of x86_fp80 c128 - like long double complex or std::complex<long double> ppc_c128 - Complex of ppc_fp128 Note that the references to C and C++ types above are simply explanatory. Nothing in this proposal assumes any particular high-level language type will map to the above LLV...

.... > > Types > ----- > > This proposal introduces new aggregate types to represent complex numbers. > > c16 - Complex of 16-bit float > c32 - like float complex or std::complex<float> > c64 - like double complex or std::complex<double> > x86_c80 - Complex of x86_fp80 > c128 - like long double complex or std::complex<long double> > ppc_c128 - Complex of ppc_fp128 > > Note that the references to C and C++ types above are simply explanatory. > Nothing in this proposal assumes any particular high-level language type...