+# This file is in a format suitable for being read by gnuplot. I
+# use the following plot commands:
+#
+# set terminal pdf
+# set title "Marina Canopy Plot, Chip #12"
+# set output "marina12-data.pdf"
+# set xlabel "number of instructions in ring"
+# set ylabel "BILLIONS of instructions executed per second"
+#
+# set arrow 1 from 1.5,3.716 to 12,3.716 nohead linetype 4 lc rgb "#000000"
+# set label 1 "3.7 GOP/s" at 0.3,3.7 left
+#
+# set arrow 2 from 1.5,7.67 to 10,7.67 nohead linetype 4 lc rgb "#000000"
+# set label 2 "7.6 GOP/s" at 0.3,7.67 left
+#
+# plot "marina12-data.txt" index 3 using 2:3 title "" with lines lc rgb "#aaaaaa", \
+# "" index 2 using 2:3 title "vdd=2.95" with linespoints lw 6 pt 8 lc rgb "#dd0000", \
+# "" index 0 using 2:3 title "vdd=1.00" with linespoints lw 6 pt 6 lc rgb "#00dd00", \
+# "" index 1 using 2:3 title "vdd=0.40" with linespoints lw 6 pt 10 lc rgb "#0000dd"
+# quit
+#
+# A single blank line has been placed between each group of samples
+# at a particular vdd setting, and the groups have been re-ordered
+# so that the nominal-vdd group comes first, followed by min-vdd,
+# followed by max-vdd, followed by the rest. Each of these four
+# regions is separated by a double blank line, so you can use
+# gnuplot's "index X" directive to pick out just one of those four
+# collections. For example, "plot index 0:2 ..." will give you just
+# the min, nominal, and max contours.
+#
+
+
+
+1.0 0 0.0
+1.0 1 0.9275696019999999
+1.0 2 1.8573051995
+1.0 3 2.78130313
+1.0 4 3.7000090764999998
+1.0 5 3.715053691
+1.0 6 3.7163408845
+1.0 7 3.712744251
+1.0 8 3.7130339085000004
+1.0 9 3.714913011
+1.0 10 2.8342246044999997
+1.0 11 1.4261572415
+1.0 12 0.0
+