Precomputed sheet of 500 die rolls

dice_sheet.tex

% Local Variables:
% mode: latex
% TeX-engine: xetex
% fill-column: 64
% End:

\documentclass[12pt]{article}

%%%%%%%%%%%%%%%%%%%%%%%%%%
% The Sheet of Die Rolls %
%%%%%%%%%%%%%%%%%%%%%%%%%%

% By Box O'Rocks <https://rocx.rocks>
% This document is licensed under the Creative Commons Zero license.
% https://creativecommons.org/publicdomain/zero/1.0/
% No warranty is provided, yadda yadda blah blah.

% For all intents and purposes, this was a rather interesting
% exercise in LaTeX and TiKz.
% To compute another sheet of numbers, simply rebuild the PDF.
% Every minute (unfortunately not every second) will yield a new
% batch of die rolls due to random number seeding and the lack of
% granularity of time-fetching in LaTeX.
% "Minutes since midnight as \time" is the closest we're getting
% and the default seed is that multiplied by the current year.

% Packages required:
% * geometry (margins and page dimensions)
% * etoolbox (\ifnumequal for branching what to do for each die type)
% * tikz (outlines, random number generation)

% This is your place to change the dice.
% Valid values: 4, 6, 8, 10, 12, 20
% eg. "3d6" means setting \sides to 6, printing it, and
% scratching off three squares and using their sum.
% eg. "1d100" needs a d10 sheet, use the first diamond as the
% tens digit and the second diamond as the ones digit.
% Treat 0 and 0 as 100.
\newcommand{\sides}{20}

% Customize the look of the numerals.
\newcommand{\dieface}{\bfseries\sffamily}

% The width of the shapes will at least *try* to match the
% largest number available.
% The d10's 0-9 range remains the exception as half of this size.
\newlength{\facewidth}
\settowidth{\facewidth}{\dieface\sides}

\usepackage[width=7in,height=10in,paper=letterpaper]{geometry}

\usepackage{etoolbox}

\usepackage{tikz}
\usetikzlibrary{shapes.geometric}

\renewcommand{\familydefault}{\sfdefault}

\pagenumbering{gobble}

\begin{document}

\setlength\parindent{0pt}
\begin{center}
  {\Large\itshape d\sides{} Rolls}

  \paragraph*{Directions:}
  Substitute this sheet for rolling a \sides{}-sided die.
  As each roll is selected, mark it as used.

  \vspace{8pt}
  
  \begin{tikzpicture}
    \tikzset{
      hex/.style={
        regular polygon,
        regular polygon sides=6,
        text width=\facewidth,
        shape border rotate=30,
        inner sep=0pt,
        align=center,
        node font=\dieface,
        draw
      },
      cube/.style={
        regular polygon,
        regular polygon sides=4,
        text width=\facewidth,
        inner sep=1pt,
        align=center,
        node font=\dieface,
        draw
      },
      diamond/.style={
        regular polygon,
        regular polygon sides=4,
        text width=\facewidth,
        shape border rotate=45,
        inner sep=0.5pt,
        align=center,
        node font=\dieface,
        draw
      },
      diamond10/.style={        % d10-specific
        kite,
        text width=0.5*\facewidth,
        shape border rotate=180,
        inner sep=1.5pt,
        align=center,
        node font=\dieface,
        draw
      },
      triangle/.style={
        regular polygon,
        regular polygon sides=3,
        text width=\facewidth,
        inner sep=0pt,
        align=center,
        node font=\dieface,
        draw
      },
      pentagon/.style={
        regular polygon,
        regular polygon sides=5,
        text width=\facewidth,
        shape border rotate=108,
        inner sep=0pt,
        align=center,
        node font=\dieface,
        draw
      }
    }


    \ifnumequal{\sides}{4}{
      \foreach \i in {1,...,20}{
        \foreach \j in {1,...,25}{
          \node[triangle] at (\i*0.9,\j*0.9) {\pgfmathrandom{\sides}\pgfmathresult};
        }}
    }{}
    
    \ifnumequal{\sides}{6}{
      \foreach \i in {1,...,20}{
        \foreach \j in {1,...,25}{
          \node[cube] at (\i*0.85,\j*0.85) {\pgfmathrandom{\sides}\pgfmathresult};
        }}
    }{}
    
    \ifnumequal{\sides}{8}{
      \foreach \i in {1,...,20}{
        \foreach \j in {1,...,25}{
          \node[diamond] at (\i*0.85,\j*0.9) {\pgfmathrandom{\sides}\pgfmathresult};
        }}
    }{}
    
    \ifnumequal{\sides}{10}{
      % 10-sided dice still look like diamonds from the side.
      \foreach \i in {1,...,20}{
        \foreach \j in {1,...,25}{
          \node[diamond10] at (\i*0.85,\j*0.9) {\pgfmathrandom{0,9}\pgfmathresult};
        }}
    }{}
    
    \ifnumequal{\sides}{12}{
      \foreach \i in {1,...,20}{
        \foreach \j in {1,...,25}{
          \node[pentagon] at (\i*0.9,\j*0.9) {\pgfmathrandom{\sides}\pgfmathresult};
        }}
    }{}

    \ifnumequal{\sides}{20}{
      \foreach \i in {1,...,20}{
        \foreach \j in {1,...,25}{
          \node[hex] at (\i*0.9,\j*0.9) {\pgfmathrandom{\sides}\pgfmathresult};
        }}
    }{}

  \end{tikzpicture}
\end{center}

\end{document}