Lines Matching full:exponent

168  * \param a_e exponent of the first input value.
170  * \param b_e exponent of the second input value.
288   /* Correct odd exponent. */  in sqrtFixp_lookup()
299   /* Write back exponent */  in sqrtFixp_lookup()
310  * \param result_e pointer to return the exponent of the result
337   *shift += 2;              /* bias for exponent */  in invSqrtNorm2()
360   /* calculate the output exponent = input exp/2 */  in invSqrtNorm2()
390  * \return mantissa of the result with implicit exponent of 31
411  * \param op_e pointer into were the exponent of the input value is stored, and
452  * \param result_e pointer to an INT where the exponent of the result is stored
459  * \brief Multiply 2 values using maximum precision. The exponent of the result
463  * \return mantissa of the result with exponent equal to 0
477  * \brief Multiply 2 values with exponent and use given exponent for the
480  * \param f1_e exponent of factor 1
482  * \param f2_e exponent of factor 2
483  * \param result_e exponent for the returned mantissa of the result
484  * \return mantissa of the result with exponent equal to result_e
603  * \param result_e pointer to an INT where the exponent of the result is stored
605  * \return num/denum with exponent = *result_e
613  * \return num/denum with exponent = 0
621  * \param result_e pointer to an INT where the exponent of the result is stored
623  * \return num/denum with exponent = *result_e
631  * \return num/denum with exponent = 0
637  * \brief Adjust mantissa to exponent -1
655  * \param a_e exponent of first summand
657  * \param a_e exponent of second summand
658  * \param pResult_e pointer to where the exponent of the result will be stored
710  * \return num/denum with exponent = 0
717  * \param exp_m mantissa of the exponent to 2.0f
718  * \param exp_e exponent of the exponent to 2.0f
719  * \param result_e pointer to a INT where the exponent of the result will be
727  * with implicit exponent of zero.
728  * \param exp_m mantissa of the exponent to 2.0f
729  * \param exp_e exponent of the exponent to 2.0f
739  * \param baseLd_e exponent of log2() of x.
740  * \param exp_m mantissa of the exponent to 2.0f
741  * \param exp_e exponent of the exponent to 2.0f
742  * \param result_e pointer to a INT where the exponent of the result will be
752  * constant). This version does not return an exponent, which is
755  * \param baseLd_e exponent of log2() of x.
756  * \param exp_m mantissa of the exponent to 2.0f
757  * \param exp_e exponent of the exponent to 2.0f
766  * \param base_e exponent of the base.
768  * \param exp_e exponent of power to be calculated of the base.
769  * \param result_e pointer to a INT where the exponent of the result will be
779  * \param base_e exponent of the base
781  * \param result_e pointer to a INT where the exponent of the result will be
793  * \param arg_e exponent of the argument
794  * \param result_e pointer to an INT to store the exponent of the result
803  * \param x_e exponent of the input value.
804  * \param pointer to an INT where the exponent of the result is returned into.
849     /* Add exponent part. log2(x_m * 2^x_e) = log2(x_m) + x_e */  in fLog2()
873  * \param x_e exponent of the input value.
874  * \return mantissa of the result with implicit exponent of LD_DATA_SHIFT.