# e.g. if you test gausssums_multipleof6 then numqubits=6*n for some integer n
numqubits=6
numTgates=6
-# choose the number of commuting Pauli measurements you want to generate in each run
-# (note: can't be greater than $numqubits)
-numPaulis=6
+
+numrandomsteps=1000000 #10000 # number of random steps when generating Paulis
# number of random stabilizer states to use for stochastic sampling
numsamples=1000
# since this is a stochastic calculation, we need a threshold to determine when the calculation is withing close enough relative error
threshold=0.005 # absolute value threshold difference between computed and exact value
-numruns=20
+numruns=100
echo "Starting test of $numruns random $numqubits-Pauli expectation values calculated by averaging $numsamples random stabilizer states and comparing to threshold $threshold..."
for i in $(seq 1 $numruns)
do
# sleep for 1 second for the pseudorandom number generator
-sleep 1; a=$(stdbuf -oL ./randominputcommutingHermitianPauli2 $numqubits $numTgates $numPaulis > inputPauli.txt && ./strongsim_relerr $numsamples < inputPauli.txt | tail -1)
+sleep 1; a=$(stdbuf -oL ./randominputcommutingHermitianPauli2 $numqubits $numTgates $numrandomsteps > inputPauli.txt && ./strongsim_relerr $numsamples < inputPauli.txt | tail -1)
b=$(stdbuf -oL ./multipauli < inputPauli.txt | tail -n1)
are=$(echo "$a" | cut -f 1 -d " " | cut -c 1-5);
aim=$(echo "$a" | cut -f 3 -d " " | cut -c 1-5); aimsign=$(echo $a | cut -f 2 -d " "); bimsign=$(echo $b | cut -f 2 -d " ");
imdiff=$( printf 'sqrt((%f - %f)^2)\n' "$aim" "$bim" | bc -l )
if (( $(echo "$rediff < $threshold" |bc -l) )) && (( $(echo "$imdiff < $threshold" |bc -l) ))
then
- if (( $(echo "$bim < $threshold" |bc -l) )) || [ "$aimsign" == "$bimsign" ]
+ if (( $(echo "$bim < $threshold" |bc -l) )) || [ "$aimsign" == "$bimsign" ]
then
continue
else
- echo "NOTE EQUAL!"
+ echo "NOT EQUAL!"
exit
fi
else