Implements the Potential Field2D component. More...

#include <potentialfield2d.h>

Public Types
using	Value = float

Public Member Functions
	PotentialField2D ()=default
	Performs potential field2 d.

	PotentialField2D (std::size_t width, std::size_t height, float dx=1.0f, float dy=1.0f)
	Performs potential field2 d.

void	resize (std::size_t width, std::size_t height, float dx=1.0f, float dy=1.0f)
	Performs resize.

void	clear () noexcept
	Performs clear.

void	fill (Value value) noexcept
	Performs fill.

bool	empty () const noexcept
	Performs empty.

std::size_t	width () const noexcept
	Returns width.

std::size_t	height () const noexcept
	Returns height.

std::size_t	size () const noexcept
	Returns size.

float	dx () const noexcept
	Performs dx.

float	dy () const noexcept
	Performs dy.

Value	operator() (std::size_t x, std::size_t y) const noexcept
	Returns the potential sample at a grid coordinate without bounds checking.

Value	at (std::size_t x, std::size_t y) const
	Performs at.

void	set (std::size_t x, std::size_t y, Value value) noexcept
	Performs set.

void	setAt (std::size_t x, std::size_t y, Value value)
	Sets at.

void	accumulate (const PotentialField2D &other, Value scale=1.0f)
	Performs accumulate.

const Value *	data () const noexcept
	Performs data.

bool	matchesGrid (const ComplexField2D &field) const noexcept
	Performs matches grid.

Value	minimum () const noexcept
	Performs minimum.

Value	maximum () const noexcept
	Performs maximum.

std::uint64_t	revision () const noexcept
	Performs revision.

double	xCoordinate (std::size_t x) const noexcept
	Performs x coordinate.

double	yCoordinate (std::size_t y) const noexcept
	Performs y coordinate.

void	addRectangle (float centerX, float centerY, float width, float height, Value value)
	Adds rectangle.

void	addCircle (float centerX, float centerY, float radius, Value value)
	Adds circle.

void	addBarrier (float x1, float y1, float x2, float y2, float thickness, Value value)
	Adds barrier.

void	addPolygon (const std::vector< PotentialPoint2D > &vertices, Value value)
	Adds polygon.

void	addSingleSlit (float centerX, float barrierWidth, float slitCenterY, float slitHeight, Value value)
	Adds single slit.

void	addDoubleSlit (float centerX, float barrierWidth, float slitCenterY, float slitSeparation, float slitHeight, Value value)
	Adds double slit.

void	addGaussian (float centerX, float centerY, float sigmaX, float sigmaY, Value amplitude)
	Adds gaussian.

void	addHarmonic (float centerX, float centerY, Value offset, float curvatureX, float curvatureY)
	Adds harmonic.

void	addQuadrupole (float centerX, float centerY, Value q1, Value q2)
	Adds quadrupole.

void	addStandingWaveX (float period, Value depth, float phaseDegrees=0.0f)
	Adds standing wave x.

void	addLinear (float centerX, float centerY, Value offset, float slopeX, float slopeY)
	Adds linear.

void	addSoftenedRadial (float centerX, float centerY, Value coupling, float softening)
	Adds softened radial.

void	addStadiumExterior (float centerX, float centerY, float straightLength, float radius, Value value)
	Adds stadium exterior.

Private Member Functions
std::size_t	index (std::size_t x, std::size_t y) const noexcept
	Returns index.

std::size_t	checkedIndex (std::size_t x, std::size_t y) const
	Checks ed index.

void	touch () noexcept
	Performs touch.

Private Attributes
std::size_t	width_ = 0

std::size_t	height_ = 0

float	dx_ = 1.0f

float	dy_ = 1.0f

std::vector< Value >	data_

std::uint64_t	revision_ = 0

Detailed Description

Implements the Potential Field2D component.

The class provides one focused service within the QPE architecture and is documented here independently of the experiment-level Help.

Definition at line 43 of file potentialfield2d.h.

