Aggregate of parameters pertaining to the highest level driver functions for quantum trajectories. More...

#include <Evolution_.h>

Inheritance diagram for evolution::Pars:

Collaboration diagram for evolution::Pars:

Public Member Functions
	Pars (parameters::ParameterTable &p, const std::string &mod="")

Public Member Functions inherited from trajectory::ParsRun
	ParsRun (parameters::ParameterTable &, const std::string &mod="")

const std::string	getParsedCommandLine () const
	Corresponds to parameters::ParameterTable::getParsedCommandLine.

Public Member Functions inherited from quantumtrajectory::mcwf::Pars
	Pars (parameters::ParameterTable &p, const std::string &mod="")

Public Member Functions inherited from trajectory::ParsStochastic
	ParsStochastic (parameters::ParameterTable &, const std::string &mod="")

Public Member Functions inherited from trajectory::ParsEvolved
	ParsEvolved (parameters::ParameterTable &, const std::string &mod="")
	All `Pars…` classes are constructed taking a parameters::ParameterTable, to register the parameters on. More...

Public Attributes
Method &	evol
	the method of evolution

bool &	negativity
	governs whether entanglement should be calculated in the case of ENSEMBLE, MASTER, and MASTER_FAST, cf. quantumtrajectory::display_densityoperator::_, quantumdata::negPT

bool &	timeAverage
	governs whether in the case of SINGLE, time averaging should be performed (by using quantumtrajectory::TimeAveragingMCWF_Trajectory instead of quantumtrajectory::MCWF_Trajectory)

double &	relaxationTime
	the relaxation time in the case when time averaging is desired

Public Attributes inherited from trajectory::ParsRun
double &	T
	endtime of the run

int &	dc

double &	Dt

long &	NDt
	number of deltaT intervals in deltaT-mode

std::string &	ofn

std::string &	initialFileName

formdouble::Zero &	precision
	the overall precision of trajectory display More...

bool &	displayInfo

bool &	firstStateDisplay

unsigned &	sdf

double &	autoStopEpsilon

unsigned &	autoStopRepetition

Public Attributes inherited from quantumtrajectory::mcwf::Pars
double &	dpLimit
	the parameter $\delta p_\text{limit}$ (cf. 2.b.ii here)

double &	overshootTolerance
	the parameter $\delta p_\text{limit}'/\delta p_\text{limit}$ (cf. 2.b.ii here)

int &	logLevel
	governs how much logging information is displayed during an MCWF_Trajectory run More...

size_t &	nBins
	governs how many bins should be used for the histogram of jumps created by ensemble::displayLog (a zero value means a heuristic automatic determination)

size_t &	nJumpsPerBin
	the average number of jumps per bin in the histogram of jumps for the case of heuristic bin-number determination

Public Attributes inherited from trajectory::ParsStochastic
unsigned long &	seed
	random-number generator seed

bool &	noise
	whether the noise should be on or off More...

size_t &	nTraj
	number of trajectories in case of ensemble averaging

Public Attributes inherited from trajectory::ParsEvolved
double &	epsRel
	relative precision of ODE stepping (cf. evolved::TimeStepBookkeeper)

double &	epsAbs
	absolute precision ”

evolved::SteppingFunction &	sf
	stepping-function type

double &	nextDtTryCorrectionFactor
	cf. evolved::MakerGSL::MakerGSL()

Additional Inherited Members
Static Public Attributes inherited from trajectory::ParsEvolved
static const double	epsRelDefault
	The ultimate default of epsRel in the framework.

static const double	epsAbsDefault
	” for epsAbs

Detailed Description

Aggregate of parameters pertaining to the highest level driver functions for quantum trajectories.

See also: ParsEvolved for general explanation of the workings of Pars… classes

Definition at line 42 of file Evolution_.h.

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

quantumtrajectory/Evolution_.h

Public Member Functions

Public Attributes

Additional Inherited Members

Detailed Description