Class for iterating contours. More...

#include <yee.h>

Collaboration diagram for emYeeRectBlockBase< iterate_order_t, data_structure_t >::contour_it_base< Derived >:

[legend]

Public Member Functions
indtype	get_normalized_ind (int i) const
	Indexes from memory start.

	contour_it_base ()
	Default constructor, constructs sequence end.

	contour_it_base (const contour_it_base &other)
	Copy constructor.

Derived &	operator++ ()
	Iterates contours in the same order as in explicit update.

Derived &	operator+= (indtype incr)
	Positive increment to an iterator.

Derived	operator++ (int)
	Iterates contours in the same order as in explicit update.

bool	operator!= (const Derived &other) const
	Tests for the end if not test if it's the same contour.

Protected Member Functions
	contour_it_base (const emYeeRectBlockBase *sparent)
	Grid constructor, constructs sequence start.

Detailed Description

template<class iterate_order_t = simple_array_order_t, class data_structure_t = base_yee_struc_t>
template<typename Derived>
class emYeeRectBlockBase< iterate_order_t, data_structure_t >::contour_it_base< Derived >

Class for iterating contours.

Member Function Documentation

◆ operator++() [1/2]

template<class iterate_order_t = simple_array_order_t, class data_structure_t = base_yee_struc_t>

template<typename Derived >

Derived & emYeeRectBlockBase< iterate_order_t, data_structure_t >::contour_it_base< Derived >::operator++ ( )

inline

Iterates contours in the same order as in explicit update.

Index change order: iz, iy, ix, dir (0,1,2), ftype (E=0,H=1).

◆ operator++() [2/2]

template<class iterate_order_t = simple_array_order_t, class data_structure_t = base_yee_struc_t>

template<typename Derived >

Derived emYeeRectBlockBase< iterate_order_t, data_structure_t >::contour_it_base< Derived >::operator++ ( int )