Tabelle auf Querformatseite komprimieren

Question

Ich versuche eine breite lange Tabelle im Querformat auf mehrere Seiten zu quetschen. Da die Tabelle breiter als A4 im Querformat ist, werden die Seiten abgeschnitten. Außerdem erhalte ich folgende Fehlermeldung:

! Undefinierte Steuersequenz. \Gm@detectdriver …@setdriver {vtex}\fi \ifxetex \Gm@setdriver {xetex} \fi …

Dies ist mein Code. Ich würde mich über jeden Hinweis zur Lösung des Problems sehr freuen.

\documentclass[10pt,a4paper]{article}
\usepackage[utf8]{inputenc}
\usepackage{amsmath}
\usepackage{amsfonts}
\usepackage{amssymb}
\usepackage{graphicx}
\usepackage{siunitx}
\usepackage{geometry}
\usepackage{rotating}
\usepackage{booktabs}
\usepackage{longtable}
\usepackage{lscape}

\begin{document}
\begin{landscape}
\begin{longtable}{@{}r*{12}{S[table-format=3.2(3),
                            table-space-text-post = $^{+}$,
                            table-align-text-post = false]
                          S[table-format=1.2]
                          S[table-format=2.2]
                          S[table-format=1.3]}
                                      @{}}
\caption{SEM3}
\endfirsthead
\endhead
& \multicolumn{4}{c}{A \& N}& \multicolumn{4}{c}{A, N \& EM}& \multicolumn{4}{c}{A, N \& EM \& control}\tabularnewline  
\cmidrule(l){2-5}
\cmidrule(l){6-9}
\cmidrule(l){10-13}
& \multicolumn{1}{c}{Estimate}& \multicolumn{1}{c}{Std. Err.}& \multicolumn{1}{c}{z}& \multicolumn{1}{c}{p}& \multicolumn{1}{c}{Estimate}& \multicolumn{1}{c}{Std. Err.}& \multicolumn{1}{c}{z}& \multicolumn{1}{c}{p}& \multicolumn{1}{c}{Estimate}& \multicolumn{1}{c}{Std. Err.}& \multicolumn{1}{c}{z}& \multicolumn{1}{c}{p}\tabularnewline\hline
& \multicolumn{9}{c}{\underline{Factor Loadings}}\tabularnewline \multicolumn{1}{l}{\underline{ABU}}\tabularnewline
NoSKMSM& 1.00$^+$& & & & 1.00$^+$& & & & 1.00$^+$& & & \tabularnewline
KSMChrMX& 0.71& 0.03& 22.62& .000& 0.73& 0.04& 20.38& .000& 0.73& 0.04& 19.89& .000\tabularnewline
KSMSevMx& 0.69& 0.03& 25.22& .000& 0.69& 0.03& 23.08& .000& 0.69& 0.03& 22.51& .000\tabularnewline
 \multicolumn{1}{l}{\underline{NEG}}\tabularnewline
NoSNeg& 1.00$^+$& & & & 1.00$^+$& & & & 1.00$^+$& & & \tabularnewline
NegChrMX& 0.96& 0.04& 22.49& .000& 0.98& 0.04& 22.23& .000& 1.01& 0.05& 21.37& .000\tabularnewline
NegSevMx& 1.10& 0.06& 17.35& .000& 1.13& 0.07& 17.03& .000& 1.15& 0.07& 16.73& .000\tabularnewline
 \multicolumn{1}{l}{\underline{INT}}\tabularnewline
D.VORH& 1.00$^+$& & & & 1.00$^+$& & & & 1.00$^+$& & & \tabularnewline
A.VORH& 0.82& 0.19& 4.39& .000& 0.72& 0.18& 4.00& .000& 0.74& 0.19& 3.98& .000\tabularnewline
AINTMAX& 1.62& 0.44& 3.66& .000& 1.62& 0.46& 3.55& .000& 1.60& 0.47& 3.38& .001\tabularnewline
 \multicolumn{1}{l}{\underline{EXT}}\tabularnewline
C.VORH& 1.00$^+$& & & & 1.00$^+$& & & & 1.00$^+$& & & \tabularnewline
O.VORH& 0.72& 0.13& 5.49& .000& 0.65& 0.13& 5.11& .000& 0.60& 0.12& 5.00& .000\tabularnewline
ADHS.MAX& 0.69& 0.13& 5.09& .000& 0.69& 0.13& 5.13& .000& 0.65& 0.12& 5.25& .000\tabularnewline
 \multicolumn{1}{l}{\underline{EM}}\tabularnewline
NoSEMnew& & & & & 1.00$^+$& & & & 1.00$^+$& & & \tabularnewline
EMChrMX& & & & & 0.67& 0.06& 11.84& .000& 0.69& 0.06& 11.78& .000\tabularnewline
EMSevMX& & & & & 0.76& 0.07& 10.88& .000& 0.77& 0.07& 10.76& .000\tabularnewline
& \multicolumn{9}{c}{\underline{Regression Slopes}}\tabularnewline \multicolumn{1}{l}{\underline{INT}}\tabularnewline
ABU& 0.52& 0.21& 2.52& .012& 0.25& 0.18& 1.36& .174& 0.32& 0.19& 1.69& .090\tabularnewline
NEG& 0.21& 0.18& 1.20& .231& -0.17& 0.22& -0.78& .438& -0.30& 0.24& -1.23& .218\tabularnewline
EM& & & & & 0.48& 0.17& 2.83& .005& 0.46& 0.17& 2.64& .008\tabularnewline
