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#include <complex>
#include "Numerical/Complex.h"
using namespace std;
static inline Complex8 cmplx(complex<double> Value) {
Complex8 Result = { Value.real(), Value.imag() };
return Result;
}
static inline Complex4 cmplx(complex<float> Value) {
Complex4 Result = { Value.real(), Value.imag() };
return Result;
}
static inline complex<double> generic(double Re, double Im) {
return complex<double>(Re, Im);
}
static inline complex<float> generic(float Re, float Im) {
return complex<float>(Re, Im);
}
LIBFLANG_ABI Complex8 libflang_cpow(double LHSRe, double LHSIm,
double RHSRe, double RHSIm) {
return cmplx(pow(generic(LHSRe, LHSIm),
generic(RHSRe, RHSIm)));
}
LIBFLANG_ABI Complex4 libflang_cpowf(float LHSRe, float LHSIm,
float RHSRe, float RHSIm) {
return cmplx(pow(generic(LHSRe, LHSIm),
generic(RHSRe, RHSIm)));
}
LIBFLANG_ABI Complex8 libflang_cpowi(double Re, double Im,
int32_t power) {
return cmplx(pow(generic(Re, Im), power));
}
LIBFLANG_ABI Complex4 libflang_cpowif(float Re, float Im,
int32_t power) {
return cmplx(complex<float>(pow(generic(Re, Im), power)));
}
// intrinsics
LIBFLANG_ABI double libflang_cabs(double Re, double Im) {
return abs(generic(Re, Im));
}
LIBFLANG_ABI float libflang_cabsf(float Re, float Im) {
return abs(generic(Re, Im));
}
LIBFLANG_ABI Complex8 libflang_csqrt(double Re, double Im) {
return cmplx(sqrt(generic(Re, Im)));
}
LIBFLANG_ABI Complex4 libflang_csqrtf(float Re, float Im) {
return cmplx(sqrt(generic(Re, Im)));
}
LIBFLANG_ABI Complex8 libflang_cexp(double Re, double Im) {
return cmplx(exp(generic(Re, Im)));
}
LIBFLANG_ABI Complex4 libflang_cexpf(float Re, float Im) {
return cmplx(exp(generic(Re, Im)));
}
LIBFLANG_ABI Complex8 libflang_clog(double Re, double Im) {
return cmplx(log(generic(Re, Im)));
}
LIBFLANG_ABI Complex4 libflang_clogf(float Re, float Im) {
return cmplx(log(generic(Re, Im)));
}
LIBFLANG_ABI Complex8 libflang_csin(double Re, double Im) {
return cmplx(sin(generic(Re, Im)));
}
LIBFLANG_ABI Complex4 libflang_csinf(float Re, float Im) {
return cmplx(sin(generic(Re, Im)));
}
LIBFLANG_ABI Complex8 libflang_ccos(double Re, double Im) {
return cmplx(cos(generic(Re, Im)));
}
LIBFLANG_ABI Complex4 libflang_ccosf(float Re, float Im) {
return cmplx(cos(generic(Re, Im)));
}
LIBFLANG_ABI Complex8 libflang_ctan(double Re, double Im) {
return cmplx(tan(generic(Re, Im)));
}
LIBFLANG_ABI Complex4 libflang_ctanf(float Re, float Im) {
return cmplx(tan(generic(Re, Im)));
}
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