我在 MS Office 中创建了该表格；如何在 LaTeX 中获取该表格？
这是我尝试过的代码，在居中单元格和列方面结果并不是很好。
\documentclass{article}
\usepackage[english]{babel}
\usepackage{amssymb}
\usepackage{amsmath}
\usepackage{txfonts}
\usepackage{mathdots}
\usepackage[classicReIm]{kpfonts}
\usepackage{graphicx}
\begin{document}
\noindent Table 1. Overshoots and undershoots of ${\textrm{?}}_{syn},{\textrm{?}}_{syn},P_{dfig},I_{dr},I_{qr},I_{statcom}$ for all cases.
\begin{tabular}{|p{0.8in}|p{0.5in}|p{0.5in}|p{0.5in}|p{0.5in}|p{0.5in}|p{0.5in}|p{0.5in}|p{0.5in}|p{0.5in}|} \hline
& \multicolumn{3}{|p{1.5in}|}{Case 1 (No PSS/No STATCOM)} & \multicolumn{3}{|p{1.5in}|}{Case 2 (Only PSS)} & \multicolumn{3}{|p{1.5in}|}{Case 3 (PSS + STATCOM)} \\ \hline
& 0.2pu & 0.4pu & 0.6pu & 0.2pu & 0.4pu & 0.6pu & 0.2pu & 0.4pu & 0.6pu \\ \hline
Delta${}_{1\ }$(pu) & +1446\% & instable & instable & +1616\% & +2300\% & +5126\% & +1000\% & +1396\% & +3130\% \\ \hline
& -2676\% & & & -1491\% & -2110\% & -4794\% & -438\% & -1474\% & -2937\% \\ \hline
Delta${}_{2}$ (pu) & +70\% & instable & instable & +70\% & +63\% & +55.3\% & +31\% & +46\% & +40.26\% \\ \hline
& -117\% & & & -63\% & -54\% & -51.6\% & -17\% & -39\% & -31.46\% \\ \hline
Delta${}_{3}$ (pu) & +61\% & instable & instable & +78\% & +68\% & +59.2\% & +29\% & +51\% & 43.6\% \\ \hline
& -121\% & & & -66\% & -49\% & -41.3\% & -10\% & -36\% & -27\% \\ \hline
Omega${}_{1\ }$(pu) & +0.4\% & instable & instable & +0.3\% & +0.3\% & +0.3\% & +0.3\% & +0.3\% & 0.3\% \\ \hline
& -0.34\% & & & -0.23\% & -0.21\% & -0.22\% & -0.21\% & -0.21\% & -0.21\% \\ \hline
Omega${}_{2\ }$(pu) & +0.6\% & instable & instable & +0.5\% & +0.5\% & +0.5\% & +0.5\% & +0.5\% & +0.5\% \\ \hline
& -0.54\% & & & -0.34\% & -0.37\% & -0.39\% & -0.33\% & -0.37\% & -0.41\% \\ \hline
Omega${}_{3\ }$(pu) & +0.7 & instable & instable & +0.7\% & +0.7\% & +0.7\% & +0.7\% & +0.7\% & +0.7\% \\ \hline
& -0.54\% & & & -0.32\% & -0.3\% & -0.31\% & -0.31\% & -0.3\% & -0.34\% \\ \hline
P${}_{dfig}$(pu) & +22\% & instable & instable & +27.4\% & +12.7\% & +7.9\% & +13.5\% & +6.5\% & +4.2\% \\ \hline
& -16.4\% & & & -15.1\% & -5.6\% & -3.66\% & -4\% & -4.4\% & -2.75\% \\ \hline
I${}_{dr}$(pu) & +17\% & instable & instable & +9.7\% & +7.9\% & +5\% & +23\% & +19.8\% & +17\% \\ \hline
& Idr${}_{min}$ & & & Idr${}_{min}$ & Idr${}_{min}$ & Idr${}_{min}$ & Idr${}_{min}$ & Idr${}_{min}$ & Idr${}_{min}$ \\ \hline
I${}_{qr}$(pu) & +56\% & instable & instable & +56.5\% & +19.3\% & +8.5\% & +60\% & +23\% & +12.46\% \\ \hline
& Iqr${}_{min}$ & & & Iqr${}_{min}$ & Iqr${}_{min}$ & Iqr${}_{min}$ & Iqr${}_{min}$ & Iqr${}_{min}$ & Iqr${}_{min}$ \\ \hline
