我正在使用spreadtab软件包处理一个大型电子表格。电子表格基本上是一个包含所有商品的单独价格、数量和总价的账单清单。即使商品数量很多，我使用电子表格也没有遇到任何问题，但是，现在清单上有大约 400 个商品，我收到了错误! TeX capacity exceeded, sorry [save size=50000]。
我尝试遵循之前的建议TeX 容量超出（保存大小），但没有成功更改texmf.cnf文件。C:\texlive\2016\texmf-dist\web2c
有办法解决这个问题吗？
以下是代码：
\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}
答案1
虽然通常是编码错误导致出现此消息，但我认为在这种情况下它是合法的。
我无法立即理解其实现，但在文档在spreadtab包装中我们读到：
...在看到表格
spreadtab之前，主要分为 3 个阶段：\begin{<table environment>}
- 首先，它读取表格主体，将其分成行和单元格，并在每个单元格中寻找一个可能的公式；
- 然后，它计算单元格中的公式，注意每个单元格都先计算所有相关单元格。计算由 fp 包完成；
- 最后，需要重建表格，用每个公式的数值计算值替换它，并交给用户指定的环境名称。
听起来这个过程定义了一个（可能更多）宏每个单元在电子表格中。由于 TeX 可以容纳的宏数量有限，因此电子表格的大小也有限。
听起来，切换引擎暂时解决了您的问题。但我的直觉是使用正确的工具来完成工作。而 LaTeX 不仅仅是一个电子表格程序。您可以使用 Excel 或免费的开源电子表格替代品，使用 LaTeX 来格式化报告，并使用 Python 作为它们之间的粘合剂。有用于解析电子表格文件（CSV，还有其他文件）的 Python 库，因此您可能可以快速完成此操作。