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76d752585b
to a little figure out what Guido had done & why -- but there is a neat saving of force evaluations across the nesting time boundary making use of linearity of the leapP in dt. I cleaned up the printing, reduced the volume of code, in the process sharing printing between all integrators. Placed an assert that the total integration time for all integrators must match at end of trajectory. Have now verified e-dH = 1 for nested integrators in Wilson/Wilson runs with both Omelyan and with Leapfrog so substantial confidence gained.
32 lines
809 B
Bash
Executable File
32 lines
809 B
Bash
Executable File
#!/bin/bash
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LOG=$1
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SWEEPS=`grep dH $LOG | wc -l`
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SWEEPS=`expr $SWEEPS - 80`
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echo
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echo $SWEEPS thermalised sweeps
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echo
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plaq=`grep Plaq $LOG | tail -n $SWEEPS | awk '{ S=S+$10} END { print S/NR} ' `
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echo Plaquette: $plaq
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echo
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edH=`grep dH $LOG | tail -n $SWEEPS | awk '{ S=S+exp(-$10)} END { print S/NR} '`
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echo "<e-dH>: $edH"
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TRAJ=`grep Acc $LOG | wc -l`
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ACC=`grep Acc $LOG | grep ACCE | wc -l`
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PACC=`expr 100 \* ${ACC} / ${TRAJ} `
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echo
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echo "Acceptance $PACC % $ACC / $TRAJ "
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grep Plaq $LOG | awk '{ print $10 }' | uniq > plaq.dat
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grep dH $LOG | awk '{ print $10 }' > dH.dat
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echo set yrange [-1:1] > plot.gnu
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echo set terminal 'pdf' >> plot.gnu
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echo "set output 'plaq.${LOG}.pdf'" >> plot.gnu
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echo "plot 'plaq.dat' w l, 'dH.dat' w l " >> plot.gnu
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echo
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gnuplot plot.gnu >& gnu.errs
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open plaq.${LOG}.pdf
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