I${}_{statc}$(pu) & / & / & / & / & / & / & +598\% & +748\% & +717\% \\ \hline
\end{tabular}
\end{document}
答案1
使用booktabs我们可以清理表格。使用\multirow跨越多行并\textcolor更改颜色。
\documentclass{article}
\usepackage{booktabs, amsmath, multirow}
\usepackage[dvipsnames]{xcolor}
\begin{document}
\begin{table}
\tiny
\caption{Overshoots and undershoots of $\delta_\text{sym}, \omega_\text{syn}, P_\text{dfig}, I_\text{dr}, I_\text{qr}, I_\text{statcom}$ for all cases.\strut}
\begin{tabular}{cccccccccc}
\toprule
&\multicolumn{3}{c}{Case 1 (No PSS/No STATCOM)} & \multicolumn{3}{c}{Case 2 (Only PSS)} & \multicolumn{3}{c}{Case 3 (PSS + STATCOM)}\\
\cmidrule(lr){2-4}\cmidrule(lr){5-7}\cmidrule(lr){8-10}
& 0.2 pu & 0.4 pu & 0.6 pu & 0.2 pu & 0.4 pu & 0.6 pu & 0.2 pu & 0.4 pu & 0.6 pu \\
\midrule
\multirow{2}{*}{$\delta_1$ (pu)} &\textcolor{ForestGreen}{+1446\%} & \multirow{2}{*}{\textcolor{ForestGreen}{Instable}} & \multirow{2}{*}{\textcolor{ForestGreen}{Instable}} &\textcolor{ForestGreen}{+1616\%} &\textcolor{ForestGreen}{+2300\%} &\textcolor{ForestGreen}{+5126\%} &\textcolor{ForestGreen}{+1000\%} &\textcolor{ForestGreen}{+1396\%} &\textcolor{ForestGreen}{+3130\%} \\
&\textcolor{BrickRed}{-2676\%} & & &\textcolor{BrickRed}{-1491\%} &\textcolor{BrickRed}{-2110\%} &\textcolor{BrickRed}{-4794\%} &\textcolor{BrickRed}{-438\%} &\textcolor{BrickRed}{-1474\%} &\textcolor{BrickRed}{-2937\%} \\
\midrule
\multirow{2}{*}{$\delta_2$ (pu)} &\textcolor{ForestGreen}{+70\%} & \multirow{2}{*}{\textcolor{ForestGreen}{Instable}} & \multirow{2}{*}{\textcolor{ForestGreen}{Instable}} &\textcolor{ForestGreen}{+70\%} &\textcolor{ForestGreen}{+63\%} &\textcolor{ForestGreen}{+55.3\%} &\textcolor{ForestGreen}{+31\%} &\textcolor{ForestGreen}{+46\%} &\textcolor{ForestGreen}{+40.26\%} \\
&\textcolor{BrickRed}{-117\%} & & &\textcolor{BrickRed}{-63\%} &\textcolor{BrickRed}{-54\%} &\textcolor{BrickRed}{-51.6\%} &\textcolor{BrickRed}{-17\%} &\textcolor{BrickRed}{-39\%} &\textcolor{BrickRed}{-31.46\%} \\
\midrule
\multirow{2}{*}{$\delta_3$ (pu)} &\textcolor{ForestGreen}{+61\%} & \multirow{2}{*}{\textcolor{ForestGreen}{Instable}} & \multirow{2}{*}{\textcolor{ForestGreen}{Instable}} &\textcolor{ForestGreen}{+78\%} &\textcolor{ForestGreen}{+68\%} &\textcolor{ForestGreen}{+59.2\%} &\textcolor{ForestGreen}{+29\%} &\textcolor{ForestGreen}{+51\%} & \textcolor{ForestGreen}{+43.6\%} \\
&\textcolor{BrickRed}{-121\%} & & &\textcolor{BrickRed}{-66\%} &\textcolor{BrickRed}{-49\%} &\textcolor{BrickRed}{-41.3\%} &\textcolor{BrickRed}{-10\%} &\textcolor{BrickRed}{-36\%} &\textcolor{BrickRed}{-27\%} \\
\midrule
