qpe::SplitStepFourier2DParams Struct Reference

Physical/numerical parameters for scalar split-step propagation. More...

#include <splitstepfouriersolver2d.h>

Public Attributes
float	mass = 1.0f
	Particle/effective mass in simulation units.
float	hbar = 1.0f
	Reduced Planck constant in simulation units.
float	dt = 0.0025f
	Propagation step in simulation time units.

Detailed Description

Physical/numerical parameters for scalar split-step propagation.

QPE normally works in reduced simulation units. mass, hbar and dt are nevertheless carried explicitly so preset mappings and numerical tests can vary them without hidden global constants.

Definition at line 33 of file splitstepfouriersolver2d.h.

Member Data Documentation

dt

float qpe::SplitStepFourier2DParams::dt = 0.0025f

Propagation step in simulation time units.

Definition at line 37 of file splitstepfouriersolver2d.h.

Referenced by MainWindow::MainWindow(), MainWindow::accumulateTemporalDetectorFlux(), qpe::SplitStepFourierSolver2D::advanceClock(), MainWindow::applyKickedRotorKickIfDue(), MainWindow::applyQuantumZenoMeasurementIfDue(), MainWindow::currentParametersHelpHtml(), qpe::SplitStepFourierSolver2D::prepare(), qpe::SplitStepFourierSolver2D::preparePotential(), MainWindow::resetSimulation(), qpe::tests::anonymous_namespace{quantumhalledge2d_tests.cpp}::runOne(), qpe::tests::runQuantumAharonovBohm2DTests(), qpe::tests::runQuantumAnderson2DTests(), qpe::tests::runQuantumBackflow2DTests(), qpe::tests::runQuantumBouncer2DTests(), qpe::tests::runQuantumLandau2DTests(), qpe::tests::runQuantumLoschmidt2DTests(), qpe::tests::runQuantumTalbot2DTests(), qpe::tests::runQuantumVortex2DTests(), qpe::tests::runSplitStepFourierSolver2DTests(), qpe::tests::runWavePacketObservables2DTests(), qpe::SplitStepFourierSolver2D::stepGaugeCovariant(), qpe::anonymous_namespace{quantumkickedrotor2d_tests.cpp}::testDynamicalLocalizationSignature(), qpe::anonymous_namespace{quantumzeno2d_tests.cpp}::testWatchedEscapeSuppression(), MainWindow::updateStatusText(), and qpe::SplitStepFourierSolver2D::validateParameters().

hbar

float qpe::SplitStepFourier2DParams::hbar = 1.0f

Reduced Planck constant in simulation units.

Definition at line 36 of file splitstepfouriersolver2d.h.

Referenced by MainWindow::MainWindow(), MainWindow::accumulateTemporalDetectorFlux(), qpe::SplitStepFourierSolver2D::applyGaugeCayleyX(), qpe::SplitStepFourierSolver2D::applyGaugeCayleyY(), MainWindow::applyQuantumLoschmidtReversalIfDue(), MainWindow::currentParametersHelpHtml(), MainWindow::performPositionCollapse(), qpe::SplitStepFourierSolver2D::prepare(), MainWindow::prepareConfiguredInitialState(), qpe::SplitStepFourierSolver2D::preparePotential(), MainWindow::rebuildLandauZenerReference(), MainWindow::rebuildRamseyReference(), MainWindow::recordTimeSeriesSample(), MainWindow::renderCurrentView(), MainWindow::resetSimulation(), qpe::tests::anonymous_namespace{quantumhalledge2d_tests.cpp}::runOne(), qpe::tests::runQuantumAharonovBohm2DTests(), qpe::tests::runQuantumAnderson2DTests(), qpe::tests::runQuantumBackflow2DTests(), qpe::tests::runQuantumBouncer2DTests(), qpe::tests::runQuantumLandau2DTests(), qpe::tests::runQuantumLoschmidt2DTests(), qpe::tests::runQuantumTalbot2DTests(), qpe::tests::runQuantumVortex2DTests(), qpe::tests::runSplitStepFourierSolver2DTests(), qpe::tests::runWavePacketObservables2DTests(), qpe::anonymous_namespace{quantumkickedrotor2d_tests.cpp}::testDynamicalLocalizationSignature(), qpe::anonymous_namespace{quantumzeno2d_tests.cpp}::testWatchedEscapeSuppression(), MainWindow::updateKickedRotorAnalysis(), MainWindow::updateMomentumSpaceCache(), MainWindow::updateQuantumBerryAnalysis(), MainWindow::updateQuantumHallEdgeAnalysis(), MainWindow::updateQuantumQuenchPotential(), MainWindow::updateQuantumZitterbewegungAnalysis(), MainWindow::updateRamseyAnalysis(), MainWindow::updateStatusText(), MainWindow::updateStueckelbergAnalysis(), and qpe::SplitStepFourierSolver2D::validateParameters().

mass

float qpe::SplitStepFourier2DParams::mass = 1.0f

Particle/effective mass in simulation units.

Definition at line 35 of file splitstepfouriersolver2d.h.

Referenced by MainWindow::MainWindow(), MainWindow::accumulateTemporalDetectorFlux(), qpe::SplitStepFourierSolver2D::applyGaugeCayleyX(), qpe::SplitStepFourierSolver2D::applyGaugeCayleyY(), MainWindow::currentParametersHelpHtml(), qpe::SplitStepFourierSolver2D::prepare(), MainWindow::prepareConfiguredInitialState(), MainWindow::recordTimeSeriesSample(), MainWindow::renderCurrentView(), MainWindow::resetSimulation(), qpe::tests::anonymous_namespace{quantumhalledge2d_tests.cpp}::runOne(), qpe::tests::runQuantumAharonovBohm2DTests(), qpe::tests::runQuantumAnderson2DTests(), qpe::tests::runQuantumBackflow2DTests(), qpe::tests::runQuantumBouncer2DTests(), qpe::tests::runQuantumLandau2DTests(), qpe::tests::runQuantumLoschmidt2DTests(), qpe::tests::runQuantumTalbot2DTests(), qpe::tests::runQuantumVortex2DTests(), qpe::tests::runSplitStepFourierSolver2DTests(), qpe::tests::runWavePacketObservables2DTests(), qpe::anonymous_namespace{quantumkickedrotor2d_tests.cpp}::testDynamicalLocalizationSignature(), qpe::anonymous_namespace{quantumzeno2d_tests.cpp}::testWatchedEscapeSuppression(), MainWindow::updateKickedRotorAnalysis(), MainWindow::updatePeriodicDriveAnalysis(), MainWindow::updateQuantumBerryAnalysis(), MainWindow::updateQuantumHallEdgeAnalysis(), MainWindow::updateQuantumQuenchPotential(), MainWindow::updateQuantumScarAnalysis(), MainWindow::updateStatusText(), and qpe::SplitStepFourierSolver2D::validateParameters().

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

• core/quantum/splitstepfouriersolver2d.h