Member Typedef Documentation

◆ Value

using qpe::PotentialField2D::Value = float

Definition at line 46 of file potentialfield2d.h.

Constructor & Destructor Documentation

◆ PotentialField2D() [1/2]

qpe::PotentialField2D::PotentialField2D ( )

default

Performs potential field2 d.

◆ PotentialField2D() [2/2]

qpe::PotentialField2D::PotentialField2D	(	std::size_t	width,
		std::size_t	height,
		float	dx = 1.0f,
		float	dy = 1.0f )

Performs potential field2 d.

Parameters

width	The width value used by the operation.
height	The height value used by the operation.
dx	The dx value used by the operation.
dy	The dy value used by the operation.

Definition at line 87 of file potentialfield2d.cpp.

References dx(), dy(), height(), resize(), and width().

Member Function Documentation

◆ accumulate()

void qpe::PotentialField2D::accumulate	(	const PotentialField2D &	other,
		Value	scale = 1.0f )

Performs accumulate.

Parameters

other	The other value used by the operation.
scale	The scale value used by the operation.

Definition at line 176 of file potentialfield2d.cpp.

References data_, dx_, dy_, height_, touch(), and width_.

Referenced by qpe::PotentialScene2D::rasterize().

◆ addBarrier()

void qpe::PotentialField2D::addBarrier	(	float	x1,
		float	y1,
		float	x2,
		float	y2,
		float	thickness,
		Value	value )

Adds barrier.

Parameters

x1	The x1 value used by the operation.
y1	The y1 value used by the operation.
x2	The x2 value used by the operation.
y2	The y2 value used by the operation.
thickness	The thickness value used by the operation.
value	Value to assign or evaluate.

Definition at line 298 of file potentialfield2d.cpp.

References data_, dx(), dy(), height_, index(), touch(), width_, xCoordinate(), and yCoordinate().

Referenced by MainWindow::buildSelectedPotential(), qpe::anonymous_namespace{potentialscene2d.cpp}::rasterizeObject(), and qpe::tests::runPotentialField2DTests().

◆ addCircle()

void qpe::PotentialField2D::addCircle	(	float	centerX,
		float	centerY,
		float	radius,
		Value	value )

Adds circle.

Parameters

centerX	The center x value used by the operation.
centerY	The center y value used by the operation.
radius	The radius value used by the operation.
value	Value to assign or evaluate.

Definition at line 273 of file potentialfield2d.cpp.

References data_, dx(), dy(), height_, index(), touch(), width_, xCoordinate(), and yCoordinate().

Referenced by qpe::QuantumAharonovBohm2D::buildFields(), MainWindow::buildSelectedPotential(), qpe::anonymous_namespace{potentialscene2d.cpp}::rasterizeObject(), and qpe::tests::runPotentialField2DTests().

◆ addDoubleSlit()

void qpe::PotentialField2D::addDoubleSlit	(	float	centerX,
		float	barrierWidth,
		float	slitCenterY,
		float	slitSeparation,
		float	slitHeight,
		Value	value )

Adds double slit.

Parameters

centerX	The center x value used by the operation.
barrierWidth	The barrier width value used by the operation.
slitCenterY	The slit center y value used by the operation.
slitSeparation	The slit separation value used by the operation.
slitHeight	The slit height value used by the operation.
value	Value to assign or evaluate.

Definition at line 404 of file potentialfield2d.cpp.

References data_, height_, index(), touch(), width_, xCoordinate(), and yCoordinate().

Referenced by MainWindow::buildSelectedPotential(), qpe::anonymous_namespace{potentialscene2d.cpp}::rasterizeObject(), and qpe::tests::runPotentialField2DTests().

◆ addGaussian()

void qpe::PotentialField2D::addGaussian	(	float	centerX,
		float	centerY,
		float	sigmaX,
		float	sigmaY,
		Value	amplitude )

Adds gaussian.

Parameters

centerX	The center x value used by the operation.
centerY	The center y value used by the operation.
sigmaX	The sigma x value used by the operation.
sigmaY	The sigma y value used by the operation.
amplitude	The amplitude value used by the operation.