\multirow{2}{*}{$\omega_1$ (pu)} &\textcolor{ForestGreen}{+0.4\%} & \multirow{2}{*}{\textcolor{ForestGreen}{Instable}} & \multirow{2}{*}{\textcolor{ForestGreen}{Instable}} &\textcolor{ForestGreen}{+0.3\%} &\textcolor{ForestGreen}{+0.3\%} &\textcolor{ForestGreen}{+0.3\%} &\textcolor{ForestGreen}{+0.3\%} &\textcolor{ForestGreen}{+0.3\%} & \textcolor{ForestGreen}{+0.3\%} \\
&\textcolor{BrickRed}{-0.34\%} & & &\textcolor{BrickRed}{-0.23\%} &\textcolor{BrickRed}{-0.21\%} &\textcolor{BrickRed}{-0.22\%} &\textcolor{BrickRed}{-0.21\%} &\textcolor{BrickRed}{-0.21\%} &\textcolor{BrickRed}{-0.21\%} \\
\midrule
\multirow{2}{*}{$\omega_2$ (pu)} &\textcolor{ForestGreen}{+0.6\%} & \multirow{2}{*}{\textcolor{ForestGreen}{Instable}} & \multirow{2}{*}{\textcolor{ForestGreen}{Instable}} &\textcolor{ForestGreen}{+0.5\%} &\textcolor{ForestGreen}{+0.5\%} &\textcolor{ForestGreen}{+0.5\%} &\textcolor{ForestGreen}{+0.5\%} &\textcolor{ForestGreen}{+0.5\%} &\textcolor{ForestGreen}{+0.5\%} \\
&\textcolor{BrickRed}{-0.54\%} & & &\textcolor{BrickRed}{-0.34\%} &\textcolor{BrickRed}{-0.37\%} &\textcolor{BrickRed}{-0.39\%} &\textcolor{BrickRed}{-0.33\%} &\textcolor{BrickRed}{-0.37\%} &\textcolor{BrickRed}{-0.41\%} \\
\midrule
\multirow{2}{*}{$\omega_3$ (pu)} &\textcolor{ForestGreen}{+0.7\%} & \multirow{2}{*}{\textcolor{ForestGreen}{Instable}} & \multirow{2}{*}{\textcolor{ForestGreen}{Instable}} &\textcolor{ForestGreen}{+0.7\%} &\textcolor{ForestGreen}{+0.7\%} &\textcolor{ForestGreen}{+0.7\%} &\textcolor{ForestGreen}{+0.7\%} &\textcolor{ForestGreen}{+0.7\%} &\textcolor{ForestGreen}{+0.7\%} \\
&\textcolor{BrickRed}{-0.54\%} & & &\textcolor{BrickRed}{-0.32\%} &\textcolor{BrickRed}{-0.3\%} &\textcolor{BrickRed}{-0.31\%} &\textcolor{BrickRed}{-0.31\%} &\textcolor{BrickRed}{-0.3\%} &\textcolor{BrickRed}{-0.34\%} \\
\midrule
\multirow{2}{*}{$P_\text{dfig}$ (pu)} &\textcolor{ForestGreen}{+22\%} & \multirow{2}{*}{\textcolor{ForestGreen}{Instable}} & \multirow{2}{*}{\textcolor{ForestGreen}{Instable}} &\textcolor{ForestGreen}{+27.4\%} &\textcolor{ForestGreen}{+12.7\%} &\textcolor{ForestGreen}{+7.9\%} &\textcolor{ForestGreen}{+13.5\%} &\textcolor{ForestGreen}{+6.5\%} &\textcolor{ForestGreen}{+4.2\%} \\
&\textcolor{BrickRed}{-16.4\%} & & &\textcolor{BrickRed}{-15.1\%} &\textcolor{BrickRed}{-5.6\%} &\textcolor{BrickRed}{-3.66\%} &\textcolor{BrickRed}{-4\%} &\textcolor{BrickRed}{-4.4\%} &\textcolor{BrickRed}{-2.75\%} \\
\midrule
\multirow{2}{*}{$I_\text{dr}$ (pu)} &\textcolor{ForestGreen}{+17\%} & \multirow{2}{*}{\textcolor{ForestGreen}{Instable}} & \multirow{2}{*}{\textcolor{ForestGreen}{Instable}} &\textcolor{ForestGreen}{+9.7\%} &\textcolor{ForestGreen}{+7.9\%} &\textcolor{ForestGreen}{+5\%} &\textcolor{ForestGreen}{+23\%} &\textcolor{ForestGreen}{+19.8\%} &\textcolor{ForestGreen}{+17\%} \\
