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Add new mdtheorem env.

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Jeff Lance 2017-02-17 18:34:03 +01:00
parent 3984a285a5
commit 6aa154967c
1 changed files with 7 additions and 6 deletions
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cours/cours_prof.cls
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@ -180,7 +180,7 @@
\mdfdefinestyle{clr}{% \mdfdefinestyle{clr}{%
linecolor=white,linewidth=0pt,% linecolor=white,linewidth=0pt,%
leftmargin=0,rightmargin=0,% leftmargin=0,rightmargin=0,%
innertopmargin=1em,innerbottommargin=1em,% innertopmargin=.5em,innerbottommargin=.5em,%
innerleftmargin=.5em,innerrightmargin=.5em,% innerleftmargin=.5em,innerrightmargin=.5em,%
skipabove=0,skipbelow=0,% skipabove=0,skipbelow=0,%
frametitlerule=false,% frametitlerule=false,%
@ -233,22 +233,22 @@
nobreak=true,% nobreak=true,%
xcolor,% xcolor,%
firstextra={\path let \p1=(P), \p2=(O) in ($(\x2,-.4)+1.0*(0,\y1)$) firstextra={\path let \p1=(P), \p2=(O) in ($(\x2,-.4)+1.0*(0,\y1)$)
node[symbol] { \faQuoteLeft } node[symbol] { \faQuoteLeft };
\path let \p1=(P), \p2=(O) in ($(\x1,.4)+(0,\y2)$) \path let \p1=(P), \p2=(O) in ($(\x1,.4)+(0,\y2)$)
node[symbol] { \faQuoteRight }; node[symbol] { \faQuoteRight };
},% },%
secondextra={\path let \p1=(P), \p2=(O) in ($(\x2,-.4)+1.0*(0,\y1)$) secondextra={\path let \p1=(P), \p2=(O) in ($(\x2,-.4)+1.0*(0,\y1)$)
node[symbol] { \faQuoteLeft } node[symbol] { \faQuoteLeft };
\path let \p1=(P), \p2=(O) in ($(\x1,.4)+(0,\y2)$) \path let \p1=(P), \p2=(O) in ($(\x1,.4)+(0,\y2)$)
node[symbol] { \faQuoteRight }; node[symbol] { \faQuoteRight };
},% },%
middleextra={\path let \p1=(P), \p2=(O) in ($(\x2,-.4)+1.0*(0,\y1)$) middleextra={\path let \p1=(P), \p2=(O) in ($(\x2,-.4)+1.0*(0,\y1)$)
node[symbol] { \faQuoteLeft } node[symbol] { \faQuoteLeft };
\path let \p1=(P), \p2=(O) in ($(\x1,.4)+(0,\y2)$) \path let \p1=(P), \p2=(O) in ($(\x1,.4)+(0,\y2)$)
node[symbol] { \faQuoteRight }; node[symbol] { \faQuoteRight };
},% },%
singleextra={\path let \p1=(P), \p2=(O) in ($(\x2,-.4)+1.0*(0,\y1)$) singleextra={\path let \p1=(P), \p2=(O) in ($(\x2,-.4)+1.0*(0,\y1)$)
node[symbol] { \faQuoteLeft } node[symbol] { \faQuoteLeft };
\path let \p1=(P), \p2=(O) in ($(\x1,.4)+(0,\y2)$) \path let \p1=(P), \p2=(O) in ($(\x1,.4)+(0,\y2)$)
node[symbol] { \faQuoteRight }; node[symbol] { \faQuoteRight };
},% },%
@ -306,13 +306,14 @@
} }
\mdtheorem[style=cmpl, theoremseparator={ -}, theoremspace={}, roundcorner=8pt]{déf}{Définition} \mdtheorem[style=cmpl, theoremseparator={ -}, theoremspace={}, roundcorner=8pt]{déf}{Définition}
\mdtheorem[style=frm, theoremseparator={ -}, theoremspace={}, roundcorner=8pt]{défn}{Définition}
\mdtheorem[style=cmpl, theoremseparator={ -}, theoremspace={}, outerlinewidth=1pt, outerlinecolor=black]{thm}{Théorème} \mdtheorem[style=cmpl, theoremseparator={ -}, theoremspace={}, outerlinewidth=1pt, outerlinecolor=black]{thm}{Théorème}
\mdtheorem[style=cmpl, theoremseparator={ -}, theoremspace={}, outerlinewidth=1pt, outerlinecolor=black]{ppt}{Propriété} \mdtheorem[style=cmpl, theoremseparator={ -}, theoremspace={}, outerlinewidth=1pt, outerlinecolor=black]{ppt}{Propriété}
\mdtheorem[style=frm, theoremseparator={ -}, theoremspace={}]{pre}{Preuve} \mdtheorem[style=frm, theoremseparator={ -}, theoremspace={}]{pre}{Preuve}
\mdtheorem[style=qte, theoremseparator={ -}, theoremspace={}]{voc}{Vocabulaire} \mdtheorem[style=qte, theoremseparator={ -}, theoremspace={}]{voc}{Vocabulaire}
\mdtheorem[style=qte, frametitle=none, frametitleaboveskip=0em, frametitlebelowskip=0em]{qte}{} \mdtheorem[style=qte, frametitle=none, frametitleaboveskip=0em, frametitlebelowskip=0em]{qte}{}
\mdtheorem[style=warn, theoremseparator={ -}, theoremspace={}]{rmq}{Remarque} \mdtheorem[style=warn, theoremseparator={ -}, theoremspace={}]{rmq}{Remarque}
\mdtheorem[style=frm, theoremseparator={ -}, theoremspace={}]{exe}{Exemple} \mdtheorem[style=dash, theoremseparator={ -}, theoremspace={}]{exe}{Exemple}
\mdtheorem[style=todo, theoremseparator={ -}, theoremspace={}]{exo}{Exercice} \mdtheorem[style=todo, theoremseparator={ -}, theoremspace={}]{exo}{Exercice}
\mdtheorem[style=todo, theoremseparator={ -}, theoremspace={}]{app}{Application} \mdtheorem[style=todo, theoremseparator={ -}, theoremspace={}]{app}{Application}
\mdtheorem[style=todo, theoremseparator={ -}, theoremspace={}]{met}{Méthode} \mdtheorem[style=todo, theoremseparator={ -}, theoremspace={}]{met}{Méthode}