Definition at line 442 of file potentialfield2d.cpp.

References data_, dx(), dy(), height_, index(), touch(), width_, xCoordinate(), and yCoordinate().

Referenced by MainWindow::buildSelectedPotential(), qpe::anonymous_namespace{potentialscene2d.cpp}::rasterizeObject(), qpe::tests::runBoundStates1DTests(), and qpe::tests::runPotentialField2DTests().

◆ addHarmonic()

void qpe::PotentialField2D::addHarmonic	(	float	centerX,
		float	centerY,
		Value	offset,
		float	curvatureX,
		float	curvatureY )

Adds harmonic.

Parameters

centerX	The center x value used by the operation.
centerY	The center y value used by the operation.
offset	The offset value used by the operation.
curvatureX	The curvature x value used by the operation.
curvatureY	The curvature y value used by the operation.

Definition at line 468 of file potentialfield2d.cpp.

References data_, dx(), dy(), height_, index(), touch(), width_, xCoordinate(), and yCoordinate().

Referenced by MainWindow::buildSelectedPotential(), qpe::anonymous_namespace{potentialscene2d.cpp}::rasterizeObject(), qpe::tests::runPotentialField2DTests(), and qpe::anonymous_namespace{quantumkickedrotor2d_tests.cpp}::testDynamicalLocalizationSignature().

◆ addLinear()

void qpe::PotentialField2D::addLinear	(	float	centerX,
		float	centerY,
		Value	offset,
		float	slopeX,
		float	slopeY )

Adds linear.

Parameters

centerX	The center x value used by the operation.
centerY	The center y value used by the operation.
offset	The offset value used by the operation.
slopeX	The slope x value used by the operation.
slopeY	The slope y value used by the operation.

Definition at line 539 of file potentialfield2d.cpp.

References data_, dx(), dy(), height_, index(), touch(), width_, xCoordinate(), and yCoordinate().

Referenced by MainWindow::buildSelectedPotential(), qpe::anonymous_namespace{potentialscene2d.cpp}::rasterizeObject(), and qpe::tests::runPotentialField2DTests().

◆ addPolygon()

void qpe::PotentialField2D::addPolygon	(	const std::vector< PotentialPoint2D > &	vertices,
		Value	value )

Adds polygon.

Parameters

vertices	The vertices value used by the operation.
value	Value to assign or evaluate.

Definition at line 348 of file potentialfield2d.cpp.

References data_, height_, index(), touch(), width_, xCoordinate(), and yCoordinate().

Referenced by MainWindow::buildSelectedPotential(), qpe::anonymous_namespace{potentialscene2d.cpp}::rasterizeObject(), and qpe::tests::runPotentialField2DTests().

◆ addQuadrupole()

void qpe::PotentialField2D::addQuadrupole	(	float	centerX,
		float	centerY,
		Value	q1,
		Value	q2 )

Adds quadrupole.

Parameters

centerX	The center x value used by the operation.
centerY	The center y value used by the operation.
q1	The q1 value used by the operation.
q2	The q2 value used by the operation.

Definition at line 493 of file potentialfield2d.cpp.

References data_, dx(), dy(), height_, index(), touch(), width_, xCoordinate(), and yCoordinate().

Referenced by qpe::QuantumBerryPhase2D::rasterize().

◆ addRectangle()

void qpe::PotentialField2D::addRectangle	(	float	centerX,
		float	centerY,
		float	width,
		float	height,
		Value	value )

Adds rectangle.

Parameters

centerX	The center x value used by the operation.
centerY	The center y value used by the operation.
width	The width value used by the operation.
height	The height value used by the operation.
value	Value to assign or evaluate.

Definition at line 242 of file potentialfield2d.cpp.

References data_, height(), height_, index(), touch(), width(), width_, xCoordinate(), and yCoordinate().

