13

I have the following tex command to type \pi with some limited number of digits that take its symbol shape. My question is how to make the digits to be created from different colors and if there is any other nice shapes with colors to be used as a front page of a booklet.

\usepackage{shapepar}
\usepackage{microtype}

\def\pipar#1{\shapepar{\pishape}#1\par}
\def\pishape{%
{25.0839}%
{0.0838926}b{14.3456}\\%
{0.0838926}t{14.3456}{33.3054}\\%
{0.503356}t{11.5772}{37.6678}\\%
{1.25839}t{9.98322}{39.6812}\\%
{2.09732}t{8.52614}{41.5578}\\%
{2.85235}t{7.21477}{42.8691}\\%
{3.27181}t{6.7953}{43.2886}\\%
{4.11074}t{5.95638}{43.7081}\\%
{5.28524}t{4.78188}{43.7081}\\%
{5.62081}t{4.44631}{15.1007}st{19.547}{12.6678}st{32.2148}{15.0168}\\%
{5.62081}t{4.44631}{7.9698}t{19.547}{2.34899}t{32.2148}{2.34899}\\%
{6.04027}t{4.18011}{6.22257}t{19.4227}{2.37488}t{32.1424}{2.37047}\\%
{6.87919}t{3.64772}{5.16101}t{19.1741}{2.42667}t{31.9978}{2.41343}\\%
{7.63423}t{3.16856}{4.04621}t{18.9504}{2.47328}t{31.8676}{2.45208}\\%
{8.05369}t{2.90236}{3.80463}t{18.8261}{2.49917}t{31.7953}{2.47356}\\%
{8.38926}t{2.6894}{3.61137}t{18.7267}{2.51989}t{31.7245}{2.50373}\\%
{9.22819}t{2.15701}{3.12823}t{18.4781}{2.57167}t{31.5474}{2.57045}\\%
{9.98322}t{1.67785}{2.96021}t{18.2544}{2.61828}t{31.388}{2.6305}\\%
{11.5772}t{0.415968}{2.85584}t{17.7821}{2.71667}t{31.0515}{2.75727}\\%
{11.9966}t{0.0838926}{2.91826}t{17.6578}{2.74256}t{30.9629}{2.79063}\\%
{12.4161}t{0.0838926}{2.64861}t{17.5336}{2.76846}t{30.8743}{2.82399}\\%
{12.7517}t{0.0838926}{2.43289}t{17.4088}{2.81003}t{30.8035}{2.85068}\\%
{13.1711}t{0.0838926}{2.22315}t{17.2529}{2.862}t{30.715}{2.88404}\\%
{13.5906}t{0.0838926}{2.01342}t{17.097}{2.91397}t{30.6264}{2.9174}\\%
{14.0101}t{0.0838926}{0.838926}t{16.9411}{2.96594}t{30.5378}{2.95076}\\%
{14.0101}e{0.922819}t{16.9411}{2.96594}t{30.5378}{2.95076}\\%
{14.7651}t{16.6605}{3.05948}t{30.3785}{3.01081}\\%
{15.604}t{16.3487}{3.16342}t{30.2013}{3.18792}\\%
{16.7785}t{15.9121}{3.30893}t{30.0039}{3.3854}\\%
{21.896}t{14.0101}{3.94295}t{29.1434}{4.24586}\\%
{25.0839}t{12.7724}{4.3305}t{28.6074}{4.78188}\\%
{25.8389}t{12.4793}{4.42229}t{28.6074}{4.78188}\\%
{29.0268}t{11.2416}{4.80984}t{28.6074}{5.39494}\\%
{29.4463}t{11.0415}{4.8981}t{28.6074}{5.47561}\\%
{30.2013}t{10.6813}{5.04094}t{28.6074}{5.62081}\\%
{30.6208}t{10.4812}{5.12029}t{28.6074}{5.72383}\\%
{34.9832}t{8.40004}{5.9456}t{28.9901}{6.41263}\\%
{35.4027}t{8.19993}{6.00914}t{29.0268}{6.58557}\\%
{37.3322}t{7.27942}{6.30143}t{29.5346}{7.04256}\\%
{38.1711}t{6.87919}{6.42852}t{29.7554}{6.64702}\\%
{38.5906}t{6.87919}{6.29195}t{29.8658}{6.44925}\\%
{39.3456}t{7.09492}{5.59084}t{30.1612}{5.9965}\\%
{39.7651}t{7.21477}{5.20134}t{30.3254}{5.4129}\\%
{40.5201}t{7.63423}{4.24257}t{30.6208}{4.36242}\\%
{40.9396}t{8.01175}{3.56544}t{31.2081}{2.60067}\\%
{41.3591}t{8.38926}{2.43289}t{31.7953}{0.838926}\\%
{41.3591}e{10.8221}e{32.6342}%
}


