%%% File: lapictures.tex %%% A part of mfpic 0.7a beta 2004/04/16 %%% % Magnify to same scale as pictures.tex : % (Use of \mag is against the law of LaTeX, but Bugs Bunny set a precedent.) \mag=1200 \documentclass{article} %%!!!!!!!!!!!!!!!!!!!!!!!!!!! % adjust these to your liking: \setlength{\paperheight}{11truein} \setlength{\paperwidth}{8.5truein} % Default plainTeX margins \setlength{\textwidth}{\paperwidth} \addtolength{\textwidth}{-2truein} \setlength{\textheight}{\paperheight} \addtolength{\textheight}{-2.1truein} \setlength{\headheight}{0in} \setlength{\headsep}{0in} \setlength{\oddsidemargin}{0in} \setlength{\evensidemargin}{\oddsidemargin} \setlength{\footskip}{\baselineskip} % Add the metapost option if you prefer. \usepackage{mfpic} \ifx\pdfoutput\UndEfInEd \else \setlength{\pdfpageheight}{\paperheight} \setlength{\pdfpagewidth}{\paperwidth} \fi \opengraphsfile{pics} \setlength{\mfpframesep}{0pt} \headshape{1}{1}{true} \newcommand{\vs}{\bigskip\filbreak} \renewcommand\raggedright{\rightskip 0pt plus2em \spaceskip.3333em \xspaceskip.5em\relax} \begin{document} \mftitle{Commutative Diagram example.} % A-----D % |\ /| % | C-F | % |/ \| % B- - -E \noindent \begin{mfpframe} \begin{mfpic}[12]{0}{10}{0}{10} \tlabeljustify{cc} \tcaption[2.0,1.0]{\raggedright{\it Figure 1:} Commutative diagram example.} \tlabels{(1,9){A} (1,1){B} (3,5){C} (9,9){D} (9,1){E} (7,5){F}} \setrender{\draw\arrow\trimpath{6pt}} \lines{(1,9), (1,1)} % A -> B. \lines{(1,9), (3,5)} % A -> C. \lines{(3,5), (1,1)} % C -> B. \lines{(1,9), (9,9)} % A -> D. \lines{(9,9), (9,1)} % D -> E. \lines{(9,9), (7,5)} % D -> F. \lines{(7,5), (9,1)} % F -> E. \lines{(3,5), (7,5)} % C -> F. % B- - ->E : %\dotted\arrow[r90][b-12pt]\arrow[b15pt]\reverse\arrow\lines{(1.5,1), (8.5,1)} \dotted\arrow\arrow[b10pt]\reverse\arrow\trimpath{6pt}\lines{(1,1), (9,1)} \end{mfpic} \end{mfpframe} \vs \mftitle{Function Plot with Cartesian Axes.} \noindent \begin{mfpframe} \begin{mfpic}[20]{-3}{3}{-3}{3} \axes \function{-2,2,0.1}{((x**3)-x)/3} \tcaption{\raggedright{\it Figure 2:} Function Plot with Cartesian Axes.} \end{mfpic} \end{mfpframe} \vs \mftitle{Parametric Function Plot, and Filled Circle.} \noindent \begin{mfpframe} \begin{mfpic}[30]{-1.5}{1.5}{-1}{1} \parafcn{0,6,0.1}{cosd(150t)*dir(90t)} \gfill\circle{(0,0),0.25} \tcaption{\raggedright{\it Figure 3:} Parametric Function Plot, and Filled Circle.} \end{mfpic} \end{mfpframe} \vs \mftitle{Bar Graph.} \noindent \begin{mfpframe} \begin{mfpic}[20]{-0.5}{4}{-0.5}{4} \axes \shade\draw\rect{(0,0),(1,0.5)} \darkershade \shade\draw\rect{(1,0),(2,1)} \hatch\draw\rect{(2,0),(3,2)} \tcaption{\raggedright{\it Figure 4:} Bar Graph.} \end{mfpic} \end{mfpframe} \vs \mftitle{Pie Chart.} \noindent \begin{mfpframe} \begin{mfpic}[30]{-1.3}{1.7}{-1}{1.1} \gfill\sector{(0.3,0.2), 1, 0,60} \shade\sector{(0,0), 1, 60,105} \turtle{(0,0), \plr{(1,105)}} \sector{(0,0), 1, 60,360} \tcaption{\raggedright{\it Figure 5:} Pie Chart.} \end{mfpic} \end{mfpframe} \noindent Unindented text here. \vs \mftitle{Circle with Arrow.} \noindent \begin{mfpframe} \begin{mfpic}[20]{-2}{2}{-1}{1} \arrow\circle{(0,0),1} \tcaption{\raggedright{\it Figure 6:} Circle with Arrow.} \end{mfpic} \end{mfpframe} \vs \mftitle{Use of hatch, draw, lclosed, connect, curve, point, lines, dotted, reverse.} \noindent \begin{mfpframe} \begin{mfpic}[20]{-3}{3}{-3}{3} \hatch\draw\lclosed\connect \curve{(1,0), (1,0.5), (1,1), (0,1.5)} \point{(0,0)} \endconnect \lines{(-1,1), (-1,-1), (1,-1.5)} \point{(0,0)} \dotted\reverse\lines{(-2,2), (-2,-2), (2,-3)} \tcaption{\rightskip= 0pt plus 3em {\it Figure 7:} Use of hatch, draw, lclosed, connect, curve, point, lines, dotted, reverse.} \end{mfpic} \end{mfpframe} \vs \mftitle{Simpler variant of the previous figure.} \noindent \begin{mfpframe} \begin{mfpic}[40]{-1}{1}{-1}{1} % Was `[20]'. \tcaption{\raggedright{\it Figure 8:} Simpler variant of the previous figure.} \hatch\draw\lclosed\connect \curve{(1,0), (0.5,0.25), (0.5,0.5), (0,0.75)} \point{(0,0)} \endconnect \reverse\lines{(-0.5,0.5), (-0.5,-0.5), (0.5,-0.75)} \tcaption{\raggedright{\it Figure 8:} Simpler variant of the previous figure.} \end{mfpic} \end{mfpframe} \vs \mftitle{Graph of data from file.} \begin{mfpframe} \begin{mfpic}[6]{-10}{10}{-2}{12} \makepercentother \using{#1% #2 #3}{(#1,#2)} \makepercentcomment \mfpdatacomment\# \fcncurve\datafile{data.dat} \axes \end{mfpic} \end{mfpframe} \closegraphsfile \end{document} %%% %%% EOF lapictures.tex %%%