Classes
struct	Operator2

struct	PreparedMember

struct	State2

Functions
bool	finite (double v) noexcept
	Performs finite.

bool	validPair (const BoundStateSpectrum1D &spectrum, int a, int b) noexcept
	Performs valid pair.

State2	propagateConstant (const State2 &state, double energyA, double energyB, double coupling, double driveValue, double dt, double hbar) noexcept
	Performs propagate constant.

State2	applyOperator (const Operator2 &op, const State2 &state) noexcept
	Applies operator.

Operator2	pulseOperator (double energyA, double energyB, double coupling, const RamseyPulseSequence2DConfig &sequence, double duration, double phaseDegrees, double hbar, double maximumStep) noexcept
	Performs pulse operator.

PreparedMember	prepareMember (const BoundStateSpectrum1D &spectrum, const RamseyPulseSequence2DConfig &sequence, int stateA, int stateB, double hbar, double transitionOffset, double weight, double maximumPulseStep) noexcept
	Prepares member.

void	predictPrepared (const PreparedMember &member, const RamseyPulseSequence2DConfig &sequence, double freeEvolutionDuration, double hbar, double &populationA, double &populationB) noexcept
	Performs predict prepared.

bool	sequenceValidForReference (const RamseyPulseSequence2DConfig &sequence) noexcept
	Performs sequence valid for reference.

std::vector< PreparedMember >	prepareEnsemble (const BoundStateSpectrum1D &spectrum, const RamseyPulseSequence2DConfig &sequence, const RamseyEnsemble2DConfig &ensemble, int stateA, int stateB, double hbar)

void	averagePrepared (const std::vector< PreparedMember > &members, const RamseyPulseSequence2DConfig &sequence, double freeEvolutionDuration, double hbar, double &meanA, double &meanB, double minimumB, double maximumB) noexcept
	Performs average prepared.

Variables
const double	Pi = 3.1415926535897932384626433832795

const double	EnsembleSpanSigma = 3.0

Function Documentation

◆ applyOperator()

State2 qpe::anonymous_namespace{ramseyinterferometry2d.cpp}::applyOperator	(	const Operator2 &	op,
		const State2 &	state )

noexcept

Applies operator.

Parameters

op	The op value used by the operation.
state	The state value used by the operation.

Definition at line 121 of file ramseyinterferometry2d.cpp.

References qpe::anonymous_namespace{ramseyinterferometry2d.cpp}::State2::a, applyOperator(), and qpe::anonymous_namespace{ramseyinterferometry2d.cpp}::State2::b.

Referenced by applyOperator(), and predictPrepared().

◆ averagePrepared()

void qpe::anonymous_namespace{ramseyinterferometry2d.cpp}::averagePrepared	(	const std::vector< PreparedMember > &	members,
		const RamseyPulseSequence2DConfig &	sequence,
		double	freeEvolutionDuration,
		double	hbar,
		double &	meanA,
		double &	meanB,
		double *	minimumB,
		double *	maximumB )

noexcept

Performs average prepared.

Parameters

members	The members value used by the operation.
sequence	The sequence value used by the operation.
freeEvolutionDuration	The free evolution duration value used by the operation.
hbar	The hbar value used by the operation.
meanA	The mean a value used by the operation.
meanB	The mean b value used by the operation.
minimumB	The minimum b value used by the operation.
maximumB	The maximum b value used by the operation.

Definition at line 344 of file ramseyinterferometry2d.cpp.

References averagePrepared(), and predictPrepared().

Referenced by averagePrepared().

◆ finite()

bool qpe::anonymous_namespace{ramseyinterferometry2d.cpp}::finite ( double v )

noexcept

Performs finite.

Parameters

v	The v value used by the operation.

Definition at line 58 of file ramseyinterferometry2d.cpp.

◆ predictPrepared()

void qpe::anonymous_namespace{ramseyinterferometry2d.cpp}::predictPrepared	(	const PreparedMember &	member,
		const RamseyPulseSequence2DConfig &	sequence,
		double	freeEvolutionDuration,
		double	hbar,
		double &	populationA,
		double &	populationB )

noexcept

Performs predict prepared.

Parameters

member	The member value used by the operation.
sequence	The sequence value used by the operation.
freeEvolutionDuration	The free evolution duration value used by the operation.
hbar	The hbar value used by the operation.
populationA	The population a value used by the operation.
populationB	The population b value used by the operation.

Definition at line 238 of file ramseyinterferometry2d.cpp.

