QNLP.proc.HammingDistance.HammingDistanceOverwriteAux Class Reference

Inheritance diagram for QNLP.proc.HammingDistance.HammingDistanceOverwriteAux:

Collaboration diagram for QNLP.proc.HammingDistance.HammingDistanceOverwriteAux:

Public Member Functions
def	__init__ (self, num_bits, simulator)
def	calc (self, reg_mem, reg_aux, pattern)
def	calc (self)

Data Fields
	num_bits
	sim

Private Member Functions
def	_encodePattern (self, reg_mem, reg_aux, pattern)
def	_overwriteAux (self, reg_mem, reg_aux, pattern)

Detailed Description

Intermediate routine to overwrite the data in the aux register
with its Hamming dsiatnce to the data in the memory regsiter.

Definition at line 88 of file HammingDistance.py.

Constructor & Destructor Documentation

__init__()

def QNLP.proc.HammingDistance.HammingDistanceOverwriteAux.__init__	(		self,
			num_bits,
			simulator
	)

Reimplemented from QNLP.proc.HammingDistance.HammingDistance.

Reimplemented in QNLP.proc.HammingDistance.HammingDistanceGroupRotate.

Definition at line 93 of file HammingDistance.py.

    def __init__(self, num_bits, simulator):
        super().__init__(num_bits,simulator)

Member Function Documentation

_encodePattern()

def QNLP.proc.HammingDistance.HammingDistanceOverwriteAux._encodePattern (   self,   reg_mem,   reg_aux,   pattern  )

private

Definition at line 96 of file HammingDistance.py.

    def _encodePattern(self, reg_mem, reg_aux, pattern):
        self.sim.encodeToRegister(pattern, reg_aux[0:-2], len(reg_mem))

References QNLP.proc.HammingDistance.HammingDistance.sim.

Referenced by QNLP.proc.HammingDistance.HammingDistanceOverwriteAux.calc(), and QNLP.proc.HammingDistance.HammingDistanceGroupRotate.calc().

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_overwriteAux()

def QNLP.proc.HammingDistance.HammingDistanceOverwriteAux._overwriteAux (   self,   reg_mem,   reg_aux,   pattern  )

private

Definition at line 99 of file HammingDistance.py.

    def _overwriteAux(self, reg_mem, reg_aux, pattern):
        for idx, val in enumerate(reg_mem):
            self.sim.applyGateX(reg_aux[idx])
            self.sim.applyGateCCX(reg_mem[idx], reg_aux[idx], reg_aux[-2])
            self.sim.applyGateX(reg_aux[idx])
            self.sim.applyGateCSwap(reg_mem[idx], reg_aux[idx], reg_aux[-2])

References QNLP.proc.HammingDistance.HammingDistance.sim.

Referenced by QNLP.proc.HammingDistance.HammingDistanceOverwriteAux.calc(), and QNLP.proc.HammingDistance.HammingDistanceGroupRotate.calc().

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calc() [1/2]

def QNLP.proc.HammingDistance.HammingDistance.calc (   self )

inherited

Definition at line 30 of file HammingDistance.py.

    def calc(self):
        pass

calc() [2/2]

def QNLP.proc.HammingDistance.HammingDistanceOverwriteAux.calc	(		self,
			reg_mem,
			reg_aux,
			pattern
	)

Reimplemented in QNLP.proc.HammingDistance.HammingDistanceGroupRotate.

Definition at line 106 of file HammingDistance.py.

    def calc(self, reg_mem, reg_aux, pattern):
        self._encodePattern(reg_mem, reg_aux, pattern)
        self._overwriteAux(reg_mem, reg_aux, pattern)

References QNLP.proc.HammingDistance.HammingDistanceOverwriteAux._encodePattern(), and QNLP.proc.HammingDistance.HammingDistanceOverwriteAux._overwriteAux().

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Field Documentation

num_bits

QNLP.proc.HammingDistance.HammingDistance.num_bits

inherited

Definition at line 18 of file HammingDistance.py.

Referenced by QNLP.proc.HammingDistance.HammingDistanceGroupRotate._oracle_angle_map().

sim

QNLP.proc.HammingDistance.HammingDistance.sim

inherited

Definition at line 19 of file HammingDistance.py.

Referenced by QNLP.proc.HammingDistance.HammingDistanceOverwriteAux._encodePattern(), QNLP.proc.HammingDistance.HammingDistanceOverwriteAux._overwriteAux(), QNLP.proc.HammingDistance.HammingDistanceExpITheta._step1(), QNLP.proc.HammingDistance.HammingDistanceExpITheta._step2(), QNLP.proc.HammingDistance.HammingDistanceExpITheta._step3(), QNLP.proc.HammingDistance.HammingDistanceExpITheta._step4(), QNLP.proc.HammingDistance.HammingDistanceExpITheta._step5(), QNLP.proc.HammingDistance.HammingDistanceGroupRotate.calc(), QNLP.proc.HammingDistance.HammingDistanceExpITheta.encode_hamming(), and QNLP.proc.HammingDistance.HammingDistanceExpITheta.hamming_aux_overwrite().

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The documentation for this class was generated from the following file:

• /Users/mlxd/Desktop/intel-qnlp-rc2/modules/py/pkgs/QNLP/proc/HammingDistance.py