Assistance required with angular label of a border matrix in latex

user_13829506 0
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Can anyone help me with the latex code where i can make the labels of a bordermatrix angular?

The current code:

\documentclass[11pt, a4paper, BCOR=10mm, english]{scrbook}
\usepackage{graphicx}
\usepackage[dvipsnames]{xcolor}
\usepackage[counterclockwise]{rotating}

\usepackage{etoolbox}
\let\bbordermatrix\bordermatrix
\patchcmd{\bbordermatrix}{8.75}{4.75}{}{}
\patchcmd{\bbordermatrix}{\left(}{\left[}{}{}
\patchcmd{\bbordermatrix}{\right)}{\right]}{}{}

\usepackage{fp}
\usepackage{expl3}
\ExplSyntaxOn
\cs_new_eq:NN \fpeval \fp_eval:n
\ExplSyntaxOff
\protected\def\fpset#1#2{\edef#1{\fpeval{#2}}}

\begin{document}
    \fpset\RAngle{-45}
    \begin{center}
        \resizebox{\linewidth}{!}{
            $\bbordermatrix{ & \rotatebox{\RAngle}{$m_{2}E_{1}$} & \rotatebox{\RAngle}{$m_{2}E_{2}$} & \rotatebox{\RAngle}{$m_{2}E_{3}$} & \rotatebox{\RAngle}{$m_{2}E_{4}$} & \rotatebox{\RAngle}{$m_{2}E_{5}$} & \rotatebox{\RAngle}{$m_{2}E_{1}\cap m_{2}E_{2}\cap m_{2}E_{3}\cap m_{2}E_{4}\cap m_{2}E_{5}$} \cr            
                \rotatebox{\RAngle}{$m_{1}E_{1}$} & \colorbox{Green!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Green!50}{(0.01*0.01) = 0.01}  \cr          
                \rotatebox{\RAngle}{$m_{1}E_{2}$} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Yellow!50}{0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Yellow!50}{(0.01*0.01) = 0.01}  \cr         
                \rotatebox{\RAngle}{$m_{1}E_{3}$} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Aquamarine!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Aquamarine!50}{(0.01*0.01) = 0.01}  \cr            
                \rotatebox{\RAngle}{$m_{1}E_{4}$} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Orange!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Orange!50}{(0.01*0.01) = 0.01}  \cr            
                \rotatebox{\RAngle}{$m_{1}E_{5}$} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Magenta!50}{(0.01*0.01) = 0.01} & \colorbox{Magenta!50}{(0.01*0.01) = 0.01}  \cr          
                \rotatebox{\RAngle}{$m_{1}E_{1}\cap m_{1}E_{2}\cap m_{1}E_{3}\cap m_{1}E_{4}\cap m_{1}E_{5}$} & \colorbox{Green!50}{(0.01*0.01) = 0.01} & \colorbox{Yellow!50}{(0.01*0.01) = 0.01} & \colorbox{Aquamarine!50}{(0.01*0.01) = 0.01} & \colorbox{Orange!50}{(0.01*0.01) = 0.01} & \colorbox{Magenta!50}{(0.01*0.01) = 0.01} & \colorbox{MidnightBlue!50}{(0.01*0.01) = 0.01}  \cr
            }$
        }
    \end{center}
\end{document}

This results to a the following: This results to a the following:

I want the matrix to look something like this which i did in photoshop: I want the matrix to look something like this which i did in photoshop:

latex
1 Answers

A couple of dirty hacks:

\documentclass[11pt, a4paper, BCOR=10mm, english]{scrbook}
\usepackage{graphicx}
\usepackage[dvipsnames]{xcolor}
\usepackage[counterclockwise]{rotating}

\usepackage{etoolbox}
\let\bbordermatrix\bordermatrix
\patchcmd{\bbordermatrix}{8.75}{4.75}{}{}
\patchcmd{\bbordermatrix}{\left(}{\left[}{}{}
\patchcmd{\bbordermatrix}{\right)}{\right]}{}{}

\usepackage{fp}
\usepackage{expl3}
\ExplSyntaxOn
\cs_new_eq:NN \fpeval \fp_eval:n
\ExplSyntaxOff
\protected\def\fpset#1#2{\edef#1{\fpeval{#2}}}

\usepackage{nicematrix}
%\usepackage{tikz}

\begin{document}
    \fpset\RAngle{-45}
    \begin{center}
        \resizebox{\linewidth}{!}{
        $ \begin{pNiceMatrix}[first-row,first-col]
             & \smash{\rotatebox[origin = cl]{\RAngle}{$m_{2}E_{1}$}} & \smash{\rotatebox[origin = cl]{\RAngle}{$m_{2}E_{2}$}} & \smash{\rotatebox[origin = cl]{\RAngle}{$m_{2}E_{3}$}} & \smash{\rotatebox[origin = cl]{\RAngle}{$m_{2}E_{4}$}} & \smash{\rotatebox[origin = cl]{\RAngle}{$m_{2}E_{5}$}} & {\makebox[0pt]{\hspace{11em}\rotatebox[origin = cl]{\RAngle}{$m_{2}E_{1}\cap m_{2}E_{2}\cap m_{2}E_{3}\cap m_{2}E_{4}\cap m_{2}E_{5}$}}} \cr            
                \smash{\rotatebox[origin = cr]{\RAngle}{$m_{1}E_{1}$}} & \colorbox{Green!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Green!50}{(0.01*0.01) = 0.01}  \cr          
                \smash{\rotatebox[origin = cr]{\RAngle}{$m_{1}E_{2}$}} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Yellow!50}{0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Yellow!50}{(0.01*0.01) = 0.01}  \cr         
                \smash{\rotatebox[origin = cr]{\RAngle}{$m_{1}E_{3}$}} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Aquamarine!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Aquamarine!50}{(0.01*0.01) = 0.01}  \cr            
                \smash{\rotatebox[origin = cr]{\RAngle}{$m_{1}E_{4}$}} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Orange!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Orange!50}{(0.01*0.01) = 0.01}  \cr            
                \smash{\rotatebox[origin = cr]{\RAngle}{$m_{1}E_{5}$}} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Gray!50}{(0.01*0.01) = 0.01} & \colorbox{Magenta!50}{(0.01*0.01) = 0.01} & \colorbox{Magenta!50}{(0.01*0.01) = 0.01}  \cr          
                \smash{ \rotatebox[origin = cr]{\RAngle}{$m_{1}E_{1}\cap m_{1}E_{2}\cap m_{1}E_{3}\cap m_{1}E_{4}\cap m_{1}E_{5}$} }& \colorbox{Green!50}{(0.01*0.01) = 0.01} & \colorbox{Yellow!50}{(0.01*0.01) = 0.01} & \colorbox{Aquamarine!50}{(0.01*0.01) = 0.01} & \colorbox{Orange!50}{(0.01*0.01) = 0.01} & \colorbox{Magenta!50}{(0.01*0.01) = 0.01} & \colorbox{MidnightBlue!50}{(0.01*0.01) = 0.01}  \cr
            \end{pNiceMatrix}$
        }
    \end{center}
\end{document}

enter image description here

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