--pretex='\documentclass{drexel-thesis} \input{packages}' \
--
-all : loading-rate_.tex sim-loading-rate_.tex v_dep_.tex
+FIGS = loading-rate sim-loading-rate v-dep i-dep
+
+all : $(FIGS:%=%_.tex)
clean :
- rm -f loading-rate{_,-}* sim-loading-rate{_,-}* v-dep{_,-}*
+ rm -f $(FIGS:%=%_*) $(FIGS:%=%-*)
%_.tex : %.asy
$(ASYPROCESS) $(patsubst %.asy, %, $<)
--pretex='\documentclass{drexel-thesis} \input{packages}' \
--
-all : unfolding.pdf afm.pdf landscape-cant_.tex
+FIGS = unfolding afm landscape-cant
-clean :
- rm -f unfolding.pdf afm.pdf landscape-cant{_,-}*
+all : $(FIGS:%=%_.tex)
-%.pdf : %.asy base_afm.asy
- asy -f pdf $<
+clean :
+ rm -f $(FIGS:%=%_*) $(FIGS:%=%-*)
%_.tex : %.asy
$(ASYPROCESS) $(patsubst %.asy, %, $<)
stimulated much effort in both experimental and theoretical research.
\begin{figure}
- \begin{center}
- \includegraphics{figures/schematic/afm}%
+ \asyfig{figures/schematic/afm}%
\caption{Operating principle for Atomic Force Microscopy. A sharp
tip integrated at the end of a cantilever interacts with the
sample. Cantilever bending is measured by a laser reflected off
the cantilever and incident on a position sensitive
photodetector.\label{fig:afm-schematic}}
- \end{center}
\end{figure}
\begin{figure}
\begin{center}
- \subfloat[][]{\includegraphics{figures/schematic/unfolding}%
+ \subfloat[][]{\asyfig{figures/schematic/unfolding}%
\label{fig:unfolding-schematic}}
% \hspace{.25in}%
\subfloat[][]{\includegraphics{figures/expt-sawtooth/fig}%