%Testing the brclc package and program 08/1999 \documentclass[a4paper,12pt]{article} \usepackage[latin1]{inputenc} %for UNIX/LINUX \usepackage[]{brclc} \pagestyle{plain} \begin{document} \begin{center} \Large Test of the \verb|brclc| package and the \verb|brclc| program\\ \normalsize Bernd Radgen Version 0.1 08/1999 \end{center} Calculating a tabular: \clc{6:1.95583=} %Euro Faktor \begin{center} \begin{tabular}{|c|p{12em}|r|r|r|} \hline quantity & marking& single-price &\multicolumn{2}{c|}{all-price}\\ && (DM)& (DM)& (Euro)\\ \hline \clc{1:100>.} & nails &\clc{2:0.06>} &\clc{1:*2:=3:>} \clc{4:+3:=4:}& \clc{3:/6:=>} \\ \hline \clc{1:10>.} & planks &\clc{2:5.65>} &\clc{1:*2:=3:>} \clc{4:+3:=4:}& \clc{3:/6:=>} \\ \hline \clc{1:12>.} & small planks &\clc{2:1.15>} &\clc{1:*2:=3:>} \clc{4:+3:=4:}& \clc{3:/6:=>} \\ \hline \clc{1:3>.} & iron &\clc{2:8.71>} &\clc{1:*2:=3:>} \clc{4:+3:=4:}& \clc{3:/6:=>} \\ \hline \hline \multicolumn{3}{|r|}{sum:}&\clc{4:>} & \clc{4:/6:=>} \\ \hline \multicolumn{3}{|r|}{15\% tax:} &\clc{7:100=}\clc{4:/7:=5:}\clc{7:15=}\clc{5:*7:=5:>} & \clc{5:/6:=>} \\ \hline \hline \multicolumn{3}{|r|}{\textbf{sum-total:}} & \textbf{\clc{4:+5:=7:>}} & \textbf{\clc{7:/6:=>}} \\ \hline \end{tabular} \end{center} Show the output formatting possibilitys: \begin{center} \begin{tabular}{|c|l|} \hline rounded:&output:\\ \hline \verb|\clc{1:60.56416>.}|$\;\,$ &\clc{1:60.56416>.}\\ \verb|\clc{1:60.56416>.0}|&\clc{1:60.56416>.0}\\ \verb|\clc{1:60.56416>.1}|&\clc{1:60.56416>.1}\\ \verb|\clc{1:60.56416>.2}|&\clc{1:60.56416>.2}\\ \verb|\clc{1:60.56416>.3}|&\clc{1:60.56416>.3}\\ \verb|\clc{1:60.56416>.4}|&\clc{1:60.56416>.4}\\ $\vdots$&$\quad\vdots$\\ \verb|\clc{1:60.56416>.8}|&\clc{1:60.56416>.8}\\ \hline \end{tabular} \end{center} \begin{center} \begin{tabular}{|c|l|} \hline unrounded:&output:\\ \hline \verb|\clc{1:60.56416>,}|$\;\,$ &\clc{1:60.56416>,}\\ \verb|\clc{1:60.56416>,0}|&\clc{1:60.56416>,0}\\ \verb|\clc{1:60.56416>,1}|&\clc{1:60.56416>,1}\\ \verb|\clc{1:60.56416>,2}|&\clc{1:60.56416>,2}\\ \verb|\clc{1:60.56416>,3}|&\clc{1:60.56416>,3}\\ \verb|\clc{1:60.56416>,4}|&\clc{1:60.56416>,4}\\ $\vdots$&$\quad\vdots$\\ \verb|\clc{1:60.56416>,8}|&\clc{1:60.56416>,8}\\ \hline \end{tabular} \end{center} Show the implemented calculation posibilities: \samepage \begin{center} \begin{tabular}{|l|l|} \hline command:&output:\\ \hline addition:&\\ \verb|$\clc{1:3>}+\clc{2:2>}=\clc{1:+2:=>.4}$| &$\clc{1:3>}+\clc{2:2>}=\clc{1:+2:=>}$\\ subtraction:&\\ \verb|$\clc{1:3>}-\clc{2:2>}=\clc{1:-2:=>.4}$| &$\clc{1:3>}-\clc{2:2>}=\clc{1:-2:=>}$\\ multiplication:&\\ \verb|$\clc{1:3>}*\clc{2:2>}=\clc{1:*2:=>.4}$| &$\clc{1:3>}*\clc{2:2>}=\clc{1:*2:=>.4}$\\ division:&\\ \verb|$\clc{1:3>}/\clc{2:2>}=\clc{1:/2:=>.4}$| &$\clc{1:3>}/\clc{2:2>}=\clc{1:/2:=>.4}$\\ \hline pow:&\\ \verb|$\clc{1:3>}^{\clc{2:2>}}=\clc{1:^2:=>.4}$| &$\clc{1:3>}^{\clc{2:2>}}=\clc{1:^2:=>.4}$\\ sqrt$^{\ast}$:&\\ \verb|$\clc{1:3>}^{\clc{2:0.5>}}=\clc{1:^2:=>.4}$| &$\clc{1:3>}^{\clc{2:0.5>}}=\clc{1:^2:=>.4}$\\ exp:&\\ \verb|$\exp\clc{1:3>}=\clc{1:exp=>.4}$| &$\exp\clc{1:3>}=\clc{1:exp=>.4}$\\ ln:&\\ \verb|$\ln\clc{1:3>}=\clc{1:ln=>.4}$| &$\ln\clc{1:3>}=\clc{1:ln=>.4}$\\ log:&\\ \verb|$\ln\clc{1:3>}=\clc{1:log=>.4}$| &$\log\clc{1:3>}=\clc{1:log=>.4}$\\ \hline sin$^{\ast\ast}$:&\\ \verb|$\sin\clc{1:3>}=\clc{1:sin=>.4}$| &$\sin\clc{1:3>}=\clc{1:sin=>.4}$\\ cos$^{\ast\ast}$:&\\ \verb|$\cos\clc{1:3>}=\clc{1:cos=>.4}$| &$\cos\clc{1:3>}=\clc{1:cos=>.4}$\\ tan$^{\ast\ast}$:&\\ \verb|$\tan\clc{1:3>}=\clc{1:tan=>.4}$| &$\tan\clc{1:3>}=\clc{1:tan=>.4}$\\ asin$^{\ast\ast}$:&\\ \verb|$\arcsin\clc{1:0.3>}=\clc{1:asin=>.4}$| &$\arcsin\clc{1:0.3>}=\clc{1:asin=>.4}$\\ acos$^{\ast\ast}$:&\\ \verb|$\arccos\clc{1:0.3>}=\clc{1:acos=>.4}$| &$\arccos\clc{1:0.3>}=\clc{1:acos=>.4}$\\ atan$^{\ast\ast}$:&\\ \verb|$\arctan\clc{1:0.3>}=\clc{1:atan=>.4}$| &$\arctan\clc{1:0.3>}=\clc{1:atan=>.4}$\\ \hline \end{tabular} \end{center} $^{\ast\;\,}$-sqrt implemented over the pow-function.\\ $^{\ast\ast}$-trigonometric functions in radiant!\\ \end{document}