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Fixed the numerous TeX errors!

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[SVN r10977]
This commit is contained in:
Dave Abrahams
2001-08-31 18:11:55 +00:00
parent 4a3f6877e2
commit 96a079e30a
1 changed files with 5 additions and 5 deletions
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10
tmpw2001-paper/iter-adaptor.tex
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@ -700,12 +700,12 @@ that users would be able to use as many defaults as possible. The list
of associated types begins with the most fundamental element, the
iterator's \code{value\_\-type}. If no \code{Value} parameter is supplied,
the \code{Base} type is assumed to be an iterator, and the adapted
iterator takes its \code{value_type} value_type from the \code{Base}
iterator takes its \code{value\_type} from the \code{Base}
iterator's \code{iterator\_traits}. However, if the \code{Value} parameter \emph{is} supplied,
an adjustment is made which allows the user to more easily create a
constant iterator: if the \code{Value} parameter is \code{const T},
the \code{value\_type} will just be \code{T}.Perhaps
strangely, a constant iterator's \code{value_\type} should never be
strangely, a constant iterator's \code{value\_type} should never be
\code{const}, because it would prevent algorithms from declaring
modifiable temporary objects which are copied from dereferenced
iterators:
@ -731,7 +731,7 @@ iterators:
The defaults for the \code{pointer} and \code{reference} types
cooperate with the \code{Value} parameter: if the \code{Value}
parameter is supplied, the \code{pointer} and \code{reference} types
default to simply \code{Value*} and \code{Value&} respectively
default to simply \code{Value*} and \code{Value\&} respectively
(without the \code{const}-ness stripped). Otherwise, as above the
\code{Base} type is assumed to be an iterator and the \code{pointer}
and \code{reference} types are taken from its
@ -742,7 +742,7 @@ the \code{reference}, \code{pointer}, \code{value\_type} for all
constant and mutable \stlconcept{ForwardIterator}s, it is often
sufficient to supply just the \code{Value} parameter when there is no
\code{Base} iterator with appropriate
\code{iterator_traits}.\footnote{The \code{Reference} parameter
\code{iterator\_traits}.\footnote{The \code{Reference} parameter
precedes the \code{Pointer} parameter because it must be often
customized for \stlconcept{OutputIterator}s and other iterator types
(e.g. \code{std::vector<bool>::iterator}, which uses a proxy
@ -807,7 +807,7 @@ Iterator Adaptor described earlier
% When we reorganize the paper it may appear later. check this out.
limits the category of its \code{Base} iterator to
\stlconcept{InputIterator}, so the we'd only need to supply the
\code{value_type}, \code{reference}, and \code{iterator\_category} if
\code{value\_type}, \code{reference}, and \code{iterator\_category} if
the \code{Category} parameter didn't appear last. Iterators where the
\code{Base} type is not itself an iterator also act this way, since
there are no appropriate \code{iterator\_traits} from which to derive