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[simd.math] Wrap code \placeholders in \tcode #8384

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tkoeppe merged 1 commit into from
Nov 2, 2025
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[simd.math] Wrap code \placeholders in \tcode #8384

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34 changes: 17 additions & 17 deletions source/numerics.tex
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Original file line number Diff line number Diff line change
Expand Up @@ -19465,8 +19465,8 @@
\begin{itemdescr}
\pnum
Let \tcode{Ret} denote the return type of the specialization of a function
template with the name \placeholder{math-func}.
Let \placeholder{math-func-vec} denote:
template with the name \tcode{\placeholder{math-func}}.
Let \tcode{\placeholder{math-func-vec}} denote:
\begin{codeblock}
template<class... Args>
Ret @\placeholder{math-func-vec}@(Args... args) {
Expand All @@ -19479,10 +19479,10 @@
\pnum
\returns
A value \tcode{ret} of type \tcode{Ret}, that is element-wise equal to the
result of calling \placeholder{math-func-vec} with the arguments of the above
result of calling \tcode{\placeholder{math-func-vec}} with the arguments of the above
functions.
If in an invocation of a scalar overload of \placeholder{math-func} for index
\tcode{i} in \placeholder{math-func-vec} a domain, pole, or range error would
If in an invocation of a scalar overload of \tcode{\placeholder{math-func}} for index
\tcode{i} in \tcode{\placeholder{math-func-vec}} a domain, pole, or range error would
occur, the value of \tcode{ret[i]} is unspecified.

\pnum
Expand Down Expand Up @@ -19626,8 +19626,8 @@
\begin{itemdescr}
\pnum
Let \tcode{Ret} denote the return type of the specialization of a function
template with the name \placeholder{math-func}.
Let \placeholder{math-func-vec} denote:
template with the name \tcode{\placeholder{math-func}}.
Let \tcode{\placeholder{math-func-vec}} denote:
\begin{codeblock}
template<class... Args>
Ret @\placeholder{math-func-vec}@(Args... args) {
Expand All @@ -19640,10 +19640,10 @@
\pnum
\returns
A value \tcode{ret} of type \tcode{Ret}, that is element-wise approximately
equal to the result of calling \placeholder{math-func-vec} with the arguments
equal to the result of calling \tcode{\placeholder{math-func-vec}} with the arguments
of the above functions.
If in an invocation of a scalar overload of \placeholder{math-func} for index
\tcode{i} in \placeholder{math-func-vec} a domain, pole, or range error would
If in an invocation of a scalar overload of \tcode{\placeholder{math-func}} for index
\tcode{i} in \tcode{\placeholder{math-func-vec}} a domain, pole, or range error would
occur, the value of \tcode{ret[i]} is unspecified.

\pnum
Expand All @@ -19660,7 +19660,7 @@
\begin{itemdescr}
\pnum
Let \tcode{Ret} be \tcode{\exposid{deduced-vec-t}<V>}.
Let \placeholder{frexp-vec} denote:
Let \tcode{\placeholder{frexp-vec}} denote:
\begin{codeblock}
template<class V>
pair<Ret, rebind_t<int, Ret>> @\placeholder{frexp-vec}@(const V& x) {
Expand All @@ -19673,7 +19673,7 @@
\end{codeblock}
Let \tcode{ret} be a value of type \tcode{pair<Ret, rebind_t<int, Ret>>}
that is the same value as the result of calling
\placeholder{frexp-vec}\tcode{(x)}.
\tcode{\placeholder{frexp-vec}(x)}.

\pnum
\effects
Expand All @@ -19694,7 +19694,7 @@
\begin{itemdescr}
\pnum
Let \tcode{Ret} be \tcode{\exposid{math-common-simd-t}<V0, V1>}.
Let \placeholder{remquo-vec} denote:
Let \tcode{\placeholder{remquo-vec}} denote:
\begin{codeblock}
template<class V0, class V1>
pair<Ret, rebind_t<int, Ret>> @\placeholder{remquo-vec}@(const V0& x, const V1& y) {
Expand All @@ -19708,9 +19708,9 @@
\end{codeblock}
Let \tcode{ret} be a value of type \tcode{pair<Ret, rebind_t<int, Ret>>}
that is the same value as the result of calling
\placeholder{remquo-vec}\tcode{(x, y)}.
\tcode{\placeholder{remquo-vec}(x, y)}.
If in an invocation of a scalar overload of \tcode{remquo} for index \tcode{i}
in \placeholder{remquo-vec} a domain, pole, or range error would occur, the
in \tcode{\placeholder{remquo-vec}} a domain, pole, or range error would occur, the
value of \tcode{ret[i]} is unspecified.

\pnum
Expand All @@ -19736,7 +19736,7 @@
\begin{itemdescr}
\pnum
Let \tcode{V} be \tcode{basic_vec<T, Abi>}.
Let \placeholder{modf-vec} denote:
Let \tcode{\placeholder{modf-vec}} denote:
\begin{codeblock}
pair<V, V> @\placeholder{modf-vec}@(const V& x) {
T r1[Ret::size()];
Expand All @@ -19747,7 +19747,7 @@
}
\end{codeblock}
Let \tcode{ret} be a value of type \tcode{pair<V, V>} that is the same value as
the result of calling \placeholder{modf-vec}\tcode{(value)}.
the result of calling \tcode{\placeholder{modf-vec}(value)}.

\pnum
\effects
Expand Down