FROUND.NX -> FROUNDNX

The dots separate operands; we prefer not to use them to delineate
words within the operator.

1 files changed, 6 insertions, 6 deletions

diff --git a/src/zfa.tex b/src/zfa.tex
index c905172..8f2803e 100644
--- a/src/zfa.tex
+++ b/src/zfa.tex
@@ -149,24 +149,24 @@ Signaling NaN inputs cause the invalid operation exception flag to be set; no
 other exception flags are set.
 FROUND.S is encoded like FCVT.S.D, but with {\em rs2}=4.
 
-The FROUND.NX.S instruction is defined similarly, but it also sets the inexact
+The FROUNDNX.S instruction is defined similarly, but it also sets the inexact
 exception flag if the input differs from the rounded result and is not NaN.
-FROUND.NX.S is encoded like FCVT.S.D, but with {\em rs2}=5.
+FROUNDNX.S is encoded like FCVT.S.D, but with {\em rs2}=5.
 
-If the D extension is implemented, FROUND.D and FROUND.NX.D instructions are
+If the D extension is implemented, FROUND.D and FROUNDNX.D instructions are
 analogously defined to operate on double-precision numbers.
 They are encoded like FCVT.D.S, but with {\em rs2}=4 and 5, respectively,
 
-If the Zfh extension is implemented, FROUND.H and FROUND.NX.H instructions are
+If the Zfh extension is implemented, FROUND.H and FROUNDNX.H instructions are
 analogously defined to operate on half-precision numbers.
 They are encoded like FCVT.H.S, but with {\em rs2}=4 and 5, respectively,
 
-If the Q extension is implemented, FROUND.Q and FROUND.NX.Q instructions are
+If the Q extension is implemented, FROUND.Q and FROUNDNX.Q instructions are
 analogously defined to operate on quad-precision numbers.
 They are encoded like FCVT.Q.S, but with {\em rs2}=4 and 5, respectively,
 
 \begin{commentary}
-The FROUND.NX.{\em fmt} instructions implement the IEEE 754-2019
+The FROUNDNX.{\em fmt} instructions implement the IEEE 754-2019
 roundToIntegralExact operation, and the FROUND.{\em fmt} instructions
 implement the other operations in the roundToIntegral family.
 \end{commentary}