\documentclass[crop,border=2mm]{standalone}

\usepackage{amsfonts, amsmath, amssymb}

\begin{document}
\begin{tabular}{l}
{\huge type A2, s=4, subset=[]}\\ \\


$\displaystyle
\begin{array}{r|l l l l}
	{\scriptstyle i+j=0}&L_{1,1}L_{2,2}&&&\\
	{\scriptstyle i+j=2}&L_{2,2}^{2}&\mathbb{C}^{2}L_{1,1}^{6}L_{2,1}^{3}L_{1,2}^{3}L_{2,2}^{5}L_{3,2}L_{2,3}&&\\
	{\scriptstyle i+j=4}&0&L_{2,1}^{2}L_{1,2}^{2}L_{2,2}^{4}L_{3,2}^{2}L_{2,3}^{2}&\mathbb{C}^{2}L_{1,1}^{6}L_{2,1}^{3}L_{1,2}^{3}L_{2,2}^{5}L_{3,2}L_{2,3}&\\
	{\scriptstyle i+j=6}&0&0&L_{2,2}^{2}&L_{1,1}L_{2,2}\\
	\hline h^{i,j}&{\scriptstyle j-i=0}&{\scriptstyle j-i=2}&{\scriptstyle j-i=4}&{\scriptstyle j-i=6}
\end{array}
$ \\ \\


$\displaystyle
\begin{array}{r|l l l l}
	{\scriptstyle i+j=0}&35&&&\\
	{\scriptstyle i+j=2}&54&315&&\\
	{\scriptstyle i+j=4}&0&288&315&\\
	{\scriptstyle i+j=6}&0&0&54&35\\
	\hline h^{i,j}&{\scriptstyle j-i=0}&{\scriptstyle j-i=2}&{\scriptstyle j-i=4}&{\scriptstyle j-i=6}
\end{array}
$ \\ \\


$\displaystyle
\begin{array}{rll}
	\text{module}&\text{multiplicity}&\text{dimension} \\ \hline \text{all}&&1096 \\
	L\left(\alpha_{1}+\alpha_{2}\right)&14&8\\
	L\left( 2\alpha_{1}+ 2\alpha_{2}\right)&20&27\\
	\mathbb{C}&4&1\\
	L\left( 2\alpha_{1}+\alpha_{2}\right)&8&10\\
	L\left(\alpha_{1}+ 2\alpha_{2}\right)&8&10\\
	L\left( 3\alpha_{1}+ 2\alpha_{2}\right)&4&35\\
	L\left( 2\alpha_{1}+ 3\alpha_{2}\right)&4&35
\end{array}
$ \\ \\

\end{tabular}
\end{document}
