search for: v4c64

...point constants. Operations ---------- This proposal overloads existing floating point instructions for complex types in order to leverage existing expression optimizations: c64 %res = fadd c64 %a, c64 %b v8c64 %res = fsub v8c64 %a, v8c64 %b c128 %res = fmul c128 %a, c128 %b v4c32 %res = fdiv v4c64 %a, v4c64 %b The only valid comparisons of complex values shall be equality: i1 %res = eq c32 %a, c32 %b i8 %res = eq v8c32 %a, v8c32 %b i1 %res = ne c64 %a, c64 %b i8 %res = ne v8c64 %a, v8c64 %b select is defined for complex: c32 = select i1 %cmp, c32 %a, c32 %b v4c64 = select i4 %cmp, v4c64...

...want to put them somewhere else. Operations This proposal overloads existing floating point instructions for complex types in order to leverage existing expression optimizations: c64 %res = fadd c64 %a, c64 %b v8c64 %res = fsub v8c64 %a, v8c64 %b c32 %res = fmul c64 %a, c64 %b v4c32 %res = fdiv v4c64 %a, v4c64 %b The only valid comparisons of complex values will be equality: i1 %res = eq c32 %a, c32 %b i8 %res = eq v8c32 %a, v8c32 %b i1 %res = ne c64 %a, c64 %b i8 %res = ne v8c64 %a, v8c64 %b select is defined for complex: c32 = select i1 %cmp, c32 %a, c32 %b v4c64 = select i4 %cmp, v4c64...

...def c32 : ValueType<64, vvv> def c64 : ValueType<128, www> def x86c80 : ValueType<160, xxx> def c128 : ValueType<256, yyy> def ppcc128 : ValueType<256, zzz> def v8c16 : ValueType<128, aaa> def v4c32 : ValueType<128, bbb> def v4c64 : ValueType<512, ccc> ... def nxv8c16 : ValueType<128, ddd> def nxv4c32 : ValueType<128, eee> def nxv1c64 : ValueType<128, fff> def nxv2c64 : ValueType<256, ggg> ... def llvm_anycomplex_ty : LLVMType<Any>; def llvm_c16_ty : LLVMType<c16&gt...

...rloaded intrinsic to create a vector of >> floating-point type from the real portions of a >> vector of complex (not all variants shown) >> >> declare v4f32 @llvm.extractreal.v4c32(v4c32 %val) declare v4f64 >> @llvm.extractreal.v4c64(v4c64 %val) >> >> llvm.extractimag.* - Overloaded intrinsic to create a vector of >> floating-point type from the imaginary portions >> of a vector of complex (not all variants shown) >> >> declare v4f32 @llvm.extractimag...

...; > def c64 : ValueType<128, www> > def x86c80 : ValueType<160, xxx> > def c128 : ValueType<256, yyy> > def ppcc128 : ValueType<256, zzz> > > def v8c16 : ValueType<128, aaa> > def v4c32 : ValueType<128, bbb> > def v4c64 : ValueType<512, ccc> > ... > > def nxv8c16 : ValueType<128, ddd> > def nxv4c32 : ValueType<128, eee> > def nxv1c64 : ValueType<128, fff> > def nxv2c64 : ValueType<256, ggg> > ... > > def llvm_anycomplex_ty : LLVMType<Any&g...