I am working in a large spreadsheet using spreadtab
package.
The spreadsheet is basically a billing list with individual prices; quantities and total price for all items.
Even with a high number of items, I had no problems with the spreadsheet, however, the list has now ~400 and I am getting the error ! TeX capacity exceeded, sorry [save size=50000]
.
I tried to follow a previous suggestion from TeX capacity exceeded (save size), and changed the texmf.cnf
file in C:\texlive\2016\texmf-dist\web2c
without success.
There is a way to overcome this problem?
Here is the code:
\documentclass
[
10pt,
a4paper % paper size
]
{article}
\usepackage[utf8]{inputenc}
\usepackage{booktabs}
\usepackage{spreadtab}
\usepackage{longtable}
\usepackage{booktabs}
\begin{document}
\begin{center}
\begin{spreadtab}{{longtable}{lrrr}}
\toprule
@ & 0 & 0 & \\
\midrule
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
@ Item A & 2 & 26 & [-2,0]*[-1,0] \\
\midrule
365.5*26*4/7 & & [1,0] & sum(d2:[0,-1]) \\
\bottomrule
\end{spreadtab}
\end{center}
\end{document}
Best Answer
Although it's usually a coding error that leads to this message, I think in this case it's legitimate.
I wasn't able to grok the implementation immediately, but in the documentation of the
spreadtab
package we read:It sounds like this process defines one, possibly more, macro per cell in the spreadsheet. Since there is a limit to the number of macros TeX can hold, there is a limit to the spreadsheet's size.
It sounds like switching engines solved your problem for now. But my instinct would be to use the right tool for the job. And LaTeX is just not a spreadsheet program. You could use Excel or a free, open-source alternative for a spreadsheet, LaTeX to format reports, and python as glue between them. There are python libraries for parsing spreadsheet files (CSV, but also others) so you can probably do this quickly.