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# run timing program to measure Judy1, JudyL and JudyHS performance
# use jbgraph script to format output suitable for 'gnuplot'
echo
echo "This script takes 1 Minute to plot output on a 3.2Ghz Pentium P4C"
# On Linux, higher resolution of times with -DCPUMHZ=3200 on 3.2Ghz
# cc -O2 -DCPUMHZ=3200 Judy1LHTime.c -lJudy -lm -o Judy1LHTime
# up to 1000000 population of random numbers with Judy1, JudyL, JudyHS
./Judy1LHTime -n 1000000 -1 -L -H > Judy1LHTime.plot
# Plot the results: y-axis == uSec per Index, x-axis == number of Indexes
# -NL == Plot No Log axis
# -Lx == Plot Log in x axis
# -y:1 == default min scale, 1 microsecond max scale
# -x100: == 100 min scale, default max scale
# -c6 -c7 -c8 == plot column 6,7,8 (J1T, JLG, JHSG)
# Judy1LHTime.plot == file to plot
./jbgraph -NL -Lx -y:1 -x100: -c6 -c7 -c8 Judy1LHTime.plot
# Performance of other ADT's can be explored with StringCompare.c,
# but you should have a very large (>100MB) text file to input.
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