esys::lsm::EigenvalueCalculator Class Reference

#include <EigenvalueCalculator.h>

Classes
class	ComplexAbsRealImagComparer
class	ComplexNormComparer
class	ComplexRealImagComparer

Public Types
typedef std::complex< double >	Complex
typedef std::vector< Complex >	ComplexVector

Public Member Functions
double	cbrt (double a)
bool	hasComplexEigenvalues (const Matrix3 &a) const
ComplexVector	getEigenvalues (const Matrix3 &a)
void	printEigenvalues (const Matrix3 &a)

Static Public Attributes
static const double	ONE_THIRD = 1.0/3.0
static const double	SQRT_THREE = sqrt(3.0)

Member Typedef Documentation

Complex

typedef std::complex<double> esys::lsm::EigenvalueCalculator::Complex

ComplexVector

typedef std::vector<Complex> esys::lsm::EigenvalueCalculator::ComplexVector

Member Function Documentation

cbrt()

double esys::lsm::EigenvalueCalculator::cbrt ( double  a )

inline

References ONE_THIRD.

Referenced by getEigenvalues().

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getEigenvalues()

ComplexVector esys::lsm::EigenvalueCalculator::getEigenvalues ( const Matrix3 &  a )

inline

References cbrt(), ONE_THIRD, and SQRT_THREE.

Referenced by esys::lsm::Tensor::getEigenvalues(), and printEigenvalues().

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hasComplexEigenvalues()

bool esys::lsm::EigenvalueCalculator::hasComplexEigenvalues ( const Matrix3 &  a ) const

inline

Referenced by printEigenvalues().

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printEigenvalues()

void esys::lsm::EigenvalueCalculator::printEigenvalues ( const Matrix3 &  a )

inline

References getEigenvalues(), and hasComplexEigenvalues().

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Member Data Documentation

ONE_THIRD

const double esys::lsm::EigenvalueCalculator::ONE_THIRD = 1.0/3.0

static

Referenced by cbrt(), and getEigenvalues().

SQRT_THREE

const double esys::lsm::EigenvalueCalculator::SQRT_THREE = sqrt(3.0)

static

Referenced by getEigenvalues().

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

• Tools/StressCalculator/EigenvalueCalculator.h
• Tools/StressCalculator/EigenvalueCalculator.cpp