Fix issue #36, Unindented paragraphs.

Signed-off-by: Bill Schmidt <wschmidt@linux.vnet.ibm.com>
master
Bill Schmidt 8 years ago
parent 2d8f4ea61d
commit 03dc4de9ab

@ -5593,16 +5593,25 @@ xml:id="dbdoclet.50655240_pgfId-1156194">
may be present.)</para> may be present.)</para>
<para>&#160;</para> <para>&#160;</para>
<bridgehead>IEEE BINARY 128 EXTENDED PRECISION</bridgehead> <bridgehead>IEEE BINARY 128 EXTENDED PRECISION</bridgehead>
<para>Up to 12 quad-precision parameters can be passed in v2 - v13. For <itemizedlist mark="none">
the purpose of determining qualified floating-point and vector arguments, <listitem>
an IEEE 128b type shall be considered a "like" vector type, and a complex <para>Up to 12 quad-precision parameters can be passed in v2 - v13.
_Float128 shall be treated as two individual scalar elements.</para> For the purpose of determining qualified floating-point and vector
<para>&#160;</para> arguments, an IEEE 128b type shall be considered a "like" vector
type, and a complex _Float128 shall be treated as two individual
scalar elements.</para>
</listitem>
</itemizedlist>
<bridgehead>IBM EXTENDED PRECISION</bridgehead> <bridgehead>IBM EXTENDED PRECISION</bridgehead>
<para>IBM EXTENDED PRECISION format parameters are passed as if they were <itemizedlist mark="none">
a struct consisting of separate double parameters.</para> <listitem>
<para>IBM EXTENDED PRECISION format parameters shall be considered as a <para>IBM EXTENDED PRECISION format parameters are passed as if they
distinct type for the determination of homogeneous aggregates.</para> were a struct consisting of separate double parameters.</para>
<para>IBM EXTENDED PRECISION format parameters shall be considered as
a distinct type for the determination of homogeneous aggregates.
</para>
</listitem>
</itemizedlist>
<para>If fewer arguments are needed, the unused registers defined <para>If fewer arguments are needed, the unused registers defined
previously will contain undefined values on entry to the called previously will contain undefined values on entry to the called
function.</para> function.</para>

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