Inheritance diagram for Planar:

Public Member Functions
	Planar (double cutoffT, double cutoffLJ, Domain domain, DomainDecompBase domainDecomposition, ParticleContainer particleContainer, unsigned slabs, Simulation simulation)

virtual void	init ()
	Read in XML configuration for Planar and all its included objects. More...

virtual void	readXML (XMLfileUnits &xmlconfig)

virtual void	calculateLongRange ()

double	lrcLJ (Molecule *mol)

void	directDensityProfile ()

void	SetSmoothDensityProfileOption (bool bVal)

virtual void	writeProfiles (DomainDecompBase domainDecomp, Domain domain, unsigned long simstep)

SubjectBase *	getSubject ()

void	update (SubjectBase *subject) override

std::string	getShortName () override

Member Function Documentation

◆ calculateLongRange()

void Planar::calculateLongRange ( )

virtual

Implements LongRangeCorrection.

◆ getShortName()

std::string Planar::getShortName ( )

inlineoverridevirtual

Implements ControlInstance.

◆ init()

void Planar::init ( )

virtual

Read in XML configuration for Planar and all its included objects.

The following XML object structure is handled by this method:

<longrange type="planar">
   <region> <!-- y coordinates of left and right boundaries within correction is applied to particles -->
       <left refcoordsID="INT">FLOAT</left> <!-- Reference of coordinate can be set (see DistControl); 0: origin (default) | 1:left interface | 2:right interface -->
       <right refcoordsID="INT">FLOAT</right>
   </region>
   <slabs>INT</slabs> <!-- Domain is divided into INT slabs -->
   <smooth>0</smooth>
   <frequency>10</frequency> <!-- Frequency at which LRC is recalculated -->
   <writecontrol> <!-- Parameters to control output in file -->
       <start>900000</start>
       <frequency>100000</frequency>
       <stop>5000000</stop>
   </writecontrol>
</longrange>