1 %Note the following two packages were added by Dr. A during Grading.
   2 %Edits are a combination of strikeout text (deleted) and red (added text)
   3 \usepackage{xcolor}
   4 \usepackage{ulem}
   5 
   6 Strikeout text example: \sout{text to strike out} from the ulem package.
   7 Colored text: \textcolor{red}{Text colored red}.

   1 \usepackage{listings}
   2 \usepackage{etoolbox}
   3 \usepackage{color}
   4 ...
   5 
   6 \definecolor{base0}{RGB}{131,148,150}
   7 \definecolor{base01}{RGB}{88,110,117}
   8 \definecolor{base2}{RGB}{238,232,213}
   9 \definecolor{sgreen}{RGB}{133,153,0}
  10 \definecolor{sblue}{RGB}{38,138,210}
  11 \definecolor{scyan}{RGB}{42,161,151}
  12 \definecolor{smagenta}{RGB}{211,54,130}
  13 
  14 
  15 \newcommand\digitstyle{\color{smagenta}}
  16 \newcommand\symbolstyle{\color{base01}}
  17 \makeatletter %Allows the use of ampersand in a macro name giving access to lst@mod from package
  18 \newcommand{\ProcessDigit}[1]
  19 {%
  20   \ifnum\lst@mode=\lst@Pmode\relax%
  21    {\digitstyle #1}%
  22   \else
  23     #1%
  24   \fi
  25 }
  26 \makeatother %Returns ampersand to cat11 see: https://tex.stackexchange.com/questions/8351/what-do-makeatletter-and-makeatother-do
  27 
  28 \lstdefinestyle{solarizedcsharp} {
  29   language=[Sharp]C,
  30   frame=lr,
  31   linewidth=160mm,
  32   breaklines=true,
  33   tabsize=2,
  34   numbers=left,
  35   numbersep=5pt,
  36   firstnumber=auto,
  37   numberstyle=\tiny\ttfamily\color{base0},
  38   rulecolor=\color{base2},
  39   basicstyle=\footnotesize\ttfamily,
  40   commentstyle=\color{base01},
  41   morecomment=[s][\color{base01}]{/*+}{*/},
  42   morecomment=[s][\color{base01}]{/*-}{*/},
  43   morekeywords={  abstract, event, new, struct,
  44                 as, explicit, null, switch,
  45                 base, extern, object, this,
  46                 bool, false, operator, throw,
  47                 break, finally, out, true,
  48                 byte, fixed, override, try,
  49                 case, float, params, typeof,
  50                 catch, for, private, uint,
  51                 char, foreach, protected, ulong,
  52                 checked, goto, public, unchecked,
  53                 class, if, readonly, unsafe,
  54                 const, implicit, ref, ushort,
  55                 continue, in, return, using,
  56                 decimal, int, sbyte, virtual,
  57                 default, interface, sealed, volatile,
  58                 delegate, internal, short, void,
  59                 do, is, sizeof, while,
  60                 double, lock, stackalloc,
  61                 else, long, static,
  62                 enum, namespace, string, var},
  63   keywordstyle=\bfseries\color{sgreen},
  64   showstringspaces=false,
  65   stringstyle=\color{scyan},
  66   identifierstyle=\color{sblue},
  67   extendedchars=true,
  68   captionpos=b,
  69   linewidth=0.99\textwidth,
  70   xleftmargin=.1\textwidth,
  71   literate=
  72     {0}{{\ProcessDigit{0}} }1
  73     {1}{{\ProcessDigit{1}} }1
  74     {2}{{\ProcessDigit{2}} }1
  75     {3}{{\ProcessDigit{3}} }1
  76     {4}{{\ProcessDigit{4}} }1
  77     {5}{{\ProcessDigit{5}} }1
  78     {6}{{\ProcessDigit{6}} }1
  79     {7}{{\ProcessDigit{7}} }1
  80     {8}{{\ProcessDigit{8}} }1
  81     {9}{{\ProcessDigit{9}} }1
  82     {\}}{{\symbolstyle{\}} } }1
  83     {\{}{{\symbolstyle{\{}} }1
  84     {(}{{\symbolstyle{(}} }1
  85     {)}{{\symbolstyle{)}} }1
  86     {=}{{\symbolstyle{$=$}} }1
  87     {;}{{\symbolstyle{$;$}} }1
  88     {>}{{\symbolstyle{$>$}} }1
  89     {<}{{\symbolstyle{$<$}} }1
  90     {\%}{{\symbolstyle{$\%$}} }1,
  91 }
  92 
  93 \lstset{escapechar=@,style=solarizedcsharp}
  94 
  95 ...
  96 
  97 \begin{lstlisting}[label={lst:EuclidAlg},caption={Euclid's algorithm.}]
  98 EUCLID(a,b) {
  99     A = a
 100     B = b
 101     while (true) {
 102         if (B=0) return A
 103         R= A \% B
 104         A = B$
 105         B = R$
 106     }
 107 }
 108 \end{lstlisting}

