NuTo::GeometryConcrete Class Reference

#include <GeometryConcrete.h>

Public Types
enum	eGradingCurve { A16, B16, C16 }

Public Member Functions
	GeometryConcrete ()
virtual	~GeometryConcrete ()
void	MaximizeParticleDistance (double rParticleDistance)
	runs a RSA simulation with the desired phi afterwards, runs a EDMD simulation to maximize the particle distance More...
void	MaximizeParticleVolumeFraction (double rShrinkage)
	runs a RSA simulation with smaller spheres afterwards, runs a EDMD simulation to reach the original sphere size More...
void	ExportGmshGeo2D (std::string rGmshFile, double rMeshSize, double rZSlice, double rMinRadius)
	exports the geometry to a 2D mesh file More...
void	ExportGmshGeo3D (std::string rGmshFile, double rMeshSize)
	exports the geometry to a 3D mesh file More...
void	SetSpecimenBox (double rXs, double rXe, double rYs, double rYe, double rZs, double rZe)
void	SetSpecimenCylinder (double rXs, double rXe, double rYs, double rYe, double rZs, double rZe)
void	SetSpecimenCylinder (double radius, double height)
void	SetGradingCurve (eGradingCurve rGradingCurveEnum, int rNumClasses)
	sets the grading curve - DIN More...
void	SetGradingCurve (const Eigen::MatrixXd &rGradingCurve)
	sets the grading curve - self defined More...
Eigen::MatrixXd	GetParticles (bool rBeforeEDMD)
void	SetParticles (Eigen::MatrixXd)
void	SetAbsoluteGrowthRate (double rAbsoluteGrowthRate)
	sets the absolute grow rate, removes the relative growth rate More...
void	SetRelativeGrowthRate (double rRelativeGrowthRate)
	sets the relative grow rate, removes the absolute growth rate More...
void	SetGmshBinary (const std::string &rGmshBinary)
void	SetInitialTimeBarrier (double rInitialTimeBarrier)
void	SetNumEventsMax (double rNumEventsMax)
void	SetParticleVolumeFraction (double rParticleVolumeFraction)
void	SetRandomVelocityRange (double rRandomVelocityRange)
void	SetSecondsPrint (double rSecondsPrint)
void	SetSecondsWallTimeMax (double rSecondsWallTimeMax)
void	SetSeed (double rSeed)
bool	ContinueOnException () const
void	SetContinueOnException (bool rContinueOnException)

Member Enumeration Documentation

enum NuTo::GeometryConcrete::eGradingCurve

Enumerator
A16
B16
C16

Constructor & Destructor Documentation

NuTo::GeometryConcrete::GeometryConcrete

(

)

NuTo::GeometryConcrete::~GeometryConcrete ( )

virtual

Member Function Documentation

bool NuTo::GeometryConcrete::ContinueOnException

(

)

const

void NuTo::GeometryConcrete::ExportGmshGeo2D	(	std::string	rGmshFile,
		double	rMeshSize,
		double	rZSlice,
		double	rMinRadius
	)

exports the geometry to a 2D mesh file

Parameters

rGmshFile	path (without .geo) for the gmsh file
rMeshSize	mesh size parameter
rZSlice	3D –> 2D at z=rZSlice
rMinRadius	sliced radiuses smaller than rMinRadius are not exported

void NuTo::GeometryConcrete::ExportGmshGeo3D	(	std::string	rGmshFile,
		double	rMeshSize
	)

exports the geometry to a 3D mesh file

...

Parameters

rGmshFile	path (without .geo) for the gmsh file
rMeshSize	mesh size parameter

exports the geometry to a 3D mesh file

Parameters

rGmshFile	... path (without .geo) for the gmsh file
rMeshSize	... mesh size parameter

Eigen::MatrixXd NuTo::GeometryConcrete::GetParticles

(

bool

rBeforeEDMD

)

void NuTo::GeometryConcrete::MaximizeParticleDistance

(

double

rParticleDistance

)

runs a RSA simulation with the desired phi afterwards, runs a EDMD simulation to maximize the particle distance

Parameters

rParticleDistance

desired particle distance

void NuTo::GeometryConcrete::MaximizeParticleVolumeFraction

(

double

rShrinkage

)

runs a RSA simulation with smaller spheres afterwards, runs a EDMD simulation to reach the original sphere size

Parameters

rShrinkage

sphere distribution gets multiplied by (1-rShrinkage)

void NuTo::GeometryConcrete::SetAbsoluteGrowthRate

(

double

rAbsoluteGrowthRate

)

sets the absolute grow rate, removes the relative growth rate

void NuTo::GeometryConcrete::SetContinueOnException

(

bool

rContinueOnException

)

void NuTo::GeometryConcrete::SetGmshBinary

(

const std::string &

rGmshBinary

)

void NuTo::GeometryConcrete::SetGradingCurve	(	eGradingCurve	rGradingCurveEnum,
		int	rNumClasses
	)

sets the grading curve - DIN

Parameters

rGradingCurveEnum	enum
rNumClasses	number of classes , beginning from the biggest particles, to consider

void NuTo::GeometryConcrete::SetGradingCurve

(

const Eigen::MatrixXd &

rGradingCurve

)

sets the grading curve - self defined

Parameters

rGradingCurve

user defined grading curve

void NuTo::GeometryConcrete::SetInitialTimeBarrier

(

double

rInitialTimeBarrier

)

void NuTo::GeometryConcrete::SetNumEventsMax

(

double

rNumEventsMax

)

void NuTo::GeometryConcrete::SetParticles

(

Eigen::MatrixXd

rParticles

)

void NuTo::GeometryConcrete::SetParticleVolumeFraction

(

double

rParticleVolumeFraction

)

void NuTo::GeometryConcrete::SetRandomVelocityRange

(

double

rRandomVelocityRange

)

void NuTo::GeometryConcrete::SetRelativeGrowthRate

(

double

rRelativeGrowthRate

)

sets the relative grow rate, removes the absolute growth rate

void NuTo::GeometryConcrete::SetSecondsPrint

(

double

rSecondsPrint

)

void NuTo::GeometryConcrete::SetSecondsWallTimeMax

(

double

rSecondsWallTimeMax

)

void NuTo::GeometryConcrete::SetSeed

(

double

rSeed

)

void NuTo::GeometryConcrete::SetSpecimenBox	(	double	rXs,
		double	rXe,
		double	rYs,
		double	rYe,
		double	rZs,
		double	rZe
	)

void NuTo::GeometryConcrete::SetSpecimenCylinder	(	double	rXs,
		double	rXe,
		double	rYs,
		double	rYe,
		double	rZs,
		double	rZe
	)

void NuTo::GeometryConcrete::SetSpecimenCylinder	(	double	radius,
		double	height
	)

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

• nuto/geometryConcrete/GeometryConcrete.h
• nuto/geometryConcrete/GeometryConcrete.cpp