I want to plot 16 data (the size of each data is 150 kb) by pgfplot and LuaLatex on the Overleaf website. But I could not have the pdf result.
There is an error:Timed out. Sorry, your compile took too long to run and timed out. This may be due to a LaTeX error, or a large number of high-res images or complicated diagrams.
And also I put the log file here.
Please let me know how I can solve the problem.
Thank you.
==========================================
Here is my data and my code:
\documentclass[border=5pt]{standalone}
\usepackage{tikz,pgfplots,pgfplotstable}
%
\pgfplotsset{compat=newest}
\usepgfplotslibrary{colorbrewer}
%For rung by LuaLatex
%\tikzexternalize
\tikzset{external/system call={lualatex \tikzexternalcheckshellescape -halt-on-error - interaction=batchmode -jobname "\image" "\texsource"}}
%
\begin{document}
%
\begin{tikzpicture}[scale=0.8]
\pgfplotsset{every axis plot post/.append style={mark=none,line width=0.8pt}}
\pgfplotsset{cycle list/RdYlGn,
cycle list/OrRd,
cycle list/PiYG,
cycle list/Dark2}
\pgfplotsset{every major tick/.style={black}, every minor tick/.style={black!60}}
\begin{axis}[
%
xmin=7.9,
ymin=3.99,
xmax=16.2,
ymax=5.4,
xtick distance=1.0,
ytick distance=0.2,
minor x tick num={1},
minor y tick num={1},
%
y tick label style={
/pgf/number format/.cd,fixed,fixed zerofill,precision=1,/tikz/.cd
},
x tick label style={
/pgf/number format/.cd,
fixed,fixed zerofill,precision=1,/tikz/.cd
},
%
%Changing y axis Unite
y filter/.code={\pgfmathdivide{#1}{1000000}},
%
tick label style={font=\small},
xlabel style={font=\small,xshift=-0.2cm,yshift=0.1cm},
ylabel style={font=\small,yshift=-0.1cm,xshift=-0.1cm},
ylabel={TDO Frequency (MHz)},
xlabel={Field (T)},
%
legend style={font=\footnotesize,at={(0.49,-0.2)},anchor=north,legend columns=2},
%
axis background/.style={shade,top color=gray!60,bottom color=white},
%
restrict y to domain=3.99:5.4,
restrict x to domain=7.9:16.2
]
%=======================================================
\addplot+[index of colormap=1 of PiYG] table [x={Field_356}, y={Counter_356}] {356.dat};
\addlegendentry{C$_{356}$, $\theta$ = 38.8}
%=======================================================
\addplot+[index of colormap=3 of PiYG] table [x={Field_357}, y={Counter_357}] {357.dat};
\addlegendentry{C$_{357}$, $\theta$ = 38.8}
%=======================================================
\addplot+[index of colormap=1 of OrRd] table [x={Field_358}, y={Counter_358}] {358.dat};
\addlegendentry{C$_{358}$, $\theta$ = 49.0}
%=======================================================
\addplot+[index of colormap=3 of OrRd] table [x={Field_359}, y={Counter_359}] {359.dat};
\addlegendentry{C$_{359}$, $\theta$ = 49.0}
%=======================================================
\addplot+[index of colormap=1 of Dark2] table [x={Field_360}, y={Counter_360}] {360.dat};
\addlegendentry{C$_{360}$, $\theta$ = 59.3}
%=======================================================
\addplot+[index of colormap=3 of Dark2] table [x={Field_361}, y={Counter_361}] {361.dat};
\addlegendentry{C$_{361}$, $\theta$ = 59.3}
%=======================================================
\addplot+[index of colormap=4 of Dark2] table [x={Field_362}, y={Counter_362}] {362.dat};
\addlegendentry{C$_{362}$, $\theta$ = 69.5}
%=======================================================
\addplot+[index of colormap=9 of RdYlGn] table [x={Field_363}, y={Counter_363}] {363.dat};
\addlegendentry{C$_{363}$, $\theta$ = 69.5}
%=======================================================
\addplot+[index of colormap=8 of RdYlGn] table [x={Field_364}, y={Counter_364}] {364.dat};
\addlegendentry{C$_{364}$, $\theta$ = 79.8}
%=======================================================
\addplot+[index of colormap=7 of RdYlGn] table [x={Field_365}, y={Counter_365}] {365.dat};
\addlegendentry{C$_{365}$, $\theta$ = 79.8}
%=======================================================
\addplot+[index of colormap=6 of RdYlGn] table [x={Field_366}, y={Counter_366}] {366.dat};
\addlegendentry{C$_{366}$, $\theta$ = 90.0}
%=======================================================
\addplot+[index of colormap=5 of RdYlGn] table [x={Field_367}, y={Counter_367}] {367.dat};
\addlegendentry{C$_{367}$, $\theta$ = 90.0}
%=======================================================
\addplot+[index of colormap=4 of RdYlGn] table [x={Field_368}, y={Counter_368}] {368.dat};
\addlegendentry{C$_{368}$, $\theta$ = 100.2}
%=======================================================
\addplot+[index of colormap=3 of RdYlGn] table [x={Field_369}, y={Counter_369}] {369.dat};
\addlegendentry{C$_{369}$, $\theta$ = 100.2}
%=======================================================
\addplot+[index of colormap=2 of RdYlGn] table [x={Field_370}, y={Counter_370}] {370.dat};
\addlegendentry{C$_{370}$, $\theta$ = 110.5}
%=======================================================
\addplot+[index of colormap=1 of RdYlGn] table [x={Field_371}, y={Counter_371}] {371.dat};
\addlegendentry{C$_{371}$, $\theta$= 110.5}
%=======================================================
\end{axis}
\end{tikzpicture}
\end{document}
pgfplotsinto a separate project or projects, and then download the PDF and upload into the proper project, or link the output PDF between the projects (that's possible too). This would allow you to split the document into several smaller ones that wouldn't time out. – yo' Sep 03 '20 at 12:24