\\
{\color{blue}{
    \pipar{3 . 1 4 1 5 9 2 6 5 3 5 8 9 7 9 3 2 3 8 4 6 2 6 4 3 3 8 3 2 7 9 5 0 2 8 8 4 1 9 7 1 6 9 3 9 9 3 7 5 1 0 5 8 2 0 9 7 4 9 4 4 5 9 2 3 0 7 8 1 6 4 0 6 2 8 6  2 0 8 9 9 8 6 2 8 0 3 4 8 2 5 3 4 2 1 1 7 0 6 7 9 8 2 1 4 8 0 8 6 5 1 3 2 8 2 3 0 6 6 4 7 0 9 3 8 4 4 6 0 9 5 5 0 5 8 2 2 3 1 7 2 5 3 5 9 4 0 8 1 2 8 4 8 1  1 1 7 4 5 0 2 8 4 1 0 2 7 0 1 9 3 8 5 2 1 1 0 5 5 5 9 6 4 4 6 2 2 9 4 8 9 5 4 9 3 0 3 8 1 9 6 4 4 2 8 8 1 0 9 7 5 6 6 5 9 3 3 4 4 6 1 2 8 4 7 5 6 4 8 2 3 3  7 8 6 7 8 3 1 6 5 2 7 1 2 0 1 9 0 9 1 4 5 6 4 8 5 6 6 9 2 3 4 6 0 3 4 8 6 1 0 4 5 4 3 2 6 6 4 8 2 1 3 3 9 3 6 0 7 2 6 0 2 4 9 1 4 1 2 7 3 7 2 4 5 8 7 0 0 6  6 0 6 3 1 5 5 8 8 1 7 4 8 8 1 5 2 0 9 2 0 9 6 2 8 2 9 2 5 4 0 9 1 7 1 5 3 6 4 3 6 7 8 9 2 5 9 0 3 6 0 0 1 1 3 3 0 5 3 0 5 4 8 8 2 0 4 6 6 5 2 1 3 8 4 1 4 6  9 5 1 9 4 1 5 1 1 6 0 9 4 3 3 0 5 7 2 7 0 3 6 5 7 5 9 5 9 1 9 5 3 0 9 2 1 8 6 1 1 7 3 8 1 9 3 2 6 1 1 7 9 3 1 0 5 1 1 8 5 4 8 0 7 4 4 6 2 3 7 9 9 6 2 7 4 9  5 6 7 3 5 1 8 8 5 7 5 2 7 2 4 8 9 1 2 2 7 9 3 8 1 8 3 0 1 1 9 4 9 1}\\
\\
}}

enter image description here

  • 1
    Welcome to TeX.SE. Can you also post the code for \pipar? My (very limited) understanding is that this might be easier in LuaLaTeX. Would that be an option? – Teepeemm May 21 at 22:32
  • Sure thing. I will add to the post. – Mutaz May 21 at 22:34
  • 1
    Do you want the digits to be printed using a random colour? Or each 1 be the same (predetermined) colour, each 2 be the same (predetermined) colour, ...? – Werner May 21 at 22:39
  • If you could provide both, it would be excellent. I will choose the better view for the front page. I also was thinking on when we met a prime digit, we replace by the statment " I am a prime" in a circle shape, is this possible? – Mutaz May 21 at 22:41
  • Are you aware of this post? – Schrödinger's cat May 22 at 1:32
11

Here's a low tech way to do this. This uses predetermined colours or a randomly assigned color for each digit. The random colour code is taken from Generate random color in way that works with both pdflatex and lualatex.

