all : $(FIGS:%=%_.tex)
clean :
- rm -f $(FIGS:%=%_*) $(FIGS:%=%-*) v-dep.asy v-dep.gp *.pyc
+ rm -f $(FIGS:%=%_*) $(FIGS:%=%-*) v-dep.asy *.pyc
#rm -rf $(DATA_DIRS)
%_.tex : %.asy $(DATA)
v-dep.d/v_dep_%.fit : fit_data.py v-dep.d/v_dep_%.dat
python $^ > $@
-v-dep.asy v-dep.gp : make_v_dep_plots.sh $(V_DEP_DATA)
+v-dep.asy : make_v_dep_plots.sh $(V_DEP_DATA)
./$<
-v-dep.pdf : v-dep.gp $(V_DEP_DATA)
- gnuplot $<
-
-v-dep.eps : v-dep.pdf
- pdftoeps $<
-
-v-dep-rotated.pdf : v-dep.pdf
- pdftk $< cat 1E output $@
-
loading-rate.d/dat : get_loading_rates.py avg_data.py data/raw \
| loading-rate.d
touch $@ # "dat" marks the time of last *.dat file generation
KFILE='./data/spring-constants'
AVGFILE='./data/averaged-data'
ASYFILE='./v-dep.asy'
-GPFILE='./v-dep.gp'
ASYPLOTS=""
GPPLOTS=""
add(legend(),point(E),20E,UnFill);
HEREDOC
-
-cat > "$GPFILE" <<HEREDOC
-set xlabel 'Pulling speed (nm/s)'
-set ylabel 'Unfolding force (pN)'
-set logscale x;
-plot $GPPLOTS
-HEREDOC
+++ /dev/null
-
-# see: show palette rgbformulae
-set palette rgbformulae 3,13,-3
-set xlabel 'Pulling speed (nm/s)'
-set ylabel 'Unfolding force (pN)'
-set zlabel 'Spring constant (pN/nm)'
-set view map
-set logscale x
-set style line 1 lt 1 lw 1 pt 2 ps 3
-splot 'averaged_data' using 1:3:2:(sqrt($5)) with points pt 6 pointsize variable lt palette z
+++ /dev/null
-# see: show palette rgbformulae
-set palette rgbformulae 3,13,-3
-set xlabel 'Pulling speed (nm/s)'
-set ylabel 'Unfolding force (pN)'
-set zlabel 'Spring constant (pN/nm)'
-set view map
-set logscale x
-splot 'data' using 2:1:3 with points palette z