plask::optical::effective::Contour Struct Reference

#include <solvers/optical/effective/bisection.hpp>

Collaboration diagram for plask::optical::effective::Contour:

Public Member Functions
	Contour (const Solver *solver, const std::function< dcomplex(dcomplex)> &fun)
	Contour (const Contour &src)
	Contour (Contour &&src)
	Contour (const Solver *solver, const std::function< dcomplex(dcomplex)> &fun, dcomplex corner0, dcomplex corner1, size_t ren, size_t imn)
	Create contour in specified range.
int	winding () const
	Compute winding number of the contour.
std::pair< Contour, Contour >	divide (double reps, double ieps) const
	Divide contour.

Public Attributes
const Solver *	solver
	Solver that created this contour.
const std::function< dcomplex(dcomplex)> &	fun
	Function being investigated.
double	re0
	Real part of the lower left corner of the contour.
double	im0
	Real part of the lower left corner of the contour.
double	re1
	Imaginary part of the upper right corner of the contour.
double	im1
	Imaginary part of the upper right corner of the contour.
DataVector< dcomplex >	bottom
	Vector of computed function values at bottom side of the contour.
DataVector< dcomplex >	right
	Vector of computed function values at right side of the contour.
DataVector< dcomplex >	top
	Vector of computed function values at top side of the contour.
DataVector< dcomplex >	left
	Vector of computed function values at left side of the contour.

Detailed Description

Definition at line 21 of file bisection.hpp.

Constructor & Destructor Documentation

Contour() [1/4]

plask::optical::effective::Contour::Contour ( const Solver *  solver, const std::function< dcomplex(dcomplex)> &  fun  )

inline

Definition at line 37 of file bisection.hpp.

Contour() [2/4]

plask::optical::effective::Contour::Contour ( const Contour &  src )

inline

Definition at line 39 of file bisection.hpp.

Contour() [3/4]

plask::optical::effective::Contour::Contour ( Contour &&  src )

inline

Definition at line 42 of file bisection.hpp.

Contour() [4/4]

plask::optical::effective::Contour::Contour	(	const Solver *	solver,
		const std::function< dcomplex(dcomplex)> &	fun,
		dcomplex	corner0,
		dcomplex	corner1,
		size_t	ren,
		size_t	imn
	)

Create contour in specified range.

Parameters

solver	solver that created this contour
fun	function to compute
corner0,corner1	corners of the integral
ren,imn	number of contour points along each real and imaginary axis, respectively

Definition at line 28 of file bisection.cpp.

Member Function Documentation

divide()

std::pair< Contour, Contour > plask::optical::effective::Contour::divide	(	double	reps,
		double	ieps
	)		const

Divide contour.

The contour is always divided across longer (by number of points) axis. In case of equal axes, the imaginary one is cut.

Parameters

reps,ieps

cell size limits along real and imaginary axis

Returns

pair of two contours

Definition at line 96 of file bisection.cpp.

winding()

int plask::optical::effective::Contour::winding ( ) const

inline

Compute winding number of the contour.

Returns

winding number of the contour

Definition at line 58 of file bisection.hpp.

Member Data Documentation

bottom

DataVector<dcomplex> plask::optical::effective::Contour::bottom

Vector of computed function values at bottom side of the contour.

Definition at line 32 of file bisection.hpp.

fun

const std::function<dcomplex(dcomplex)>& plask::optical::effective::Contour::fun

Function being investigated.

Definition at line 25 of file bisection.hpp.

im0

double plask::optical::effective::Contour::im0

Real part of the lower left corner of the contour.

Definition at line 28 of file bisection.hpp.

im1

double plask::optical::effective::Contour::im1

Imaginary part of the upper right corner of the contour.

Definition at line 30 of file bisection.hpp.

left

DataVector<dcomplex> plask::optical::effective::Contour::left

Vector of computed function values at left side of the contour.

Definition at line 35 of file bisection.hpp.

re0

double plask::optical::effective::Contour::re0

Real part of the lower left corner of the contour.

Definition at line 27 of file bisection.hpp.

re1

double plask::optical::effective::Contour::re1

Imaginary part of the upper right corner of the contour.

Definition at line 29 of file bisection.hpp.

right

DataVector<dcomplex> plask::optical::effective::Contour::right

Vector of computed function values at right side of the contour.

Definition at line 33 of file bisection.hpp.

solver

const Solver* plask::optical::effective::Contour::solver

Solver that created this contour.

Definition at line 23 of file bisection.hpp.

top

DataVector<dcomplex> plask::optical::effective::Contour::top

Vector of computed function values at top side of the contour.

Definition at line 34 of file bisection.hpp.

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

• solvers/optical/effective/bisection.hpp
• solvers/optical/effective/bisection.cpp