deletions | additions
diff --git a/12b-future-work-intro.tex b/12b-future-work-intro.tex
index 06aee8e..61764a6 100644
--- a/12b-future-work-intro.tex
+++ b/12b-future-work-intro.tex
...
target domain; in the setting we're interested in, creating a new
design pattern also \emph{effects} a resolution of forces directly.
The use case of design pattern development maps into our diagram of
the basic features of serendipity
as follows: described in Figure \ref{fig:1b}:
\begin{figure}
\input{pattern-schematic-tikz.tex}
\caption{The components of design patterns mapped to our process schematic}
\end{figure}
diff --git a/pattern-schematic-tikz.tex b/pattern-schematic-tikz.tex
index e6f7aaf..1d31b61 100644
--- a/pattern-schematic-tikz.tex
+++ b/pattern-schematic-tikz.tex
...
}
\begin{tikzpicture}[auto, node distance=2cm,>=latex']
\node [sum]
(sum1) (A-sum1) {};
\node [input, name=pinput, above
left=.9cm left=.7cm and
.9cm .7cm of
sum1] (pinput) A-sum1] (A-pinput) {};
\node [input, name=tinput,
left=2cm left=2.2cm of
sum1] (tinput) A-sum1] (A-tinput) {};
\node [input, name=minput, below left
of=sum1] (minput) of=A-sum1] (A-minput) {};
\node [input, name=minput, right
of=sum1] (moutput) of=A-sum1] (A-moutput) {};
\draw [->]
(tinput) -- node{\vphantom{{\footnotesize g}}{\footnotesize context~}} (sum1);
\draw [->] (pinput) (A-pinput) -- node{{\footnotesize problem}}
(sum1); (A-sum1);
\draw [->]
(sum1) (A-tinput) -- node{\vphantom{{\footnotesize g}}{\footnotesize
solution}} (moutput);
\end{tikzpicture}
\hspace{1cm}
\begin{tikzpicture}[auto, node distance=2cm,>=latex'] context~}} (A-sum1);
% \draw [->] (A-sum1) -- node{\vphantom{{\footnotesize g}}$T^{\star}$} (A-moutput);
\node
[sum] (sum1) [sum, right=2.3cm of A-sum1] (B-sum1) {};
\node [input, name=pinput, above
left=.9cm left=.7cm and
.9cm .7cm of
sum1] (pinput) B-sum1] (B-pinput) {};
\node [input, name=tinput, left
of=sum1] (tinput) of=B-sum1] (B-tinput) {};
\node [input, name=minput, below left
of=sum1] (minput) of=B-sum1] (B-minput) {};
\node [sum,
right=1.5cm right=2cm of
sum1] (sum2) B-sum1] (B-sum2) {};
\node [input, name=minput, right
of=sum2] (moutput) of=B-sum2] (B-moutput) {};
\draw [->]
(tinput) (B-pinput) --
node{\vphantom{{\footnotesize g}}{\footnotesize solution}} (sum1); node{{\footnotesize rationale}} (B-sum1);
\draw [->]
(pinput) (A-sum1) --
node{{\footnotesize rationale}} (sum1); node{\vphantom{{\footnotesize g}}{\footnotesize solution}} (B-sum1);
\draw [->]
(sum1) (B-sum1) -- node{\vphantom{{\footnotesize g}}{\footnotesize pattern}}
(sum2); (B-sum2);
\draw [->]
(sum2) (B-sum2) -- node[text width=1.5cm,execute at begin node=\setlength{\baselineskip}{.9ex}]{\footnotesize \emph{resolution\\~of forces}}
(moutput); (B-moutput);
\end{tikzpicture}
\endgroup
\end{center}
