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\item Which of the two systems can be expected to require more |
\item Which of the two systems can be expected to require more |
155 |
effort to be built? Why? |
effort to be built? Why? |
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\end{itemize} |
\end{itemize} |
157 |
svar |
We expect design 2 to become more complex, both since |
158 |
|
it has more use cases, but also since it has higher |
159 |
|
values (in general) on the metrics suit. |
160 |
|
|
161 |
|
We expect design 2 to require more effort to build |
162 |
|
since it has more use cases and more actions (more |
163 |
|
functionality). Also since we feel that design 2 has a |
164 |
|
higher complexity. Also most of the values that we can |
165 |
|
get out from our metrics suit are greater, both in |
166 |
|
total and if we count them per use case. |
167 |
|
|
168 |
|
We feel that it is hard to make good (accurate) |
169 |
|
estimations based on this suit only and we also feel |
170 |
|
that while good estimations on use case level can be |
171 |
|
made using this suit, it is not a good thing to try to |
172 |
|
make estimations of the system as a whole only based |
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|
on this information. |
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\\ \\ \textbf{Measuring designs} |
\\ \\ \textbf{Measuring designs} |
175 |
\subsection{Measure the class diagram presented in Design 1 using the CK metrics suite presented on the |
\subsection{Measure the class diagram presented in Design 1 using the CK metrics suite presented on the |
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lecture.} |
lecture.} |