Referenced by qpe::QuantumHallEdge2D::buildFields(), qpe::anonymous_namespace{quantumzeno2d_tests.cpp}::buildGuidedPotential(), MainWindow::buildSelectedPotential(), qpe::tests::anonymous_namespace{boundstates1d_tests.cpp}::makeFiniteWell(), qpe::tests::anonymous_namespace{driventwolevel2d_tests.cpp}::makeSpectrum(), qpe::anonymous_namespace{potentialscene2d.cpp}::rasterizeObject(), qpe::tests::runPotentialContours2DTests(), and qpe::tests::runPotentialField2DTests().

◆ addSingleSlit()

void qpe::PotentialField2D::addSingleSlit	(	float	centerX,
		float	barrierWidth,
		float	slitCenterY,
		float	slitHeight,
		Value	value )

Adds single slit.

Parameters

centerX	The center x value used by the operation.
barrierWidth	The barrier width value used by the operation.
slitCenterY	The slit center y value used by the operation.
slitHeight	The slit height value used by the operation.
value	Value to assign or evaluate.

Definition at line 373 of file potentialfield2d.cpp.

References data_, height_, index(), touch(), width_, xCoordinate(), and yCoordinate().

Referenced by MainWindow::buildSelectedPotential(), qpe::anonymous_namespace{potentialscene2d.cpp}::rasterizeObject(), and qpe::tests::runPotentialField2DTests().

◆ addSoftenedRadial()

void qpe::PotentialField2D::addSoftenedRadial	(	float	centerX,
		float	centerY,
		Value	coupling,
		float	softening )

Adds softened radial.

Parameters

centerX	The center x value used by the operation.
centerY	The center y value used by the operation.
coupling	The coupling value used by the operation.
softening	The softening value used by the operation.

Definition at line 564 of file potentialfield2d.cpp.

References data_, dx(), dy(), height_, index(), touch(), width_, xCoordinate(), and yCoordinate().

Referenced by MainWindow::buildSelectedPotential(), qpe::anonymous_namespace{potentialscene2d.cpp}::rasterizeObject(), and qpe::tests::runPotentialField2DTests().

◆ addStadiumExterior()

void qpe::PotentialField2D::addStadiumExterior	(	float	centerX,
		float	centerY,
		float	straightLength,
		float	radius,
		Value	value )

Adds stadium exterior.

Parameters

centerX	The center x value used by the operation.
centerY	The center y value used by the operation.
straightLength	The straight length value used by the operation.
radius	The radius value used by the operation.
value	Value to assign or evaluate.

Definition at line 609 of file potentialfield2d.cpp.

References data_, dx(), height_, index(), touch(), width_, xCoordinate(), and yCoordinate().

Referenced by MainWindow::buildSelectedPotential(), and qpe::anonymous_namespace{potentialscene2d.cpp}::rasterizeObject().

◆ addStandingWaveX()

void qpe::PotentialField2D::addStandingWaveX	(	float	period,
		Value	depth,
		float	phaseDegrees = 0.0f )

Adds standing wave x.

Parameters

period	The period value used by the operation.
depth	The depth value used by the operation.
phaseDegrees	The phase degrees value used by the operation.

Definition at line 515 of file potentialfield2d.cpp.

References data_, height_, index(), touch(), width_, and xCoordinate().

Referenced by qpe::QuantumKapitzaDirac2D::rasterize().

◆ at()

PotentialField2D::Value qpe::PotentialField2D::at	(	std::size_t	x,
		std::size_t	y ) const

Performs at.

Parameters

x	X coordinate/value.
y	Y coordinate/value.

Definition at line 159 of file potentialfield2d.cpp.

References checkedIndex(), and data_.

◆ checkedIndex()

std::size_t qpe::PotentialField2D::checkedIndex	(	std::size_t	x,
		std::size_t	y ) const

private

Checks ed index.

Parameters

x	X coordinate/value.
y	Y coordinate/value.

Definition at line 593 of file potentialfield2d.cpp.

References height_, index(), and width_.

Referenced by at(), and setAt().

