Material Class Reference

#include <material.h>

Public Types
using	Array = std::array< double, NUM_FREQ_BINS >
using	Table = std::array< std::pair< double, double >, NUM_FREQ_BINS >
using	Polar = Phonon::Polarization

Public Member Functions
	Material (std::size_t mat_id, const DispersionData &disp_data, const RelaxationData &relax_data)
void	setFullSimulation () noexcept
std::size_t	id () const noexcept
double	max_freq_la () const noexcept
double	max_freq_ta () const noexcept
Phonon::RelaxRates	relaxRates (double temp, double freq, Polar polarization) const noexcept
Phonon::RelaxRates	relaxRates (std::size_t freq_index, Polar polarization, double temp) const
const Array &	getFrequencies () const noexcept
double	getFreq (std::size_t index) const noexcept
double	getVel (std::size_t index, Polar polar) const noexcept
const Table *	baseTable (double temp) const
double	baseEnergy (double temp) const
const Table *	emitTable (double temp) const
double	emitEnergy (double temp) const
const Table *	scatterTable (double temp) const
double	scatterEnergy (double temp) const
double	theoreticalEnergy (double temp, bool pseudo=false) const noexcept
void	initializeTables (double low_temp, double high_temp, float temp_interval)

Static Public Member Functions
static std::pair< std::size_t, Polar >	freqIndex (const Table &dist) noexcept

Static Public Attributes
static constexpr std::size_t	NUM_FREQ_BINS = 1000

Member Typedef Documentation

Array

using Material::Array = std::array<double, NUM_FREQ_BINS>

Polar

using Material::Polar = Phonon::Polarization

Table

using Material::Table = std::array<std::pair<double, double>, NUM_FREQ_BINS>

Constructor & Destructor Documentation

Material()

Material::Material	(	std::size_t	mat_id,
		const DispersionData &	disp_data,
		const RelaxationData &	relax_data
	)

Member Function Documentation

baseEnergy()

double Material::baseEnergy ( double  temp ) const

inline

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baseTable()

const Table* Material::baseTable ( double  temp ) const

inline

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emitEnergy()

double Material::emitEnergy ( double  temp ) const

inline

emitTable()

const Table* Material::emitTable ( double  temp ) const

inline

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freqIndex()

std::pair< std::size_t, Polar > Material::freqIndex ( const Table &  dist )

staticnoexcept

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getFreq()

double Material::getFreq ( std::size_t  index ) const

noexcept

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getFrequencies()

const Array& Material::getFrequencies ( ) const

inlinenoexcept

getVel()

double Material::getVel ( std::size_t  index, Polar  polar  ) const

noexcept

id()

std::size_t Material::id ( ) const

inlinenoexcept

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initializeTables()

void Material::initializeTables	(	double	low_temp,
		double	high_temp,
		float	temp_interval
	)

max_freq_la()

double Material::max_freq_la ( ) const

inlinenoexcept

max_freq_ta()

double Material::max_freq_ta ( ) const

inlinenoexcept

relaxRates() [1/2]

Phonon::RelaxRates Material::relaxRates ( double  temp, double  freq, Polar  polarization  ) const

noexcept

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relaxRates() [2/2]

Phonon::RelaxRates Material::relaxRates	(	std::size_t	freq_index,
		Polar	polarization,
		double	temp
	)		const

scatterEnergy()

double Material::scatterEnergy ( double  temp ) const

inline

scatterTable()

const Table* Material::scatterTable ( double  temp ) const

inline

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setFullSimulation()

void Material::setFullSimulation ( )

inlinenoexcept

theoreticalEnergy()

double Material::theoreticalEnergy ( double  temp, bool  pseudo = false  ) const

noexcept

Member Data Documentation

NUM_FREQ_BINS

constexpr std::size_t Material::NUM_FREQ_BINS = 1000

staticconstexpr

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

• psim/include/psim/material.h
• psim/src/material.cpp