& \textcolor{BrickRed}{$I_{\text{dr}_\text{min}}$} & & & \textcolor{BrickRed}{$I_{\text{dr}_\text{min}}$} &\textcolor{BrickRed}{$I_{\text{dr}_\text{min}}$} &\textcolor{BrickRed}{$I_{\text{dr}_\text{min}}$} & \textcolor{BrickRed}{$I_{\text{dr}_\text{min}}$} & \textcolor{BrickRed}{$I_{\text{dr}_\text{min}}$} & \textcolor{BrickRed}{$I_{\text{dr}_\text{min}}$} \\
\midrule
\multirow{2}{*}{$I_\text{qr}$ (pu)} &\textcolor{ForestGreen}{+56\%} & \multirow{2}{*}{\textcolor{ForestGreen}{Instable}} & \multirow{2}{*}{\textcolor{ForestGreen}{Instable}} &\textcolor{ForestGreen}{+56.5\%} &\textcolor{ForestGreen}{+19.3\%} &\textcolor{ForestGreen}{+8.5\%} &\textcolor{ForestGreen}{+60\%} &\textcolor{ForestGreen}{+23\%} &\textcolor{ForestGreen}{+12.46\%} \\
& \textcolor{BrickRed}{$I_{\text{qr}_\text{min}}$} & & & \textcolor{BrickRed}{$I_{\text{qr}_\text{min}}$} & \textcolor{BrickRed}{$I_{\text{qr}_\text{min}}$} & \textcolor{BrickRed}{$I_{\text{qr}_\text{min}}$} & \textcolor{BrickRed}{$I_{\text{qr}_\text{min}}$} & \textcolor{BrickRed}{$I_{\text{qr}_\text{min}}$} & \textcolor{BrickRed}{$I_{\text{qr}_\text{min}}$} \\
\midrule
$I_\text{statc}$ (pu) &--- &--- &--- &--- &--- &--- &\textcolor{ForestGreen}{+598\%} &\textcolor{ForestGreen}{+748\%} &\textcolor{ForestGreen}{+717\%} \\
\bottomrule
\end{tabular}
\end{table}
\end{document}
答案2
欢迎来到 TEX.SE！我使用包tabularray来实现这一点。我真的非常推荐这个包，而且它的手册也很清楚。
\documentclass{article}
\usepackage[english]{babel}
\usepackage{amssymb}
\usepackage{amsmath}
\usepackage{txfonts}
\usepackage{mathdots}
\usepackage[classicReIm]{kpfonts}
\usepackage{graphicx}
\usepackage{xcolor}
\usepackage{tabularray}
\usepackage{graphicx}
\usepackage[margin=3cm]{geometry}
\begin{document}
\begin{table}
\caption{Overshoots and undershoots of ${\delta}_{syn},{\omega}_{syn},P_{dfig},I_{dr},I_{qr},I_{statcom}$ for all cases.}
\resizebox{\textwidth}{!}{\begin{tblr}{
cells = {c},
row{even} = {fg = red5},
row{odd} = {fg = green6},
row{1, 2, Z} = {fg = black},
column{1} = {fg = black},
cell{Z}{X-Z} = {fg = green6},
vline{1, 2, 5, 8, 11} = {solid},
vline{3, 4, 6, 7, 9, 10}= {2-Z}{solid},
hline{odd} = {solid},
hline{even} = {2, 3-Z}{solid},
cell{1}{1} = {c = 1, r = 2}{c},
cell{3, 5, 7, 9, 11, 13, 15, 17, 19}{1, 3, 4} = {c = 1, r = 2}{c},
cell{1}{2, 5, 8} = {c = 3, r = 1}{c},
hline{Z} = {solid},
}
& Case 1 (No PSS/No STATCOM) & & & {Case 2 (Only PSS)} & & & {Case 3 (PSS + STATCOM)} \\