a& & & & & & & & & -0.02& 0.01& -1.59& .111\tabularnewline
s& & & & & & & & & 0.01& 0.07& 0.21& .836\tabularnewline
KM.Bild& & & & & & & & & -0.04& 0.04& -1.05& .296\tabularnewline
 \multicolumn{1}{l}{\underline{EXT}}\tabularnewline
ABU& 1.12& 0.27& 4.20& .000& 0.74& 0.29& 2.55& .011& 0.69& 0.30& 2.27& .023\tabularnewline
NEG& 0.85& 0.27& 3.17& .002& 0.35& 0.32& 1.12& .263& 0.08& 0.33& 0.23& .822\tabularnewline
EM& & & & & 0.66& 0.21& 3.16& .002& 0.56& 0.23& 2.47& .014\tabularnewline
a& & & & & & & & & 0.03& 0.02& 1.64& .102\tabularnewline
s& & & & & & & & & -0.46& 0.13& -3.42& .001\tabularnewline
KM.Bild& & & & & & & & & -0.17& 0.07& -2.50& .013\tabularnewline
& \multicolumn{9}{c}{\underline{Intercepts}}\tabularnewline
NoSKMSM& 0.08& 0.02& 4.22& .000& 0.08& 0.02& 4.22& .000& 0.08& 0.02& 4.22& .000\tabularnewline
KSMChrMX& 0.05& 0.02& 3.43& .001& 0.05& 0.02& 3.43& .001& 0.06& 0.02& 3.43& .001\tabularnewline
KSMSevMx& 0.05& 0.01& 3.78& .000& 0.05& 0.01& 3.79& .000& 0.05& 0.01& 3.80& .000\tabularnewline
NoSNeg& 0.10& 0.02& 6.32& .000& 0.10& 0.02& 6.33& .000& 0.10& 0.02& 6.15& .000\tabularnewline
NegChrMX& 0.10& 0.02& 4.87& .000& 0.10& 0.02& 4.87& .000& 0.10& 0.02& 4.72& .000\tabularnewline
NegSevMx& 0.13& 0.03& 5.14& .000& 0.13& 0.03& 5.14& .000& 0.13& 0.03& 4.95& .000\tabularnewline
D.VORH& 0.00$^+$& & & & 0.00$^+$& & & & 0.00$^+$& & & \tabularnewline
A.VORH& 0.00$^+$& & & & 0.00$^+$& & & & 0.00$^+$& & & \tabularnewline
AINTMAX& 0.00$^+$& & & & 0.00$^+$& & & & 0.00$^+$& & & \tabularnewline
C.VORH& 0.00$^+$& & & & 0.00$^+$& & & & 0.00$^+$& & & \tabularnewline
O.VORH& 0.00$^+$& & & & 0.00$^+$& & & & 0.00$^+$& & & \tabularnewline
ADHS.MAX& 0.00$^+$& & & & 0.00$^+$& & & & 0.00$^+$& & & \tabularnewline
NoSEMnew& & & & & 0.21& 0.04& 6.04& .000& 0.21& 0.04& 5.97& .000\tabularnewline
EMChrMX& & & & & 0.14& 0.02& 6.03& .000& 0.14& 0.02& 5.85& .000\tabularnewline
EMSevMX& & & & & 0.16& 0.02& 7.06& .000& 0.16& 0.02& 6.94& .000\tabularnewline
a& & & & & & & & & 8.68& 0.12& 73.34& .000\tabularnewline
s& & & & & & & & & 1.46& 0.02& 78.50& .000\tabularnewline
KM.Bild& & & & & & & & & 3.22& 0.04& 72.55& .000\tabularnewline
& \multicolumn{9}{c}{\underline{Latent Variances}}\tabularnewline
ABU& 0.04& 0.00& 14.35& .000& 0.04& 0.00& 13.40& .000& 0.04& 0.00& 12.92& .000\tabularnewline
NEG& 0.04& 0.00& 14.44& .000& 0.04& 0.00& 14.17& .000& 0.04& 0.00& 13.84& .000\tabularnewline
INT& 0.29& 0.10& 3.07& .002& 0.30& 0.10& 3.02& .003& 0.29& 0.10& 2.88& .004\tabularnewline
EXT& 0.59& 0.14& 4.12& .000& 0.59& 0.15& 4.04& .000& 0.56& 0.14& 3.88& .000\tabularnewline
EM& & & & & 0.12& 0.02& 6.40& .000& 0.12& 0.02& 6.38& .000\tabularnewline
& \multicolumn{9}{c}{\underline{Latent Covariances}}\tabularnewline
ABU w/NEG& 0.02& 0.00& 13.11& .000& 0.02& 0.00& 12.61& .000& 0.02& 0.00& 12.14& .000\tabularnewline
INT w/EXT& 0.16& 0.05& 2.97& .003& 0.14& 0.05& 2.67& .008& 0.15& 0.06& 2.59& .010\tabularnewline
ABU w/EM& & & & & 0.04& 0.00& 9.39& .000& 0.04& 0.00& 9.28& .000\tabularnewline
NEG w/EM& & & & & 0.05& 0.00& 9.56& .000& 0.05& 0.00& 9.47& .000\tabularnewline
& \multicolumn{9}{c}{\underline{Fit Indices}}\tabularnewline
$\chi^{2}(\mathrm{df})$& 67.42& & & & 75.22& & & & 133.77& & & \tabularnewline
CFI& 0.99& & & & 1.00& & & & 1.00& & & \tabularnewline
RMSEA& 0.03& & & & 0.01& & & & 0.02& & & \tabularnewline
SRMR& 0.06& & & & 0.05& & & & 0.11& & & \tabularnewline
Scaled $\chi^{2}(\mathrm{df})$& 96.70(45)& & & .000& 135.52(71)& & & .000& 226.51(104)& & & .000\tabularnewline
\bottomrule
\multicolumn{13}{l}{BOML10$^+$Fixed parameter}
\end{longtable}
\end{landscape}
\end{document}

