--- ai12s/ai12-0300-1.txt 2019/01/15 22:18:50 1.3 +++ ai12s/ai12-0300-1.txt 2019/02/26 01:59:47 1.4 @@ -1,4 +1,4 @@ -!standard G.2.3(23) 19-01-15 AI12-0300-1/02 +!standard G.2.3(23) 19-02-25 AI12-0300-1/03 !class binding interpretation 19-01-07 !status Amendment 1-2012 19-01-15 !status ARG Approved 11-0-0 19-01-14 @@ -41,11 +41,11 @@ A multiplication P * Q of an operand of a fixed point type F by an operand of [an integer type I] {type Integer}, or vice{ }[-]versa, and a division P / Q of an operand of a fixed point type F by an operand of [an integer type I] - {type Integer}, are also allowed. In these cases, the result has a type of F; - explicit conversion of the result is never required. The accuracy required - in these cases is the same as that required for a multiplication F(P * Q) or - a division F(P / Q) obtained by interpreting the operand of the integer type - to have a fixed point type with a small of 1.0. + {type Integer}, are also allowed. In these cases, the result has (the)[a] + type of F; explicit conversion of the result is never required. The accuracy + required in these cases is the same as that required for a multiplication + F(P * Q) or a division F(P / Q) obtained by interpreting the operand of the + integer type to have a fixed point type with a small of 1.0. !discussion @@ -82,7 +82,7 @@ A multiplication P * Q of an operand of a fixed point type F by an operand of type Integer, or vice versa, and a division P / Q of an operand of a fixed point type F by an operand of type Integer, are also allowed. In -these cases, the result has a type of F; explicit conversion of the result is +these cases, the result has the type of F; explicit conversion of the result is never required. The accuracy required in these cases is the same as that required for a multiplication F(P * Q) or a division F(P / Q) obtained by interpreting the operand of the integer type to have a fixed point type with a

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