Variables
	comm

	rank

	num_ctrl

int	num_qubits

int	target

	sim

	regD

	regA

	res0

	res1

Detailed Description

Shows the performance difference in optimised versus non optimised NCU operations.

mpirun -n 8 python ./ncu_opt_tester.py <num ctrl lines> <operating mode: {0,1}>

mpirun -n 8 python ./ncu_opt_tester.py 11 0 # Should be realtively fast
mpirun -n 8 python ./ncu_opt_tester.py 11 1 # Should take a while

Variable Documentation

◆ comm

ncu_opt_tester.comm

Definition at line 15 of file ncu_opt_tester.py.

◆ num_ctrl

ncu_opt_tester.num_ctrl

Definition at line 18 of file ncu_opt_tester.py.

◆ num_qubits

int ncu_opt_tester.num_qubits

Definition at line 19 of file ncu_opt_tester.py.

Referenced by QNLP::Oracle< SimulatorType >.bitStringPhaseOracle(), and TEST_CASE().

◆ rank

ncu_opt_tester.rank

Definition at line 16 of file ncu_opt_tester.py.

Referenced by QNLP::IntelSimulator.applyMeasurement(), and QNLP::IntelSimulator.IntelSimulator().

◆ regA

ncu_opt_tester.regA

Definition at line 25 of file ncu_opt_tester.py.

◆ regD

ncu_opt_tester.regD

Definition at line 24 of file ncu_opt_tester.py.

◆ res0

ncu_opt_tester.res0

Definition at line 34 of file ncu_opt_tester.py.

◆ res1

ncu_opt_tester.res1

Definition at line 41 of file ncu_opt_tester.py.

◆ sim

ncu_opt_tester.sim

Definition at line 23 of file ncu_opt_tester.py.

Referenced by QNLP::GateCache< SimulatorType >.addToCache(), QNLP::Diffusion< SimulatorType >.applyOpDiffusion(), IntelSimPy.computeOverlap(), QNLP::GateCache< SimulatorType >.initCache(), QNLP::IntelSimulator.overlap(), and TEST_CASE().

◆ target

int ncu_opt_tester.target

Definition at line 21 of file ncu_opt_tester.py.

Variables