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\pard\plain\ltrpar\ql\s28\itap0{\s28\f0\fs24\lang1033{\*\listtag0}\abinodiroverride\ltrch Program Output:}{\s28\f0\fs24\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch josh@morpheus [~/cs621/proj2] Sat Mar 01 09:26:23 (0)}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch 21 $ java MyApp}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch Enter rational RPN expression (enter empty line to quit):}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch 65/130 65/130 +}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch Result is: 1}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch Enter rational RPN expression (enter empty line to quit):}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch 11/23 5/7 +}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch Result is: 192/161}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch Enter rational RPN expression (enter empty line to quit):}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch 3/8 3/4 *}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch Result is: 9/32}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch Enter rational RPN expression (enter empty line to quit):}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch 18/20 9/10 -}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch Result is: 0}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch Enter rational RPN expression (enter empty line to quit):}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch 1 5 + 8 4 1 - - *}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch Result is: 30}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch Enter rational RPN expression (enter empty line to quit):}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch 9/16 3 \\ 1 +}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch Result is: 19/16}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch Enter rational RPN expression (enter empty line to quit):}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch 9 8 7 6 5 4 3 2 1 - - - - - - - -}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch Result is: 5}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch Enter rational RPN expression (enter empty line to quit):}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch 987/9870}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch Result is: 1/10}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch Enter rational RPN expression (enter empty line to quit):}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f0\fs24\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f0\fs24\lang1033{\*\listtag0}\abinodiroverride\ltrch MyApp.java:}{\s28\f0\fs24\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f0\fs24\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch import java.io.BufferedReader;}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch import java.io.InputStreamReader;}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch /**}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch  * MyApp is the driver class for Calculator}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch  */}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch public class MyApp}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     /**}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * main is the entry point of the program}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      */}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     public static void main (String args[])}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         BufferedReader in = new BufferedReader(new InputStreamReader(System.in));}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         Calculator myCalc = new Calculator();}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         /* loop reading input lines until the user is finished */}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         for (;;)}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             System.out.println("Enter rational RPN expression (enter empty line to quit):");}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             String line;}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             try}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch                 line = in.readLine();}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             catch (Exception e)}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch                 System.out.println("Problem reading a line!");}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch                 return;}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             if (line.equals(""))}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch                 break;}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             myCalc.run(line);}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f0\fs24\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f0\fs24\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f0\fs24\lang1033{\*\listtag0}\abinodiroverride\ltrch Calculator.java:}{\s28\f0\fs24\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f0\fs24\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch import java.util.StringTokenizer;}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch /**}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch  * Calculator implements a RPN calculator that can act on rational values}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch  */}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch public class Calculator}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     private RationalStack stack = new RationalStack();}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     /**}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * pushOperand adds the given token to the top of the RationalStack object}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * @param val the token to add}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      */}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     private void pushOperand(String val)}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         StringTokenizer tokens = new StringTokenizer(val, "/");}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         if (tokens.hasMoreElements())}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             int num = Integer.parseInt(tokens.nextToken());}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             int denom = 1;}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             if (tokens.hasMoreElements())}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch                 denom = Integer.parseInt(tokens.nextToken());}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             stack.push(new Rational(num, denom));}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     /**}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * doOperator performs the action specified by op on the top two elements}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * of the RationalStack object}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * @param op the operator to perform}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      */}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     private void doOperator(String op)}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         if (stack.size() < 2)}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             return;}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         Rational two = stack.pop();}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         Rational one = stack.pop();}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         Rational result = new Rational();}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         if (op.equals("+"))}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             result = one.add(two);}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         else if (op.equals("-"))}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             result = one.subtract(two);}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         else if (op.equals("*"))}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             result = one.multiply(two);}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         else if (op.equals("\\\\"))}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             result = one.divide(two);}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         stack.push(result);}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     /**}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * run will evaluate the RPN expression and print its result}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * @param expression the expression to evaluate}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      */}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     public void run(String expression)}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         StringTokenizer tokens = new StringTokenizer(expression, " ");}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         while (tokens.hasMoreTokens())}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             String item = tokens.nextToken();}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             if (item.equals("+") || item.equals("-") ||}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch                 item.equals("*") || item.equals("\\\\"))}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch                 doOperator(item);}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             else}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch                 pushOperand(item);}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         }{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         if (stack.size() != 1)}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             System.out.println("Warning: malformed expression");}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         if (!stack.isEmpty())}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             System.out.println("Result is: " + stack.pop());}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f0\fs24\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f0\fs24\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f0\fs24\lang1033{\*\listtag0}\abinodiroverride\ltrch Rational.java:}{\s28\f0\fs24\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f0\fs24\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch /**}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch  * Rational is a class which can store a rational number of the form n/d}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch  * where n and d are integers, n is the numerator, and d is the denominator}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch  */}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch public class Rational}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     private int _numerator;}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     private int _denominator;}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     /**}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * This default constructor creates a Rational with value 0}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      */}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     