& 0.2pu & 0.4pu & 0.6pu & 0.2pu & 0.4pu & 0.6pu & 0.2pu & 0.4pu & 0.6pu \\
Delta${}_{1\ }$(pu) & +1446\% & instable & instable & +1616\% & +2300\% & +5126\% & +1000\% & +1396\% & +3130\% \\
& -2676\% & & & -1491\% & -2110\% & -4794\% & -438\% & -1474\% & -2937\% \\
Delta${}_{2}$ (pu) & +70\% & instable & instable & +70\% & +63\% & +55.3\% & +31\% & +46\% & +40.26\% \\
& -117\% & & & -63\% & -54\% & -51.6\% & -17\% & -39\% & -31.46\% \\
Delta${}_{3}$ (pu) & +61\% & instable & instable & +78\% & +68\% & +59.2\% & +29\% & +51\% & 43.6\% \\
& -121\% & & & -66\% & -49\% & -41.3\% & -10\% & -36\% & -27\% \\
Omega${}_{1\ }$(pu) & +0.4\% & instable & instable & +0.3\% & +0.3\% & +0.3\% & +0.3\% & +0.3\% & 0.3\% \\
& -0.34\% & & & -0.23\% & -0.21\% & -0.22\% & -0.21\% & -0.21\% & -0.21\% \\
Omega${}_{2\ }$(pu) & +0.6\% & instable & instable & +0.5\% & +0.5\% & +0.5\% & +0.5\% & +0.5\% & +0.5\% \\
& -0.54\% & & & -0.34\% & -0.37\% & -0.39\% & -0.33\% & -0.37\% & -0.41\% \\
Omega${}_{3\ }$(pu) & +0.7 & instable & instable & +0.7\% & +0.7\% & +0.7\% & +0.7\% & +0.7\% & +0.7\% \\
& -0.54\% & & & -0.32\% & -0.3\% & -0.31\% & -0.31\% & -0.3\% & -0.34\% \\
P${}_{dfig}$(pu) & +22\% & instable & instable & +27.4\% & +12.7\% & +7.9\% & +13.5\% & +6.5\% & +4.2\% \\
& -16.4\% & & & -15.1\% & -5.6\% & -3.66\% & -4\% & -4.4\% & -2.75\% \\
I${}_{dr}$(pu) & +17\% & instable & instable & +9.7\% & +7.9\% & +5\% & +23\% & +19.8\% & +17\% \\
& Idr${}_{min}$ & & & Idr${}_{min}$ & Idr${}_{min}$ & Idr${}_{min}$ & Idr${}_{min}$ & Idr${}_{min}$ & Idr${}_{min}$ \\
I${}_{qr}$(pu) & +56\% & instable & instable & +56.5\% & +19.3\% & +8.5\% & +60\% & +23\% & +12.46\% \\
& Iqr${}_{min}$ & & & Iqr${}_{min}$ & Iqr${}_{min}$ & Iqr${}_{min}$ & Iqr${}_{min}$ & Iqr${}_{min}$ & Iqr${}_{min}$ \\
I${}_{statc}$(pu) & / & / & / & / & / & / & +598\% & +748\% & +717\% \\
\end{tblr}}
\end{table}
\end{document}
我们可以看到，它使用了一个键值选项列表来管理这个表格的样式，并且在表格主体中，你可以只编写你的内容而不必关心颜色，多行等等。
答案3
有吸引力的@Syvshc 答案的变体。区别在于：
- 删除了表格缩放，而是规定了较小的字体大小
- 对于带有数字的列，使用列（通过Tblr 库中定义的列选项
S启用）sisiunitx - 序言更加简洁
- 非变量指数呈上升趋势
- 百分号仅写在列标题中
\documentclass{article}
\usepackage[margin=30mm]{geometry}
\usepackage[skip=1ex]{caption}
\usepackage{newtxtext}
\usepackage{xcolor}
\usepackage{tabularray}
\UseTblrLibrary{siunitx}
\begin{document}
\begin{table}[ht]
\sisetup{table-format=-4.2,
group-minimum-digits=4,
minimum-decimal-digits=2,
round-mode = figures,
round-precision = 2}
\caption{Overshoots and undershoots of ${\delta}_{\mathrm{syn}},{\omega}_{\mathrm{syn}},P_{\mathrm{dfig}},I_{\mathrm{dr}},I_{\mathrm{qr}},I_{\mathrm{statcom}}$ for all cases.}
\label{tab:sumarry}
\begin{tblr}{hlines, vlines,