Answer 1

Ihr Code scheint 1+12*4=49[!] Spalten zu erstellen, obwohl nur 1+3*4=13Spalten benötigt werden.

Beachten Sie auch, dass ich das Paket laden würde, pdflscapeanstatt das lscapePaket. Ich würde auch keine Unterstreichungen zur Hervorhebung verwenden. Verwenden Sie stattdessen entwederkursivoderfettgedruckt.

Der folgende Screenshot zeigt nur die ersten Zeilen des longtable, das sich über mehr als zwei Seiten erstreckt.

\documentclass[10pt,a4paper]{article}
\usepackage[utf8]{inputenc}
\usepackage{amsmath,amssymb}
\usepackage{graphicx}
\usepackage{siunitx}
\usepackage[margin=2.5cm]{geometry}
\usepackage{rotating}
\usepackage{booktabs}
\usepackage{longtable}
\usepackage{pdflscape}

\begin{document}
\begin{landscape}
\begin{longtable}{@{} 
        r 
        *{3}{S[table-format=2.2,
                table-space-text-post = $^{+}$,
                table-align-text-post = false]
              S[table-format=1.2]
              S[table-format=2.2]
              S[table-format=1.3]}
            @{}}
            
%%% headers and footers

\caption{SEM3}\\
\toprule
& \multicolumn{4}{c}{A \& N}
& \multicolumn{4}{c}{A, N \& EM}
& \multicolumn{4}{c@{}}{A, N, EM \& control} \\  
\cmidrule(lr){2-5}\cmidrule(lr){6-9}\cmidrule(l){10-13}
& {Coeff.} & {Std.\ Err.} & {$z$} & {$p$}
& {Coeff.} & {Std.\ Err.} & {$z$} & {$p$}
& {Coeff.} & {Std.\ Err.} & {$z$} & {$p$} \\
\midrule
\endfirsthead

\multicolumn{13}{@{}l}{Table \thetable, cont'd}\\
\addlinespace
\toprule
& \multicolumn{4}{c}{A \& N}
& \multicolumn{4}{c}{A, N \& EM}
& \multicolumn{4}{c@{}}{A, N \& EM \& control} \\  
\cmidrule(lr){2-5}\cmidrule(lr){6-9}\cmidrule(l){10-13}
& {Coeff.} & {Std.\ Err.} & {$z$} & {$p$}
& {Coeff.} & {Std.\ Err.} & {$z$} & {$p$}
& {Coeff.} & {Std.\ Err.} & {$z$} & {$p$} \\
\midrule
\endhead