\documentclass{article}
\usepackage{shapepar}
\usepackage{microtype}
\usepackage{xcolor}
\usepackage{pgf}
\usepackage{pgffor}
\usepackage{xcolor}

\usepackage{ifluatex}
\usepackage{ifxetex}
\newif\ifrandomcolor
% begin code from https://tex.stackexchange.com/a/447066/
\ifluatex
  \let\pdfrandomseed\randomseed
\fi

\ifxetex
  \pgfmathsetseed{\time}
\else
  \pgfmathsetseed{\number\pdfrandomseed}
\fi

\newcommand{\randomcolor}{%
    \pgfmathsetmacro{\R}{rnd}%
    \pgfmathsetmacro{\G}{rnd}%
    \pgfmathsetmacro{\B}{rnd}%
    \definecolor{randomcol}{rgb}{\R,\G,\B}%
}
% end code from https://tex.stackexchange.com/a/447066/

\newcommand{\assigncolors}{
\ifrandomcolor
\def\1{\randomcolor\textcolor{randomcol}{1}}
\def\2{\randomcolor\textcolor{randomcol}{2}}
\def\3{\randomcolor\textcolor{randomcol}{3}}
\def\4{\randomcolor\textcolor{randomcol}{4}}
\def\5{\randomcolor\textcolor{randomcol}{5}}
\def\6{\randomcolor\textcolor{randomcol}{6}}
\def\7{\randomcolor\textcolor{randomcol}{7}}
\def\8{\randomcolor\textcolor{randomcol}{8}}
\def\9{\randomcolor\textcolor{randomcol}{9}}
\def\0{\randomcolor\textcolor{randomcol}{0}}
\else
\def\1{\textcolor{red!10}{1}}
\def\2{\textcolor{red!20}{2}}
\def\3{\textcolor{red!30}{3}}
\def\4{\textcolor{red!40}{4}}
\def\5{\textcolor{red!50}{5}}
\def\6{\textcolor{red!60}{6}}
\def\7{\textcolor{red!70}{7}}
\def\8{\textcolor{red!80}{8}}
\def\9{\textcolor{red!90}{9}}
\def\0{\textcolor{red!100}{0}}
\fi
}


