Introduction à Markdown
+Table of Contents
+-
+
- Syntaxe
+
-
+
- Headers +
- Emphasis +
- Lists + + +
- Images +
- Links +
- Blockquotes +
- Inline code +
+ - Écrire des Maths + + +
+Voici un aperçu rapide de la syntaxe Markdown repris d'une +présentation de Github ainsi que de celles d'Archer Reilly et de James +H. Steiger. +
+Syntaxe
+Headers
++# This is an <h1> tag +## This is an <h2> tag +###### This is an <h6> tag ++
Emphasis
++*This text will be italic* +_This will also be italic_ + +**This text will be bold** +__This will also be bold__ + +_You **can** combine them_ ++
Lists
+Unordered
++* Item 1 +* Item 2 + * Item 2a + * Item 2b ++
Ordered
++1. Item 1 +1. Item 2 +1. Item 3 + 1. Item 3a + 1. Item 3b ++
Images
++ +Format:  ++
Links
++http://github.com - automatic! +[GitHub](http://github.com) ++
Blockquotes
++As Kanye West said: + +> We're living the future so +> the present is our past. ++
Inline code
++I think you should use an +`<addr>` element here instead. ++
Écrire des Maths
++Equations can be formatted inline or as displayed formulas. In the +latter case, they are centered and set off from the main text. In the +former case, the mathematical material occurs smoothly in the line of +text. +
+ ++In order to fit neatly in a line, summation expressions (and similar +constructs) are formatted slightly differently in their inline and +display versions. +
+ ++Inline mathematical material is set off by the use of single +dollar-sign characters. Consequently, if you wish to use a dollar sign +(for example, to indicate currency), you need to preface it with a +back-slash. The following examples, followed by their typeset +versions, should make this clear +
+ ++This summation expression $\sum_{i=1}^n X_i$ appears inline. ++ +
+This summation expression \(\sum_{i=1}^n X_i\) appears inline. +
+ ++This summation expression is in display form. + +$$\sum_{i=1}^n X_i$$ ++
+This summation expression is in display form. +
+ ++\[\sum_{i=1}^n X_i\] +
+Lettres grecques
+Symbole | +Commande | +
---|---|
\(\alpha\) | +$\alpha= |
+
\(\beta\) | +$\beta$ |
+
\(\gamma\) | +$\gamma$ |
+
\(\Gamma\) | +$\Gamma$ |
+
\(\pi\) | +$\pi$ |
+