◆ clear()

void qpe::PotentialField2D::clear ( )

noexcept

Performs clear.

Definition at line 112 of file potentialfield2d.cpp.

References fill().

Referenced by qpe::QuantumHallEdge2D::buildFields(), MainWindow::buildSelectedPotential(), qpe::PotentialScene2D::rasterize(), qpe::tests::runPotentialContours2DTests(), qpe::tests::runPotentialField2DTests(), qpe::tests::runQuantumLandau2DTests(), and qpe::tests::runQuantumLoschmidt2DTests().

◆ data()

const PotentialField2D::Value * qpe::PotentialField2D::data ( ) const

noexcept

Performs data.

Definition at line 190 of file potentialfield2d.cpp.

References data_.

Referenced by qpe::QuantumTextureFrame2D::build(), qpe::DiracSplitStepSolver2D::preparePotential(), and qpe::SplitStepFourierSolver2D::preparePotential().

◆ dx()

float qpe::PotentialField2D::dx ( ) const

noexcept

Performs dx.

Definition at line 143 of file potentialfield2d.cpp.

References dx_.

Referenced by PotentialField2D(), addBarrier(), addCircle(), addGaussian(), addHarmonic(), addLinear(), addQuadrupole(), addSoftenedRadial(), addStadiumExterior(), qpe::SplitStepFourierSolver2D::preparePotential(), qpe::PotentialScene2D::rasterize(), MainWindow::rebuildLandauZenerReference(), MainWindow::rebuildRamseyReference(), resize(), qpe::tests::runTimeDependentPotential2DTests(), qpe::BoundStates1D::solve(), and qpe::DiracSplitStepSolver2D::step().

◆ dy()

float qpe::PotentialField2D::dy ( ) const

noexcept

Performs dy.

Definition at line 148 of file potentialfield2d.cpp.

References dy_.

Referenced by PotentialField2D(), addBarrier(), addCircle(), addGaussian(), addHarmonic(), addLinear(), addQuadrupole(), addSoftenedRadial(), qpe::SplitStepFourierSolver2D::preparePotential(), qpe::PotentialScene2D::rasterize(), MainWindow::rebuildLandauZenerReference(), MainWindow::rebuildRamseyReference(), resize(), and qpe::DiracSplitStepSolver2D::step().

◆ empty()

bool qpe::PotentialField2D::empty ( ) const

noexcept

Performs empty.

Definition at line 123 of file potentialfield2d.cpp.

References data_.

Referenced by qpe::QuantumTextureFrame2D::build(), qpe::PotentialContours2D::compute(), MainWindow::computeBoundStates(), qpe::DiracSplitStepSolver2D::preparePotential(), qpe::SplitStepFourierSolver2D::preparePotential(), qpe::PotentialScene2D::rasterize(), qpe::tests::runPotentialField2DTests(), qpe::BoundStates1D::solve(), and qpe::DiracSplitStepSolver2D::step().

◆ fill()

void qpe::PotentialField2D::fill ( Value value )

noexcept

Performs fill.

Parameters

value Value to assign or evaluate.

Definition at line 117 of file potentialfield2d.cpp.

Referenced by qpe::QuantumAharonovBohm2D::buildFields(), clear(), qpe::tests::anonymous_namespace{boundstates1d_tests.cpp}::makeFiniteWell(), qpe::tests::runDiracSplitStepSolver2DTests(), qpe::tests::runEnergyObservables2DTests(), qpe::tests::runPotentialField2DTests(), qpe::tests::runQuantumBackflow2DTests(), and qpe::tests::runSplitStepFourierSolver2DTests().

◆ height()

std::size_t qpe::PotentialField2D::height ( ) const

noexcept

Returns height.

Definition at line 133 of file potentialfield2d.cpp.

References height_.

