algebra.h#

↰ Return to documentation for file (oti/complex/scalar/gauss/algebra.h)
#ifndef OTI_COMPLEX_SCALAR_GAUSS_ALGEBRA_H
#define OTI_COMPLEX_SCALAR_GAUSS_ALGEBRA_H


/**************************************************************************************************/
fecnum_t fecnum_neg(   fecnum_t* num               );
void     fecnum_neg_to(fecnum_t* num, fecnum_t* res);
// ----------------------------------------------------------------------------------------------------

/**************************************************************************************************/
fecnum_t fecnum_sum_ff(   fecnum_t* lhs, fecnum_t* rhs               );
void     fecnum_sum_ff_to(fecnum_t* lhs, fecnum_t* rhs, fecnum_t* res);

fecnum_t fecnum_sum_rf(     ccoeff_t lhs, fecnum_t* rhs               );
void     fecnum_sum_rf_to(  ccoeff_t lhs, fecnum_t* rhs, fecnum_t* res);
// ----------------------------------------------------------------------------------------------------

/**************************************************************************************************/
fecnum_t fecnum_sub_ff(     fecnum_t* lhs,  fecnum_t* rhs               );
void     fecnum_sub_ff_to(  fecnum_t* lhs,  fecnum_t* rhs, fecnum_t* res);

fecnum_t fecnum_sub_rf(       ccoeff_t lhs,  fecnum_t* rhs               );
void     fecnum_sub_rf_to(    ccoeff_t lhs,  fecnum_t* rhs, fecnum_t* res);

fecnum_t fecnum_sub_fr(     fecnum_t* lhs,    ccoeff_t rhs               );
void     fecnum_sub_fr_to(  fecnum_t* lhs,    ccoeff_t rhs, fecnum_t* res);
// ----------------------------------------------------------------------------------------------------

/**************************************************************************************************/
fecnum_t fecnum_mul_ff(   fecnum_t* lhs, fecnum_t* rhs               );
void     fecnum_mul_ff_to(fecnum_t* lhs, fecnum_t* rhs, fecnum_t* res);

fecnum_t fecnum_mul_rf(     ccoeff_t lhs, fecnum_t* rhs               );
void     fecnum_mul_rf_to(  ccoeff_t lhs, fecnum_t* rhs, fecnum_t* res);
// ----------------------------------------------------------------------------------------------------

/**************************************************************************************************/
fecnum_t fecnum_div_ff(     fecnum_t* lhs,  fecnum_t* rhs               );
void     fecnum_div_ff_to(  fecnum_t* lhs,  fecnum_t* rhs, fecnum_t* res);

fecnum_t fecnum_div_rf(       ccoeff_t lhs,  fecnum_t* rhs               );
void     fecnum_div_rf_to(    ccoeff_t lhs,  fecnum_t* rhs, fecnum_t* res);

fecnum_t fecnum_div_fr(     fecnum_t* lhs,    ccoeff_t rhs               );
void     fecnum_div_fr_to(  fecnum_t* lhs,    ccoeff_t rhs, fecnum_t* res);
// ----------------------------------------------------------------------------------------------------




#endif