\def\pipar#1{\shapepar{\pishape}#1\par}
\def\pishape{%
{25.0839}%
{0.0838926}b{14.3456}\\%
{0.0838926}t{14.3456}{33.3054}\\%
{0.503356}t{11.5772}{37.6678}\\%
{1.25839}t{9.98322}{39.6812}\\%
{2.09732}t{8.52614}{41.5578}\\%
{2.85235}t{7.21477}{42.8691}\\%
{3.27181}t{6.7953}{43.2886}\\%
{4.11074}t{5.95638}{43.7081}\\%
{5.28524}t{4.78188}{43.7081}\\%
{5.62081}t{4.44631}{15.1007}st{19.547}{12.6678}st{32.2148}{15.0168}\\%
{5.62081}t{4.44631}{7.9698}t{19.547}{2.34899}t{32.2148}{2.34899}\\%
{6.04027}t{4.18011}{6.22257}t{19.4227}{2.37488}t{32.1424}{2.37047}\\%
{6.87919}t{3.64772}{5.16101}t{19.1741}{2.42667}t{31.9978}{2.41343}\\%
{7.63423}t{3.16856}{4.04621}t{18.9504}{2.47328}t{31.8676}{2.45208}\\%
{8.05369}t{2.90236}{3.80463}t{18.8261}{2.49917}t{31.7953}{2.47356}\\%
{8.38926}t{2.6894}{3.61137}t{18.7267}{2.51989}t{31.7245}{2.50373}\\%
{9.22819}t{2.15701}{3.12823}t{18.4781}{2.57167}t{31.5474}{2.57045}\\%
{9.98322}t{1.67785}{2.96021}t{18.2544}{2.61828}t{31.388}{2.6305}\\%
{11.5772}t{0.415968}{2.85584}t{17.7821}{2.71667}t{31.0515}{2.75727}\\%
{11.9966}t{0.0838926}{2.91826}t{17.6578}{2.74256}t{30.9629}{2.79063}\\%
{12.4161}t{0.0838926}{2.64861}t{17.5336}{2.76846}t{30.8743}{2.82399}\\%
{12.7517}t{0.0838926}{2.43289}t{17.4088}{2.81003}t{30.8035}{2.85068}\\%
{13.1711}t{0.0838926}{2.22315}t{17.2529}{2.862}t{30.715}{2.88404}\\%
{13.5906}t{0.0838926}{2.01342}t{17.097}{2.91397}t{30.6264}{2.9174}\\%
{14.0101}t{0.0838926}{0.838926}t{16.9411}{2.96594}t{30.5378}{2.95076}\\%
{14.0101}e{0.922819}t{16.9411}{2.96594}t{30.5378}{2.95076}\\%
{14.7651}t{16.6605}{3.05948}t{30.3785}{3.01081}\\%
{15.604}t{16.3487}{3.16342}t{30.2013}{3.18792}\\%
{16.7785}t{15.9121}{3.30893}t{30.0039}{3.3854}\\%
{21.896}t{14.0101}{3.94295}t{29.1434}{4.24586}\\%
{25.0839}t{12.7724}{4.3305}t{28.6074}{4.78188}\\%
{25.8389}t{12.4793}{4.42229}t{28.6074}{4.78188}\\%
{29.0268}t{11.2416}{4.80984}t{28.6074}{5.39494}\\%
{29.4463}t{11.0415}{4.8981}t{28.6074}{5.47561}\\%
{30.2013}t{10.6813}{5.04094}t{28.6074}{5.62081}\\%
{30.6208}t{10.4812}{5.12029}t{28.6074}{5.72383}\\%
{34.9832}t{8.40004}{5.9456}t{28.9901}{6.41263}\\%
{35.4027}t{8.19993}{6.00914}t{29.0268}{6.58557}\\%
{37.3322}t{7.27942}{6.30143}t{29.5346}{7.04256}\\%
{38.1711}t{6.87919}{6.42852}t{29.7554}{6.64702}\\%
{38.5906}t{6.87919}{6.29195}t{29.8658}{6.44925}\\%
{39.3456}t{7.09492}{5.59084}t{30.1612}{5.9965}\\%
{39.7651}t{7.21477}{5.20134}t{30.3254}{5.4129}\\%
{40.5201}t{7.63423}{4.24257}t{30.6208}{4.36242}\\%
{40.9396}t{8.01175}{3.56544}t{31.2081}{2.60067}\\%
{41.3591}t{8.38926}{2.43289}t{31.7953}{0.838926}\\%
{41.3591}e{10.8221}e{32.6342}%
}



