I see
here. The answer are using Lualatex, integer coefficients. I am trying with two polynomials with rational coefficients. I use calcfrac
.
How can I make scheme only by input coefficients like this answer without using LuaLaTeX?
I see
here. The answer are using Lualatex, integer coefficients. I am trying with two polynomials with rational coefficients. I use calcfrac
.
xxxxxxxxxx
\documentclass[12pt,border=3.14]{standalone}
\usepackage{tabularray}
\usepackage{calcfrac}
\UseTblrLibrary{amsmath,
booktabs,
counter,
diagbox,
siunitx,
varwidth}
\begin{document}
\begin{tblr}{
cells={mode=dmath,halign=r},
hline{Y} = {solid,blue},
colsep = 0.5mm
}
\SetCell[r=2]{fg=magenta}+ &\calcfrac{3/2} x^6&+&456 x^5&-&\calcfrac{1/3}x^4&+&\calcfrac{7/9}
x^3&+&\calcfrac{6/7} x^2&+&89 x \\
&\calcfrac{2024/2025} x^6&{}&{}&+&\calcfrac{5/7}x^4&+&\calcfrac{12345/6789} x^3&-&x^2&+&x&+&34\\
&\calcfrac{3/2 + 2024/2025} x^6&+&456 x^5&+&\calcfrac{-1/3 +5/7}x^4&+&\calcfrac{7/9 + 12345/6789}
x^3&-&\calcfrac{(1-6/7)}x^2&+&90 x&+&34
\end{tblr}
\end{document}
How can I make scheme only by input coefficients like this answer without using LuaLaTeX?
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