alma::analytic1D::SPR_calculator_FourierLaplace Class Reference

Class for computing the exact analytical RTA single pulse energy density response of the infinite bulk medium in Fourier-Laplace domain. More...

#include <analytic1d.hpp>

Public Member Functions
	SPR_calculator_FourierLaplace (const alma::Crystal_structure *poscar, const alma::Gamma_grid *grid, const Eigen::ArrayXXd *w, double T)
	Constructor: initialise internal variables.
void	setDirection (const Eigen::Vector3d unitvector)
	Function setting the thermal transport axis.
void	setLinSpatialGrid (double ximin, double ximax, int Nxi)
	Construct a linear grid of spatial frequencies from ximin to ximax with Nxi elements.
void	setLogSpatialGrid (double ximin, double ximax, int Nxi)
	Construct a logarithmic grid of spatial frequencies from ximin to ximax with Nxi elements.
void	setLinTemporalGrid (double fmin, double fmax, int Nf)
	Construct a linear grid of temporal frequencies from fmin to fmax with Nf elements. More...
void	setLogTemporalGrid (double fmin, double fmax, int Nf)
	Construct a logarithmic grid of temporal frequencies from fmin to fmax with Nf elements. More...
Eigen::VectorXd	getSpatialFrequencies ()
	Retrieve the spatial frequency grid.
Eigen::VectorXd	getTemporalFrequencies ()
	Retrieve the temporal frequency grid.
Eigen::MatrixXcd	getSPR ()
	Compute SPR and retrieve it.

Detailed Description

Class for computing the exact analytical RTA single pulse energy density response of the infinite bulk medium in Fourier-Laplace domain.

[see PRB 91 085202 (2015)]

Member Function Documentation

setLinTemporalGrid()

void alma::analytic1D::SPR_calculator_FourierLaplace::setLinTemporalGrid	(	double	fmin,
		double	fmax,
		int	Nf
	)

Construct a linear grid of temporal frequencies from fmin to fmax with Nf elements.

From this a Laplace grid s = 2*pi*1i*f is created.

setLogTemporalGrid()

void alma::analytic1D::SPR_calculator_FourierLaplace::setLogTemporalGrid	(	double	fmin,
		double	fmax,
		int	Nf
	)

Construct a logarithmic grid of temporal frequencies from fmin to fmax with Nf elements.

From this a Laplace grid s = 2*pi*1i*f is created.

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

• analytic1d.hpp
• analytic1d.cpp