\begin{document}
\randomcolortrue
\assigncolors

{\pipar{\3 . \1 \4 \1 \5 \9 \2 \6 \5 \3 \5 \8 \9 \7 \9 \3 \2 \3 \8 \4 \6 \2 \6 \4 \3 \3 \8 \3 \2 \7 \9 \5 \0 \2 \8 \8 \4 \1 \9 \7 \1 \6 \9 \3 \9 \9 \3 \7 \5 \1 \0 \5 \8 \2 \0 \9 \7 \4 \9 \4 \4 \5 \9 \2 \3 \0 \7 \8 \1 \6 \4 \0 \6 \2 \8 \6  \2 \0 \8 \9 \9 \8 \6 \2 \8 \0 \3 \4 \8 \2 \5 \3 \4 \2 \1 \1 \7 \0 \6 \7 \9 \8 \2 \1 \4 \8 \0 \8 \6 \5 \1 \3 \2 \8 \2 \3 \0 \6 \6 \4 \7 \0 \9 \3 \8 \4 \4 \6 \0 \9 \5 \5 \0 \5 \8 \2 \2 \3 \1 \7 \2 \5 \3 \5 \9 \4 \0 \8 \1 \2 \8 \4 \8 \1  \1 \1 \7 \4 \5 \0 \2 \8 \4 \1 \0 \2 \7 \0 \1 \9 \3 \8 \5 \2 \1 \1 \0 \5 \5 \5 \9 \6 \4 \4 \6 \2 \2 \9 \4 \8 \9 \5 \4 \9 \3 \0 \3 \8 \1 \9 \6 \4 \4 \2 \8 \8 \1 \0 \9 \7 \5 \6 \6 \5 \9 \3 \3 \4 \4 \6 \1 \2 \8 \4 \7 \5 \6 \4 \8 \2 \3 \3  \7 \8 \6 \7 \8 \3 \1 \6 \5 \2 \7 \1 \2 \0 \1 \9 \0 \9 \1 \4 \5 \6 \4 \8 \5 \6 \6 \9 \2 \3 \4 \6 \0 \3 \4 \8 \6 \1 \0 \4 \5 \4 \3 \2 \6 \6 \4 \8 \2 \1 \3 \3 \9 \3 \6 \0 \7 \2 \6 \0 \2 \4 \9 \1 \4 \1 \2 \7 \3 \7 \2 \4 \5 \8 \7 \0 \0 \6  \6 \0 \6 \3 \1 \5 \5 \8 \8 \1 \7 \4 \8 \8 \1 \5 \2 \0 \9 \2 \0 \9 \6 \2 \8 \2 \9 \2 \5 \4 \0 \9 \1 \7 \1 \5 \3 \6 \4 \3 \6 \7 \8 \9 \2 \5 \9 \0 \3 \6 \0 \0 \1 \1 \3 \3 \0 \5 \3 \0 \5 \4 \8 \8 \2 \0 \4 \6 \6 \5 \2 \1 \3 \8 \4 \1 \4 \6  \9 \5 \1 \9 \4 \1 \5 \1 \1 \6 \0 \9 \4 \3 \3 \0 \5 \7 \2 \7 \0 \3 \6 \5 \7 \5 \9 \5 \9 \1 \9 \5 \3 \0 \9 \2 \1 \8 \6 \1 \1 \7 \3 \8 \1 \9 \3 \2 \6 \1 \1 \7 \9 \3 \1 \0 \5 \1 \1 \8 \5 \4 \8 \0 \7 \4 \4 \6 \2 \3 \7 \9 \9 \6 \2 \7 \4 \9  \5 \6 \7 \3 \5 \1 \8 \8 \5 \7 \5 \2 \7 \2 \4 \8 \9 \1 \2 \2 \7 \9 \3 \8 \1 \8 \3 \0 \1 \1 \9 \4 \9 \1}
}

