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Revision as of 12:27, 7 December 2010

Contents 1 Images 2 Tests 3 Section 3.1 Subsection 4 Section 5 Footnotes

1 Images

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$<!--<bibitemswithcorrections/>--> == Images == <wikitex>; <sf>some text</sf> a line break some text again a big line break. $\Ker$ $\mathscr{A}$ $\mathscr{B}$ \bf{ bold} \it{italic} \em{emphasis} </wikitex> [[Image:Foliation.png|thumb|300px|3-dimensional Reeb foliation]] == Tests == {{citeD|Ranicki1981}} <wikitex>; {{beginproof}} {{endproof}} </wikitex> [[Media:frog.pdf|frog]] == Section == === Subsection === \label{subsection} Refert to subsection \ref{subsection} \begin{theorem} test \end{theorem} \label{thm} Refer to theorem \ref{thm} == Section == <wikitex>; An [[map-eds:Manifold Atlas:Projects in the Atlas|inter-Wiki link]]. Another<ref>Test</ref> [[map-eds:Manifold Atlas:Projects in the Atlas|inter-Wiki link]]. </wikitex> sdfasdfa dfa<ref>Test</ref> sdfasf <wikitex>; {{ref|abs}} Poincare complexes are great: $$ H_i(X) \cong H^{n-i}(X)$$ $$ \oplus, \bigoplus $$ </wikitex> ==Footnotes== <references/><!--<bibitemswithcorrections/>--> == Images == <wikitex>; <sf>some text</sf> a line break some text again a big line break. $\Ker$ $\mathscr{A}$ $\mathscr{B}$ \bf{ bold} \it{italic} \em{emphasis} </wikitex> [[Image:Foliation.png|thumb|300px|3-dimensional Reeb foliation]] == Tests == {{citeD|Ranicki1981}} <wikitex>; {{beginproof}} {{endproof}} </wikitex> [[Media:frog.pdf|frog]] == Section == === Subsection === \label{subsection} Refert to subsection \ref{subsection} \begin{theorem} test \end{theorem} \label{thm} Refer to theorem \ref{thm} == Section == <wikitex>; An [[map-eds:Manifold Atlas:Projects in the Atlas|inter-Wiki link]]. Another<ref>Test</ref> [[map-eds:Manifold Atlas:Projects in the Atlas|inter-Wiki link]]. </wikitex> sdfasdfa dfa<ref>Test</ref> sdfasf <wikitex>; {{ref|abs}} Poincare complexes are great: $$ H_i(X) \cong H^{n-i}(X)$$ $$ \oplus, \bigoplus $$ </wikitex> ==Footnotes== <references/>\sf{a line break}$

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$\Ker$

$\mathscr{A}$ $\mathscr{B}$

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2 Tests

[Ranicki1981]

frog

3 Section

3.1 Subsection

Refert to subsection 3.1

Refer to theorem 3.1

4 Section

An inter-Wiki link.

Another^[1]; inter-Wiki link.

sdfasdfa dfa^[2] sdfasf

Template:Ref Poincare complexes are great:

5 Footnotes

1. ↑ Test
2. ↑ Test