assign fmod/fremainder to ZftransExt -- seems good enough to me

diff --git a/openpower/transcendentals.mdwn b/openpower/transcendentals.mdwn
index 38886535528278d172c67e6322a01021e4df0e19..86edb7f306bd6f43688180bcc42c93164a8b6be6 100644 (file)
--- a/openpower/transcendentals.mdwn
+++ b/openpower/transcendentals.mdwn
@@ -250,8 +250,8 @@ Note (6) 4xf32-only, requires VMX.
 | fmaxmagnum19 | IEEE 754-2019 maximumMagnitudeNumber | FRT = minmaxmag(FRA, FRB, True, fmaxnum19) (2) | Zfminmax    |
 | fminmagc     | C ternary-op minimum magnitude       | FRT = minmaxmag(FRA, FRB, False, fminc) (2)    | Zfminmax    |
 | fmaxmagc     | C ternary-op maximum magnitude       | FRT = minmaxmag(FRA, FRB, True, fmaxc) (2)     | Zfminmax    |
 | fmaxmagnum19 | IEEE 754-2019 maximumMagnitudeNumber | FRT = minmaxmag(FRA, FRB, True, fmaxnum19) (2) | Zfminmax    |
 | fminmagc     | C ternary-op minimum magnitude       | FRT = minmaxmag(FRA, FRB, False, fminc) (2)    | Zfminmax    |
 | fmaxmagc     | C ternary-op maximum magnitude       | FRT = minmaxmag(FRA, FRB, True, fmaxc) (2)     | Zfminmax    |

-| fmod         | modulus                              | FRT = fmod(FRA, FRB)                           | TBD         |
-| fremainder   | IEEE 754 remainder                   | FRT = remainder(FRA, FRB)                      | TBD         |
+| fmod         | modulus                              | FRT = fmod(FRA, FRB)                           | ZftransExt  |
+| fremainder   | IEEE 754 remainder                   | FRT = remainder(FRA, FRB)                      | ZftransExt  |

 
 Note (1): for the purposes of minNum/maxNum, -0.0 is defined to be less than +0.0. This is left unspecified in IEEE 754-2008.
 
 
 Note (1): for the purposes of minNum/maxNum, -0.0 is defined to be less than +0.0. This is left unspecified in IEEE 754-2008.
 


@@ -397,7 +397,7 @@ They are therefore considered "base" (essential) transcendentals.
 
 ### ZftransExt
 
 
 ### ZftransExt
 

-LOG, EXP, EXP10, LOG10, LOGP1, EXP1M
+LOG, EXP, EXP10, LOG10, LOGP1, EXP1M, fmod, fremainder

 
 These are extra transcendental functions that are useful, not generally
 needed for 3D, however for Numerical Computation they may be useful.
 
 These are extra transcendental functions that are useful, not generally
 needed for 3D, however for Numerical Computation they may be useful.