\randomcolorfalse
\assigncolors
{\pipar{\3 . \1 \4 \1 \5 \9 \2 \6 \5 \3 \5 \8 \9 \7 \9 \3 \2 \3 \8 \4 \6 \2 \6 \4 \3 \3 \8 \3 \2 \7 \9 \5 \0 \2 \8 \8 \4 \1 \9 \7 \1 \6 \9 \3 \9 \9 \3 \7 \5 \1 \0 \5 \8 \2 \0 \9 \7 \4 \9 \4 \4 \5 \9 \2 \3 \0 \7 \8 \1 \6 \4 \0 \6 \2 \8 \6  \2 \0 \8 \9 \9 \8 \6 \2 \8 \0 \3 \4 \8 \2 \5 \3 \4 \2 \1 \1 \7 \0 \6 \7 \9 \8 \2 \1 \4 \8 \0 \8 \6 \5 \1 \3 \2 \8 \2 \3 \0 \6 \6 \4 \7 \0 \9 \3 \8 \4 \4 \6 \0 \9 \5 \5 \0 \5 \8 \2 \2 \3 \1 \7 \2 \5 \3 \5 \9 \4 \0 \8 \1 \2 \8 \4 \8 \1  \1 \1 \7 \4 \5 \0 \2 \8 \4 \1 \0 \2 \7 \0 \1 \9 \3 \8 \5 \2 \1 \1 \0 \5 \5 \5 \9 \6 \4 \4 \6 \2 \2 \9 \4 \8 \9 \5 \4 \9 \3 \0 \3 \8 \1 \9 \6 \4 \4 \2 \8 \8 \1 \0 \9 \7 \5 \6 \6 \5 \9 \3 \3 \4 \4 \6 \1 \2 \8 \4 \7 \5 \6 \4 \8 \2 \3 \3  \7 \8 \6 \7 \8 \3 \1 \6 \5 \2 \7 \1 \2 \0 \1 \9 \0 \9 \1 \4 \5 \6 \4 \8 \5 \6 \6 \9 \2 \3 \4 \6 \0 \3 \4 \8 \6 \1 \0 \4 \5 \4 \3 \2 \6 \6 \4 \8 \2 \1 \3 \3 \9 \3 \6 \0 \7 \2 \6 \0 \2 \4 \9 \1 \4 \1 \2 \7 \3 \7 \2 \4 \5 \8 \7 \0 \0 \6  \6 \0 \6 \3 \1 \5 \5 \8 \8 \1 \7 \4 \8 \8 \1 \5 \2 \0 \9 \2 \0 \9 \6 \2 \8 \2 \9 \2 \5 \4 \0 \9 \1 \7 \1 \5 \3 \6 \4 \3 \6 \7 \8 \9 \2 \5 \9 \0 \3 \6 \0 \0 \1 \1 \3 \3 \0 \5 \3 \0 \5 \4 \8 \8 \2 \0 \4 \6 \6 \5 \2 \1 \3 \8 \4 \1 \4 \6  \9 \5 \1 \9 \4 \1 \5 \1 \1 \6 \0 \9 \4 \3 \3 \0 \5 \7 \2 \7 \0 \3 \6 \5 \7 \5 \9 \5 \9 \1 \9 \5 \3 \0 \9 \2 \1 \8 \6 \1 \1 \7 \3 \8 \1 \9 \3 \2 \6 \1 \1 \7 \9 \3 \1 \0 \5 \1 \1 \8 \5 \4 \8 \0 \7 \4 \4 \6 \2 \3 \7 \9 \9 \6 \2 \7 \4 \9  \5 \6 \7 \3 \5 \1 \8 \8 \5 \7 \5 \2 \7 \2 \4 \8 \9 \1 \2 \2 \7 \9 \3 \8 \1 \8 \3 \0 \1 \1 \9 \4 \9 \1}
}


\end{document}

random colours

fixed colours

| improve this answer | |
  • Thank you! Can we make it with random colors? – Mutaz May 21 at 23:06
  • @Mutaz Do you want a random colour selected from a list of colours, or a truly random colour from e.g. 3 RGB values? – Alan Munn May 22 at 0:32
  • Random colors is fine – Mutaz May 22 at 0:44
  • That what I was looking for. Thank you so much! – Mutaz May 22 at 7:50
  • Ok, now, for extra credit :-), modify the coloring algorithm so the colored digits form letters of some not-so-hidden message. – Carl Witthoft May 22 at 13:52
11

Here we use tokcycle to smoothly vary the colors from one end to the other, and then pass the resulting token stream to a version of the OP's \pipar routine.