Referenced by PotentialField2D(), addRectangle(), qpe::PotentialContours2D::compute(), qpe::tests::anonymous_namespace{potentialfield2d_tests.cpp}::nearestIndexY(), qpe::DiracSplitStepSolver2D::preparePotential(), qpe::SplitStepFourierSolver2D::preparePotential(), qpe::PotentialScene2D::rasterize(), MainWindow::rebuildLandauZenerReference(), MainWindow::rebuildRamseyReference(), resize(), qpe::tests::runPotentialContours2DTests(), qpe::tests::runPotentialField2DTests(), qpe::tests::runTimeDependentPotential2DTests(), qpe::BoundStates1D::solve(), and qpe::DiracSplitStepSolver2D::step().

◆ index()

std::size_t qpe::PotentialField2D::index	(	std::size_t	x,
		std::size_t	y ) const

privatenoexcept

Returns index.

Parameters

x	X coordinate/value.
y	Y coordinate/value.

Definition at line 588 of file potentialfield2d.cpp.

Referenced by addBarrier(), addCircle(), addDoubleSlit(), addGaussian(), addHarmonic(), addLinear(), addPolygon(), addQuadrupole(), addRectangle(), addSingleSlit(), addSoftenedRadial(), addStadiumExterior(), addStandingWaveX(), and checkedIndex().

◆ matchesGrid()

bool qpe::PotentialField2D::matchesGrid ( const ComplexField2D & field ) const

noexcept

Performs matches grid.

Parameters

field Field data to read or modify.

Definition at line 195 of file potentialfield2d.cpp.

Referenced by qpe::QuantumTextureFrame2D::build(), qpe::EnergyObservables2D::compute(), qpe::tests::runPotentialField2DTests(), qpe::tests::runQuantumAharonovBohm2DTests(), qpe::SplitStepFourierSolver2D::step(), and qpe::SplitStepFourierSolver2D::stepGaugeCovariant().

◆ maximum()

PotentialField2D::Value qpe::PotentialField2D::maximum ( ) const

noexcept

Performs maximum.

Definition at line 211 of file potentialfield2d.cpp.

References data_.

Referenced by qpe::PotentialContours2D::compute(), qpe::tests::runPotentialField2DTests(), qpe::tests::runQuantumAharonovBohm2DTests(), qpe::tests::runQuantumKapitzaDirac2DTests(), qpe::tests::runQuantumKleinTunneling2DTests(), qpe::tests::runQuantumMoshinsky2DTests(), qpe::tests::runQuantumScar2DTests(), and MainWindow::updateStatusText().

◆ minimum()

PotentialField2D::Value qpe::PotentialField2D::minimum ( ) const

noexcept

Performs minimum.

Definition at line 203 of file potentialfield2d.cpp.

References data_.

Referenced by qpe::PotentialContours2D::compute(), qpe::tests::runPotentialField2DTests(), and MainWindow::updateStatusText().

◆ operator()()

PotentialField2D::Value qpe::PotentialField2D::operator()	(	std::size_t	x,
		std::size_t	y ) const

noexcept

Returns the potential sample at a grid coordinate without bounds checking.

Parameters

x	Zero-based X sample index.
y	Zero-based Y sample index.

Returns: Potential value at (x,y).

Definition at line 153 of file potentialfield2d.cpp.

◆ resize()

void qpe::PotentialField2D::resize	(	std::size_t	width,
		std::size_t	height,
		float	dx = 1.0f,
		float	dy = 1.0f )

Performs resize.

Parameters

width	The width value used by the operation.
height	The height value used by the operation.
dx	The dx value used by the operation.
dy	The dy value used by the operation.

Definition at line 95 of file potentialfield2d.cpp.

References data_, dx(), dx_, dy(), dy_, height(), height_, touch(), width(), and width_.

Referenced by PotentialField2D(), qpe::QuantumAharonovBohm2D::buildFields(), qpe::QuantumHallEdge2D::buildFields(), MainWindow::resetSimulation(), and qpe::tests::runQuantumLandau2DTests().

◆ revision()

std::uint64_t qpe::PotentialField2D::revision ( ) const

noexcept

Performs revision.

Definition at line 219 of file potentialfield2d.cpp.