References qpe::anonymous_namespace{ramseyinterferometry2d.cpp}::State2::a, applyOperator(), qpe::anonymous_namespace{ramseyinterferometry2d.cpp}::State2::b, predictPrepared(), and propagateConstant().

Referenced by averagePrepared(), and predictPrepared().

◆ prepareEnsemble()

std::vector< PreparedMember > qpe::anonymous_namespace{ramseyinterferometry2d.cpp}::prepareEnsemble	(	const BoundStateSpectrum1D &	spectrum,
		const RamseyPulseSequence2DConfig &	sequence,
		const RamseyEnsemble2DConfig &	ensemble,
		int	stateA,
		int	stateB,
		double	hbar )

Definition at line 293 of file ramseyinterferometry2d.cpp.

References qpe::RamseyEnsemble2DConfig::detuningStdDev, EnsembleSpanSigma, qpe::RamseyEnsemble2DConfig::memberCount, prepareEnsemble(), prepareMember(), sequenceValidForReference(), and qpe::RamseyInterferometry2D::validateEnsembleConfig().

Referenced by prepareEnsemble().

◆ prepareMember()

PreparedMember qpe::anonymous_namespace{ramseyinterferometry2d.cpp}::prepareMember	(	const BoundStateSpectrum1D &	spectrum,
		const RamseyPulseSequence2DConfig &	sequence,
		int	stateA,
		int	stateB,
		double	hbar,
		double	transitionOffset,
		double	weight,
		double	maximumPulseStep )

noexcept

Prepares member.

Parameters

spectrum	The spectrum value used by the operation.
sequence	The sequence value used by the operation.
stateA	The state a value used by the operation.
stateB	The state b value used by the operation.
hbar	The hbar value used by the operation.
transitionOffset	The transition offset value used by the operation.
weight	The weight value used by the operation.
maximumPulseStep	The maximum pulse step value used by the operation.

Definition at line 194 of file ramseyinterferometry2d.cpp.

References qpe::anonymous_namespace{ramseyinterferometry2d.cpp}::PreparedMember::coupling, qpe::anonymous_namespace{ramseyinterferometry2d.cpp}::PreparedMember::echoPulse, qpe::anonymous_namespace{ramseyinterferometry2d.cpp}::PreparedMember::energyA, qpe::anonymous_namespace{ramseyinterferometry2d.cpp}::PreparedMember::energyB, qpe::anonymous_namespace{ramseyinterferometry2d.cpp}::PreparedMember::firstPulse, qpe::DrivenTwoLevel2D::matrixElementX(), prepareMember(), pulseOperator(), qpe::anonymous_namespace{ramseyinterferometry2d.cpp}::PreparedMember::secondPulse, and qpe::anonymous_namespace{ramseyinterferometry2d.cpp}::PreparedMember::weight.

Referenced by prepareEnsemble(), and prepareMember().

◆ propagateConstant()

State2 qpe::anonymous_namespace{ramseyinterferometry2d.cpp}::propagateConstant	(	const State2 &	state,
		double	energyA,
		double	energyB,
		double	coupling,
		double	driveValue,
		double	dt,
		double	hbar )

noexcept

Performs propagate constant.

Parameters

state	The state value used by the operation.
energyA	The energy a value used by the operation.
energyB	The energy b value used by the operation.
coupling	The coupling value used by the operation.
driveValue	The drive value value used by the operation.
dt	Time increment in solver units.
hbar	The hbar value used by the operation.

Definition at line 86 of file ramseyinterferometry2d.cpp.

References qpe::anonymous_namespace{ramseyinterferometry2d.cpp}::State2::a, qpe::anonymous_namespace{ramseyinterferometry2d.cpp}::State2::b, and propagateConstant().

Referenced by predictPrepared(), propagateConstant(), and pulseOperator().

◆ pulseOperator()

Operator2 qpe::anonymous_namespace{ramseyinterferometry2d.cpp}::pulseOperator	(	double	energyA,
		double	energyB,
		double	coupling,
		const RamseyPulseSequence2DConfig &	sequence,
		double	duration,
		double	phaseDegrees,
		double	hbar,
		double	maximumStep )

noexcept

Performs pulse operator.

Parameters

energyA	The energy a value used by the operation.
energyB	The energy b value used by the operation.
coupling	The coupling value used by the operation.
sequence	The sequence value used by the operation.
duration	The duration value used by the operation.
phaseDegrees	The phase degrees value used by the operation.
hbar	The hbar value used by the operation.
maximumStep	The maximum step value used by the operation.