#include <c-half_private.h> #include <new> #include <stdexcept> unsigned int Imath_3_0__half_sizeof() { return sizeof(Imath_3_0::half); } unsigned int Imath_3_0__half_alignof() { return alignof(Imath_3_0::half); } unsigned int Imath_3_0__half_ctor( Imath_half_t * this_) { new (this_) Imath_3_0::half(); return 0; } unsigned int Imath_3_0__half_from_float( Imath_half_t * this_ , float f) { new (this_) Imath_3_0::half(f); return 0; } unsigned int Imath_3_0__half_ctor_1( Imath_half_t * this_ , Imath_half_FromBitsTag tag , unsigned short bits) { new (this_) Imath_3_0::half(Imath_half_FromBitsTag_to_cpp_ref(&(tag)), bits); return 0; } unsigned int Imath_3_0__half_copy( Imath_half_t * this_ , Imath_half_t const * rhs) { new (this_) Imath_3_0::half(to_cpp_ref(rhs)); return 0; } unsigned int Imath_3_0__half_dtor( Imath_half_t * this_) { (to_cpp(this_)) -> Imath_3_0::half::~half(); return 0; } unsigned int Imath_3_0__half_operatorfloat( Imath_half_t const * this_ , float * return_) { *(return_) = (to_cpp(this_)) -> operator float(); return 0; } unsigned int Imath_3_0__half__op_sub( Imath_half_t const * this_ , Imath_half_t * return_) { to_c_copy(return_, (to_cpp(this_)) -> operator-()); return 0; } unsigned int Imath_3_0__half__assign( Imath_half_t * this_ , Imath_half_t * * return_ , Imath_half_t const * h) { to_c(return_, (to_cpp(this_)) -> operator=(to_cpp_ref(h))); return 0; } unsigned int Imath_3_0__half__assign_1( Imath_half_t * this_ , Imath_half_t * * return_ , float f) { to_c(return_, (to_cpp(this_)) -> operator=(f)); return 0; } unsigned int Imath_3_0__half__op_iadd( Imath_half_t * this_ , Imath_half_t * * return_ , Imath_half_t h) { to_c(return_, (to_cpp(this_)) -> operator+=(to_cpp_ref(&(h)))); return 0; } unsigned int Imath_3_0__half__op_iadd_1( Imath_half_t * this_ , Imath_half_t * * return_ , float f) { to_c(return_, (to_cpp(this_)) -> operator+=(f)); return 0; } unsigned int Imath_3_0__half__op_isub( Imath_half_t * this_ , Imath_half_t * * return_ , Imath_half_t h) { to_c(return_, (to_cpp(this_)) -> operator-=(to_cpp_ref(&(h)))); return 0; } unsigned int Imath_3_0__half__op_isub_1( Imath_half_t * this_ , Imath_half_t * * return_ , float f) { to_c(return_, (to_cpp(this_)) -> operator-=(f)); return 0; } unsigned int Imath_3_0__half__op_imul( Imath_half_t * this_ , Imath_half_t * * return_ , Imath_half_t h) { to_c(return_, (to_cpp(this_)) -> operator*=(to_cpp_ref(&(h)))); return 0; } unsigned int Imath_3_0__half__op_imul_1( Imath_half_t * this_ , Imath_half_t * * return_ , float f) { to_c(return_, (to_cpp(this_)) -> operator*=(f)); return 0; } unsigned int Imath_3_0__half__op_idiv( Imath_half_t * this_ , Imath_half_t * * return_ , Imath_half_t h) { to_c(return_, (to_cpp(this_)) -> operator/=(to_cpp_ref(&(h)))); return 0; } unsigned int Imath_3_0__half__op_idiv_1( Imath_half_t * this_ , Imath_half_t * * return_ , float f) { to_c(return_, (to_cpp(this_)) -> operator/=(f)); return 0; } unsigned int Imath_3_0__half_round( Imath_half_t const * this_ , Imath_half_t * return_ , unsigned int n) { to_c_copy(return_, (to_cpp(this_)) -> round(n)); return 0; } unsigned int Imath_3_0__half_isFinite( Imath_half_t const * this_ , _Bool * return_) { *(return_) = (to_cpp(this_)) -> isFinite(); return 0; } unsigned int Imath_3_0__half_isNormalized( Imath_half_t const * this_ , _Bool * return_) { *(return_) = (to_cpp(this_)) -> isNormalized(); return 0; } unsigned int Imath_3_0__half_isDenormalized( Imath_half_t const * this_ , _Bool * return_) { *(return_) = (to_cpp(this_)) -> isDenormalized(); return 0; } unsigned int Imath_3_0__half_isZero( Imath_half_t const * this_ , _Bool * return_) { *(return_) = (to_cpp(this_)) -> isZero(); return 0; } unsigned int Imath_3_0__half_isNan( Imath_half_t const * this_ , _Bool * return_) { *(return_) = (to_cpp(this_)) -> isNan(); return 0; } unsigned int Imath_3_0__half_isInfinity( Imath_half_t const * this_ , _Bool * return_) { *(return_) = (to_cpp(this_)) -> isInfinity(); return 0; } unsigned int Imath_3_0__half_isNegative( Imath_half_t const * this_ , _Bool * return_) { *(return_) = (to_cpp(this_)) -> isNegative(); return 0; } unsigned int Imath_3_0__half_posInf_1( Imath_half_t * return_) { to_c_copy(return_, Imath_3_0::half::posInf()); return 0; } unsigned int Imath_3_0__half_negInf_1( Imath_half_t * return_) { to_c_copy(return_, Imath_3_0::half::negInf()); return 0; } unsigned int Imath_3_0__half_qNan_1( Imath_half_t * return_) { to_c_copy(return_, Imath_3_0::half::qNan()); return 0; } unsigned int Imath_3_0__half_sNan_1( Imath_half_t * return_) { to_c_copy(return_, Imath_3_0::half::sNan()); return 0; } unsigned int Imath_3_0__half_bits( Imath_half_t const * this_ , unsigned short * return_) { *(return_) = (to_cpp(this_)) -> bits(); return 0; } unsigned int Imath_3_0__half_setBits( Imath_half_t * this_ , unsigned short bits) { (to_cpp(this_)) -> setBits(bits); return 0; }