   1 \noindent
   2 \begin{minipage}{4.4in}
   3 \tt
   4 \noindent
   5 \hrulefill
   6 \begin{tabbing}
   7 {\bf  Sat(M,n)} \\
   8 {\bf input:} Matrix $M$ representing a gap-graph over $n+1$ vertices.\\
   9 {\bf output:} True or False depending on whether $M$ is satisfiable. \\
  10 \\ m := 0 \\
  11 {\bf repeat} \= \\
  12           \> m := m + 1 \\
  13           \> {\bf for} \= i := 0 to n {\bf do} \\
  14           \>           \> {\bf for} \= j := 0 to n {\bf do} \\
  15           \>           \>           \> {\bf for} \= k := 0 to n {\bf do} \\
  16           \>           \>           \>           \> $M[i,j] := \max(M[i,j],M[i,k]+M[k,j])$ \\
  17           \>           \>           \> {\bf end-for} \\
  18           \>           \> {\bf end-for} \\
  19           \> {\bf end-for} \\
  20 {\bf until}  $m = \log(n+1)$ \\
  21 \\
  22 Flag := True \\
  23 \\
  24 {\bf for} \= i := 0 to n {\bf do} \\
  25           \> {\bf if} \= $M[i,i] > 0$ {\bf then} \\
  26           \>          \> Flag := False \\
  27 {\bf end-for} \\
  28 \\
  29 {\bf return}(Flag)
  30 \end{tabbing}
  31 \hrulefill\\
  32 \rm
  33 \end{minipage}

   1 %defines the datalog operator :- with correct spacing etc.
   2 \def\lfp{\mathop{\hbox{\it lfp}} }
   3 \def\impl{\mathrel{\hbox{~~:---~~}} }
   4 
   5 %defines the program code minipage environment that I used with rules top and bottom
   6 %NOTE: you will need to change the lift value for the \rule command. This is set for 1.5 spacing.
   7 %      single spacing: 6pt/6pt and doublespacing: 0pt and 12 point (I believe)
   8 %NOTE: If you use a \tabbing environment immediately after \progstart, (follow progstart by) put \vspace{-18pt}
   9 \def\progstart{\begin{center}\begin{minipage}{0.98\textwidth}\tt\small\noindent\rule[0pt]{\textwidth}{0.4pt} \\}
  10 \def\progend{\rm\rule[6pt]{\textwidth}{0.4pt} \\ \end{minipage}\end{center}}

   1 \def\ojoin{\setbox0=\hbox{$\bowtie$}%
   2   \rule[-.02ex]{.25em}{.4pt}\llap{\rule[\ht0]{.25em}{.4pt}} }
   3 \def\leftouterjoin{\mathbin{\ojoin\mkern-5.8mu\bowtie}}
   4 \def\rightouterjoin{\mathbin{\bowtie\mkern-5.8mu\ojoin}}
   5 \def\fullouterjoin{\mathbin{\ojoin\mkern-5.8mu\bowtie\mkern-5.8mu\ojoin}}
   6 
   7 \begin{document}
   8 \[A\leftouterjoin B\]
   9 \[A\rightouterjoin B\]
  10 \[A\fullouterjoin B\]
  11 \end{document}

   1 \begin{figure}[tbf]
   2   \centering
   3   \includegraphics[bb=2.25in 5.2in 6.9in 9.6in,page=1,width=.75\textwidth]{figs/BibleBeliefsDatabaseDiagram.pdf}\\
   4   \caption{Bible Beliefs Database Diagram}\label{fig:DBDiagram}
   5 \end{figure}

   1   \begin{figure}[ht]
   2   \begin{minipage}[t]{.45\textwidth}
   3   \centerline{\psfig{file=<file-directory/file-name>.eps,height=xcm}}
   4   \caption{\small Some text.}
   5   \label{fig:xx}
   6   \end{minipage}
   7   \hfil
   8   \begin{minipage}[t]{.45\textwidth}
   9   \centerline{\psfig{file=<file-directory/file-name>.eps,height=xcm}}
  10   \caption{\small Some text.}
  11   \label{fig:xx}
  12   \end{minipage}
  13   \end{figure}

   1   \begin{figure}[ht]
   2   \begin{center}
   3   \begin{tabular}{ccc}
   4   \psfig{file=<file-directory/file1>.eps,height=5cm} &
   5   \psfig{file=<file-directory/file2>.eps,height=5cm} &
   6   \psfig{file=<file-directory/file3>.eps,height=5cm} &
   7   \end{tabular}
   8   \end{center}
   9   \caption{\small Left: xxx. Center: xxx. Right: xxx.}
  10   \label{fig:xx}
  11   \end{figure}

   1   \begin{table}[ht]
   2         %\begin{center} %Optionally you can center your table - depending on the format required
   3         \caption{\small Some text.}
   4         \label{tab:xx}
   5         
   6         \begin{tabular}{|l|c|r|}
   7                 \hline
   8                 \textbf{First Header} & \textbf{Second Header} & \textbf{Third Header} \\
   9                 \hline \hline
  10                 Value 1 & Value 2 & Value 3 \\ \hline
  11                 Value 1 & Value 2 & Value 3 \\ \hline
  12                 Value 1 & Value 2 & Value 3 \\ \hline
  13         \end{tabular}
  14         %\end{center} %Of course don't forget to end center if required.
  15 \end{table}

   1 \begin{table}[ht]
   2         \caption{\small Some text.}
   3         \label{tab:xx}
   4         \begin{tabular}{lcr}
   5                 \toprule
   6                 First Header & Second Header & Third Header \\
   7                 \midrule
   8                 Value 1 & Value 2 & Value 3 \\ 
   9                 Value 1 & Value 2 & Value 3 \\ 
  10                 Value 1 & Value 2 & Value 3 \\ 
  11         \end{tabular}
  12 \end{table}