\midrule
\multicolumn{13}{r@{}}{\footnotesize (cont'd on following page)}\\
\endfoot

\bottomrule
\addlinespace
\multicolumn{13}{@{}l}{BOML10$^+$ Fixed parameter}
\endlastfoot

%%% body of longtable

\addlinespace
& \multicolumn{12}{c}{\textbf{Factor Loadings}}\\ 
\multicolumn{1}{@{}l}{\textbf{ABU}}\\
NoSKMSM& 1.00$^+$& & & & 1.00$^+$& & & & 1.00$^+$& & & \\
KSMChrMX& 0.71& 0.03& 22.62& .000& 0.73& 0.04& 20.38& .000& 0.73& 0.04& 19.89& .000\\
KSMSevMx& 0.69& 0.03& 25.22& .000& 0.69& 0.03& 23.08& .000& 0.69& 0.03& 22.51& .000\\
\multicolumn{1}{@{}l}{\textbf{NEG}}\\
NoSNeg& 1.00$^+$& & & & 1.00$^+$& & & & 1.00$^+$& & & \\
NegChrMX& 0.96& 0.04& 22.49& .000& 0.98& 0.04& 22.23& .000& 1.01& 0.05& 21.37& .000\\
NegSevMx& 1.10& 0.06& 17.35& .000& 1.13& 0.07& 17.03& .000& 1.15& 0.07& 16.73& .000\\
\multicolumn{1}{@{}l}{\textbf{INT}}\\
D.VORH& 1.00$^+$& & & & 1.00$^+$& & & & 1.00$^+$& & & \\
A.VORH& 0.82& 0.19& 4.39& .000& 0.72& 0.18& 4.00& .000& 0.74& 0.19& 3.98& .000\\
AINTMAX& 1.62& 0.44& 3.66& .000& 1.62& 0.46& 3.55& .000& 1.60& 0.47& 3.38& .001\\
\multicolumn{1}{@{}l}{\textbf{EXT}}\\
C.VORH& 1.00$^+$& & & & 1.00$^+$& & & & 1.00$^+$& & & \\
O.VORH& 0.72& 0.13& 5.49& .000& 0.65& 0.13& 5.11& .000& 0.60& 0.12& 5.00& .000\\
ADHS.MAX& 0.69& 0.13& 5.09& .000& 0.69& 0.13& 5.13& .000& 0.65& 0.12& 5.25& .000\\
\multicolumn{1}{@{}l}{\textbf{EM}}\\
NoSEMnew& & & & & 1.00$^+$& & & & 1.00$^+$& & & \\
EMChrMX& & & & & 0.67& 0.06& 11.84& .000& 0.69& 0.06& 11.78& .000\\
EMSevMX& & & & & 0.76& 0.07& 10.88& .000& 0.77& 0.07& 10.76& .000\\ 
\addlinespace
& \multicolumn{12}{c}{\textbf{Regression Slopes}}\\  
\multicolumn{1}{@{}l}{\textbf{INT}}\\
ABU& 0.52& 0.21& 2.52& .012& 0.25& 0.18& 1.36& .174& 0.32& 0.19& 1.69& .090\\
NEG& 0.21& 0.18& 1.20& .231& -0.17& 0.22& -0.78& .438& -0.30& 0.24& -1.23& .218\\
EM& & & & & 0.48& 0.17& 2.83& .005& 0.46& 0.17& 2.64& .008\\
a& & & & & & & & & -0.02& 0.01& -1.59& .111\\
s& & & & & & & & & 0.01& 0.07& 0.21& .836\\
KM.Bild& & & & & & & & & -0.04& 0.04& -1.05& .296\\
\multicolumn{1}{@{}l}{\textbf{EXT}}\\
ABU& 1.12& 0.27& 4.20& .000& 0.74& 0.29& 2.55& .011& 0.69& 0.30& 2.27& .023\\
NEG& 0.85& 0.27& 3.17& .002& 0.35& 0.32& 1.12& .263& 0.08& 0.33& 0.23& .822\\
EM& & & & & 0.66& 0.21& 3.16& .002& 0.56& 0.23& 2.47& .014\\
a& & & & & & & & & 0.03& 0.02& 1.64& .102\\
s& & & & & & & & & -0.46& 0.13& -3.42& .001\\
KM.Bild& & & & & & & & & -0.17& 0.07& -2.50& .013\\
\addlinespace
& \multicolumn{12}{c}{\textbf{Intercepts}}\\