\documentclass{article}
\usepackage{shapepar,microtype,xcolor}
\def\pipar#1{\shapepar{\pishape}\bfseries#1\par}
\def\pishape{%
{25.0839}%
{0.0838926}b{14.3456}\\%
{0.0838926}t{14.3456}{33.3054}\\%
{0.503356}t{11.5772}{37.6678}\\%
{1.25839}t{9.98322}{39.6812}\\%
{2.09732}t{8.52614}{41.5578}\\%
{2.85235}t{7.21477}{42.8691}\\%
{3.27181}t{6.7953}{43.2886}\\%
{4.11074}t{5.95638}{43.7081}\\%
{5.28524}t{4.78188}{43.7081}\\%
{5.62081}t{4.44631}{15.1007}st{19.547}{12.6678}st{32.2148}{15.0168}\\%
{5.62081}t{4.44631}{7.9698}t{19.547}{2.34899}t{32.2148}{2.34899}\\%
{6.04027}t{4.18011}{6.22257}t{19.4227}{2.37488}t{32.1424}{2.37047}\\%
{6.87919}t{3.64772}{5.16101}t{19.1741}{2.42667}t{31.9978}{2.41343}\\%
{7.63423}t{3.16856}{4.04621}t{18.9504}{2.47328}t{31.8676}{2.45208}\\%
{8.05369}t{2.90236}{3.80463}t{18.8261}{2.49917}t{31.7953}{2.47356}\\%
{8.38926}t{2.6894}{3.61137}t{18.7267}{2.51989}t{31.7245}{2.50373}\\%
{9.22819}t{2.15701}{3.12823}t{18.4781}{2.57167}t{31.5474}{2.57045}\\%
{9.98322}t{1.67785}{2.96021}t{18.2544}{2.61828}t{31.388}{2.6305}\\%
{11.5772}t{0.415968}{2.85584}t{17.7821}{2.71667}t{31.0515}{2.75727}\\%
{11.9966}t{0.0838926}{2.91826}t{17.6578}{2.74256}t{30.9629}{2.79063}\\%
{12.4161}t{0.0838926}{2.64861}t{17.5336}{2.76846}t{30.8743}{2.82399}\\%
{12.7517}t{0.0838926}{2.43289}t{17.4088}{2.81003}t{30.8035}{2.85068}\\%
{13.1711}t{0.0838926}{2.22315}t{17.2529}{2.862}t{30.715}{2.88404}\\%
{13.5906}t{0.0838926}{2.01342}t{17.097}{2.91397}t{30.6264}{2.9174}\\%
{14.0101}t{0.0838926}{0.838926}t{16.9411}{2.96594}t{30.5378}{2.95076}\\%
{14.0101}e{0.922819}t{16.9411}{2.96594}t{30.5378}{2.95076}\\%
{14.7651}t{16.6605}{3.05948}t{30.3785}{3.01081}\\%
{15.604}t{16.3487}{3.16342}t{30.2013}{3.18792}\\%
{16.7785}t{15.9121}{3.30893}t{30.0039}{3.3854}\\%
{21.896}t{14.0101}{3.94295}t{29.1434}{4.24586}\\%
{25.0839}t{12.7724}{4.3305}t{28.6074}{4.78188}\\%
{25.8389}t{12.4793}{4.42229}t{28.6074}{4.78188}\\%
{29.0268}t{11.2416}{4.80984}t{28.6074}{5.39494}\\%
{29.4463}t{11.0415}{4.8981}t{28.6074}{5.47561}\\%
{30.2013}t{10.6813}{5.04094}t{28.6074}{5.62081}\\%
{30.6208}t{10.4812}{5.12029}t{28.6074}{5.72383}\\%
{34.9832}t{8.40004}{5.9456}t{28.9901}{6.41263}\\%
{35.4027}t{8.19993}{6.00914}t{29.0268}{6.58557}\\%
{37.3322}t{7.27942}{6.30143}t{29.5346}{7.04256}\\%
{38.1711}t{6.87919}{6.42852}t{29.7554}{6.64702}\\%
{38.5906}t{6.87919}{6.29195}t{29.8658}{6.44925}\\%
{39.3456}t{7.09492}{5.59084}t{30.1612}{5.9965}\\%
{39.7651}t{7.21477}{5.20134}t{30.3254}{5.4129}\\%
{40.5201}t{7.63423}{4.24257}t{30.6208}{4.36242}\\%
{40.9396}t{8.01175}{3.56544}t{31.2081}{2.60067}\\%
{41.3591}t{8.38926}{2.43289}t{31.7953}{0.838926}\\%
{41.3591}e{10.8221}e{32.6342}%
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