Required change to Clause 4.2.4

Hello Stuart,

The text between Table 4-5 and Table 4-6 in Clause 4.2.4 - Arithmetic 
operators, discusses the modulus operator.

<QUOTE>
The modulus operator, for example y % z, gives the remainder when the first 
operand is divided by the second, and thus is zero (0) when z divides y 
exactly. The result of a modulus operation takes the sign of the first operand.

For the case of the modulus operator where either argument is real, the 
operation performed is
a % b = a - floor(a/b)*b;
<ENDQUOTE>

Could you please replace that with the following text:

<QUOTE>
The modulus operator, (for example a % b), gives the remainder when the first
operand is divided by the second, and thus is zero (0) when b divides a
exactly. The result of a modulus operation takes the sign of the first operand.

It shall be an error to pass zero (0) as the second argument to the modulus
operator.

For the case of the modulus operator where either argument is real, the
operation performed is:

a % b = ((a/b) < 0) ? (a - ceil(a/b)*b) : (a - floor(a/b)*b);
<ENDQUOTE>

Cheers...
Dave

-- 
=====================================
-- David Miller
-- Design Technology (Austin)
-- Freescale Semiconductor
-- Ph : 512 996-7377 Fax: x7755
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