\mag1200
\NoPageNumbers
\newif\ifmezera
\mezerafalse
\let\odstavec\par
\def\par{\odstavec\mezerafalse}
{\catcode`\@11 \gdef\logo@{}}
\hsize 180 true mm
\hcorrection{-15 true mm}
\vsize=270 true mm
\vcorrection{-20 true mm}
\parindent0pt
\newcount\priklad \priklad0
\def\pr{\ifmezera\quad\else\mezeratrue\fi
\advance\priklad1\relax\bf\the\priklad.\ \rm}
\def\oddel{\par$\cleaders\hbox{-- }\hfill$\par}
\def\varoddel{\par$\cleaders\hbox{$=\mkern-4mu===\mkern-4mu$}\hfill$\par}

\def\C{{\Bbb C}}

% funkce a operatory
\def\vn{\operatorname{int}}
\def\ext{\operatorname{ext}}
\def\tg{\operatorname{tg}}
\def\tgh{\operatorname{tgh}}
\def\cotg{\operatorname{cotg}}
\def\cotgh{\operatorname{cotgh}}
\def\arctg{\operatorname{arctg}}
\def\arccotg{\operatorname{arccotg}}
\def\sgn{\operatorname{sgn}}
\def\Re{\operatorname{Re}}
\def\Im{\operatorname{Im}}
\def\const{\,\text{const}\,}
\def\argtgh{\operatorname{argtgh}}
\def\argsinh{\operatorname{argsinh}}
\def\dist{\operatorname{dist}}
\def\Arg{\operatorname{Arg}}
\def\Log{\operatorname{Log}}

\def\d{\,\roman d}

% limity
\def\lp{\lim\limits_{n\to\infty}}
\def\lx#1{\lim\limits_{x\to#1}}
\def\ly#1{\lim\limits_{y\to#1}}
\def\lm#1#2{\lim\limits_{#1\to#2}}
\def\lxy#1#2{\lim\limits_{\smallmatrix x\to #1 \\ y\to
#2\endsmallmatrix}}

% sumy
\def\sk#1{\sum\limits_{k=#1}^\infty}
\def\sn#1{\sum\limits_{n=#1}^\infty}

% parcialni derivace
\def\pd#1#2{\frac{\partial #1}{\partial #2}}
\def\pdx#1{\frac{\partial #1}{\partial x}}
\def\pdy#1{\frac{\partial #1}{\partial y}}
\def\pdxx#1{\frac{\partial^2 #1}{\partial x^2}}
\def\pdyy#1{\frac{\partial^2 #1}{\partial y^2}}
\def\pdxy#1{\frac{\partial^2 #1}{\partial x\partial y}}
\def\pdyx#1{\frac{\partial^2 #1}{\partial y\partial x}}

% MATICE
\def\smb{\left(\smallmatrix}
\def\sme{\endsmallmatrix\right)}


\catcode`\@=13
\def@#1\par{\smc V\'ysledky a n\'avody.
\rm{#1}\par}
\newif\ifvysl
\vyslfalse

\endinput