row{odd} = {fg=teal},
row{even} = {fg=red},
colspec = {Q[l,fg=black] Q[c,si] *{2}{Q[c, fg=teal]} *{6}{Q[c,si]}},
column{1} = {fg = black},
cell{Z}{X-Z} = {fg = green6},
cell{1}{1} = {c = 1, r = 2}{c},
cell{3,5,7,9,11,13,15,17,19}{1,3,4} = {c=1, r=2}{c},
cell{1}{2,5,8} = {c=3, r=1}{c},
colsep = {4pt},
row{1,2,Z} = {fg = black},
rows = {font=\footnotesize},
}
& {{{Case 1 (No PSS/No STATCOM)}}} & &
& {{{Case 2 (Only PSS)}}} & &
& {{{Case 3 (PSS + STATCOM)}}} & & \\
& {{{0.2pu (\%)}}}
& {{{0.4pu}}}
& {{{0.6pu}}}
& {{{0.2pu (\%)}}}
& {{{0.4pu (\%)}}}
& {{{0.6pu (\%)}}}
& {{{0.2pu (\%)}}}
& {{{0.4pu (\%)}}}
& {{{0.6pu (\%)}}} \\
Delta\textsubscript{1} (pu)
& +1446 & \SetCell[r=2]{c} instable
& \SetCell[r=2]{c} instable
& +1616 & +2300 & +5126 & +1000 & +1396 & +3130 \\
& -2676 & & & -1491 & -2110 & -4794 & -438 & -1474 & -2937 \\
Delta\textsubscript{2} (pu)
& +70 & instable & instable & +70 & +63 & +55.3 & +31 & +46 & +40.26 \\
& -117 & & & -63 & -54 & -51.6 & -17 & -39 & -31.46 \\
Delta\textsubscript{3} (pu)
& +61 & instable & instable & +78 & +68 & +59.2 & +29 & +51 & 43.6 \\
& -121 & & & -66 & -49 & -41.3 & -10 & -36 & -27 \\
Omega\textsubscript{1} (pu)
& +0.4 & instable & instable & +0.3 & +0.3 & +0.3 & +0.3 & +0.3 & 0.3 \\
& -0.34 & & & -0.23 & -0.21 & -0.22 & -0.21 & -0.21 & -0.21 \\
Omega\textsubscript{2} (pu)
& +0.6 & instable & instable & +0.5 & +0.5 & +0.5 & +0.5 & +0.5 & +0.5 \\
& -0.54 & & & -0.34 & -0.37 & -0.39 & -0.33 & -0.37 & -0.41 \\
Omega\textsubscript{3} (pu)
& +0.7 & instable & instable & +0.7 & +0.7 & +0.7 & +0.7 & +0.7 & +0.7 \\
& -0.54 & & & -0.32 & -0.3 & -0.31 & -0.31 & -0.3 & -0.34 \\
P\textsubscript{dfig} (pu)
& +22 & instable & instable & +27.4 & +12.7 & +7.9 & +13.5 & +6.5 & +4.2 \\
& -16.4 & & & -15.1 & -5.6 & -3.66 & -4 & -4.4 & -2.75 \\
I\textsubscript{dr} (pu)
& +17 & instable & instable & +9.7 & +7.9 & +5 & +23 & +19.8 & +17 \\
& {{{Idr\textsubscript{min} }}} & & & {{{Idr\textsubscript{min} }}} & {{{Idr\textsubscript{min} }}} & {{{Idr\textsubscript{min} }}} & {{{Idr\textsubscript{min} }}} & {{{Idr\textsubscript{min} }}} & {{{Idr\textsubscript{min} }}} \\
I\textsubscript{qr} (pu)
& +56 & instable & instable & +56.5 & +19.3 & +8.5 & +60 & +23 & +12.46 \\
& {{{Iqr\textsubscript{min} }}} & & & {{{Iqr\textsubscript{min} }}} & {{{Iqr\textsubscript{min} }}} & {{{Iqr\textsubscript{min} }}} & {{{Iqr\textsubscript{min} }}} & {{{Iqr\textsubscript{min} }}} & {{{Iqr\textsubscript{min} }}} \\
I\textsubscript{statc} (pu)
& {{{--}}} & -- & -- & {{{--}}} & {{{--}}} & {{{--}}} & +598 & +748 & +717 \\
\end{tblr}
\end{table}
\end{document}
