# Appendix


## Dynkin Diagram

:::{.remark}
The following is a table of the classical and affine Dynkin diagrams:

\begin{table}[H]
\centering
\resizebox{\textwidth}{!}{%
\begin{tabular}{@{}llll@{}}
\toprule
\multicolumn{2}{l}{Classical Type}          & \multicolumn{2}{l}{Affine Type}                              \\ \midrule
$A_n$ & \dynkin[label, labels={1,2,n-1, n}, edge length=.75cm]A{}   & $\tilde A_n$ & \dynkin[extended, label, labels={0,1,2,n-1, n}, edge length=.75cm]A{}        \\
$B_n$ & \dynkin[label, labels={1,2,,n-1, n}, edge length=.75cm]B{}  & $\tilde B_n$ & \dynkin[extended, label, labels={0,1,2,3,n-2, n-1, n}, edge length=.75cm]B{} \\
$C_n$ & \dynkin[label, labels={1,2,, n-1, n}, edge length=.75cm]C{} & $\tilde C_n$ & \dynkin[extended, label, labels={0,1,2,n-2, n-1, n}, edge length=.75cm]C{}   \\
$D_n$ & \dynkin[label, labels={1,2,,,n-1,n}, edge length=.75cm]D{}  & $\tilde D_n$ & \dynkin[extended, label, labels={0,1,2,3,,,n-1,n}, edge length=.75cm]D{}     \\
$E_6$ & \dynkin[label, edge length=.75cm]E6 & $\tilde E_6$ & \dynkin[extended, label, edge length=.75cm]E6 \\
$E_7$ & \dynkin[label, edge length=.75cm]E7 & $\tilde E_7$ & \dynkin[extended, label, edge length=.75cm]E7 \\
$E_8$ & \dynkin[label, edge length=.75cm]E8 & $\tilde E_8$ & \dynkin[extended, label, edge length=.75cm]E8 \\
$F_4$ & \dynkin[label, edge length=.75cm]F4 & $\tilde F_4$ & \dynkin[extended, label, edge length=.75cm]F4 \\
$G_2$ & \dynkin[label, edge length=.75cm]G2 & $\tilde G_2$ & \dynkin[extended, label, edge length=.75cm]G2 \\ \bottomrule
\end{tabular}%
}
\caption{Classical and Affine Dynkin Diagrams}
\label{tab:dynkin-diagrams-table}
\end{table}

:::

## Images

### Tikz


\input{tikz/coble-coxeter-diagram-maximal-parabolic.tikz}


\input{tikz/coble-enriques-cusp-correspondence.tikz}

\input{tikz/e10_coxeter_diagram.tikz}

\input{tikz/e8_coxeter_diagram.tikz}

\input{tikz/enriques-cusp-coxeter-diagrams-maximal-parabolics.tikz}


\input{tikz/enriques-cusp-coxeter-diagrams.tikz}

\input{tikz/enriques-cusp-diagram-detailed.tikz}

\input{tikz/mirror-moves-coble.tikz}

\input{tikz/mirror-moves-enriques-simplified.tikz}

\begin{figure}[H]
\centering
\input{tikz/nikulin_table.tikz}
\caption{Nikulin's table of 2-elementary lattices.}
\label{fig:nikulin_table}
\end{figure}



\input{tikz/sterk-2-ias2-template.tikz}


### SVG


\includesvg{inkscape/Hyperbolic Cone.svg}

\includesvg{inkscape/ias-sterk2-kulikov-model.svg}

\includesvg{inkscape/triangulated-sphere.svg}

\includesvg{inkscape/triangulated-sphere-fan.svg}

\includesvg{inkscape/type-ii-kulikov-degeneration.svg}