References revision_.

Referenced by qpe::DiracSplitStepSolver2D::preparePotential(), qpe::SplitStepFourierSolver2D::preparePotential(), MainWindow::renderCurrentView(), and qpe::tests::runPotentialField2DTests().

◆ set()

void qpe::PotentialField2D::set	(	std::size_t	x,
		std::size_t	y,
		Value	value )

noexcept

Performs set.

Parameters

x	X coordinate/value.
y	Y coordinate/value.
value	Value to assign or evaluate.

Definition at line 164 of file potentialfield2d.cpp.

Referenced by qpe::tests::runBoundStates1DTests(), qpe::tests::runPotentialContours2DTests(), qpe::tests::runPotentialField2DTests(), qpe::tests::runQuantumTextureFrame2DTests(), and qpe::tests::runSplitStepFourierSolver2DTests().

◆ setAt()

void qpe::PotentialField2D::setAt	(	std::size_t	x,
		std::size_t	y,
		Value	value )

Sets at.

Parameters

x	X coordinate/value.
y	Y coordinate/value.
value	Value to assign or evaluate.

Definition at line 170 of file potentialfield2d.cpp.

References checkedIndex(), data_, and touch().

Referenced by qpe::tests::runPotentialField2DTests().

◆ size()

std::size_t qpe::PotentialField2D::size ( ) const

noexcept

Returns size.

Definition at line 138 of file potentialfield2d.cpp.

References data_.

Referenced by qpe::DiracSplitStepSolver2D::preparePotential(), qpe::SplitStepFourierSolver2D::preparePotential(), and qpe::tests::runPotentialField2DTests().

◆ touch()

void qpe::PotentialField2D::touch ( )

privatenoexcept

Performs touch.

Definition at line 601 of file potentialfield2d.cpp.

References revision_.

Referenced by accumulate(), addBarrier(), addCircle(), addDoubleSlit(), addGaussian(), addHarmonic(), addLinear(), addPolygon(), addQuadrupole(), addRectangle(), addSingleSlit(), addSoftenedRadial(), addStadiumExterior(), addStandingWaveX(), resize(), and setAt().

◆ width()

std::size_t qpe::PotentialField2D::width ( ) const

noexcept

Returns width.

Definition at line 128 of file potentialfield2d.cpp.

References width_.

Referenced by PotentialField2D(), addRectangle(), qpe::PotentialContours2D::compute(), qpe::tests::anonymous_namespace{potentialfield2d_tests.cpp}::nearestIndexX(), qpe::DiracSplitStepSolver2D::preparePotential(), qpe::SplitStepFourierSolver2D::preparePotential(), qpe::PotentialScene2D::rasterize(), MainWindow::rebuildLandauZenerReference(), MainWindow::rebuildRamseyReference(), resize(), qpe::tests::runPotentialContours2DTests(), qpe::tests::runPotentialField2DTests(), qpe::tests::runTimeDependentPotential2DTests(), qpe::BoundStates1D::solve(), and qpe::DiracSplitStepSolver2D::step().

◆ xCoordinate()

double qpe::PotentialField2D::xCoordinate ( std::size_t x ) const

noexcept

Performs x coordinate.

Parameters

x	X coordinate/value.

Definition at line 224 of file potentialfield2d.cpp.

Referenced by addBarrier(), addCircle(), addDoubleSlit(), addGaussian(), addHarmonic(), addLinear(), addPolygon(), addQuadrupole(), addRectangle(), addSingleSlit(), addSoftenedRadial(), addStadiumExterior(), addStandingWaveX(), qpe::PotentialContours2D::compute(), qpe::tests::anonymous_namespace{potentialfield2d_tests.cpp}::nearestIndexX(), qpe::tests::runPotentialField2DTests(), qpe::tests::runTimeDependentPotential2DTests(), and qpe::BoundStates1D::solve().

◆ yCoordinate()

double qpe::PotentialField2D::yCoordinate ( std::size_t y ) const

noexcept

Performs y coordinate.