NoSKMSM& 0.08& 0.02& 4.22& .000& 0.08& 0.02& 4.22& .000& 0.08& 0.02& 4.22& .000\\
KSMChrMX& 0.05& 0.02& 3.43& .001& 0.05& 0.02& 3.43& .001& 0.06& 0.02& 3.43& .001\\
KSMSevMx& 0.05& 0.01& 3.78& .000& 0.05& 0.01& 3.79& .000& 0.05& 0.01& 3.80& .000\\
NoSNeg& 0.10& 0.02& 6.32& .000& 0.10& 0.02& 6.33& .000& 0.10& 0.02& 6.15& .000\\
NegChrMX& 0.10& 0.02& 4.87& .000& 0.10& 0.02& 4.87& .000& 0.10& 0.02& 4.72& .000\\
NegSevMx& 0.13& 0.03& 5.14& .000& 0.13& 0.03& 5.14& .000& 0.13& 0.03& 4.95& .000\\
D.VORH& 0.00$^+$& & & & 0.00$^+$& & & & 0.00$^+$& & & \\
A.VORH& 0.00$^+$& & & & 0.00$^+$& & & & 0.00$^+$& & & \\
AINTMAX& 0.00$^+$& & & & 0.00$^+$& & & & 0.00$^+$& & & \\
C.VORH& 0.00$^+$& & & & 0.00$^+$& & & & 0.00$^+$& & & \\
O.VORH& 0.00$^+$& & & & 0.00$^+$& & & & 0.00$^+$& & & \\
ADHS.MAX& 0.00$^+$& & & & 0.00$^+$& & & & 0.00$^+$& & & \\
NoSEMnew& & & & & 0.21& 0.04& 6.04& .000& 0.21& 0.04& 5.97& .000\\
EMChrMX& & & & & 0.14& 0.02& 6.03& .000& 0.14& 0.02& 5.85& .000\\
EMSevMX& & & & & 0.16& 0.02& 7.06& .000& 0.16& 0.02& 6.94& .000\\
a& & & & & & & & & 8.68& 0.12& 73.34& .000\\
s& & & & & & & & & 1.46& 0.02& 78.50& .000\\
KM.Bild& & & & & & & & & 3.22& 0.04& 72.55& .000\\
\addlinespace
& \multicolumn{12}{c}{\textbf{Latent Variances}}\\
ABU& 0.04& 0.00& 14.35& .000& 0.04& 0.00& 13.40& .000& 0.04& 0.00& 12.92& .000\\
NEG& 0.04& 0.00& 14.44& .000& 0.04& 0.00& 14.17& .000& 0.04& 0.00& 13.84& .000\\
INT& 0.29& 0.10& 3.07& .002& 0.30& 0.10& 3.02& .003& 0.29& 0.10& 2.88& .004\\
EXT& 0.59& 0.14& 4.12& .000& 0.59& 0.15& 4.04& .000& 0.56& 0.14& 3.88& .000\\
EM& & & & & 0.12& 0.02& 6.40& .000& 0.12& 0.02& 6.38& .000\\
\addlinespace
& \multicolumn{12}{c}{\textbf{Latent Covariances}}\\*
ABU w/NEG& 0.02& 0.00& 13.11& .000& 0.02& 0.00& 12.61& .000& 0.02& 0.00& 12.14& .000\\
INT w/EXT& 0.16& 0.05& 2.97& .003& 0.14& 0.05& 2.67& .008& 0.15& 0.06& 2.59& .010\\
ABU w/EM& & & & & 0.04& 0.00& 9.39& .000& 0.04& 0.00& 9.28& .000\\
NEG w/EM& & & & & 0.05& 0.00& 9.56& .000& 0.05& 0.00& 9.47& .000\\
\addlinespace
& \multicolumn{12}{c}{\textbf{Fit Indices}}\\
$\chi^{2}$ & {67.42} & & & & {75.22} & & & & {133.77} & & & \\
CFI&   0.99& & & & 1.00& & & & 1.00& & & \\
RMSEA& 0.03& & & & 0.01& & & & 0.02& & & \\
SRMR&  0.06& & & & 0.05& & & & 0.11& & & \\
Scaled $\chi^{2}$ 
& {96.70} & & & .000& {135.52} & & & .000 & {226.51}& & & .000  \\
(df) & {(45)} & & & & {(71)} & & & & {(104)} \\
\end{longtable}
\end{landscape}
\end{document}