H! I have a correlation matrix of 14×14 variables – so quite big.
If I insert my correlation matrix in Latex, and adjust the table to the page size with begin{adjustbox}{widt=\textwith}
, the table is printed extremely small and not nice to read anymore.
How can i Therefore split the correlation matrix in 2 tables beyond each other? So for example first a table of the first 7×7 variables, and then beyond it the second 7×7 variables?
This is my code of the table:
\begin{table}[!htbp] \centering
\caption{}
\label{}
\begin{adjustbox}{width=\textwidth}
\begin{tabular}{@{\extracolsep{5pt}} ccccccccccccccc}
\\[-1.8ex]\hline
\hline \\[-1.8ex]
& roap & id & size & age & listed & source & country & gics20 & gics25 & gics30 & gics40 & gics45 & gics50 & gics60 \\
\hline \\[-1.8ex]
roap & $1$ & $0.265$ & $0.360$ & $$-$0.222$ & $0.077$ & $0.202$ & $$-$0.032$ & $$-$0.206$ & $0.268$ & $0.019$ & $$-$0.376$ & $0.310$ & $0.109$ & $$-$0.009$ \\
id & $0.265$ & $1$ & $0.385$ & $0.029$ & $$-$0.194$ & $$-$0.036$ & $$-$0.239$ & $$-$0.163$ & $0.114$ & $0.321$ & $$-$0.176$ & $0.102$ & $$-$0.014$ & $$-$0.358$ \\
size & $0.360$ & $0.385$ & $1$ & $0.126$ & $0.326$ & $$-$0.121$ & $$-$0.151$ & $$-$0.048$ & $0.138$ & $$-$0.150$ & $$-$0.033$ & $0.466$ & $$-$0.103$ & $$-$0.149$ \\
age & $$-$0.222$ & $0.029$ & $0.126$ & $1$ & $0.150$ & $$-$0.362$ & $$-$0.141$ & $$-$0.010$ & $$-$0.110$ & $$-$0.043$ & $0.488$ & $$-$0.103$ & $$-$0.181$ & $$-$0.127$ \\
listed & $0.077$ & $$-$0.194$ & $0.326$ & $0.150$ & $1$ & $0.014$ & $$-$0.134$ & $0.013$ & $0.167$ & $$-$0.560$ & $0.211$ & $0.217$ & $0.133$ & $$-$0.002$ \\
source & $0.202$ & $$-$0.036$ & $$-$0.121$ & $$-$0.362$ & $0.014$ & $1$ & $0.335$ & $0.164$ & $0.188$ & $$-$0.023$ & $$-$0.561$ & $0.041$ & $0.156$ & $0.100$ \\
country & $$-$0.032$ & $$-$0.239$ & $$-$0.151$ & $$-$0.141$ & $$-$0.134$ & $0.335$ & $1$ & $0.216$ & $$-$0.214$ & $0.139$ & $$-$0.104$ & $$-$0.037$ & $$-$0.135$ & $0.141$ \\
gics20 & $$-$0.206$ & $$-$0.163$ & $$-$0.048$ & $$-$0.010$ & $0.013$ & $0.164$ & $0.216$ & $1$ & $$-$0.182$ & $$-$0.269$ & $$-$0.202$ & $$-$0.124$ & $$-$0.208$ & $$-$0.097$ \\
gics25 & $0.268$ & $0.114$ & $0.138$ & $$-$0.110$ & $0.167$ & $0.188$ & $$-$0.214$ & $$-$0.182$ & $1$ & $$-$0.229$ & $$-$0.172$ & $$-$0.106$ & $$-$0.177$ & $$-$0.083$ \\
gics30 & $0.019$ & $0.321$ & $$-$0.150$ & $$-$0.043$ & $$-$0.560$ & $$-$0.023$ & $0.139$ & $$-$0.269$ & $$-$0.229$ & $1$ & $$-$0.253$ & $$-$0.156$ & $$-$0.261$ & $$-$0.122$ \\
gics40 & $$-$0.376$ & $$-$0.176$ & $$-$0.033$ & $0.488$ & $0.211$ & $$-$0.561$ & $$-$0.104$ & $$-$0.202$ & $$-$0.172$ & $$-$0.253$ & $1$ & $$-$0.117$ & $$-$0.196$ & $$-$0.091$ \\
gics45 & $0.310$ & $0.102$ & $0.466$ & $$-$0.103$ & $0.217$ & $0.041$ & $$-$0.037$ & $$-$0.124$ & $$-$0.106$ & $$-$0.156$ & $$-$0.117$ & $1$ & $$-$0.121$ & $$-$0.056$ \\
gics50 & $0.109$ & $$-$0.014$ & $$-$0.103$ & $$-$0.181$ & $0.133$ & $0.156$ & $$-$0.135$ & $$-$0.208$ & $$-$0.177$ & $$-$0.261$ & $$-$0.196$ & $$-$0.121$ & $1$ & $$-$0.094$ \\
gics60 & $$-$0.009$ & $$-$0.358$ & $$-$0.149$ & $$-$0.127$ & $$-$0.002$ & $0.100$ & $0.141$ & $$-$0.097$ & $$-$0.083$ & $$-$0.122$ & $$-$0.091$ & $$-$0.056$ & $$-$0.094$ & $1$ \\
\hline \\[-1.8ex]
\end{tabular}
\end{adjustbox}
\end{table}
Any suggestions?
Thanks for your help!
Best Answer
As you've discovered, using
\adjustbox
does not tend to create usable results -- at least not when trying to create attractive tables. I suggest you do the following instead:display the table in landscape format, using the
sidewaystable
environment of therotating
package;use a
tabular*
environment to ensure that the table fits inside the text block;use the
S
column type of thesiunitx
package to align the numbers on their respective explicit or implicit decimal markers; anduse the macros of the
booktabs
package --\toprule
,\midrule
,\bottomrule
-- instead of\hline
to generate well-spaced horizontal lines. Optionally, use\addlinespace
directives (also provided by thebooktabs
package) to insert a bit of whitespace after every fifth row or so.Addendum: If the page margins of your document are at most 1" wide, it's actually possible to display the correlation matrix in portrait mode as long as you show just two rather than three digits after the decimal marker. Compared with the code above, all you'd have to do is (a) switch from a
sidewaystable
to a regulartable
environment, and (b) instruct Latex to round the numbers in the 14 data columns to 2 digits; the latter may be achieved easily by running the instructionat the top of the
table
environment. All other elements, such as the use of theS
column type for data columns and of atabular*
environment, needn't be changed.