Parameters

y	Y coordinate/value.

Definition at line 233 of file potentialfield2d.cpp.

Referenced by addBarrier(), addCircle(), addDoubleSlit(), addGaussian(), addHarmonic(), addLinear(), addPolygon(), addQuadrupole(), addRectangle(), addSingleSlit(), addSoftenedRadial(), addStadiumExterior(), qpe::PotentialContours2D::compute(), qpe::tests::anonymous_namespace{potentialfield2d_tests.cpp}::nearestIndexY(), qpe::tests::runPotentialField2DTests(), and qpe::tests::runTimeDependentPotential2DTests().

Member Data Documentation

◆ data_

std::vector<Value> qpe::PotentialField2D::data_

private

Definition at line 402 of file potentialfield2d.h.

Referenced by accumulate(), addBarrier(), addCircle(), addDoubleSlit(), addGaussian(), addHarmonic(), addLinear(), addPolygon(), addQuadrupole(), addRectangle(), addSingleSlit(), addSoftenedRadial(), addStadiumExterior(), addStandingWaveX(), at(), data(), empty(), maximum(), minimum(), resize(), setAt(), and size().

◆ dx_

float qpe::PotentialField2D::dx_ = 1.0f

private

Definition at line 400 of file potentialfield2d.h.

Referenced by accumulate(), dx(), and resize().

◆ dy_

float qpe::PotentialField2D::dy_ = 1.0f

private

Definition at line 401 of file potentialfield2d.h.

Referenced by accumulate(), dy(), and resize().

◆ height_

std::size_t qpe::PotentialField2D::height_ = 0

private

Definition at line 399 of file potentialfield2d.h.

Referenced by accumulate(), addBarrier(), addCircle(), addDoubleSlit(), addGaussian(), addHarmonic(), addLinear(), addPolygon(), addQuadrupole(), addRectangle(), addSingleSlit(), addSoftenedRadial(), addStadiumExterior(), addStandingWaveX(), checkedIndex(), height(), and resize().

◆ revision_

std::uint64_t qpe::PotentialField2D::revision_ = 0

private

Definition at line 403 of file potentialfield2d.h.

Referenced by revision(), and touch().

◆ width_

std::size_t qpe::PotentialField2D::width_ = 0

private

Definition at line 398 of file potentialfield2d.h.

Referenced by accumulate(), addBarrier(), addCircle(), addDoubleSlit(), addGaussian(), addHarmonic(), addLinear(), addPolygon(), addQuadrupole(), addRectangle(), addSingleSlit(), addSoftenedRadial(), addStadiumExterior(), addStandingWaveX(), checkedIndex(), resize(), and width().

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

core/quantum/potentialfield2d.h
core/quantum/potentialfield2d.cpp

Public Types

Public Member Functions

Private Member Functions

Private Attributes

Detailed Description

Member Typedef Documentation

◆ Value

Constructor & Destructor Documentation

◆ PotentialField2D() [1/2]

◆ PotentialField2D() [2/2]

Member Function Documentation

◆ accumulate()

◆ addBarrier()

◆ addCircle()

◆ addDoubleSlit()

◆ addGaussian()

◆ addHarmonic()

◆ addLinear()

◆ addPolygon()

◆ addQuadrupole()

◆ addRectangle()

◆ addSingleSlit()

◆ addSoftenedRadial()

◆ addStadiumExterior()

◆ addStandingWaveX()

◆ at()

◆ checkedIndex()

◆ clear()

◆ data()

◆ dx()

◆ dy()

◆ empty()

◆ fill()

◆ height()

◆ index()

◆ matchesGrid()

◆ maximum()

◆ minimum()

◆ operator()()

◆ resize()

◆ revision()

◆ set()

◆ setAt()

◆ size()

◆ touch()

◆ width()

◆ xCoordinate()

◆ yCoordinate()

Member Data Documentation

◆ data_

◆ dx_

◆ dy_

◆ height_

◆ revision_

◆ width_