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John MacFarlane
0bbbdbcdb6
Certain environments in LaTeX will trigger math mode and can't occur within math mode: e.g., `align` or `equation`. Previously we "downshifted" these, parsing an `align` environment as a Math element with `aligned`, and an `equation` environment as a regular display math element. With this shift, we put these in Math inlines but retain the original environments. This works because: 1) texmath handles these environments just fine, 2) and so does MathJax; 3) when writing LaTeX we detect these environments in Math elements and emit them verbatim instead of putting them in `$..$` or `$$..$$`. Closes #9711. Closes #9296.
5.4 KiB
5.4 KiB
% pandoc -f latex -t native
Figure \ref{fig:1}
^D
[ Para
[ Str "Figure"
, Space
, Link
( ""
, []
, [ ( "reference-type" , "ref" )
, ( "reference" , "fig:1" )
]
)
[ Str "[fig:1]" ]
( "#fig:1" , "" )
]
]
% pandoc -f latex -t native
Figure \cref{fig:1}
^D
[ Para
[ Str "Figure"
, Space
, Link
( ""
, []
, [ ( "reference-type" , "ref+label" )
, ( "reference" , "fig:1" )
]
)
[ Str "[fig:1]" ]
( "#fig:1" , "" )
]
]
% pandoc -f latex -t native
Figure \vref{fig:1}
^D
[ Para
[ Str "Figure"
, Space
, Link
( ""
, []
, [ ( "reference-type" , "ref" )
, ( "reference" , "fig:1" )
]
)
[ Str "[fig:1]" ]
( "#fig:1" , "" )
]
]
% pandoc -f latex -t native
\autoref{fig:flowchart}
^D
[ Para
[ Link
( ""
, []
, [ ( "reference-type" , "ref+label" )
, ( "reference" , "fig:flowchart" )
]
)
[ Str "[fig:flowchart]" ]
( "#fig:flowchart" , "" )
]
]
% pandoc -f latex -t native
Accuracy~\eqref{eq:Accuracy} is the proportion, measuring true results among all results.
\begin{equation}
\label{eq:Accuracy}
Accuracy = \frac{t_p + t_n}{t_p + f_p + f_n + t_n}
\end{equation}
^D
[ Para
[ Str "Accuracy\160"
, Link
( ""
, []
, [ ( "reference-type" , "eqref" )
, ( "reference" , "eq:Accuracy" )
]
)
[ Str "[eq:Accuracy]" ]
( "#eq:Accuracy" , "" )
, Space
, Str "is"
, Space
, Str "the"
, Space
, Str "proportion,"
, Space
, Str "measuring"
, Space
, Str "true"
, Space
, Str "results"
, Space
, Str "among"
, Space
, Str "all"
, Space
, Str "results."
]
, Para
[ Math
DisplayMath
"\\begin{equation}\n \\label{eq:Accuracy}\n Accuracy = \\frac{t_p + t_n}{t_p + f_p + f_n + t_n}\n\\end{equation}"
]
]
% pandoc -f latex -t native
\begin{figure}
\includegraphics{command/SVG_logo.svg}
\caption{Logo}
\label{fig:Logo}
\end{figure}
Figure \ref{fig:Logo} illustrated the SVG logo
^D
[ Figure
( "fig:Logo" , [] , [] )
(Caption Nothing [ Plain [ Str "Logo" ] ])
[ Plain
[ Image ( "" , [] , [] ) [] ( "command/SVG_logo.svg" , "" )
]
]
, Para
[ Str "Figure"
, Space
, Link
( ""
, []
, [ ( "reference-type" , "ref" )
, ( "reference" , "fig:Logo" )
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[ Str "1" ]
( "#fig:Logo" , "" )
, Space
, Str "illustrated"
, Space
, Str "the"
, Space
, Str "SVG"
, Space
, Str "logo"
]
]
% pandoc -f latex -t native
\chapter{One}
\begin{figure}
\includegraphics{command/SVG_logo.svg}
\caption{Logo}
\label{fig:Logo}
\end{figure}
\begin{figure}
\includegraphics{command/SVG_logo2.svg}
\caption{Logo2}
\label{fig:Logo2}
\end{figure}
\chapter{Two}
\section{Subone}
\begin{figure}
\includegraphics{command/SVG_logo3.svg}
\caption{Logo3}
\label{fig:Logo3}
\end{figure}
Figure \ref{fig:Logo} illustrated the SVG logo
Figure \ref{fig:Logo2} illustrated the SVG logo
Figure \ref{fig:Logo3} illustrated the SVG logo
^D
[ Header 1 ( "one" , [] , [] ) [ Str "One" ]
, Figure
( "fig:Logo" , [] , [] )
(Caption Nothing [ Plain [ Str "Logo" ] ])
[ Plain
[ Image ( "" , [] , [] ) [] ( "command/SVG_logo.svg" , "" )
]
]
, Figure
( "fig:Logo2" , [] , [] )
(Caption Nothing [ Plain [ Str "Logo2" ] ])
[ Plain
[ Image ( "" , [] , [] ) [] ( "command/SVG_logo2.svg" , "" )
]
]
, Header 1 ( "two" , [] , [] ) [ Str "Two" ]
, Header 2 ( "subone" , [] , [] ) [ Str "Subone" ]
, Figure
( "fig:Logo3" , [] , [] )
(Caption Nothing [ Plain [ Str "Logo3" ] ])
[ Plain
[ Image ( "" , [] , [] ) [] ( "command/SVG_logo3.svg" , "" )
]
]
, Para
[ Str "Figure"
, Space
, Link
( ""
, []
, [ ( "reference-type" , "ref" )
, ( "reference" , "fig:Logo" )
]
)
[ Str "1.1" ]
( "#fig:Logo" , "" )
, Space
, Str "illustrated"
, Space
, Str "the"
, Space
, Str "SVG"
, Space
, Str "logo"
]
, Para
[ Str "Figure"
, Space
, Link
( ""
, []
, [ ( "reference-type" , "ref" )
, ( "reference" , "fig:Logo2" )
]
)
[ Str "1.2" ]
( "#fig:Logo2" , "" )
, Space
, Str "illustrated"
, Space
, Str "the"
, Space
, Str "SVG"
, Space
, Str "logo"
]
, Para
[ Str "Figure"
, Space
, Link
( ""
, []
, [ ( "reference-type" , "ref" )
, ( "reference" , "fig:Logo3" )
]
)
[ Str "2.1" ]
( "#fig:Logo3" , "" )
, Space
, Str "illustrated"
, Space
, Str "the"
, Space
, Str "SVG"
, Space
, Str "logo"
]
]
% pandoc -f latex -t native
\label{section} Section \ref{section}
^D
[ Para
[ Span ( "section" , [] , [ ( "label" , "section" ) ] ) []
, Space
, Str "Section"
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( ""
, []
, [ ( "reference-type" , "ref" )
, ( "reference" , "section" )
]
)
[ Str "[section]" ]
( "#section" , "" )
]
]