public Rational()}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         this(0, 1);}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     /**}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * This constructor creates a Rational with value numerator/denominator}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * @param numerator the numerator of the Rational}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * @param denominator the denominator of the Rational}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      */}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     public Rational(int numerator, int denominator)}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         _numerator = numerator;}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         _denominator = denominator;}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         reduce();}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     /**}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * add adds this Rational to another}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * @param other the Rational to add to this one}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * @return the result of the addition}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      */}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     public Rational add(Rational other)}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         return new Rational(_numerator * other._denominator +}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch                                 other._numerator * _denominator,}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch                             _denominator * other._denominator);}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     /**}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * subtract subtracts another Rational from this one}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * @param other the other Rational to subtract from this one}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * @return the result of the subtraction}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      */}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     public Rational subtract(Rational other)}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         return new Rational(_numerator * other._denominator -}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch                                 other._numerator * _denominator,}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch                             _denominator * other._denominator);}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     /**}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * multiply multiplies this Rational with another}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * @param other the other Rational to multiply with this one}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * @return the result of the multiplication}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      */}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     public Rational multiply(Rational other)}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         return new Rational(_numerator * other._numerator,}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch                             _denominator * other._denominator);}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     /**}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * divide divides another Rational into this one}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * @param other the other Rational to divide into this one}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * @return the result of the division}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      */}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     public Rational divide(Rational other)}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         return new Rational(_numerator * other._denominator,}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch                             _denominator * other._numerator);}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     /**}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * gcd calculates the greatest common divisor between the}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * numerator and the denominator}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * @return the greatest common divisor}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      */}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     private int gcd()}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         int m = _numerator;}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         int n = _denominator;}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         int r;}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         while (n != 0)}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             r = m % n;}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             m = n;}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             n = r;}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         return m;}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     /**}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * reduce reduces the Rational to simplest terms using the gcd}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * @return itself}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      */}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     public Rational reduce()}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         int thegcd = gcd();}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         _numerator = _numerator / thegcd;}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         _denominator = _denominator / thegcd;}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         return this;}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     }{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     /**}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * toString returns a string representation of the Rational in n/m form}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * @return a string representation of the Rational in n/m form}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      */}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     public String toString()}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         return _numerator + (_denominator == 1 ? "" : "/" + _denominator);}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f0\fs24\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f0\fs24\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f0\fs24\lang1033{\*\listtag0}\abinodiroverride\ltrch RationalStack.java:}{\s28\f0\fs24\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f0\fs24\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch import java.util.Vector;}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch /**}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch  * RationalStack provides a stack collection of Rational objects}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch  */}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch public class RationalStack}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     private Vector<Rational> _data = new Vector<Rational>();}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     /**}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * pop will remove and return the Rational object from the top of the stack}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * @return the Rational at the top of the stack}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      */}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     public Rational pop()}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         int sz = _data.size();}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         if (sz > 0)}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             Rational r = _data.remove(sz-1);}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch             return r;}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         return null;}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     /**}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * push will add a new Rational object to the top of the stack}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * @param value the Rational object to add to the stack}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      */}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     public void push(Rational value)}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         _data.add(value);}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     /**}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * isEmpty will return true if there are no Rational elements on the stack}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * @return true if there are no Rational elements on the stack}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      */}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     public boolean isEmpty()}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         return _data.isEmpty();}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     /**}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * clear will remove all Rational objects from the stack}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      */}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     public void clear()}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         _data.clear();}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     /**}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * size returns the number of Rational objects in the stack}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      * @return the number of Rational objects in the stack}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch      */}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     public int size()}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \{}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch         return _data.size();}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch     \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch \}}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f0\fs24\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f0\fs24\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f0\fs24\lang1033{\*\listtag0}\abinodiroverride\ltrch Makefile:}{\s28\f0\fs24\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f0\fs24\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch all:}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch \tab javac *.java}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch .PHONY: javadoc}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch javadoc:}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch \tab -mkdir doc}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch \tab javadoc -d doc *.java}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch clean:}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch \tab -rm -f *.class}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f1\fs18\lang1033{\*\listtag0}\abinodiroverride\ltrch \tab -rm -rf doc}{\s28\f1\fs18\lang1033{\*\listtag0}\par}
\pard\plain\ltrpar\ql\s28\itap0{\s28\f0\fs24\lang1033{\*\listtag0}\par}}