-The Candymachine was learned using LearnLib, with the following results.
+The Candymachine was learned using LearnLib. Figure~\ref{fig:candy} shows the
+learned model. In this Figure S0 is the initial state.
+
+\begin{figure}
+ \includegraphics[width=1.7\textwidth,natwidth=2389,natheight=891]{1candyFig.png}
+ \caption{Learned model of the candy machine}
+ \label{fig:candy}
+\end{figure}
\begin{description}
- \item[Can you always insert every coin?]
- \item[How much do you need to pay for a single mars?]
- \item[How much do you need to pay for a single Snickers?]
- \item[How much do you need to pay for a single Bounty?]
+ \item[Can you always insert every coin?] Yes, all states have outgoing
+ transitions for \texttt{COIN5} and \texttt{COIN10}.
+ \item[How much do you need to pay for a single mars?] 15 coins (S0 to S1
+ with \texttt{COIN10}, S1 to S4 with \texttt{COIN5}, S4 to S0 for a
+ Mars).
+ \item[How much do you need to pay for a single Snickers?] 15 coins (S0 to S1
+ with \texttt{COIN10}, S1 to S3 with \texttt{COIN10}, S3 to S5 for a
+ Snickers, S5 to S1 with \texttt{COIN5}, S5 to S1 for a refund which
+ would then equal 10 coins, since S0 to S1 equals 10 coins.).
+ \item[How much do you need to pay for a single Bounty?] 20 coins (S0 to S1
+ with \texttt{COIN10}, S1 to S3 with \texttt{COIN10}, S3 to S0 for a
+ Bounty).
\item[Which is the minimum amount of money that you need for TWO Snickers
- AND a Bounty?]
+ AND a Bounty?] 50 coins (S0 to S1
+ with \texttt{COIN10}, S1 to S3 with \texttt{COIN10}, S3 to S5 for a
+ Snickers, S5 to S1 with \texttt{COIN5}, S1 to S3 with
+ \texttt{COIN10}, S3 to S5 for a Snickers, S5 to S1 with
+ \texttt{COIN5}, S1 to S3 with \texttt{COIN10}, S3 to S0 for a
+ Bounty)
\end{description}
\ No newline at end of file