Manifold Atlas:TeX in the Atlas
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== LaTeX formulas == | == LaTeX formulas == | ||
The <tt><nowiki><wikitex></nowiki></tt> environment lets you to insert inline LaTeX formulas using the familiar dollar signs: all atlas articles begin and end with the <tt><nowiki><wikitex></nowiki></tt> tags. For example | The <tt><nowiki><wikitex></nowiki></tt> environment lets you to insert inline LaTeX formulas using the familiar dollar signs: all atlas articles begin and end with the <tt><nowiki><wikitex></nowiki></tt> tags. For example | ||
<pre> | <pre> | ||
+ | <wikitex>; | ||
... there is a diffeomorphism $f \co M^n_a \cong M^n_b$ ... | ... there is a diffeomorphism $f \co M^n_a \cong M^n_b$ ... | ||
+ | </wikitex> | ||
</pre> | </pre> | ||
will appear as: | will appear as: | ||
<wikitex><blockquote> there is a diffeomorphism $f \co M^n_a \cong M^n_b$ </blockquote></wikitex> | <wikitex><blockquote> there is a diffeomorphism $f \co M^n_a \cong M^n_b$ </blockquote></wikitex> | ||
− | Please read the [[#LaTeX style guide|style guide]] for Latex conventions in the | + | Please read the [[#LaTeX style guide|style guide]] for Latex conventions in the atlas and command shortcuts. Finally note that the normal <tt><nowiki><math></nowiki></tt> tags are disabled so that there is a unique method for math markup. |
− | + | == Displayed formulas == | |
− | + | ||
− | + | ||
Displayed formulas can be obtained by double-dollars <tt><nowiki>$$...$$</nowiki></tt>. You can get tags at the right margin by the command <tt>\eqno{...}</tt> within a displayed formula. There is no automatic numbering available, so please number your formulas by hand, if necessary. | Displayed formulas can be obtained by double-dollars <tt><nowiki>$$...$$</nowiki></tt>. You can get tags at the right margin by the command <tt>\eqno{...}</tt> within a displayed formula. There is no automatic numbering available, so please number your formulas by hand, if necessary. | ||
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</wikitex> | </wikitex> | ||
− | + | == Theorems and such == | |
− | + | The manifold atlas has a single theorem-like environment <tt><nowiki>{{beginthm|par1|par2}}</nowiki></tt> and <tt><nowiki>{{endthm}}</nowiki></tt>. The first parameter contains the name of the statement. The second parameter is optional and contains any additions to the theorem heading. For example: | |
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− | == Theorems | + | |
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− | The | + | |
{{beginthm|Conjecture|(Novikov)}} | {{beginthm|Conjecture|(Novikov)}} | ||
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{{endthm}} | {{endthm}} | ||
</nowiki></pre> | </nowiki></pre> | ||
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== LaTeX style guide == | == LaTeX style guide == | ||
* Shortcuts for blackboard bold capital letters are available: for example type <tt><nowiki>$\Cc,\Qq,\Rr$</nowiki></tt> for <tex>\Cc,\Qq,\Rr</tex>. | * Shortcuts for blackboard bold capital letters are available: for example type <tt><nowiki>$\Cc,\Qq,\Rr$</nowiki></tt> for <tex>\Cc,\Qq,\Rr</tex>. | ||
− | * Expressions consisting of more than one letter should usually not be written: For example, <tt><nowiki>$Diff(M)$</nowiki></tt> since this results in the cumbersome: <tex>Diff(M)</tex>. A TeX-nically better way is <tt><nowiki>$\mathop{\mathrm{Diff}}(M)$</nowiki></tt>, which yields the elegant rendering <tex>\mathop{\mathrm{Diff}}(M)</tex>. For your convenience, some manifold-related expressions are predefined in the <tt><nowiki><wikitex></nowiki></tt> environment, in addition to the standard operators like <tt><nowiki>\sin</nowiki></tt>, <tt><nowiki>\exp</nowiki></tt> etc. Feel free to request more commonly used operators and abbreviations. | + | * Expressions consisting of more than one letter should usually not be written: For example, <tt><nowiki>$Diff(M)$</nowiki></tt> since this results in the cumbersome: <tex>Diff(M)</tex>$. A TeX-nically better way is <tt><nowiki>$\mathop{\mathrm{Diff}}(M)$</nowiki></tt>, which yields the elegant rendering <tex>\mathop{\mathrm{Diff}}(M)</tex>. For your convenience, some manifold-related expressions are predefined in the <tt><nowiki><wikitex></nowiki></tt> environment, in addition to the standard operators like <tt><nowiki>\sin</nowiki></tt>, <tt><nowiki>\exp</nowiki></tt> etc. Feel free to request more commonly used operators and abbreviations. |
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Revision as of 16:19, 25 November 2010
Contents |
1 LaTeX formulas
The <wikitex> environment lets you to insert inline LaTeX formulas using the familiar dollar signs: all atlas articles begin and end with the <wikitex> tags. For example
<wikitex>; ... there is a diffeomorphism $f \co M^n_a \cong M^n_b$ ... </wikitex>
will appear as:
there is a diffeomorphism
Please read the style guide for Latex conventions in the atlas and command shortcuts. Finally note that the normal <math> tags are disabled so that there is a unique method for math markup.
2 Displayed formulas
Displayed formulas can be obtained by double-dollars $$...$$. You can get tags at the right margin by the command \eqno{...} within a displayed formula. There is no automatic numbering available, so please number your formulas by hand, if necessary.
Multiline formulas can be obtained by the AMS-LaTeX environments “gathered”, “aligned” and “alignedat”. For example,
<wikitex>; $$ \begin{aligned} H^k(K(G,k);H) &\cong \Hom(H_k(K(G,k);H) \\ &\cong \Hom(G,H). \end{aligned} $$ </wikitex>
yields
3 Theorems and such
The manifold atlas has a single theorem-like environment {{beginthm|par1|par2}} and {{endthm}}. The first parameter contains the name of the statement. The second parameter is optional and contains any additions to the theorem heading. For example:
Conjecture 3.1 (Novikov). The higher signatures are homotopy invariants.
is generated by the code
{{beginthm|Conjecture|(Novikov)}} The higher signatures are homotopy invariants. {{endthm}}
4 LaTeX style guide
- Shortcuts for blackboard bold capital letters are available: for example type $\Cc,\Qq,\Rr$ for .
- Expressions consisting of more than one letter should usually not be written: For example, $Diff(M)$ since this results in the cumbersome: $. A TeX-nically better way is $\mathop{\mathrm{Diff}}(M)$, which yields the elegant rendering . For your convenience, some manifold-related expressions are predefined in the <wikitex> environment, in addition to the standard operators like \sin, \exp etc. Feel free to request more commonly used operators and abbreviations.
code | result | meaning |
---|---|---|
\id | Tex syntax error |
identity map |
\Sq | Steenrod squares | |
\Homeo | group of homeomorphisms of a topoloical space | |
\Diff | group of diffeomorphisms of a smooth manifold | |
\SDiff | diffeomorphisms under some constraint | |
\Hom | homomorphisms of an algebraic structure | |
\End | endomorphisms | |
\Aut | automorphisms | |
\Inn | inner automorphisms | |
\Out | outer automorphisms | |
\GL | general linear group | |
\SL | special linear group | |
\SO | special orthogonal group | |
\SU | special unitary group | |
\Spin | Spin group | |
\RP | real projective space | |
\CP | complex projective space | |
\HP | quaternionic projective space | |
\Top | topological category | |
\PL | piecewise linear category | |
\Cat | any category | |
\KS | Kirby-Siebenmann class |